PK!aQyaslha/__init__.py"""Package to handle SLHA-format files and data.""" import pathlib from typing import Any, Optional, Union import yaslha.block import yaslha.comment import yaslha.config import yaslha.dumper import yaslha.line import yaslha.parser import yaslha.slha __pkgname__ = "yaslha" __version__ = "0.2.1" __author__ = "Sho Iwamoto / Misho" __license__ = "MIT" cfg = yaslha.config.Config() def parse(text, input_type="AUTO", parser=None, **kwargs): # type: (str, str, Any, Any)->yaslha.slha.SLHA """Parse a text to return an SLHA object.""" if parser is None: if input_type.upper() == "AUTO": # TODO: implement auto-parser parser = yaslha.parser.SLHAParser(**kwargs) elif input_type.upper() == "JSON": raise NotImplementedError elif input_type.upper() == "YAML": raise NotImplementedError else: parser = yaslha.parser.SLHAParser(**kwargs) return parser.parse(text) def dump(slha, output_type="SLHA", dumper=None, **kwargs): # type: (yaslha.slha.SLHA, str, Optional[yaslha.dumper.AbsDumper], Any)->str """Output a dumped string of an SLHA object.""" if dumper is None: if output_type.upper() == "JSON": dumper = yaslha.dumper.JSONDumper(**kwargs) elif output_type.upper() == "YAML": dumper = yaslha.dumper.YAMLDumper(**kwargs) else: dumper = yaslha.dumper.SLHADumper(**kwargs) return dumper.dump(slha) def parse_file(path, **kwargs): # type: (Union[str, pathlib.Path], Any)->yaslha.slha.SLHA """Parse a file to return an SLHA object.""" if isinstance(path, str): path = pathlib.Path(path) return parse(path.read_text(), **kwargs) def dump_file(data, path, **kwargs): # type: (yaslha.slha.SLHA, Union[str, pathlib.Path], Any)->None """Write into a file a dumped string of an SLHA object.""" with open(str(path), "w") as f: f.write(dump(data, **kwargs)) PK!Yb  yaslha/_collections.py"""Definitions of customized collection classes.""" from abc import ABCMeta, abstractmethod from collections import OrderedDict from typing import Any, Generic, TypeVar, Union, cast K = TypeVar("K") V = TypeVar("V") T = TypeVar("T", None, Any) _not_specified = object() class _OrderedNormalizedDict(OrderedDict, Generic[K, V], metaclass=ABCMeta): """Abstract class for normalized OrderedDict. Normalization is given by the class method `_n`. """ @classmethod @abstractmethod def _n(self, key: K) -> K: pass def __init__(self, *args: Any, **kwds: Any) -> None: """Initialize an ordered dictionary.""" # first construct a temporal dict tmp = OrderedDict(*args, **kwds) for k, v in tmp.items(): self.__setitem__(k, v) def __setitem__(self, key: K, value: V) -> None: super().__setitem__(self._n(key), value) def __getitem__(self, key: K) -> V: return cast(V, super().__getitem__(self._n(key))) def __delitem__(self, key: K) -> None: super().__delitem__(self._n(key)) def __contains__(self, key: Any) -> bool: return super().__contains__(self._n(key)) # def get(self, k: _KT, default: Union[_VT_co, _T]) -> Union[_VT_co, _T]: ... def get(self, key: Any, default: Union[V, T] = None) -> Union[V, T]: return self[key] if key in self else default def pop(self, key: K, default: Union[V, T, object] = _not_specified) -> Union[V, T]: if default == _not_specified: return cast("V", super().pop(self._n(key))) else: return super().pop(self._n(key), default=default) def move_to_end(self, key: K, last: bool = True) -> None: return super().move_to_end(self._n(key), last) class OrderedCaseInsensitiveDict(_OrderedNormalizedDict[K, V]): """OrderedDict with case-insensitive keys. Keys are identified as case-insensitive. For a tuple as a key, the elements of the tuples are not normalized and remain case-sensitive. """ @classmethod def _n(self, key: K) -> K: return key.upper() if hasattr(key, "upper") else key # type: ignore class OrderedTupleOrderInsensitiveDict(_OrderedNormalizedDict[K, V]): """OrderedDict with neglecting order of tuple elements. The identification is applied only if ```isinstance(key, tuple)``` is True, and only to the top-level elements. """ @classmethod def _n(self, key: K) -> K: return tuple(sorted(key)) if isinstance(key, tuple) else key # type: ignore PK!Dɔyaslha/_collections.pyiimport collections from abc import ABCMeta, abstractmethod from typing import Any, Optional, TypeVar, Union, overload K = TypeVar("K") V = TypeVar("V") T = TypeVar("T", None, Any) class _OrderedNormalizedDict(collections.OrderedDict[K, V], metaclass=ABCMeta): @classmethod @abstractmethod def _n(self, key: K) -> K: ... def __init__(self, *args: Any, **kwds: Any) -> None: ... def __setitem__(self, key: K, value: V) -> None: ... def __getitem__(self, key: K) -> V: ... def __delitem__(self, key: K) -> None: ... def __contains__(self, key: Any) -> bool: ... @overload def get(self, key: K) -> Optional[V]: ... @overload def get(self, key: Any, default: Union[V, T]) -> Union[V, T]: ... @overload def pop(self, key: K) -> V: ... @overload def pop(self, key: K, default: Union[V, T] = ...) -> Union[V, T]: ... def move_to_end(self, key: K, last: bool = True) -> None: ... class OrderedCaseInsensitiveDict(_OrderedNormalizedDict[K, V]): @classmethod def _n(self, key: K) -> K: ... class OrderedTupleOrderInsensitiveDict(_OrderedNormalizedDict[K, V]): @classmethod def _n(self, key: K) -> K: ... PK!Y yaslha/_line.py"""Helpers for `yaslha.line` module.""" import re from typing import Any, List, Sequence, TypeVar, Union, cast import numpy T = TypeVar("T", str, List[str]) # ----------------------------------------------------------------------------- # type definitions # ----------------------------------------------------------------------------- """Type for keys of ordinary blocks.""" KeyType = Union[None, int, Sequence[int]] """Type for values of ordinary blocks.""" ValueType = float # typing.int is included in typing.float """Type for keys of info blocks.""" InfoKeyType = int """"Type for values of INFO blocks.""" InfoValueType = str """Type for keys of decay blocks.""" DecayKeyType = Sequence[int] """Type for values of decay blocks.""" DecayValueType = float # ----------------------------------------------------------------------------- # regular expressions # ----------------------------------------------------------------------------- """Regexp for float data in SLHA file.""" FLOAT = r"[+-]?(?:\d+\.\d*|\d+|\.\d+)(?:[deDE][+-]\d+)?" """Regexp for integer data in SLHA file.""" INT = r"[+-]?\d+" """Regexp for block names in SLHA file.""" NAME = r"[A-Za-z][A-Za-z0-9]*" """Regexp for values in INFO blocks.""" INFO = r"[^#]+" """Regexp for separators in SLHA file.""" SEP = r"\s+" """Regexp for tails of SLHA data line, capturing comment.""" TAIL = r"\s*(?:\# ?(?P.*))?" """Compiled regexp for float data in SLHA file.""" RE_INT = re.compile("^" + INT + "$") """Compiled regexp for int data in SLHA file.""" RE_FLOAT = re.compile("^" + FLOAT + "$") def cap(regexp: str, name: str) -> str: """Return capture-pattern of REGEXP string.""" return "(?P<{}>{})".format(name, regexp) def possible(regexp: str) -> str: """Return possible pattern ```?``` of REGEXP string.""" return "(?:{})?".format(regexp) # ----------------------------------------------------------------------------- # other utility # ----------------------------------------------------------------------------- def _float(obj: Any) -> float: """Convert any values to float if possible, otherwise raise an error.""" if isinstance(obj, str): obj = obj.replace("d", "e").replace("D", "E") return float(obj) def to_number(v: Any) -> float: """Convert any object to float or int depending on the expression.""" if isinstance(v, float) or isinstance(v, int): return v elif isinstance(v, str): if RE_INT.match(v): return int(v) elif RE_FLOAT.match(v): return _float(v) raise ValueError("to_number failed: %s" % v) elif isinstance(v, numpy.ndarray) and v.ndim == 0: return cast(float, v.__pos__()) else: return to_number(str(v)) def number_to_str(v: float, int_format: str = "d", float_format: str = "16.8e") -> str: """Convert int or float to string.""" if isinstance(v, int): return ("{:" + int_format + "}").format(v) elif isinstance(v, float): return ("{:" + float_format + "}").format(v) else: raise TypeError(v) def format_comment(comment: T, add_sharp: bool = True, strip: bool = True) -> T: """Format a comment string.""" if isinstance(comment, str): comment = comment.strip() if strip else comment.rstrip() if add_sharp and not comment.startswith("#"): return "# " + comment if comment else "#" else: return comment else: return [format_comment(c, add_sharp, strip) for c in comment] PK!:%xAxAyaslha/block.py"""Block-like object of SLHA data.""" import logging from abc import ABCMeta, abstractmethod from collections import OrderedDict from typing import ( Any, ClassVar, Generic, Iterator, List, MutableMapping, Optional, Sequence, Tuple, TypeVar, Union, cast, overload, ) from yaslha._collections import OrderedTupleOrderInsensitiveDict from yaslha.comment import CommentInterface from yaslha.line import ( BlockHeadLine, DecayHeadLine, DecayKeyType, DecayLine, DecayValueType, InfoKeyType, InfoLine, InfoValueType, KeyType, ValueLine, ValueType, ) T = TypeVar("T") logger = logging.getLogger(__name__) KT = TypeVar("KT", KeyType, InfoKeyType) VT = TypeVar("VT", ValueType, InfoValueType) LT = TypeVar("LT", ValueLine, InfoLine) CT = TypeVar("CT", str, List[str]) KTG = TypeVar("KTG", KeyType, InfoKeyType, DecayKeyType) class GenericBlock(Generic[KTG, CT], metaclass=ABCMeta): """Block-like object containing comments.""" @abstractmethod def __init__(self) -> None: self.head = NotImplemented # type: Union[BlockHeadLine, DecayHeadLine] self._comment = CommentInterface(self) # type: CommentInterface[KTG, CT] @property def comment(self) -> "CommentInterface[KTG, CT]": """Give the interface to comments.""" return self._comment @abstractmethod def _get_comment(self, key: KTG) -> CT: pass @abstractmethod def _get_pre_comment(self, key: KTG) -> List[str]: pass @abstractmethod def _set_comment(self, key: KTG, value: CT) -> None: pass @abstractmethod def _set_pre_comment(self, key: KTG, value: Sequence[str]) -> None: pass @classmethod @overload def new(cls, obj: Union[int, DecayHeadLine]) -> "Decay": """...""" pass @classmethod # noqa: F811 @overload def new(cls, obj: Union[str, BlockHeadLine]) -> Union["Block", "InfoBlock"]: """...""" pass @classmethod # noqa: F811 def new( cls, obj: Union[int, str, DecayHeadLine, BlockHeadLine] ) -> "Union[Block, InfoBlock, Decay]": """Create a GenericBlock object according to the argument.""" if isinstance(obj, int) or isinstance(obj, DecayHeadLine): return Decay(obj) name = obj.name if isinstance(obj, BlockHeadLine) else obj if name.endswith("INFO"): return InfoBlock(obj) else: return Block(obj) class AbsBlock(GenericBlock[KT, CT], Generic[KT, VT, LT, CT], metaclass=ABCMeta): """Abstract class for SLHA blocks.""" @abstractmethod def __init__(self, obj: Union[BlockHeadLine, str]) -> None: super().__init__() if isinstance(obj, BlockHeadLine): self.head = obj # type: BlockHeadLine elif isinstance(obj, str): self.head = BlockHeadLine(name=obj) else: raise TypeError(obj) self._comment = CommentInterface(self) self._data = NotImplemented # must be initialized in subclasses @property def name(self) -> str: """Return the name of block (always in upper case).""" return self.head.name @property def q(self) -> Optional[float]: """Return the Q value.""" return self.head.q @q.setter def q(self, value: Optional[float]) -> None: self.head.q = value @abstractmethod def __getitem__(self, key: KT) -> Union[VT, Sequence[VT]]: """Return the value corresponding to the key.""" @abstractmethod def __setitem__(self, key: KT, value: VT) -> None: """Set the value for the key.""" @abstractmethod def __delitem__(self, key: KT) -> None: """Delete the value for the key.""" @abstractmethod def update_line(self, line: LT) -> None: """Add the line to the block, overriding if exists.""" @abstractmethod def keys(self, sort: bool = False) -> Iterator[KT]: """Return the keys.""" __iter__ = keys @abstractmethod def items(self, sort: bool = False) -> Iterator[Tuple[KT, VT]]: """Return (key, value) tuples.""" @abstractmethod def _lines(self, sort: bool = False) -> Iterator[Tuple[KT, LT]]: pass class Block(AbsBlock[KeyType, ValueType, ValueLine, str]): """SLHA block that has one value for one key.""" def __init__(self, obj: Union[BlockHeadLine, str]) -> None: super().__init__(obj) self._data = OrderedDict() # type: OrderedDict[KeyType, ValueLine] def __getitem__(self, key: KeyType) -> ValueType: """Return the value corresponding to the key.""" return self._data[key].value def __setitem__(self, key: KeyType, value: ValueType) -> None: """Set the value for the key.""" if key in self._data: self._data[key].value = value else: self._data[key] = ValueLine.new(key, value) def __delitem__(self, key: KeyType) -> None: """Delete the value for the key.""" del self._data[key] def update_line(self, line: ValueLine) -> None: """Add the line to the block, overriding if exists.""" self._data[line.key] = line def merge(self, another: "Union[Block, InfoBlock]") -> None: """Merge another block.""" if isinstance(another, Block): for _, line in another._lines(): self.update_line(line) else: raise ValueError(another) def get(self, *key: Any, default: T) -> Union[ValueType, T]: """Return the value for the key if exists, or default value.""" # Here, `key` is always a tuple. # Meanwhile, the key for `__getitem__` is a tuple only if length > 1. if isinstance(key, tuple) and len(key) == 1: key = key[0] if key in self._data: return self.__getitem__(key) else: return default def keys(self, sort: bool = False) -> Iterator[KeyType]: """Return the keys.""" for k, _ in self._lines(sort=sort): yield k __iter__ = keys def items(self, sort: bool = False) -> Iterator[Tuple[KeyType, ValueType]]: """Return (key, value) tuples.""" for k, line in self._lines(sort=sort): yield k, line.value def _lines(self, sort: bool = False) -> Iterator[Tuple[KeyType, ValueLine]]: if sort: key_line_tuples = list(self._data.items()) key_line_tuples.sort(key=lambda k: k[0]) for i in key_line_tuples: yield i else: for i in self._data.items(): yield i def _get_comment(self, key: KeyType) -> str: return self._data[key].comment def _get_pre_comment(self, key: KeyType) -> List[str]: return self._data[key].pre_comment def _set_comment(self, key: KeyType, value: Optional[str]) -> None: self._data[key].comment = value or "" def _set_pre_comment(self, key: KeyType, value: Optional[Sequence[str]]) -> None: self._data[key].pre_comment = [v for v in value] if value else [] class InfoBlock(AbsBlock[InfoKeyType, InfoValueType, InfoLine, List[str]]): """SLHA block that may have multiple values for one key.""" def __init__(self, obj: Union[BlockHeadLine, str]) -> None: super().__init__(obj) self._data = [] # type: List[InfoLine] def __getitem__(self, key: InfoKeyType) -> Sequence[InfoValueType]: """Return the value corresponding to the key.""" return tuple(line.value for line in self._data if line.key == key) def __setitem__(self, key: InfoKeyType, value: Sequence[InfoValueType]) -> None: """Set the value for the key.""" if isinstance(value, str): raise TypeError(value) # Fail-safe; only List[str] is allowed! self.__delitem__(key) self._data.extend([InfoLine(key, v) for v in value]) def __delitem__(self, key: InfoKeyType) -> None: """Delete the value for the key.""" self._data = [line for line in self._data if line.key != key] def update_line(self, line: InfoLine) -> None: """Add the line to the block, overriding if exists.""" self.__delitem__(line.key) self._data.append(line) def append_line(self, line: InfoLine) -> None: """Add the line, appending to the existing one if exists.""" self._data.append(line) def append(self, key: InfoKeyType, value: InfoValueType) -> None: """Append the value for the key.""" self.append_line(InfoLine(key, value)) def merge(self, another: "Union[Block, InfoBlock]") -> None: """Merge another block.""" if isinstance(another, InfoBlock): updated = {} # type: MutableMapping[InfoKeyType, bool] for key, line in another._lines(): if updated.get(key): self.append_line(line) else: updated[key] = True self.update_line(line) else: raise ValueError(another) def keys(self, sort: bool = False) -> Iterator[InfoKeyType]: """Return the keys.""" keys_dict = {} # type: MutableMapping[InfoKeyType, bool] for line in self._data: keys_dict[line.key] = True keys = list(keys_dict.keys()) if sort: keys.sort() for k in keys: yield k __iter__ = keys def items(self, sort: bool = False) -> Iterator[Tuple[InfoKeyType, InfoValueType]]: """Return (key, value) tuples.""" for key, line in self._lines(sort): yield key, line.value def _lines(self, sort: bool = False) -> Iterator[Tuple[InfoKeyType, InfoLine]]: for key in self.keys(sort): for line in self._data: if line.key == key: yield key, line def _get_comment(self, key: InfoKeyType) -> List[str]: return [line.comment for line in self._data if line.key == key] def _get_pre_comment(self, key: InfoKeyType) -> List[str]: return self._data[key].pre_comment def _set_comment(self, key: InfoKeyType, value: Optional[Sequence[str]]) -> None: lines = [line for line in self._data if line.key == key] if value is None: value = [] if len(lines) < len(value): raise ValueError(value) # too many values for i, line in enumerate(lines): if i < len(value): line.comment = value[i] def _set_pre_comment( self, key: InfoKeyType, value: Optional[Sequence[str]] ) -> None: for line in self._data: if line.key == key: line.pre_comment = [v for v in value] if value else [] value = [] # to remove all the remaining pre_comment class Decay(GenericBlock[DecayKeyType, str]): """Decay block.""" br_normalize_threshold = 1.0e-6 # type: ClassVar[float] def __init__(self, obj: Union[DecayHeadLine, int]) -> None: super().__init__() if isinstance(obj, DecayHeadLine): self.head = obj # type: DecayHeadLine elif isinstance(obj, int): self.head = DecayHeadLine(pid=obj, width=0) else: raise TypeError(obj) self._data = ( OrderedTupleOrderInsensitiveDict() ) # type: OrderedTupleOrderInsensitiveDict[DecayKeyType, DecayLine] @property def pid(self) -> int: """Return the pid of mother particle.""" return self.head.pid @property def width(self) -> float: """Return the total width.""" return self.head.width def update_line(self, line: DecayLine) -> None: """Add the line to the block, overriding if exists.""" self._data[line.key] = line def br(self, *key: int) -> DecayValueType: """Return the BR of given channel.""" if key in self._data: return self._data[key].br else: return 0 def partial_width(self, *key: int) -> float: """Return the width of given channel.""" return self.width * self.br(*key) def keys(self, sort: bool = False) -> Iterator[DecayKeyType]: """Return the keys.""" for k, _ in self._lines(sort): yield k __iter__ = keys def items_br(self, sort=False): # type: (bool)->Iterator[Tuple[DecayKeyType, DecayValueType]] """Return (key, BR) tuples, sorted by the BR.""" for k, line in self._lines(sort): yield k, line.br def items_partial_width(self, sort=False): # type: (bool)->Iterator[Tuple[DecayKeyType, float]] """Return (key, width) tuples, sorted by the BR.""" for k, line in self._lines(sort): yield k, self.width * line.br def _lines(self, sort: bool = False) -> Iterator[Tuple[DecayKeyType, DecayLine]]: if sort: key_line_tuples = list(self._data.items()) key_line_tuples.sort(key=lambda k: -k[1].br) for i in key_line_tuples: yield i else: for i in self._data.items(): yield i def _get_comment(self, key: DecayKeyType) -> str: return self._data[key].comment def _get_pre_comment(self, key: DecayKeyType) -> List[str]: return self._data[key].pre_comment def _set_comment(self, key: DecayKeyType, value: Optional[str]) -> None: self._data[key].comment = value or "" def _set_pre_comment( self, key: DecayKeyType, value: Optional[Sequence[str]] ) -> None: self._data[key].pre_comment = [v for v in value] if value else [] def normalize(self, force: bool = False) -> None: """Normalize the branching ratios. This method normalize all the branching ratios so that the sum becomes unity or less. In particular, if `force` is set True, they are normalized so that the sum becomes unity, regardless of the current value. If `force` is False and the sum is less than one, the branching ratio is not normalized, assuming that some decay channels are not listed. If `force` is False and the sum slightly exceeds the unity, the branching ratios are normalized, while if the excess is larger than `br_normalize_threshold`, `ValueError` is raised. """ br_list = [br for _, br in self.items_br(sort=True)] total = sum(reversed(br_list)) # sum taken from smaller to reduce error if not total > 0: return # stable particle elif force: logger.debug("BR for %d force normalized: %g", self.pid, total) pass # to normalize elif total > 1 + self.br_normalize_threshold: logger.critical("BR for %d exceeds unity: %g", self.pid, total) raise ValueError(total) elif total >= 1: pass # to normalize else: # if force==False and total < 1 rest = 1 - total assert rest > 0 if rest > self.br_normalize_threshold: if hasattr(self, "_br_warned"): pass else: # warn only once self._br_warned = True logger.warning("BR for %d is less than unity by %g", self.pid, rest) return # not normalize for v in self._data.values(): v.br /= total def set_partial_width(self, *args: Union[int, float]) -> None: """Update the partial width and recalculate BRs of all channels.""" if len(args) < 3 or not all(isinstance(i, int) for i in args[:-1]): raise KeyError(*args) key = cast(List[int], args[:-1]) new_partial_width = float(args[-1]) self.normalize() if key in self._data: old_partial_width = self.partial_width(*key) else: old_partial_width = 0 self.update_line(DecayLine(br=0, channel=key)) # update total width old_width = self.width new_width = new_partial_width - old_partial_width + old_width self.head.width = new_width # update the modified channel self._data[key].br = new_partial_width / new_width target = self._data[key] for line in self._data.values(): if line != target: line.br *= old_width / new_width def remove(self, *key: int) -> None: """Remove the channel and recalculate BRs of all the other channels.""" self.set_partial_width(*key, 0) del self._data[key] PK!!N  yaslha/comment.py"""Module of a class to handle comment interface.""" import logging from typing import TYPE_CHECKING, Generic, List, TypeVar, Union from typing_extensions import Literal from yaslha._line import format_comment if TYPE_CHECKING: from yaslha.block import GenericBlock from yaslha._line import DecayKeyType, KeyType, InfoKeyType # noqa: F401 KTG = TypeVar("KTG", "KeyType", "InfoKeyType", "DecayKeyType") CT = TypeVar("CT", str, List[str]) HEAD = Literal["head"] logger = logging.getLogger(__name__) class CommentInterface(Generic[KTG, CT]): """Accessor object to the comments in blocks.""" def __init__(self, block: "GenericBlock[KTG, CT]") -> None: self._block = block # type: GenericBlock[KTG, CT] self._pre = PreCommentInterface(block) # type: PreCommentInterface[KTG, CT] @property def pre(self) -> "PreCommentInterface[KTG, CT]": """Return pre-comment interface.""" return self._pre def __getitem__(self, key: Union[KTG, HEAD]) -> Union[CT, str]: # noqa: F811 """Return comment.""" if key == "head": return self._block.head.comment else: return self._block._get_comment(key) def __setitem__(self, key: Union[KTG, HEAD], value: Union[CT, str, None]) -> None: """Set comment.""" if key == "head": self._block.head.comment = value or "" else: self._block._set_comment(key, value) def __call__(self, key: Union[KTG, HEAD], **kw: bool) -> Union[CT, str]: """Return comment in specified format.""" return format_comment(self.__getitem__(key), **kw) class PreCommentInterface(Generic[KTG, CT]): """Accessor object to the pre-line comments in blocks.""" def __init__(self, block: "GenericBlock[KTG, CT]"): self._block = block # type: GenericBlock[KTG, CT] def __getitem__(self, key: Union[KTG, HEAD]) -> List[str]: """Return pre-line comment.""" if key == "head": return self._block.head.pre_comment else: return self._block._get_pre_comment(key) def __setitem__(self, key: Union[KTG, HEAD], value: Union[List[str], None]) -> None: """Set pre-line comment.""" if key == "head": self._block.head.pre_comment = value or [] else: self._block._set_pre_comment(key, value) def __call__(self, key: Union[KTG, HEAD], **kw: bool) -> List[str]: """Return pre-line comment in specified format.""" return format_comment(self.__getitem__(key), **kw) PK!5zyaslha/comment.pyi"""Module of a class to handle comment interface.""" from typing import Any, Generic, List, Optional, TypeVar, Union, overload from typing_extensions import Literal from yaslha._line import DecayKeyType, InfoKeyType, KeyType from yaslha.block import GenericBlock KTG = TypeVar("KTG", KeyType, InfoKeyType, DecayKeyType) CT = TypeVar("CT", str, List[str]) HEAD = Literal["head"] class CommentInterface(Generic[KTG, CT]): _block: "GenericBlock[KTG, CT]" _pre: "PreCommentInterface[KTG, CT]" def __init__(self, block: "GenericBlock[KTG, CT]") -> None: ... @property def pre(self) -> "PreCommentInterface[KTG, CT]": ... @overload def __getitem__(self, key: HEAD) -> str: ... @overload def __getitem__(self, key: KTG) -> CT: ... # def __getitem__(self, key: Union[KTG, HEAD]) -> Union[CT, str]: ... @overload def __setitem__(self, key: HEAD, value: Optional[str]) -> None: ... @overload def __setitem__(self, key: KTG, value: Optional[CT]) -> None: ... # def __setitem__(self, key: Union[KTG, HEAD], value: Union[CT, str]) -> None: ... @overload def __call__(self, key: HEAD, **kw: Any) -> str: ... @overload def __call__(self, key: KTG, **kw: Any) -> CT: ... # def __call__(self, key: Union[KTG, HEAD], **kw: Any) -> Union[CT, str]: ... class PreCommentInterface(Generic[KTG, CT]): _block: "GenericBlock[KTG, CT]" def __init__(self, block: "GenericBlock[KTG, CT]"): ... def __getitem__(self, key: Union[KTG, HEAD]) -> List[str]: ... def __setitem__( self, key: Union[KTG, HEAD], value: Optional[List[str]] ) -> None: ... def __call__(self, key: Union[KTG, HEAD], **kw: Any) -> List[str]: ... PK![N yaslha/config.py"""Configuration handlers.""" import collections.abc import configparser import enum import os import pathlib from typing import Any, List, MutableMapping, Type, TypeVar CONFIG_FILES = [ str(pathlib.Path(__file__).with_name("yaslha.cfg.default")), os.path.expanduser("~/.yaslha.cfg"), "yaslha.cfg", ] # latter overrides former EnumType = TypeVar("EnumType", bound=enum.Enum) class SectionWrapper: """A wrapper class of `configparser.SectionProxy`.""" def __init__(self, data: configparser.SectionProxy) -> None: self._data = data # type: configparser.SectionProxy self.override = {} # type: MutableMapping[str, Any] def __getattr__(self, name: str) -> Any: return self._data.__getattribute__(name) def __getitem__(self, key: str) -> Any: if key in self.override: return self.override[key] if key in self._data: return self._data[key] raise KeyError(key) def get_enum(self, key: str, enum_class: Type[EnumType]) -> EnumType: """Get an item as an Enum-class object.""" if key in self.override: return self.override[key] # type: ignore if key in self._data: value = self._data[key].lower() for i in enum_class: if i.name.lower() == value: return i raise KeyError(key) def get_list(self, key: str) -> List[str]: """Get a List[str] object.""" key_for_a_list = "{}@list".format(key) if key in self.override: value = self.override[key] elif key_for_a_list in self._data: value = self._data[key_for_a_list] else: raise KeyError(key) if isinstance(value, str): return [v for v in value.split(" ") if v] elif isinstance(value, collections.abc.Sequence): return [str(v) for v in value] else: raise TypeError(value) class Config(configparser.ConfigParser): """Dictionary to store the configurations.""" def __init__(self) -> None: super().__init__(inline_comment_prefixes="#") super().read(CONFIG_FILES) def __getitem__(self, key: Any) -> Any: return SectionWrapper(super().__getitem__(key)) PK!Zd1d1yaslha/dumper.py"""Dumpers to write SLHA data in various format.""" import enum import json import re from abc import ABCMeta, abstractmethod from collections import OrderedDict from typing import ( Any, ClassVar, List, Mapping, MutableMapping, Sequence, TypeVar, Union, cast, ) import ruamel.yaml import yaslha import yaslha.config import yaslha.line import yaslha.utility from yaslha._line import format_comment from yaslha.block import Block, Decay, InfoBlock BlockLike = Union[Block, InfoBlock, Decay] T = TypeVar("T") @enum.unique class BlocksOrder(enum.Enum): """Options for block ordering.""" DEFAULT = 0 KEEP = 1 ABC = 2 @enum.unique class ValuesOrder(enum.Enum): """Options for value ordering.""" DEFAULT = 0 KEEP = 1 SORTED = 2 @enum.unique class CommentsPreserve(enum.Enum): """Options for comment handling.""" NONE = 0 TAIL = 1 ALL = 2 @property def keep_line(self): # type: ()->bool """Return if to keep line-level comments.""" return self == CommentsPreserve.ALL @property def keep_tail(self): # type: ()->bool """Return if to keep tail comments of value lines.""" return self != CommentsPreserve.NONE class AbsDumper(metaclass=ABCMeta): """Abstract class for YASLHA dumpers.""" @abstractmethod def _read_config(self, sw: yaslha.config.SectionWrapper) -> None: self._config = { "blocks_order": sw.get_enum("blocks_order", BlocksOrder), "values_order": sw.get_enum("values_order", ValuesOrder), "comments_preserve": sw.get_enum("comments_preserve", CommentsPreserve), } # type: MutableMapping[str, Any] @abstractmethod def config(self, k: str) -> Any: """Get a current value of configuration.""" return self._config[k] @abstractmethod def set_config(self, k: str, v: Any) -> None: """Set configuration.""" if any( [ k == "blocks_order" and not isinstance(v, BlocksOrder), k == "values_order" and not isinstance(v, ValuesOrder), k == "comments_preserve" and not isinstance(v, CommentsPreserve), ] ): raise TypeError(k, v) self._config[k] = v @abstractmethod def __init__(self, **kw: Any) -> None: pass @abstractmethod def dump(self, slha: "yaslha.slha.SLHA") -> str: """Return dumped string of an SLHA object.""" def _blocks_sorted(self, slha): # type: (yaslha.slha.SLHA)->List[Union[Block, InfoBlock]] slha.normalize(decays=False) if self.config("blocks_order") == BlocksOrder.KEEP: return list(slha.blocks.values()) block_names = list(slha.blocks.keys()) if self.config("blocks_order") == BlocksOrder.ABC: block_names.sort() else: block_names = yaslha.utility.sort_blocks_default(block_names) return [slha.blocks[name] for name in block_names] def _decays_sorted(self, slha): # type: (yaslha.slha.SLHA)->List[Decay] slha.normalize(blocks=False) if self.config("values_order") == ValuesOrder.KEEP: return list(slha.decays.values()) pids = list(slha.decays.keys()) if self.config("values_order") == ValuesOrder.SORTED: pids.sort() else: pids = yaslha.utility.sort_pids_default(pids) return [slha.decays[pid] for pid in pids] def _block_lines_ordered(self, block): # type: (BlockLike)->Sequence[yaslha.line.AbsLine] sort = self.config("values_order") != ValuesOrder.KEEP if ( isinstance(block, Block) and self.config("values_order") == ValuesOrder.DEFAULT and block.name == "MASS" ): keys = yaslha.utility.sort_pids_default(list(block.keys())) return [block._data[k] for k in keys] else: return [line for _, line in block._lines(sort=sort)] @staticmethod def _document_out(lines: Sequence[str]) -> List[str]: return [ "#" if not lines else line.replace(" ", "#", 1) if line.startswith(" ") else "#" + line.replace(" ", " ", 1) for line in lines ] class SLHADumper(AbsDumper): """A dumper class for SLHA output.""" def _update_line_option(self) -> None: self.line_option.block_str = self.config("block_str") self.line_option.decay_str = self.config("decay_str") self.line_option.comment = self.config("comments_preserve").keep_tail self.line_option.pre_comment = self.config("comments_preserve").keep_line def _read_config(self, sw: yaslha.config.SectionWrapper) -> None: super()._read_config(sw) self._config["separate_blocks"] = sw.getboolean("separate_blocks") self._config["forbid_last_linebreak"] = sw.getboolean("forbid_last_linebreak") self._config["document_blocks"] = sw.get_list("document_blocks") self._config["block_str"] = sw["block_str"] self._config["decay_str"] = sw["decay_str"] self._config["float_lower"] = sw.getboolean("float_lower") self._config["write_version"] = sw.getboolean("write_version") self._update_line_option() def config(self, k: str) -> Any: """Get a current value of configuration.""" return super().config(k) def set_config(self, k: str, v: Any) -> None: """Set configuration.""" # check before set pass # set super().set_config(k, v) # operations after set if k in ["block_str", "decay_str", "comments_preserve"]: self._update_line_option() def __init__(self, **kw: Any) -> None: self.line_option = yaslha.line.LineOutputOption() self._read_config(yaslha.cfg["SLHADumper"]) for k, v in kw.items(): self.set_config(k, v) def _version_comment(self) -> str: return "# written by {} {}".format(yaslha.__pkgname__, yaslha.__version__) def _version_comment_regexp(self) -> str: return r"^\s*#\s*written\s+by\s+{}\s+".format(yaslha.__pkgname__) def dump(self, slha: "yaslha.slha.SLHA") -> str: """Return SLHA-format text of an SLHA object.""" document_blocks = [ v.upper() for v in self.config("document_blocks") # normalize to upper ] # type: Sequence[str] lines = [] # type: List[str] for block in self._blocks_sorted(slha): lines.extend( self.dump_block(block, document_block=(block.name in document_blocks)) ) if self.config("separate_blocks"): lines.append("#") for decay in self._decays_sorted(slha): lines.extend( self.dump_block(decay, document_block=(decay.pid in document_blocks)) ) if self.config("separate_blocks"): lines.append("#") if self.config("separate_blocks"): lines.pop() if self.config("comments_preserve").keep_line: for c in slha.tail_comment: lines.append(format_comment(c, add_sharp=True, strip=False)) # replace version string if self.config("write_version"): re_version = re.compile(self._version_comment_regexp()) lines = [v for v in lines if not re_version.match(v)] lines.insert(0, self._version_comment()) result = "\n".join(lines) + "\n" if self.config("forbid_last_linebreak"): result = result.rstrip() return result def dump_block(self, block, document_block=False): # type: (BlockLike, bool)->List[str] """Return SLHA-format text of a block.""" lines = block.head.to_slha(self.line_option) for line in self._block_lines_ordered(block): lines.extend(line.to_slha(self.line_option)) # special spacing for MASS block if isinstance(block, Block) and block.name == "MASS": re_mass = re.compile(r"^\s*(\d+)") lines = [ re_mass.sub(lambda x: " {:>9}".format(x.group(1)), i) for i in lines ] return self._document_out(lines) if document_block else lines class AbsMarshalDumper(AbsDumper): """An abstract class for dumpers handling marshaled data.""" SCHEME_VERSION = 3 # type: ClassVar[int] def _read_config(self, sw: yaslha.config.SectionWrapper) -> None: return super()._read_config(sw) def config(self, k: str) -> Any: """Get a current value of configuration.""" return super().config(k) def set_config(self, k: str, v: Any) -> None: """Set configuration.""" super().set_config(k, v) def _format_specification(self) -> Any: return OrderedDict( type="SLHA", formatter="{} {}".format(yaslha.__pkgname__, yaslha.__version__), scheme=self.SCHEME_VERSION, ) def marshal(self, slha): # type: (yaslha.slha.SLHA)->Mapping[str, Any] """Return Mashaled object of an SLHA object.""" blocks = OrderedDict() # type: MutableMapping[str, Any] for block in self._blocks_sorted(slha): blocks[block.name] = self.marshal_block(block) decays = OrderedDict() # type: MutableMapping[int, Any] for decay in self._decays_sorted(slha): decays[decay.pid] = self.marshal_block(decay) tail_comments = [format_comment(c, strip=False) for c in slha.tail_comment] result = OrderedDict() # type: MutableMapping[str, Any] result["format"] = self._format_specification() if blocks: result["block"] = blocks if decays: result["decay"] = decays if self.config("comments_preserve").keep_line and tail_comments: result["tail_comments"] = tail_comments return result def marshal_block(self, block: "BlockLike") -> Mapping[str, Any]: """Return marshaled object of a block.""" info = block.head.dump() value = [] comment = [] comment.extend(block.head._dump_comment()) for line in self._block_lines_ordered(block): value.append(line.dump()) comment.extend(line._dump_comment()) comment = [ c for c in comment if (c[0] == "pre" and self.config("comments_preserve").keep_line) or (c[0] != "pre" and self.config("comments_preserve").keep_tail) ] result = OrderedDict() # type: MutableMapping[str, Any] if info: result["info"] = info if value: result["values"] = value if comment: result["comments"] = comment return result class YAMLDumper(AbsMarshalDumper): """A dumper for YAML output.""" def __init__(self, **kw: Any) -> None: self._read_config(yaslha.cfg["YAMLDumper"]) for k, v in kw.items(): self.set_config(k, v) self.yaml = ruamel.yaml.YAML() self.yaml.default_flow_style = None # we need not it is marked as omap (OrderedDict); # it could be just a dict as an output. # (but we may change the mind....) self.yaml.representer.yaml_representers[ OrderedDict ] = self.yaml.representer.yaml_representers[dict] # # another idea... # def represent_list(self, data): # flow_style = all(isinstance(i, str) or not hasattr(i, '__iter__') # for i in data) # return self.represent_sequence(u'tag:yaml.org,2002:seq', data, # flow_style=flow_style) # self.yaml.representer.yaml_representers[list] = represent_list def dump(self, slha: "yaslha.slha.SLHA") -> str: """Return YAML-format text of an SLHA object.""" stream = ruamel.yaml.compat.StringIO() self.yaml.dump(self.marshal(slha), stream) return cast(str, stream.getvalue()) class JSONDumper(AbsMarshalDumper): """A dumper for JSON output.""" def __init__(self, **kw: Any) -> None: self._read_config(yaslha.cfg["JSONDumper"]) for k, v in kw.items(): self.set_config(k, v) self.indent = 2 def dump(self, slha: "yaslha.slha.SLHA") -> str: """Return JSON-format text of an SLHA object.""" return json.dumps(self.marshal(slha), indent=self.indent) PK!BAAyaslha/line.py"""Module to describe each type of lines. The line hierarchy is given by: - AbsLine - BlockHeadLine - DecayHeadLine - InfoLine - ValueLine - NoIndexLine - OneIndexLine - TwoIndexLine - ThreeIndexLine - DecayLine - CommentLine """ import collections.abc as abc import logging import re from abc import ABCMeta, abstractmethod from typing import ( Any, ClassVar, List, Optional, Pattern, Sequence, Type, TypeVar, Union, cast, ) from yaslha._line import ( FLOAT, INFO, INT, NAME, SEP, TAIL, DecayKeyType, DecayValueType, InfoKeyType, InfoValueType, KeyType, ValueType, _float, cap, format_comment, possible, to_number, ) logger = logging.getLogger(__name__) OS = Union[str, None] SInt = Union[str, int] SFloat = Union[str, float] SValue = Union[str, ValueType] CT = TypeVar("CT", str, List[str]) LT = TypeVar("LT", bound="AbsLine") LT2 = TypeVar("LT2", bound="ValueLine") class LineOutputOption: """Class to hold all the options on dumping lines.""" # type comment for python 3.6 # block_str: str # the string "BLOCK" for block head # decay_str: str # the string "DECAY" for decay-block head # comment: bool # whether to output line-end comments # pre_comment: bool # whether to output pre-line comments # float_lower: bool # letter E for float numbers def __init__(self) -> None: self.block_str = "Block" self.decay_str = "Decay" self.comment = True self.pre_comment = True self.float_lower = False class AbsLine(metaclass=ABCMeta): """Abstract class for SLHA-line like objects.""" output_option = LineOutputOption() # type: ClassVar[LineOutputOption] _pattern = NotImplemented # type: ClassVar[str] _pattern_compiled = None # type: ClassVar[Optional[Pattern[str]]] @classmethod def pattern(cls) -> Pattern[str]: """Return a regexp pattern matching a SLHA line for the type.""" if cls._pattern_compiled is None: cls._pattern_compiled = re.compile("^{}$".format(cls._pattern), re.I) return cls._pattern_compiled @classmethod def construct(cls: Type[LT], line: str) -> "Optional[LT]": """Construct an object from a line if it maches the pattern.""" match = cls.pattern().match(line) if match: return cls(**match.groupdict()) else: return None @abstractmethod def __init__(self, **kwargs: Any) -> None: self.comment = NotImplemented # type: str self.pre_comment = NotImplemented # type: List[str] # from/to object/string representation def __str__(self) -> str: return self._to_slha(self.output_option) def to_slha(self, option: Optional[LineOutputOption] = None) -> List[str]: """Return the lines for SLHA-format, including pre-comments.""" opt = option or self.output_option lines = self._format_pre_comment(opt) # pre comment lines.append(self._to_slha(opt)) # line itself return lines def dump(self) -> List[SFloat]: """Return a list representing the line.""" return self._dump() @classmethod def from_dump(cls: Type[LT], dump: Sequence[Any], **kw: Any) -> LT: """Return an object from dumped value.""" return cls._from_dump(dump, **kw) # implementation @abstractmethod def _to_slha(self, opt: LineOutputOption) -> str: pass @abstractmethod def _dump(self) -> List[SFloat]: pass @classmethod @abstractmethod def _from_dump(cls: Type[LT], dump: Sequence[Any], **kw: Any) -> LT: pass # comment handling (type declaration for python 3.6) # comment: str # pre_comment: List[str] def _format_comment(self, opt: LineOutputOption) -> str: """Return the comment formatted for SLHA line.""" if opt.comment: return format_comment(self.comment, add_sharp=True, strip=True) else: return "#" def _format_pre_comment(self, opt: LineOutputOption) -> List[str]: """Return the pre-comment formatted as SLHA lines.""" if opt.pre_comment: return [ format_comment(c, add_sharp=True, strip=False) for c in self.pre_comment ] else: return [] @abstractmethod def _dump_comment(self) -> List[List[SFloat]]: pass # helper method @classmethod def _num_to_str(cls, opt, v, allow_int=False): # type: (LineOutputOption, float, bool)->str if isinstance(v, int) and allow_int: return str(v) f = "{:16.8e}" if opt.float_lower else "{:16.8E}" return f.format(v) class BlockHeadLine(AbsLine): """Line for block header.""" _pattern = ( "Block" + SEP + cap(NAME, "name") + possible(SEP + r"Q=\s*" + cap(FLOAT, "q")) + TAIL ) def __init__(self, name, q=None, comment=None): # type: (str, Optional[SFloat], OS)->None self.name = name self.q = None if q is None else _float(q) self.comment = comment or "" self.pre_comment = [] @property def name(self) -> str: """Return name in upper case.""" return self._name @name.setter def name(self, value: str) -> None: self._name = value.upper() def _to_slha(self, opt: LineOutputOption) -> str: if self.q is None: name = " {:17} ".format(self.name) else: name = " {} Q={} ".format(self.name, self._num_to_str(opt, self.q)) return (opt.block_str + name + self._format_comment(opt)).rstrip() def _dump(self) -> List[SFloat]: return [] if self.q is None else ["Q=", self.q] @classmethod def _from_dump(cls: Type[LT], dump: Sequence[Any], **kw: Any) -> LT: name = str(kw.get("name")) if not name or len(kw) > 1: raise ValueError(kw) if len(dump) == 0: return cls(name=name) elif len(dump) == 2: if isinstance(dump[0], str) and dump[0].strip().upper() == "Q=": return cls(name=name, q=_float(dump[1])) raise ValueError(dump) def _dump_comment(self) -> List[List[SFloat]]: comments = [ ["pre", "HEAD", c] for c in self.pre_comment ] # type: List[List[SFloat]] if self.comment: comments.append(["HEAD", self.comment]) return comments class DecayHeadLine(AbsLine): """A line with format ``('DECAY',1x,I9,3x,1P,E16.8,0P,3x,'#',1x,A)``.""" _pattern = "Decay" + SEP + cap(INT, "pid") + SEP + cap(FLOAT, "width") + TAIL def __init__(self, pid: SInt, width: SFloat, comment: OS = None) -> None: self.pid = int(pid) self.width = _float(width) self.comment = comment or "" self.pre_comment = [] def _to_slha(self, opt: LineOutputOption) -> str: return "{decay} {pid:>9} {width} {comment}".format( decay=opt.decay_str, pid=self.pid, width=self._num_to_str(opt, self.width), comment=self._format_comment(opt), ) def _dump(self) -> List[SFloat]: return [self.width] @classmethod def _from_dump(cls: Type[LT], dump: Sequence[Any], **kw: Any) -> LT: pid = kw.get("pid") if not pid or len(kw) > 1: raise ValueError(kw) elif len(dump) == 1: return cls(pid=int(pid), width=_float(dump[0])) raise ValueError(dump) def _dump_comment(self) -> List[List[SFloat]]: comments = [ ["pre", "HEAD", c] for c in self.pre_comment ] # type: List[List[SFloat]] if self.comment: comments.append(["HEAD", self.comment]) return comments class InfoLine(AbsLine): """Class for lines of INFO blocks. An info-block line is given by ``format(1x,I5,3x,A)``, which is not exclusive and matches other patterns. This class accept multi-lines, and thus values are List[str] and comments are multi-lined string, internally kept as List[str]. """ _pattern = r"\s*" + cap(INT, "key") + SEP + cap(INFO, "value") + TAIL def __init__(self, key, value, comment=None): # type: (InfoKeyType, InfoValueType, OS)->None self.key = int(key) # type: InfoKeyType self.value = value.rstrip() # type: InfoValueType self.comment = comment or "" self.pre_comment = [] def _to_slha(self, opt: LineOutputOption) -> str: return " {:5d} {:16} {}".format( self.key, self.value, self._format_comment(opt) ) def _dump(self) -> List[SFloat]: return [self.key, self.value] @classmethod def _from_dump(cls: Type["InfoLine"], dump: Sequence[Any], **kw: Any) -> LT: if kw: raise ValueError(kw) if len(dump) == 2: return cast(LT, cls(int(dump[0]), value=str(dump[1]))) raise ValueError(dump) def _dump_comment(self) -> List[List[SFloat]]: comments = [ ["pre", self.key, c] for c in self.pre_comment ] # type: List[List[SFloat]] if self.comment: comments.append([self.key, self.comment]) return comments class ValueLine(AbsLine, metaclass=ABCMeta): """Abstract class for value lines in ordinary blocks.""" @abstractmethod def __init__(self, key: KeyType, value: SValue, comment: OS = None) -> None: self.key = key # type: KeyType self.value = to_number(value) # type: ValueType self.comment = comment or "" self.pre_comment = [] @classmethod def new(cls: Type[LT2], key: KeyType, value: SValue, comment: OS = None) -> LT2: """Construct line object according to the type of key. The resulting object is an instance of a subclass of `ValueLine` but not `DecayLine`. """ if key is None: return cast(LT2, NoIndexLine(value, comment)) elif isinstance(key, int): return cast(LT2, OneIndexLine(key, value, comment)) elif isinstance(key, abc.Sequence) and all(isinstance(i, int) for i in key): if len(key) == 1: return cast(LT2, OneIndexLine(key[0], value, comment)) elif len(key) == 2: return cast(LT2, TwoIndexLine(key[0], key[1], value, comment)) elif len(key) == 3: return cast(LT2, ThreeIndexLine(key[0], key[1], key[2], value, comment)) raise TypeError(key) def _to_slha(self, opt: LineOutputOption) -> str: if self.key is None: k = " " elif isinstance(self.key, int): k = " {:5d}".format(self.key) else: k = "{:6}".format("".join(" {:2d}".format(k) for k in self.key)) if isinstance(self.value, int): v = "{:10} ".format(self.value) else: v = self._num_to_str(opt, self.value, False) return "{} {} {}".format(k, v, self._format_comment(opt)) def _dump(self) -> List[SFloat]: if self.key is None: return [self.value] elif isinstance(self.key, int): return [self.key, self.value] elif isinstance(self.key, abc.Sequence): return [*self.key, self.value] raise TypeError(self.key) @classmethod def _from_dump(cls: Type[LT2], dump: Sequence[Any], **kw: Any) -> LT2: if kw: raise ValueError(kw) if len(dump) == 0: raise ValueError(dump) elif len(dump) == 1: return cls.new(key=None, value=dump[-1]) elif len(dump) == 2: return cls.new(key=int(dump[0]), value=dump[-1]) else: return cls.new(key=tuple(int(k) for k in dump[:-1]), value=dump[-1]) def _dump_comment(self) -> List[List[SFloat]]: if self.key is None: key_tuple = [] # type: Sequence[int] elif isinstance(self.key, int): key_tuple = [self.key] elif isinstance(self.key, abc.Sequence): key_tuple = self.key comments = [ ["pre", *key_tuple, c] for c in self.pre_comment ] # type: List[List[SFloat]] if self.comment: comments.append([*key_tuple, self.comment]) return comments class NoIndexLine(ValueLine): """A line with ``format(9x, 1P, E16.8, 0P, 3x, '#', 1x, A)``.""" _pattern = r"\s*" + cap(FLOAT, "value") + TAIL def __init__(self, value, comment=None): # type: (SValue, OS)->None super().__init__(None, value, comment) class OneIndexLine(ValueLine): """A line with ``format(1x,I5,3x,1P,E16.8,0P,3x,'#',1x,A)``.""" _pattern = r"\s*" + cap(INT, "i") + SEP + cap(FLOAT, "value") + TAIL def __init__(self, i, value, comment=None): # type: (SInt, SValue, OS)->None super().__init__(int(i), value, comment) class TwoIndexLine(ValueLine): """A line with ``format(1x,I2,1x,I2,3x,1P,E16.8,0P,3x,'#',1x,A)``.""" _pattern = ( r"\s*" + cap(INT, "i1") + SEP + cap(INT, "i2") + SEP + cap(FLOAT, "value") + TAIL ) def __init__(self, i1, i2, value, comment=None): # type: (SInt, SInt, SValue, OS)->None super().__init__((int(i1), int(i2)), value, comment) class ThreeIndexLine(ValueLine): """A line with ``format(1x,I2,1x,I2,1x,I2,3x,1P,E16.8,0P,3x,'#',1x,A)``.""" _pattern = ( r"\s*" + cap(INT, "i1") + SEP + cap(INT, "i2") + SEP + cap(INT, "i3") + SEP + cap(FLOAT, "value") + TAIL ) def __init__(self, i1, i2, i3, value, comment=None): # type: (SInt, SInt, SInt, SValue, OS)->None super().__init__((int(i1), int(i2), int(i3)), value, comment) class DecayLine(ValueLine): """A decay line ``(3x,1P,E16.8,0P,3x,I2,3x,N (I9,1x),2x,'#',1x,A)``.""" _pattern = ( r"\s*" + cap(FLOAT, "br") + SEP + cap(INT, "nda") + SEP + cap(r"[0-9\s+-]+", "channel") + TAIL ) def __init__(self, br, channel, nda=None, comment=None): # type: (Union[str, DecayValueType], Union[str, DecayKeyType], Any, OS)->None if isinstance(channel, str): self.key = tuple(int(p) for p in re.split(r"\s+", channel.strip())) else: self.key = channel # type: DecayKeyType self.value = _float(br) # type: DecayValueType self.comment = comment or "" self.pre_comment = [] # provide synonym @property def br(self) -> DecayValueType: """Return the branching ratio.""" return self.value @br.setter def br(self, br: DecayValueType) -> None: self.value = br def _to_slha(self, opt: LineOutputOption) -> str: pids = "".join("{:9d} ".format(pid) for pid in self.key) return " {} {:2d} {} {}".format( self._num_to_str(opt, self.br), len(self.key), pids, self._format_comment(opt), ) def _dump(self) -> List[SFloat]: result = [self.br, len(self.key)] # type: List[SFloat] result.extend(self.key) return result @classmethod def _from_dump(cls: Type["DecayLine"], dump: Sequence[Any], **kw: Any) -> LT2: if kw: raise ValueError(kw) if len(dump) >= 4: br, nda = _float(dump[0]), int(dump[1]) pids = tuple(int(p) for p in dump[2:]) if nda == len(pids): return cast(LT2, cls(br=br, channel=pids)) raise ValueError(dump) def _dump_comment(self) -> List[List[SFloat]]: comments = [["pre", c] for c in self.pre_comment] # type: List[List[SFloat]] if self.comment: comments.append([self.comment]) for c in comments: c.extend(self.key) return comments class CommentLine(AbsLine): """Comment line. This object is prepared for compatibility and not intended to be inserted in blocks or decay-blocks; therefore dumping methods are not implemented. """ _pattern = r"\s*(?P\#.*)" def __init__(self, comment: OS = None) -> None: self.comment = (comment or "").rstrip() self.pre_comment = [] def _to_slha(self, opt: LineOutputOption) -> str: raise NotImplementedError def _dump(self) -> List[SFloat]: raise NotImplementedError @classmethod def _from_dump(cls: Type[LT], dump: Sequence[Any], **kw: Any) -> LT: raise NotImplementedError def _dump_comment(self) -> List[List[SFloat]]: raise NotImplementedError PK!B uuyaslha/parser.py"""Parsers for SLHA package. Parsers for SLHA-format, JSON-format, and YAML-format are provided. """ import logging from typing import Any, List, Optional, Type, Union import yaslha.line import yaslha.slha from yaslha.block import AbsBlock, Block, Decay, InfoBlock SLHAParserStatesType = Union[None, Block, InfoBlock, Decay] logger = logging.getLogger(__name__) class SLHAParser: """SLHA-format file parser.""" def __init__(self, **kw: Any) -> None: self.processing = None # type: SLHAParserStatesType def _parse_line(self, line: str) -> Optional[yaslha.line.AbsLine]: if not line.strip(): return None # empty line will be ignored if isinstance(self.processing, InfoBlock): classes = [ yaslha.line.BlockHeadLine, yaslha.line.DecayHeadLine, yaslha.line.InfoLine, yaslha.line.CommentLine, ] # type: List[Type[yaslha.line.AbsLine]] elif isinstance(self.processing, Block): classes = [ yaslha.line.BlockHeadLine, yaslha.line.DecayHeadLine, yaslha.line.NoIndexLine, yaslha.line.OneIndexLine, yaslha.line.TwoIndexLine, yaslha.line.ThreeIndexLine, yaslha.line.DecayLine, # for extensions yaslha.line.CommentLine, ] elif isinstance(self.processing, Decay): classes = [ yaslha.line.BlockHeadLine, yaslha.line.DecayHeadLine, yaslha.line.DecayLine, yaslha.line.CommentLine, ] elif self.processing is None: classes = [ yaslha.line.BlockHeadLine, yaslha.line.DecayHeadLine, yaslha.line.CommentLine, ] else: logger.critical("Unexpected state: %s", self.processing) raise RuntimeError for c in classes: obj = c.construct(line) if obj: return obj raise ValueError(line) def parse(self, text: str) -> yaslha.slha.SLHA: """Parse SLHA format text and return SLHA object.""" self.processing = None slha = yaslha.slha.SLHA() comment_lines = [] # type: List[str] for line in text.splitlines(): try: obj = self._parse_line(line) if obj is None: continue except ValueError: logger.warning("Unrecognized line: %s", line) continue # comment handling if isinstance(obj, yaslha.line.CommentLine): comment_lines.append(obj.comment) continue elif isinstance(obj, yaslha.line.AbsLine): obj.pre_comment = comment_lines comment_lines = [] else: raise NotImplementedError(obj) # line handling if isinstance(obj, yaslha.line.BlockHeadLine): self.processing = AbsBlock.new(obj) assert self.processing is not None slha.add_block(self.processing) elif isinstance(obj, yaslha.line.DecayHeadLine): self.processing = Decay(obj) assert self.processing is not None slha.add_block(self.processing) elif isinstance(obj, yaslha.line.InfoLine): if not isinstance(self.processing, InfoBlock): logger.critical("InfoLine found outside of INFO block: %s", line) raise ValueError(self.processing) self.processing.append_line(obj) elif isinstance(obj, yaslha.line.ValueLine): if self.processing is None: logger.critical("ValueLine found outside of block: %s", line) raise ValueError(self.processing) self.processing.update_line(obj) else: raise TypeError(obj) # tail comments slha.tail_comment = comment_lines self.processing = None return slha PK!]yaslha/script.py"""Scripts of this package.""" import enum import logging import re import sys from typing import ( # noqa: F401 Any, List, Mapping, MutableMapping, Optional, Sequence, Type, Union, ) import click import coloredlogs import yaslha import yaslha.dumper logger = logging.getLogger(__name__) ACCEPTED_TYPES = ["SLHA", "YAML", "JSON"] # decided to use capital letters class _Choice(click.Choice): def __init__(self, choices: Union[Sequence[str], Type[enum.Enum]]) -> None: if isinstance(choices, enum.EnumMeta): self.keys = {c.name.upper(): c for c in choices} # type: ignore else: self.keys = {c.upper(): c.upper() for c in choices} super().__init__(self.keys.keys()) def convert(self, value, param, ctx): # type: ignore return self.keys[super().convert(value.upper(), param, ctx)] @click.group(context_settings={"help_option_names": ["-h", "--help"]}) @click.version_option( yaslha.__version__, "-V", "--version", prog_name=yaslha.__pkgname__ ) def main() -> None: """Handle SLHA format data.""" coloredlogs.install(logger=logging.getLogger(), fmt="%(levelname)8s %(message)s") @main.command(context_settings={"help_option_names": ["-h", "--help"]}) @click.option( "--input-type", type=_Choice(["AUTO", *ACCEPTED_TYPES]), default="AUTO", show_default=True, help="(JSON/YAML input is not yet implemented.)", hidden=True, # until other parsers are implemented ) @click.option( "--output-type", type=_Choice(ACCEPTED_TYPES), default="SLHA", show_default=True, help="Output format.", ) @click.argument("input", type=click.Path(exists=True, dir_okay=False), required=False) @click.argument("output", type=click.Path(dir_okay=False), required=False) @click.option("-S", "input_type", flag_value="SLHA", hidden=True) @click.option("-J", "input_type", flag_value="JSON", hidden=True) @click.option("-Y", "input_type", flag_value="YAML", hidden=True) @click.option("-s", "output_type", flag_value="SLHA", hidden=True) @click.option("-j", "output_type", flag_value="JSON", hidden=True) @click.option("-y", "output_type", flag_value="YAML", hidden=True) @click.option( "--comments", type=_Choice(yaslha.dumper.CommentsPreserve), default="NONE", show_default=True, help="Comment types to keep.", ) @click.option( "--blocks", type=_Choice(yaslha.dumper.BlocksOrder), default="DEFAULT", help="Order of blocks.", ) @click.option( "--values", type=_Choice(yaslha.dumper.ValuesOrder), default="DEFAULT", help="Order of values.", ) def convert(**kwargs): # type: (Any)->None """Convert or reformat SLHA data files. Currently this package converts SLHA input to SLHA, JSON, or YAML format. Text from the standard input (STDIN) is used if no file is specified. Shorthanded options -s -y -j are available for --output-type option. """ input_type = kwargs["input_type"] or "AUTO" output_type = kwargs["output_type"] or "SLHA" if kwargs["input"]: with open(kwargs["input"]) as f: input_string = f.read() else: logger.warning("Reading from STDIN...") input_string = sys.stdin.read() slha = yaslha.parse(input_string, input_type=input_type) output_string = yaslha.dump( slha=slha, output_type=output_type, comments_preserve=yaslha.dumper.CommentsPreserve(kwargs["comments"]), blocks_order=yaslha.dumper.BlocksOrder(kwargs["blocks"]), values_order=yaslha.dumper.ValuesOrder(kwargs["values"]), ) if kwargs["output"]: with open(kwargs["output"], "w") as f: f.write(output_string) else: print(output_string) @main.command(context_settings={"help_option_names": ["-h", "--help"]}) @click.option( "-e", is_flag=True, default=False, help="Read the last data to merge from STDIN." "" ) @click.argument( "input", nargs=-1, type=click.Path(exists=True, dir_okay=False), required=True ) @click.pass_context # for help def merge(ctx, **kwargs): # type: (click.core.Context, Any)->None """Merge SLHA files. Input and output are in SLHA format. Duplicated data are overwritten by later files. If -e option is specified, input from standard input (STDIN) is used as the last data. """ slha = yaslha.slha.SLHA() for i in kwargs["input"]: with open(i) as f: slha.merge(yaslha.parse(f.read())) if kwargs["e"]: slha.merge(yaslha.parse(sys.stdin.read())) if not (slha.blocks or slha.decays): click.echo(ctx.get_usage()) ctx.exit(1) output_string = yaslha.dump( slha=slha, output_type="SLHA", comments_preserve=yaslha.dumper.CommentsPreserve.ALL, blocks_order=yaslha.dumper.BlocksOrder.KEEP, values_order=yaslha.dumper.ValuesOrder.KEEP, ) print(output_string) @main.command(context_settings={"help_option_names": ["-h", "--help"]}) @click.argument("blocks", type=str, required=True) @click.argument("input", type=click.Path(exists=True, dir_okay=False), required=False) @click.pass_context # for help def extract(ctx, **kwargs): # type: (click.core.Context, Any)->None """Extract specified blocks from SLHA file. BLOCKS is a comma-separated list of block names (or decay-block PIDs) to extract and INPUT is the input SLHA file. If INPUT is not specified, data is read from standard input (STDIN). """ blocks = kwargs["blocks"].split(",") if not blocks: click.echo("No blocks specified.") exit(1) if kwargs["input"]: with open(kwargs["input"]) as f: input_string = f.read() else: input_string = sys.stdin.read() slha = yaslha.parse(input_string) dumper = yaslha.dumper.SLHADumper() output_list = [] # type: List[Sequence[str]] for block in blocks: if re.match(r"^\d+$", block): try: output_list.append(dumper.dump_block(slha.decays[int(block)])) except KeyError: click.echo("DECAY block for PID {} not found.".format(block)) exit(1) else: try: output_list.append(dumper.dump_block(slha.blocks[block])) except KeyError: click.echo("Block {} not found".format(block.upper())) exit(1) output_string = "\n".join("\n".join(block) for block in output_list) print(output_string) PK!_eyaslha/slha.py"""Module of SLHA object class.""" import copy import logging from collections import OrderedDict from typing import Any, List, Tuple, TypeVar, Union from yaslha._collections import OrderedCaseInsensitiveDict as CIDict from yaslha.block import AbsBlock, Block, Decay, InfoBlock from yaslha.line import BlockHeadLine, DecayValueType, InfoLine, ValueLine, ValueType BlockValueLine = Union[ValueLine, InfoLine] SLHAItemValueType = Union[Block, Decay, ValueType, DecayValueType] T = TypeVar("T") logger = logging.getLogger(__name__) class SLHA: """SLHA object, representing a SLHA-format text.""" def __init__(self) -> None: self.blocks = CIDict() # type: CIDict[str, Union[Block, InfoBlock]] self.decays = OrderedDict() # type: OrderedDict[int, Decay] self.tail_comment = [] # type: List[str] def add_block(self, obj: Union["Block", "InfoBlock", "Decay"]) -> None: """Add a block to SLHA file. The name is automatically detected from the object. """ if isinstance(obj, AbsBlock): self.blocks[obj.name] = obj elif isinstance(obj, Decay): self.decays[obj.pid] = obj else: raise TypeError @staticmethod def _key_reduce(key: Any) -> Tuple[Union[str, int], Any]: if isinstance(key, str) or isinstance(key, int): return key, None elif len(key) == 1: return key[0], None elif isinstance(key[0], str): return key[0], (key[1] if len(key) == 2 else key[1:]) else: # decay block does not allow deep indexing raise KeyError(key) def __getitem__(self, key: Any) -> Any: """Get values of SLHA object or deeper. ``SLHA[str]`` and ``SLHA[int]`` give the specified block and decay block, respectively. For ordinary blocks, further referencing is possible as ``SLHA[str, *key]``, while decay blocks refuse such referencing for safety. """ if isinstance(key, str): return self.blocks[key] elif isinstance(key, int): return self.decays[key] elif hasattr(key, "__len__") and len(key) >= 2 and isinstance(key[0], str): block = self.blocks[key[0]] return block[key[1] if len(key) == 2 else tuple(key[1:])] else: raise KeyError(key) def get(self, *key: Any, default: Any = None) -> Any: """Return the value if exists, or default.""" try: return self.__getitem__(key) except KeyError: return default def __setitem__(self, key: Any, value: Any) -> None: """Set a value of SLHA object or deeper.""" if isinstance(key, str): assert isinstance(value, Block) or isinstance(value, InfoBlock) value.head.name = key # correct the name of Block self.blocks[key] = value elif isinstance(key, int): assert isinstance(value, Decay) value.head.pid = key # correct the pid of Decay self.decays[key] = value elif hasattr(key, "__len__") and len(key) >= 2 and isinstance(key[0], str): if key[0] not in self.blocks: self.add_block(AbsBlock.new(BlockHeadLine(name=key[0]))) block = self.blocks[key[0]] block[key[1] if len(key) == 2 else tuple(key[1:])] = value else: raise KeyError(key) def __delitem__(self, key: Any) -> None: """Delete values of SLHA object or deeper.""" if isinstance(key, str): del self.blocks[key] elif isinstance(key, int): del self.decays[key] elif hasattr(key, "__len__") and len(key) >= 2 and isinstance(key[0], str): block = self.blocks[key[0]] del block[key[1] if len(key) == 2 else tuple(key[1:])] else: raise KeyError(key) def normalize(self, blocks: bool = True, decays: bool = True) -> None: """Normalize the head-lines so that names/pids match the dict keys.""" if blocks: for name, b in self.blocks.items(): b.head.name = name if decays: for pid, d in self.decays.items(): d.head.pid = pid def merge(self, another: "SLHA") -> None: """Merge another SLHA data into this object.""" for name, block in another.blocks.items(): self_block = self.blocks.get(name) if self_block: self_block.merge(block) else: self.blocks[name] = copy.deepcopy(block) self.decays.update(copy.deepcopy(another.decays)) if another.tail_comment: self.tail_comment = copy.deepcopy(another.tail_comment) PK!yaslha/tests/__init__.py"""Tests of yaslha package.""" PK!ȭ#yaslha/tests/data/SPheno-2.spc.MSSM# SUSY Les Houches Accord 2 - MSSM Spectrum + Decays + Flavor Observables # SPheno module generated by SARAH # ---------------------------------------------------------------------- # SPheno v3.3.8 # W. Porod, Comput. Phys. Commun. 153 (2003) 275-315, hep-ph/0301101 # W. Porod, F.Staub, Comput.Phys.Commun.183 (2012) 2458-2469, arXiv:1104.1573 # SARAH: 4.9.0 # F. Staub; arXiv:0806.0538 (online manual) # F. Staub; Comput. Phys. Commun. 181 (2010) 1077-1086; arXiv:0909.2863 # F. Staub; Comput. Phys. Commun. 182 (2011) 808-833; arXiv:1002.0840 # F. Staub; Comput. Phys. Commun. 184 (2013) 1792-1809; arXiv:1207.0906 # F. Staub; Comput. Phys. Commun. 185 (2014) 1773-1790; arXiv:1309.7223 # Including the calculation of flavor observables based on the FlavorKit # W. Porod, F. Staub, A. Vicente; Eur.Phys.J. C74 (2014) 8, 2992; arXiv:1405.1434 # Two-loop masss corrections to Higgs fields based on # M. D. Goodsell, K. Nickel, F. Staub; arXiv:1411.0675 # M. D. Goodsell, K. Nickel, F. Staub; arXiv:1503.03098 # # in case of problems send email to florian.staub@cern.ch and goodsell@lpthe.jussieu.fr # ---------------------------------------------------------------------- # Created: 13.07.2016, 16:10 Block SPINFO # Program information 1 SPhenoSARAH # spectrum calculator 2 v3.3.8 # version number of SPheno 9 4.9.0 # version number of SARAH Block MODSEL # Input parameters 1 1 # GUT scale input 2 1 # Boundary conditions 6 1 # switching on flavour violation Block MINPAR # Input parameters 1 1.50000000E+03 # m0 2 1.50000000E+03 # m12 3 1.00000000E+01 # TanBeta 4 1.00000000E+00 # SignumMu 5 -2.00000000E+03 # Azero Block gaugeGUT Q= 1.27157351E+16 # (GUT scale) 1 6.99798612E-01 # g1(Q)^DRbar 2 6.99789515E-01 # g2(Q)^DRbar 3 6.97368011E-01 # g3(Q)^DRbar Block SMINPUTS # SM parameters 1 1.27932466E+02 # alpha_em^-1(MZ)^MSbar 2 1.16637000E-05 # G_mu [GeV^-2] 3 1.18700000E-01 # alpha_s(MZ)^MSbar 4 9.11887000E+01 # m_Z(pole) 5 4.18000000E+00 # m_b(m_b), MSbar 6 1.73500000E+02 # m_t(pole) 7 1.77669000E+00 # m_tau(pole) Block VCKMIN # CKM matrix, Wolfenstein parameterization 1 2.25649637E-01 # lambda 2 8.04207424E-01 # A 3 1.94560639E-01 # rho bar 4 4.55377988E-01 # eta bar Block GAUGE Q= 2.45474144E+03 # (SUSY Scale) 1 3.64193719E-01 # g1 2 6.35948459E-01 # g2 3 1.01363096E+00 # g3 Block HMIX Q= 2.45474144E+03 # (SUSY Scale) 1 2.06020304E+03 # Mu 101 7.71767791E+05 # Bmu 102 2.53548165E+01 # vd 103 2.42072876E+02 # vu 3 2.43397091E+02 # v 10 1.46643727E+00 # betaH 11 3.03694259E+00 # alphaH Block MSOFT Q= 2.45474144E+03 # (SUSY Scale) 21 2.90511496E+06 # mHd2 22 -4.07692891E+06 # mHu2 1 6.63379890E+02 # M1 2 1.19612328E+03 # M2 3 3.11435874E+03 # M3 Block PHASES Q= 2.45474144E+03 # (SUSY Scale) 1 1.00000000E+00 # pG Block TREEHMIX Q= 2.45474144E+03 # (SUSY Scale) 1 2.03725264E+03 # Mu 101 7.38589953E+05 # Bmu Block LOOPHMIX Q= 2.45474144E+03 # (SUSY Scale) 1 2.05913754E+03 # Mu 101 7.69841686E+05 # Bmu Block Yd Q= 2.45474144E+03 # (SUSY Scale) 1 1 1.24352653E-04 # Real(Yd(1,1),dp) 1 2 -1.89851707E-10 # Real(Yd(1,2),dp) 1 3 4.72075576E-09 # Real(Yd(1,3),dp) 2 1 -3.60716431E-09 # Real(Yd(2,1),dp) 2 2 2.36272423E-03 # Real(Yd(2,2),dp) 2 3 -6.16818403E-07 # Real(Yd(2,3),dp) 3 1 4.61596298E-06 # Real(Yd(3,1),dp) 3 2 -3.17436462E-05 # Real(Yd(3,2),dp) 3 3 1.24199066E-01 # Real(Yd(3,3),dp) Block Ye Q= 2.45474144E+03 # (SUSY Scale) 1 1 2.85258913E-05 # Real(Ye(1,1),dp) 1 2 0.00000000E+00 # Real(Ye(1,2),dp) 1 3 0.00000000E+00 # Real(Ye(1,3),dp) 2 1 0.00000000E+00 # Real(Ye(2,1),dp) 2 2 5.89824994E-03 # Real(Ye(2,2),dp) 2 3 0.00000000E+00 # Real(Ye(2,3),dp) 3 1 0.00000000E+00 # Real(Ye(3,1),dp) 3 2 0.00000000E+00 # Real(Ye(3,2),dp) 3 3 9.91835220E-02 # Real(Ye(3,3),dp) Block Yu Q= 2.45474144E+03 # (SUSY Scale) 1 1 6.67592378E-06 # Real(Yu(1,1),dp) 1 2 1.54411766E-06 # Real(Yu(1,2),dp) 1 3 2.35418026E-08 # Real(Yu(1,3),dp) 2 1 -7.84239528E-04 # Real(Yu(2,1),dp) 2 2 3.38840129E-03 # Real(Yu(2,2),dp) 2 3 1.43494799E-04 # Real(Yu(2,3),dp) 3 1 4.97290712E-03 # Real(Yu(3,1),dp) 3 2 -3.41983661E-02 # Real(Yu(3,2),dp) 3 3 8.36419140E-01 # Real(Yu(3,3),dp) Block Td Q= 2.45474144E+03 # (SUSY Scale) 1 1 -7.06979244E-01 # Real(Td(1,1),dp) 1 2 -1.20914330E-05 # Real(Td(1,2),dp) 1 3 2.90495394E-04 # Real(Td(1,3),dp) 2 1 -2.29737252E-04 # Real(Td(2,1),dp) 2 2 -1.34310417E+01 # Real(Td(2,2),dp) 2 3 -3.79570877E-02 # Real(Td(2,3),dp) 3 1 2.88621506E-01 # Real(Td(3,1),dp) 3 2 -1.98485438E+00 # Real(Td(3,2),dp) 3 3 -6.49538474E+02 # Real(Td(3,3),dp) Block Te Q= 2.45474144E+03 # (SUSY Scale) 1 1 -8.07542320E-02 # Real(Te(1,1),dp) 1 2 0.00000000E+00 # Real(Te(1,2),dp) 1 3 0.00000000E+00 # Real(Te(1,3),dp) 2 1 0.00000000E+00 # Real(Te(2,1),dp) 2 2 -1.66969872E+01 # Real(Te(2,2),dp) 2 3 0.00000000E+00 # Real(Te(2,3),dp) 3 1 0.00000000E+00 # Real(Te(3,1),dp) 3 2 0.00000000E+00 # Real(Te(3,2),dp) 3 3 -2.78745781E+02 # Real(Te(3,3),dp) Block Tu Q= 2.45474144E+03 # (SUSY Scale) 1 1 -2.94272205E-02 # Real(Tu(1,1),dp) 1 2 -6.80641244E-03 # Real(Tu(1,2),dp) 1 3 -1.03418112E-04 # Real(Tu(1,3),dp) 2 1 3.45688287E+00 # Real(Tu(2,1),dp) 2 2 -1.49358723E+01 # Real(Tu(2,2),dp) 2 3 -6.30770452E-01 # Real(Tu(2,3),dp) 3 1 -1.54795098E+01 # Real(Tu(3,1),dp) 3 2 1.06451483E+02 # Real(Tu(3,2),dp) 3 3 -2.59550663E+03 # Real(Tu(3,3),dp) Block MSQ2 Q= 2.45474144E+03 # (SUSY Scale) 1 1 9.92270167E+06 # Real(mq2(1,1),dp) 1 2 5.49602278E+02 # Real(mq2(1,2),dp) 1 3 -1.31579688E+04 # Real(mq2(1,3),dp) 2 1 5.49602278E+02 # Real(mq2(2,1),dp) 2 2 9.91900275E+06 # Real(mq2(2,2),dp) 2 3 9.04876185E+04 # Real(mq2(2,3),dp) 3 1 -1.31579688E+04 # Real(mq2(3,1),dp) 3 2 9.04876185E+04 # Real(mq2(3,2),dp) 3 3 7.63810330E+06 # Real(mq2(3,3),dp) Block MSL2 Q= 2.45474144E+03 # (SUSY Scale) 1 1 3.17081508E+06 # Real(ml2(1,1),dp) 1 2 0.00000000E+00 # Real(ml2(1,2),dp) 1 3 0.00000000E+00 # Real(ml2(1,3),dp) 2 1 0.00000000E+00 # Real(ml2(2,1),dp) 2 2 3.17067742E+06 # Real(ml2(2,2),dp) 2 3 0.00000000E+00 # Real(ml2(2,3),dp) 3 1 0.00000000E+00 # Real(ml2(3,1),dp) 3 2 0.00000000E+00 # Real(ml2(3,2),dp) 3 3 3.13203673E+06 # Real(ml2(3,3),dp) Block MSD2 Q= 2.45474144E+03 # (SUSY Scale) 1 1 9.20189785E+06 # Real(md2(1,1),dp) 1 2 -3.52897624E-05 # Real(md2(1,2),dp) 1 3 4.41144693E-02 # Real(md2(1,3),dp) 2 1 -3.52897624E-05 # Real(md2(2,1),dp) 2 2 9.20184210E+06 # Real(md2(2,2),dp) 2 3 -5.76415564E+00 # Real(md2(2,3),dp) 3 1 4.41144693E-02 # Real(md2(3,1),dp) 3 2 -5.76415564E+00 # Real(md2(3,2),dp) 3 3 9.05729752E+06 # Real(md2(3,3),dp) Block MSU2 Q= 2.45474144E+03 # (SUSY Scale) 1 1 9.28082691E+06 # Real(mu2(1,1),dp) 1 2 5.20628159E-07 # Real(mu2(1,2),dp) 1 3 -2.70695124E-04 # Real(mu2(1,3),dp) 2 1 5.20628159E-07 # Real(mu2(2,1),dp) 2 2 9.28072817E+06 # Real(mu2(2,2),dp) 2 3 5.80959902E-02 # Real(mu2(2,3),dp) 3 1 -2.70695124E-04 # Real(mu2(3,1),dp) 3 2 5.80959902E-02 # Real(mu2(3,2),dp) 3 3 4.74959891E+06 # Real(mu2(3,3),dp) Block MSE2 Q= 2.45474144E+03 # (SUSY Scale) 1 1 2.54037974E+06 # Real(me2(1,1),dp) 1 2 0.00000000E+00 # Real(me2(1,2),dp) 1 3 0.00000000E+00 # Real(me2(1,3),dp) 2 1 0.00000000E+00 # Real(me2(2,1),dp) 2 2 2.54010190E+06 # Real(me2(2,2),dp) 2 3 0.00000000E+00 # Real(me2(2,3),dp) 3 1 0.00000000E+00 # Real(me2(3,1),dp) 3 2 0.00000000E+00 # Real(me2(3,2),dp) 3 3 2.46210160E+06 # Real(me2(3,3),dp) Block MASS # Mass spectrum # PDG code mass particle 1000001 2.83941648E+03 # Sd_1 1000003 3.10229888E+03 # Sd_2 1000005 3.12634290E+03 # Sd_3 2000001 3.12635235E+03 # Sd_4 2000003 3.24954412E+03 # Sd_5 2000005 3.24957526E+03 # Sd_6 1000002 2.24080393E+03 # Su_1 1000004 2.85715183E+03 # Su_2 1000006 3.13875332E+03 # Su_3 2000002 3.13877200E+03 # Su_4 2000004 3.24858310E+03 # Su_5 2000006 3.24861344E+03 # Su_6 1000011 1.57282771E+03 # Se_1 1000013 1.59882874E+03 # Se_2 1000015 1.59892080E+03 # Se_3 2000011 1.77967611E+03 # Se_4 2000013 1.79023256E+03 # Se_5 2000015 1.79026989E+03 # Se_6 1000012 1.77689276E+03 # Sv_1 1000014 1.78813136E+03 # Sv_2 1000016 1.78817127E+03 # Sv_3 25 1.24789057E+02 # hh_1 35 2.70407551E+03 # hh_2 36 2.70405153E+03 # Ah_2 37 2.70475229E+03 # Hpm_2 23 9.11887000E+01 # VZ 24 8.03161493E+01 # VWm 1 5.00000000E-03 # Fd_1 3 9.50000000E-02 # Fd_2 5 4.18000000E+00 # Fd_3 2 2.50000000E-03 # Fu_1 4 1.27000000E+00 # Fu_2 6 1.73500000E+02 # Fu_3 11 5.10998930E-04 # Fe_1 13 1.05658372E-01 # Fe_2 15 1.77669000E+00 # Fe_3 1000021 3.26165015E+03 # Glu 1000022 6.57648553E+02 # Chi_1 1000023 1.23654629E+03 # Chi_2 1000025 2.06605902E+03 # Chi_3 1000035 2.06994921E+03 # Chi_4 1000024 1.23665502E+03 # Cha_1 1000037 2.07039610E+03 # Cha_2 Block LSP # LSP and NLSP 1 1000022 # LSP 2 1000023 # NLSP Block DSQMIX Q= 2.45474144E+03 # () 1 1 -5.75594788E-03 # Real(ZD(1,1),dp) 1 2 3.95837437E-02 # Real(ZD(1,2),dp) 1 3 -9.98580007E-01 # Real(ZD(1,3),dp) 1 4 -1.85594939E-07 # Real(ZD(1,4),dp) 1 5 2.42512565E-05 # Real(ZD(1,5),dp) 1 6 -3.51847246E-02 # Real(ZD(1,6),dp) 2 1 5.69233594E-04 # Real(ZD(2,1),dp) 2 2 -3.91469084E-03 # Real(ZD(2,2),dp) 2 3 3.50543658E-02 # Real(ZD(2,3),dp) 2 4 4.26870600E-07 # Real(ZD(2,4),dp) 2 5 -5.57983124E-05 # Real(ZD(2,5),dp) 2 6 -9.99377576E-01 # Real(ZD(2,6),dp) 3 1 -4.54264898E-07 # Real(ZD(3,1),dp) 3 2 -1.46023285E-03 # Real(ZD(3,2),dp) 3 3 -8.42314661E-05 # Real(ZD(3,3),dp) 3 4 -8.97423091E-07 # Real(ZD(3,4),dp) 3 5 -9.99998929E-01 # Real(ZD(3,5),dp) 3 6 5.85981461E-05 # Real(ZD(3,6),dp) 4 1 7.70216562E-05 # Real(ZD(4,1),dp) 4 2 2.25945597E-08 # Real(ZD(4,2),dp) 4 3 -6.44745690E-07 # Real(ZD(4,3),dp) 4 4 9.99999997E-01 # Real(ZD(4,4),dp) 4 5 -8.97411450E-07 # Real(ZD(4,5),dp) 4 6 4.48353451E-07 # Real(ZD(4,6),dp) 5 1 1.46102028E-01 # Real(ZD(5,1),dp) 5 2 -9.88451550E-01 # Real(ZD(5,2),dp) 5 3 -4.01141451E-02 # Real(ZD(5,3),dp) 5 4 -1.12563940E-05 # Real(ZD(5,4),dp) 5 5 1.44683279E-03 # Real(ZD(5,5),dp) 5 6 2.54797768E-03 # Real(ZD(5,6),dp) 6 1 -9.89252615E-01 # Real(ZD(6,1),dp) 6 2 -1.46216289E-01 # Real(ZD(6,2),dp) 6 3 -9.40400420E-05 # Real(ZD(6,3),dp) 6 4 7.61973074E-05 # Real(ZD(6,4),dp) 6 5 2.13967642E-04 # Real(ZD(6,5),dp) 6 6 5.97103926E-06 # Real(ZD(6,6),dp) Block SNUMIX Q= 2.45474144E+03 # () 1 1 0.00000000E+00 # Real(ZV(1,1),dp) 1 2 0.00000000E+00 # Real(ZV(1,2),dp) 1 3 1.00000000E+00 # Real(ZV(1,3),dp) 2 1 0.00000000E+00 # Real(ZV(2,1),dp) 2 2 1.00000000E+00 # Real(ZV(2,2),dp) 2 3 0.00000000E+00 # Real(ZV(2,3),dp) 3 1 1.00000000E+00 # Real(ZV(3,1),dp) 3 2 0.00000000E+00 # Real(ZV(3,2),dp) 3 3 0.00000000E+00 # Real(ZV(3,3),dp) Block USQMIX Q= 2.45474144E+03 # () 1 1 9.38416230E-04 # Real(ZU(1,1),dp) 1 2 -6.45345696E-03 # Real(ZU(1,2),dp) 1 3 1.59715456E-01 # Real(ZU(1,3),dp) 1 4 7.56553646E-11 # Real(ZU(1,4),dp) 1 5 8.93256411E-08 # Real(ZU(1,5),dp) 1 6 9.87141553E-01 # Real(ZU(1,6),dp) 2 1 -5.68135010E-03 # Real(ZU(2,1),dp) 2 2 3.90707471E-02 # Real(ZU(2,2),dp) 2 3 -9.86351692E-01 # Real(ZU(2,3),dp) 2 4 -3.29207419E-10 # Real(ZU(2,4),dp) 2 5 -2.07286010E-06 # Real(ZU(2,5),dp) 2 6 1.59848487E-01 # Real(ZU(2,6),dp) 3 1 9.72265620E-04 # Real(ZU(3,1),dp) 3 2 -4.20138214E-03 # Real(ZU(3,2),dp) 3 3 -1.70048792E-04 # Real(ZU(3,3),dp) 3 4 -3.43730458E-11 # Real(ZU(3,4),dp) 3 5 -9.99990687E-01 # Real(ZU(3,5),dp) 3 6 -7.87205716E-07 # Real(ZU(3,6),dp) 4 1 -8.27602955E-06 # Real(ZU(4,1),dp) 4 2 -1.91448833E-06 # Real(ZU(4,2),dp) 4 3 -2.78429738E-08 # Real(ZU(4,3),dp) 4 4 -1.00000000E+00 # Real(ZU(4,4),dp) 4 5 3.61061868E-11 # Real(ZU(4,5),dp) 4 6 -6.69599834E-11 # Real(ZU(4,6),dp) 5 1 1.39442550E-01 # Real(ZU(5,1),dp) 5 2 -9.89411958E-01 # Real(ZU(5,2),dp) 5 3 -4.00156605E-02 # Real(ZU(5,3),dp) 5 4 7.41301301E-07 # Real(ZU(5,4),dp) 5 5 4.29931768E-03 # Real(ZU(5,5),dp) 5 6 -1.26489998E-04 # Real(ZU(5,6),dp) 6 1 9.90212942E-01 # Real(ZU(6,1),dp) 6 2 1.39564165E-01 # Real(ZU(6,2),dp) 6 3 -1.75353967E-04 # Real(ZU(6,3),dp) 6 4 -8.46222064E-06 # Real(ZU(6,4),dp) 6 5 3.76420936E-04 # Real(ZU(6,5),dp) 6 6 -5.61075373E-07 # Real(ZU(6,6),dp) Block SELMIX Q= 2.45474144E+03 # () 1 1 0.00000000E+00 # Real(ZE(1,1),dp) 1 2 0.00000000E+00 # Real(ZE(1,2),dp) 1 3 -5.87299226E-02 # Real(ZE(1,3),dp) 1 4 0.00000000E+00 # Real(ZE(1,4),dp) 1 5 0.00000000E+00 # Real(ZE(1,5),dp) 1 6 -9.98273908E-01 # Real(ZE(1,6),dp) 2 1 -2.88573811E-17 # Real(ZE(2,1),dp) 2 2 3.73358055E-03 # Real(ZE(2,2),dp) 2 3 0.00000000E+00 # Real(ZE(2,3),dp) 2 4 -1.59847361E-12 # Real(ZE(2,4),dp) 2 5 9.99993030E-01 # Real(ZE(2,5),dp) 2 6 0.00000000E+00 # Real(ZE(2,6),dp) 3 1 1.80612933E-05 # Real(ZE(3,1),dp) 3 2 5.84277613E-15 # Real(ZE(3,2),dp) 3 3 0.00000000E+00 # Real(ZE(3,3),dp) 3 4 1.00000000E+00 # Real(ZE(3,4),dp) 3 5 1.59846293E-12 # Real(ZE(3,5),dp) 3 6 0.00000000E+00 # Real(ZE(3,6),dp) 4 1 0.00000000E+00 # Real(ZE(4,1),dp) 4 2 0.00000000E+00 # Real(ZE(4,2),dp) 4 3 -9.98273908E-01 # Real(ZE(4,3),dp) 4 4 0.00000000E+00 # Real(ZE(4,4),dp) 4 5 0.00000000E+00 # Real(ZE(4,5),dp) 4 6 5.87299226E-02 # Real(ZE(4,6),dp) 5 1 7.51870133E-18 # Real(ZE(5,1),dp) 5 2 9.99993030E-01 # Real(ZE(5,2),dp) 5 3 0.00000000E+00 # Real(ZE(5,3),dp) 5 4 1.25254609E-16 # Real(ZE(5,4),dp) 5 5 -3.73358055E-03 # Real(ZE(5,5),dp) 5 6 0.00000000E+00 # Real(ZE(5,6),dp) 6 1 -1.00000000E+00 # Real(ZE(6,1),dp) 6 2 7.51762934E-18 # Real(ZE(6,2),dp) 6 3 0.00000000E+00 # Real(ZE(6,3),dp) 6 4 1.80612933E-05 # Real(ZE(6,4),dp) 6 5 -1.49437288E-20 # Real(ZE(6,5),dp) 6 6 0.00000000E+00 # Real(ZE(6,6),dp) Block SCALARMIX Q= 2.45474144E+03 # () 1 1 -1.04459149E-01 # ZH(1,1) 1 2 -9.94529178E-01 # ZH(1,2) 2 1 -9.94529178E-01 # ZH(2,1) 2 2 1.04459149E-01 # ZH(2,2) Block PSEUDOSCALARMIX Q= 2.45474144E+03 # () 1 1 1.04169487E-01 # ZA(1,1) 1 2 -9.94559560E-01 # ZA(1,2) 2 1 -9.94559560E-01 # ZA(2,1) 2 2 -1.04169487E-01 # ZA(2,2) Block CHARGEMIX Q= 2.45474144E+03 # () 1 1 1.04169738E-01 # ZP(1,1) 1 2 -9.94559533E-01 # ZP(1,2) 2 1 -9.94559533E-01 # ZP(2,1) 2 2 -1.04169738E-01 # ZP(2,2) Block NMIX Q= 2.45474144E+03 # () 1 1 9.99634107E-01 # Real(ZN(1,1),dp) 1 2 -1.75729057E-03 # Real(ZN(1,2),dp) 1 3 2.49459869E-02 # Real(ZN(1,3),dp) 1 4 -1.03083596E-02 # Real(ZN(1,4),dp) 2 1 -3.69252525E-03 # Real(ZN(2,1),dp) 2 2 -9.97316339E-01 # Real(ZN(2,2),dp) 2 3 6.11387489E-02 # Real(ZN(2,3),dp) 2 4 -4.01065899E-02 # Real(ZN(2,4),dp) 3 1 0.00000000E+00 # Real(ZN(3,1),dp) 3 2 0.00000000E+00 # Real(ZN(3,2),dp) 3 3 0.00000000E+00 # Real(ZN(3,3),dp) 3 4 0.00000000E+00 # Real(ZN(3,4),dp) 4 1 -2.47297361E-02 # Real(ZN(4,1),dp) 4 2 7.16541411E-02 # Real(ZN(4,2),dp) 4 3 7.04371852E-01 # Real(ZN(4,3),dp) 4 4 -7.05772215E-01 # Real(ZN(4,4),dp) Block IMNMIX Q= 2.45474144E+03 # () 1 1 0.00000000E+00 # Aimag(ZN(1,1)) 1 2 0.00000000E+00 # Aimag(ZN(1,2)) 1 3 0.00000000E+00 # Aimag(ZN(1,3)) 1 4 0.00000000E+00 # Aimag(ZN(1,4)) 2 1 0.00000000E+00 # Aimag(ZN(2,1)) 2 2 0.00000000E+00 # Aimag(ZN(2,2)) 2 3 0.00000000E+00 # Aimag(ZN(2,3)) 2 4 0.00000000E+00 # Aimag(ZN(2,4)) 3 1 1.03178496E-02 # Aimag(ZN(3,1)) 3 2 -1.49236692E-02 # Aimag(ZN(3,2)) 3 3 -7.06753172E-01 # Aimag(ZN(3,3)) 3 4 -7.07227531E-01 # Aimag(ZN(3,4)) 4 1 0.00000000E+00 # Aimag(ZN(4,1)) 4 2 0.00000000E+00 # Aimag(ZN(4,2)) 4 3 0.00000000E+00 # Aimag(ZN(4,3)) 4 4 0.00000000E+00 # Aimag(ZN(4,4)) Block UMIX Q= 2.45474144E+03 # () 1 1 9.96203607E-01 # Real(UM(1,1),dp) 1 2 -8.70538536E-02 # Real(UM(1,2),dp) 2 1 8.70538536E-02 # Real(UM(2,1),dp) 2 2 9.96203607E-01 # Real(UM(2,2),dp) Block VMIX Q= 2.45474144E+03 # () 1 1 9.98352649E-01 # Real(UP(1,1),dp) 1 2 -5.73758507E-02 # Real(UP(1,2),dp) 2 1 5.73758507E-02 # Real(UP(2,1),dp) 2 2 9.98352649E-01 # Real(UP(2,2),dp) Block UELMIX Q= 2.45474144E+03 # () 1 1 1.00000000E+00 # Real(ZEL(1,1),dp) 1 2 0.00000000E+00 # Real(ZEL(1,2),dp) 1 3 0.00000000E+00 # Real(ZEL(1,3),dp) 2 1 0.00000000E+00 # Real(ZEL(2,1),dp) 2 2 1.00000000E+00 # Real(ZEL(2,2),dp) 2 3 0.00000000E+00 # Real(ZEL(2,3),dp) 3 1 0.00000000E+00 # Real(ZEL(3,1),dp) 3 2 0.00000000E+00 # Real(ZEL(3,2),dp) 3 3 1.00000000E+00 # Real(ZEL(3,3),dp) Block UERMIX Q= 2.45474144E+03 # () 1 1 1.00000000E+00 # Real(ZER(1,1),dp) 1 2 0.00000000E+00 # Real(ZER(1,2),dp) 1 3 0.00000000E+00 # Real(ZER(1,3),dp) 2 1 0.00000000E+00 # Real(ZER(2,1),dp) 2 2 1.00000000E+00 # Real(ZER(2,2),dp) 2 3 0.00000000E+00 # Real(ZER(2,3),dp) 3 1 0.00000000E+00 # Real(ZER(3,1),dp) 3 2 0.00000000E+00 # Real(ZER(3,2),dp) 3 3 1.00000000E+00 # Real(ZER(3,3),dp) Block UDLMIX Q= 2.45474144E+03 # () 1 1 9.99999999E-01 # Real(ZDL(1,1),dp) 1 2 1.52539587E-06 # Real(ZDL(1,2),dp) 1 3 -3.71655283E-05 # Real(ZDL(1,3),dp) 2 1 -1.51588984E-06 # Real(ZDL(2,1),dp) 2 2 9.99999967E-01 # Real(ZDL(2,2),dp) 2 3 2.55773926E-04 # Real(ZDL(2,3),dp) 3 1 3.71659173E-05 # Real(ZDL(3,1),dp) 3 2 -2.55773870E-04 # Real(ZDL(3,2),dp) 3 3 9.99999967E-01 # Real(ZDL(3,3),dp) Block UDRMIX Q= 2.45474144E+03 # () 1 1 1.00000000E+00 # Real(ZDR(1,1),dp) 1 2 1.59625469E-07 # Real(ZDR(1,2),dp) 1 3 -7.52202866E-08 # Real(ZDR(1,3),dp) 2 1 -1.59624729E-07 # Real(ZDR(2,1),dp) 2 2 1.00000000E+00 # Real(ZDR(2,2),dp) 2 3 9.83213188E-06 # Real(ZDR(2,3),dp) 3 1 7.52218561E-08 # Real(ZDR(3,1),dp) 3 2 -9.83213187E-06 # Real(ZDR(3,2),dp) 3 3 1.00000000E+00 # Real(ZDR(3,3),dp) Block UULMIX Q= 2.45474144E+03 # () 1 1 9.74272169E-01 # Real(ZUL(1,1),dp) 1 2 2.25348697E-01 # Real(ZUL(1,2),dp) 1 3 3.42124195E-03 # Real(ZUL(1,3),dp) 2 1 -2.25296365E-01 # Real(ZUL(2,1),dp) 2 2 9.73421336E-01 # Real(ZUL(2,2),dp) 2 3 4.11394171E-02 # Real(ZUL(2,3),dp) 3 1 5.94040415E-03 # Real(ZUL(3,1),dp) 3 2 -4.08517825E-02 # Real(ZUL(3,2),dp) 3 3 9.99147558E-01 # Real(ZUL(3,3),dp) Block UURMIX Q= 2.45474144E+03 # () 1 1 1.00000000E+00 # Real(ZUR(1,1),dp) 1 2 4.53494427E-09 # Real(ZUR(1,2),dp) 1 3 -1.18813156E-10 # Real(ZUR(1,3),dp) 2 1 -4.53494431E-09 # Real(ZUR(2,1),dp) 2 2 1.00000000E+00 # Real(ZUR(2,2),dp) 2 3 -3.48267795E-07 # Real(ZUR(2,3),dp) 3 1 1.18811577E-10 # Real(ZUR(3,1),dp) 3 2 3.48267795E-07 # Real(ZUR(3,2),dp) 3 3 1.00000000E+00 # Real(ZUR(3,3),dp) Block SPheno # SPheno internal parameters 1 -1.00000000E+00 # ErrorLevel 2 0.00000000E+00 # SPA_conventions 11 1.00000000E+00 # Branching ratios 13 1.00000000E+00 # 3 Body decays 31 1.27157351E+16 # GUT scale 33 2.45474144E+03 # Renormalization scale 34 1.00000000E-04 # Precision 35 4.00000000E+01 # Iterations 38 2.00000000E+00 # RGE level 40 7.29735257E-03 # Alpha 41 2.49520000E+00 # Gamma_Z 42 2.06000000E+00 # Gamma_W 50 1.00000000E+00 # Rotate negative fermion masses 51 0.00000000E+00 # Switch to SCKM matrix 52 0.00000000E+00 # Ignore negative masses 53 0.00000000E+00 # Ignore negative masses at MZ 55 1.00000000E+00 # Calculate one loop masses 56 1.00000000E+00 # Calculate two-loop Higgs masses 57 1.00000000E+00 # Calculate low energy 60 1.00000000E+00 # Include kinetic mixing 65 1.00000000E+00 # Solution of tadpole equation 8 3.00000000E+00 # Two-Loop Method: diagrammatic 9 1.00000000E+00 # Gauge-less limit 400 1.00000000E-01 # Step-size for purely-numerical methode for 2-loop calculation 401 1.00000000E-03 # Step-size for semi-analytical methode for 2-loop calculation 410 0.00000000E+00 # indicative error in numerical derivation Block HiggsLHC7 # Higgs production cross section at LHC7 [pb] (rescaled SM values from HXSWG) 1 25 1.54128475E+01 # Gluon fusion 2 25 1.22002523E+00 # Vector boson fusion 3 25 5.50135877E-01 # W-H production 4 25 3.20373028E-01 # Z-H production 5 25 8.31141988E-02 # t-t-H production Block HiggsLHC8 # Higgs production cross section at LHC8 [pb] (rescaled SM values from HXSWG) 1 25 1.96154930E+01 # Gluon fusion 2 25 1.57293353E+00 # Vector boson fusion 3 25 7.04762193E-01 # W-H production 4 25 4.00110430E-01 # Z-H production 5 25 1.25790826E-01 # t-t-H production Block HiggsLHC13 # Higgs production cross section at LHC13 [pb] (rescaled SM values from SusHI 1.5.0) 1 25 4.58162436E+01 # Gluon fusion Block HiggsLHC14 # Higgs production cross section at LHC14 [pb] (rescaled SM values from SusHI 1.5.0) 1 25 5.15910415E+01 # Gluon fusion Block HiggsFCC100 # Higgs production cross section at FCC-pp [pb] (rescaled SM values from SusHI 1.5.0) 1 25 7.59094901E+02 # Gluon fusion Block HiggsBoundsInputHiggsCouplingsFermions # 4.86365947E-01 0.00000000E+00 3 25 5 5 # h_1 b b coupling 3.50674508E-01 0.00000000E+00 3 25 3 3 # h_1 s s coupling 9.60102090E-01 0.00000000E+00 3 25 6 6 # h_1 t t coupling 2.24760844E-01 0.00000000E+00 3 25 4 4 # h_1 c c coupling 1.06214695E+00 0.00000000E+00 3 25 15 15 # h_1 tau tau coupling 1.03920743E+00 0.00000000E+00 3 25 13 13 # h_1 mu mu coupling 2.57187619E+01 0.00000000E+00 3 35 5 5 # h_2 b b coupling 1.80195818E+01 7.67245244E-32 3 35 3 3 # h_2 s s coupling 7.48192838E-03 0.00000000E+00 3 35 6 6 # h_2 t t coupling 2.41438991E-03 0.00000000E+00 3 35 4 4 # h_2 c c coupling 9.07865825E+01 0.00000000E+00 3 35 15 15 # h_2 tau tau coupling 9.07829833E+01 0.00000000E+00 3 35 13 13 # h_2 mu mu coupling 0.00000000E+00 2.57203333E+01 3 36 5 5 # A_2 b b coupling 7.67245244E-32 1.80206827E+01 3 36 3 3 # A_2 s s coupling 9.42198493E-35 7.44049149E-03 3 36 6 6 # A_2 t t coupling 0.00000000E+00 2.40101839E-03 3 36 4 4 # A_2 c c coupling 0.00000000E+00 9.07921294E+01 3 36 15 15 # A_2 tau tau coupling 0.00000000E+00 9.07885300E+01 3 36 13 13 # A_2 mu mu coupling Block HiggsBoundsInputHiggsCouplingsBosons # 1.00987244E+00 3 25 24 24 # h_1 W W coupling 1.00701050E+00 3 25 23 23 # h_1 Z Z coupling 0.00000000E+00 3 25 23 22 # h_1 Z gamma coupling 1.01548249E+00 3 25 22 22 # h_1 gamma gamma coupling 1.00073216E+00 3 25 21 21 # h_1 g g coupling 0.00000000E+00 4 25 21 21 23 # h_1 g g Z coupling 2.68154452E-05 3 35 24 24 # h_2 W W coupling 2.69060452E-05 3 35 23 23 # h_2 Z Z coupling 0.00000000E+00 3 35 23 22 # h_2 Z gamma coupling 2.42233793E-04 3 35 22 22 # h_2 gamma gamma coupling 5.51060877E-03 3 35 21 21 # h_2 g g coupling 0.00000000E+00 4 35 21 21 23 # h_2 g g Z coupling 0.00000000E+00 3 36 24 24 # A_2 W W coupling 0.00000000E+00 3 36 23 23 # A_2 Z Z coupling 0.00000000E+00 3 36 23 22 # A_2 Z gamma coupling 5.66058881E-04 3 36 22 22 # A_2 gamma gamma coupling 1.07964434E-02 3 36 21 21 # A_2 g g coupling 0.00000000E+00 4 36 21 21 23 # A_2 g g Z coupling 0.00000000E+00 3 25 25 23 # h_1 h_1 Z coupling 0.00000000E+00 3 25 35 23 # h_1 h_2 Z coupling 8.48275399E-08 3 25 36 23 # h_1 A_2 Z coupling 0.00000000E+00 3 35 25 23 # h_2 h_1 Z coupling 0.00000000E+00 3 35 35 23 # h_2 h_2 Z coupling 9.99999915E-01 3 35 36 23 # h_2 A_2 Z coupling 0.00000000E+00 3 36 36 23 # A_2 A_2 Z coupling Block EFFHIGGSCOUPLINGS # values of loop-induced couplings 25 22 22 0.31584896E-04 # H-Photon-Photon 25 21 21 0.64688558E-04 # H-Gluon-Gluon 25 22 23 0.00000000E+00 # H-Photon-Z (not yet calculated by SPheno) 35 22 22 0.14768259E-06 # H-Photon-Photon 35 21 21 0.74653399E-06 # H-Gluon-Gluon 35 22 23 0.00000000E+00 # H-Photon-Z (not yet calculated by SPheno) 36 22 22 0.25114146E-06 # A-Photon-Photon 36 21 21 0.10507233E-05 # A-Gluon-Gluon 36 22 23 0.00000000E+00 # A-Photon-Z (not yet calculated by SPheno) Block SPhenoLowEnergy # low energy observables 20 1.14224060E-15 # (g-2)_e 21 4.88358202E-11 # (g-2)_mu 22 1.39266732E-08 # (g-2)_tau 23 0.00000000E+00 # EDM(e) 24 0.00000000E+00 # EDM(mu) 25 0.00000000E+00 # EDM(tau) 39 4.80470521E-05 # delta(rho) Block FlavorKitQFV # quark flavor violating observables 200 3.16992145E-04 # BR(B->X_s gamma) 201 1.00632427E+00 # BR(B->X_s gamma)/BR(B->X_s gamma)_SM 300 2.63254359E-03 # BR(D->mu nu) 301 9.98906992E-01 # BR(D->mu nu)/BR(D->mu nu)_SM 400 2.49137110E-02 # BR(Ds->mu nu) 401 9.98782040E-01 # BR(Ds->mu nu)/BR(Ds->mu nu)_SM 402 2.43483571E-01 # BR(Ds->tau nu) 403 9.98782039E-01 # BR(Ds->tau nu)/BR(Ds->tau nu)_SM 500 2.28571312E-06 # BR(B->mu nu) 501 9.90664549E-01 # BR(B->mu nu)/BR(B->mu nu)_SM 502 5.08600999E-04 # BR(B->tau nu) 503 9.90664544E-01 # BR(B->tau nu)/BR(B->tau nu)_SM 600 2.82717111E+00 # BR(K->mu nu) 601 9.99918314E-01 # BR(K->mu nu)/BR(K->mu nu)_SM 602 2.47647734E-05 # R_K = BR(K->e nu)/(K->mu nu) 603 2.47607277E-05 # R_K^SM = BR(K->e nu)_SM/(K->mu nu)_SM 1900 1.78820449E+01 # Delta(M_Bs) 1901 1.00122773E+00 # Delta(M_Bs)/Delta(M_Bs)_SM 1902 3.99764355E-01 # Delta(M_Bd) 1903 1.00141635E+00 # Delta(M_Bd)/Delta(M_Bd)_SM 4000 2.48012643E-15 # BR(B^0_d->e e) 4001 9.99286753E-01 # BR(B^0_d->e e)/BR(B^0_d->e e)_SM 4002 7.70011936E-14 # BR(B^0_s->e e) 4003 9.99186256E-01 # BR(B^0_s->e e)/BR(B^0_s->e e)_SM 4004 1.05948215E-10 # BR(B^0_d->mu mu) 4005 9.99286786E-01 # BR(B^0_d->mu mu)/BR(B^0_d->mu mu)_SM 4006 3.28948953E-09 # BR(B^0_s->mu mu) 4007 9.99186290E-01 # BR(B^0_s->mu mu)/BR(B^0_s->mu mu)_SM 4008 2.21764411E-08 # BR(B^0_d->tau tau) 4009 9.99296357E-01 # BR(B^0_d->tau tau)/BR(B^0_d->tau tau)_SM 4010 6.97645592E-07 # BR(B^0_s->tau tau) 4011 9.99195803E-01 # BR(B^0_s->tau tau)/BR(B^0_s->tau tau)_SM 5000 1.64056949E-06 # BR(B-> s e e) 5001 9.91106993E-01 # BR(B-> s e e)/BR(B-> s e e)_SM 5002 1.59026973E-06 # BR(B-> s mu mu) 5003 9.90951920E-01 # BR(B-> s mu mu)/BR(B-> s mu mu)_SM 6000 1.09836879E-07 # BR(B -> K mu mu) 6001 9.89521431E-01 # BR(B -> K mu mu)/BR(B -> K mu mu)_SM 7000 4.09409786E-05 # BR(B->s nu nu) 7001 9.99736796E-01 # BR(B->s nu nu)/BR(B->s nu nu)_SM 7002 1.89568236E-06 # BR(B->D nu nu) 7003 9.99738573E-01 # BR(B->D nu nu)/BR(B->D nu nu)_SM 8000 1.29755847E-10 # BR(K^+ -> pi^+ nu nu) 8001 9.99846525E-01 # BR(K^+ -> pi^+ nu nu)/BR(K^+ -> pi^+ nu nu)_SM 8002 3.02615803E-11 # BR(K_L -> pi^0 nu nu) 8003 9.99741759E-01 # BR(K_L -> pi^0 nu nu)/BR(K_L -> pi^0 nu nu)_SM 9100 1.94971619E-15 # Delta(M_K) 9102 1.00001722E+00 # Delta(M_K)/Delta(M_K)_SM 9103 1.84755314E-03 # epsilon_K 9104 1.00122884E+00 # epsilon_K/epsilon_K^SM Block FlavorKitLFV # lepton flavor violating observables 701 8.55490520E-34 # BR(mu->e gamma) 702 4.87917209E-65 # BR(tau->e gamma) 703 2.79136720E-37 # BR(tau->mu gamma) 800 2.67738403E-36 # CR(mu-e, Al) 801 4.81887157E-36 # CR(mu-e, Ti) 802 6.52210692E-36 # CR(mu-e, Sr) 803 7.33659507E-36 # CR(mu-e, Sb) 804 3.95214511E-36 # CR(mu-e, Au) 805 3.71751629E-36 # CR(mu-e, Pb) 901 6.01419578E-36 # BR(mu->3e) 902 5.87549424E-67 # BR(tau->3e) 903 7.17144001E-40 # BR(tau->3mu) 904 1.14680401E-67 # BR(tau- -> e- mu+ mu-) 905 3.30033351E-39 # BR(tau- -> mu- e+ e-) 906 6.61326756E-78 # BR(tau- -> e+ mu- mu-) 907 3.30429756-107 # BR(tau- -> mu+ e- e-) 1001 9.55295653E-47 # BR(Z->e mu) 1002 2.15222260E-72 # BR(Z->e tau) 1003 1.23017320E-44 # BR(Z->mu tau) 1101 1.48707049E-33 # BR(h->e mu) 1102 1.66615019E-62 # BR(h->e tau) 1103 9.52041674E-35 # BR(h->mu tau) 2001 1.49557450E-72 # BR(tau->e pi) 2002 1.45456081E-72 # BR(tau->e eta) 2003 1.63254977E-72 # BR(tau->e eta') 2004 8.53999062E-45 # BR(tau->mu pi) 2005 8.52014842E-45 # BR(tau->mu eta) 2006 9.56276412E-45 # BR(tau->mu eta') Block FWCOEF Q= 1.60000000E+02 # Wilson coefficients at scale Q 0305 4422 00 0 -0.17244799E-08 # coeffC7sm 0305 4422 00 2 -0.17348183E-08 # coeffC7 0305 4322 00 2 -0.33366334E-10 # coeffC7p 0305 4422 00 1 -0.10338427E-10 # coeffC7NP 0305 4322 00 1 -0.33366334E-10 # coeffC7pNP 0305 6421 00 0 -0.86377623E-09 # coeffC8sm 0305 6421 00 2 -0.90798264E-09 # coeffC8 0305 6321 00 2 -0.17456290E-10 # coeffC8p 0305 6421 00 1 -0.44206413E-10 # coeffC8NP 0305 6321 00 1 -0.17456290E-10 # coeffC8pNP 03051111 4133 00 0 0.10360670E-08 # coeffC9eeSM 03051111 4133 00 2 0.10359224E-08 # coeffC9ee 03051111 4233 00 2 -0.25153795E-14 # coeffC9Pee 03051111 4133 00 1 -0.14459149E-12 # coeffC9eeNP 03051111 4233 00 1 -0.25153795E-14 # coeffC9PeeNP 03051111 4137 00 0 -0.39442756E-08 # coeffC10eeSM 03051111 4137 00 2 -0.39434536E-08 # coeffC10ee 03051111 4237 00 2 -0.25370087E-13 # coeffC10Pee 03051111 4137 00 1 0.82201945E-12 # coeffC10eeNP 03051111 4237 00 1 -0.25370087E-13 # coeffC10PeeNP 03051313 4133 00 0 0.10360665E-08 # coeffC9mumuSM 03051313 4133 00 2 0.10359218E-08 # coeffC9mumu 03051313 4233 00 2 -0.25153717E-14 # coeffC9Pmumu 03051313 4133 00 1 -0.14466810E-12 # coeffC9mumuNP 03051313 4233 00 1 -0.25153717E-14 # coeffC9PmumuNP 03051313 4137 00 0 -0.39442761E-08 # coeffC10mumuSM 03051313 4137 00 2 -0.39434542E-08 # coeffC10mumu 03051313 4237 00 2 -0.25370089E-13 # coeffC10Pmumu 03051313 4137 00 1 0.82194515E-12 # coeffC10mumuNP 03051313 4237 00 1 -0.25370089E-13 # coeffC10PmumuNP 03051212 4141 00 0 -0.12184348E-07 # coeffCLnu1nu1SM 03051212 4141 00 2 -0.12182760E-07 # coeffCLnu1nu1 03051212 4241 00 2 0.50739397E-13 # coeffCLPnu1nu1 03051212 4141 00 1 0.15885027E-11 # coeffCLnu1nu1NP 03051212 4241 00 1 0.50739397E-13 # coeffCLPnu1nu1NP 03051414 4141 00 0 -0.12184232E-07 # coeffCLnu2nu2SM 03051414 4141 00 2 -0.12182643E-07 # coeffCLnu2nu2 03051414 4241 00 2 0.50739383E-13 # coeffCLPnu2nu2 03051414 4141 00 1 0.15886647E-11 # coeffCLnu2nu2NP 03051414 4241 00 1 0.50739383E-13 # coeffCLPnu2nu2NP 03051616 4141 00 0 -0.12159446E-07 # coeffCLnu3nu3SM 03051616 4141 00 2 -0.12157811E-07 # coeffCLnu3nu3 03051616 4241 00 2 0.50735205E-13 # coeffCLPnu3nu3 03051616 4141 00 1 0.16350788E-11 # coeffCLnu3nu3NP 03051616 4241 00 1 0.50735205E-13 # coeffCLPnu3nu3NP 03051212 4142 00 0 0.00000000E+00 # coeffCRnu1nu1SM 03051212 4142 00 2 0.00000000E+00 # coeffCRnu1nu1 03051212 4242 00 2 0.00000000E+00 # coeffCRPnu1nu1 03051212 4142 00 1 0.00000000E+00 # coeffCRnu1nu1NP 03051212 4242 00 1 0.00000000E+00 # coeffCRPnu1nu1NP 03051414 4142 00 0 0.00000000E+00 # coeffCRnu2nu2SM 03051414 4142 00 2 0.00000000E+00 # coeffCRnu2nu2 03051414 4242 00 2 0.00000000E+00 # coeffCRPnu2nu2 03051414 4142 00 1 0.00000000E+00 # coeffCRnu2nu2NP 03051414 4242 00 1 0.00000000E+00 # coeffCRPnu2nu2NP 03051616 4142 00 0 0.00000000E+00 # coeffCRnu3nu3SM 03051616 4142 00 2 0.00000000E+00 # coeffCRnu3nu3 03051616 4242 00 2 0.00000000E+00 # coeffCRPnu3nu3 03051616 4142 00 1 0.00000000E+00 # coeffCRnu3nu3NP 03051616 4242 00 1 0.00000000E+00 # coeffCRPnu3nu3NP 01030103 3131 00 2 -0.17895855E-23 # coeffKK_SLL 01030103 3232 00 2 -0.64602903E-21 # coeffKK_SRR 01030103 3132 00 2 -0.91283280E-20 # coeffKK_SLR 01030103 4141 00 2 0.96377630E-13 # coeffKK_VLL 01030103 4242 00 2 0.51736693E-29 # coeffKK_VRR 01030103 4142 00 2 -0.33075307E-22 # coeffKK_VLR 01030103 4343 00 2 -0.43892417E-26 # coeffKK_TLL 01030103 4444 00 2 -0.15848872E-23 # coeffKK_TRR 01050105 3131 00 2 -0.96339907E-21 # coeffBB_SLL 01050105 3232 00 2 -0.93924072E-15 # coeffBB_SRR 01050105 3132 00 2 -0.97090469E-17 # coeffBB_SLR 01050105 4141 00 2 0.33503918E-11 # coeffBB_VLL 01050105 4242 00 2 0.38787610E-24 # coeffBB_VRR 01050105 4142 00 2 -0.92642947E-18 # coeffBB_VLR 01050105 4343 00 2 -0.21509941E-25 # coeffBB_TLL 01050105 4444 00 2 -0.22248928E-19 # coeffBB_TRR 03050305 3131 00 2 -0.10159731E-16 # coeffBsBs_SLL 03050305 3232 00 2 -0.27438218E-13 # coeffBsBs_SRR 03050305 3132 00 2 -0.53897151E-14 # coeffBsBs_SLR 03050305 4141 00 2 0.97889126E-10 # coeffBsBs_VLL 03050305 4242 00 2 0.41789059E-20 # coeffBsBs_VRR 03050305 4142 00 2 -0.51147425E-15 # coeffBsBs_VLR 03050305 4343 00 2 -0.24363154E-21 # coeffBsBs_TLL 03050305 4444 00 2 -0.65950863E-18 # coeffBsBs_TRR 01030103 3131 00 1 0.56062695E-25 # coeffKK_SLLNP 01030103 3232 00 1 0.20237831E-22 # coeffKK_SRRNP 01030103 3132 00 1 -0.66210290E-21 # coeffKK_SLRNP 01030103 4141 00 1 0.73846796E-17 # coeffKK_VLLNP 01030103 4242 00 1 -0.66327194E-29 # coeffKK_VRRNP 01030103 4142 00 1 0.19916885E-23 # coeffKK_VLRNP 01030103 4343 00 1 -0.43892417E-26 # coeffKK_TLLNP 01030103 4444 00 1 -0.15848872E-23 # coeffKK_TRRNP 01050105 3131 00 1 0.75793614E-23 # coeffBB_SLLNP 01050105 3232 00 1 0.73944118E-17 # coeffBB_SRRNP 01050105 3132 00 1 -0.20466654E-17 # coeffBB_SLRNP 01050105 4141 00 1 0.30046948E-14 # coeffBB_VLLNP 01050105 4242 00 1 0.10582304E-24 # coeffBB_VRRNP 01050105 4142 00 1 0.32300050E-19 # coeffBB_VLRNP 01050105 4343 00 1 -0.21509941E-25 # coeffBB_TLLNP 01050105 4444 00 1 -0.22248928E-19 # coeffBB_TRRNP 03050305 3131 00 1 0.79988820E-19 # coeffBsBs_SLLNP 03050305 3232 00 1 0.21602871E-15 # coeffBsBs_SRRNP 03050305 3132 00 1 -0.11354403E-14 # coeffBsBs_SLRNP 03050305 4141 00 1 0.87799924E-13 # coeffBsBs_VLLNP 03050305 4242 00 1 0.12026150E-20 # coeffBsBs_VRRNP 03050305 4142 00 1 0.20664594E-16 # coeffBsBs_VLRNP 03050305 4343 00 1 -0.24363154E-21 # coeffBsBs_TLLNP 03050305 4444 00 1 -0.65950863E-18 # coeffBsBs_TRRNP 01030103 3131 00 0 -0.18456482E-23 # coeffKK_SLLSM 01030103 3232 00 0 -0.66626686E-21 # coeffKK_SRRSM 01030103 3132 00 0 -0.84662251E-20 # coeffKK_SLRSM 01030103 4141 00 0 0.96370245E-13 # coeffKK_VLLSM 01030103 4242 00 0 0.11806389E-28 # coeffKK_VRRSM 01030103 4142 00 0 -0.35066996E-22 # coeffKK_VLRSM 01030103 4343 00 0 -0.61783541E-47 # coeffKK_TLLSM 01030103 4444 00 0 -0.63769435E-45 # coeffKK_TRRSM 01050105 3131 00 0 -0.97097843E-21 # coeffBB_SLLSM 01050105 3232 00 0 -0.94663513E-15 # coeffBB_SRRSM 01050105 3132 00 0 -0.76623815E-17 # coeffBB_SLRSM 01050105 4141 00 0 0.33473871E-11 # coeffBB_VLLSM 01050105 4242 00 0 0.28205306E-24 # coeffBB_VRRSM 01050105 4142 00 0 -0.95872952E-18 # coeffBB_VLRSM 01050105 4343 00 0 -0.13041874E-53 # coeffBB_TLLSM 01050105 4444 00 0 -0.11938986E-47 # coeffBB_TRRSM 03050305 3131 00 0 -0.10239720E-16 # coeffBsBs_SLLSM 03050305 3232 00 0 -0.27654246E-13 # coeffBsBs_SRRSM 03050305 3132 00 0 -0.42542748E-14 # coeffBsBs_SLRSM 03050305 4141 00 0 0.97801326E-10 # coeffBsBs_VLLSM 03050305 4242 00 0 0.29762908E-20 # coeffBsBs_VRRSM 03050305 4142 00 0 -0.53213884E-15 # coeffBsBs_VLRSM 03050305 4343 00 0 -0.13513866E-50 # coeffBsBs_TLLSM 03050305 4444 00 0 -0.12494895E-46 # coeffBsBs_TRRSM Block IMFWCOEF Q= 1.60000000E+02 # Im(Wilson coefficients) at scale Q 0305 4422 00 0 0.64275156E-10 # coeffC7sm 0305 4422 00 2 0.63991620E-10 # coeffC7 0305 4322 00 2 0.23116266E-11 # coeffC7p 0305 4422 00 1 -0.28353515E-12 # coeffC7NP 0305 4322 00 1 0.23116266E-11 # coeffC7pNP 0305 6421 00 0 0.74437180E-10 # coeffC8sm 0305 6421 00 2 0.73653614E-10 # coeffC8 0305 6321 00 2 0.14165763E-11 # coeffC8p 0305 6421 00 1 -0.78356531E-12 # coeffC8NP 0305 6321 00 1 0.14165763E-11 # coeffC8pNP 03051111 4133 00 0 -0.18499575E-10 # coeffC9eeSM 03051111 4133 00 2 -0.18498170E-10 # coeffC9ee 03051111 4233 00 2 0.44594165E-16 # coeffC9Pee 03051111 4133 00 1 0.14053663E-14 # coeffC9eeNP 03051111 4233 00 1 0.44594165E-16 # coeffC9PeeNP 03051111 4137 00 0 0.70390423E-10 # coeffC10eeSM 03051111 4137 00 2 0.70376525E-10 # coeffC10ee 03051111 4237 00 2 0.44973134E-15 # coeffC10Pee 03051111 4137 00 1 -0.13897842E-13 # coeffC10eeNP 03051111 4237 00 1 0.44973134E-15 # coeffC10PeeNP 03051313 4133 00 0 -0.18499566E-10 # coeffC9mumuSM 03051313 4133 00 2 -0.18498160E-10 # coeffC9mumu 03051313 4233 00 2 0.44593978E-16 # coeffC9Pmumu 03051313 4133 00 1 0.14067137E-14 # coeffC9mumuNP 03051313 4233 00 1 0.44593978E-16 # coeffC9PmumuNP 03051313 4137 00 0 0.70390432E-10 # coeffC10mumuSM 03051313 4137 00 2 0.70376536E-10 # coeffC10mumu 03051313 4237 00 2 0.44973153E-15 # coeffC10Pmumu 03051313 4137 00 1 -0.13896496E-13 # coeffC10mumuNP 03051313 4237 00 1 0.44973153E-15 # coeffC10PmumuNP 03051212 4141 00 0 0.21750915E-09 # coeffCLnu1nu1SM 03051212 4141 00 2 0.21748139E-09 # coeffCLnu1nu1 03051212 4241 00 2 -0.89946712E-15 # coeffCLPnu1nu1 03051212 4141 00 1 -0.27757949E-13 # coeffCLnu1nu1NP 03051212 4241 00 1 -0.89946712E-15 # coeffCLPnu1nu1NP 03051414 4141 00 0 0.21750615E-09 # coeffCLnu2nu2SM 03051414 4141 00 2 0.21747839E-09 # coeffCLnu2nu2 03051414 4241 00 2 -0.89946675E-15 # coeffCLPnu2nu2 03051414 4141 00 1 -0.27760786E-13 # coeffCLnu2nu2NP 03051414 4241 00 1 -0.89946675E-15 # coeffCLPnu2nu2NP 03051616 4141 00 0 0.21704156E-09 # coeffCLnu3nu3SM 03051616 4141 00 2 0.21701299E-09 # coeffCLnu3nu3 03051616 4241 00 2 -0.89936152E-15 # coeffCLPnu3nu3 03051616 4141 00 1 -0.28573456E-13 # coeffCLnu3nu3NP 03051616 4241 00 1 -0.89936152E-15 # coeffCLPnu3nu3NP 03051212 4142 00 0 0.00000000E+00 # coeffCRnu1nu1SM 03051212 4142 00 2 0.00000000E+00 # coeffCRnu1nu1 03051212 4242 00 2 0.00000000E+00 # coeffCRPnu1nu1 03051212 4142 00 1 0.00000000E+00 # coeffCRnu1nu1NP 03051212 4242 00 1 0.00000000E+00 # coeffCRPnu1nu1NP 03051414 4142 00 0 0.00000000E+00 # coeffCRnu2nu2SM 03051414 4142 00 2 0.00000000E+00 # coeffCRnu2nu2 03051414 4242 00 2 0.00000000E+00 # coeffCRPnu2nu2 03051414 4142 00 1 0.00000000E+00 # coeffCRnu2nu2NP 03051414 4242 00 1 0.00000000E+00 # coeffCRPnu2nu2NP 03051616 4142 00 0 0.00000000E+00 # coeffCRnu3nu3SM 03051616 4142 00 2 0.00000000E+00 # coeffCRnu3nu3 03051616 4242 00 2 0.00000000E+00 # coeffCRPnu3nu3 03051616 4142 00 1 0.00000000E+00 # coeffCRnu3nu3NP 03051616 4242 00 1 0.00000000E+00 # coeffCRPnu3nu3NP 01030103 3131 00 2 -0.15900954E-23 # coeffKK_SLL 01030103 3232 00 2 -0.57400434E-21 # coeffKK_SRR 01030103 3132 00 2 -0.37613879E-21 # coeffKK_SLR 01030103 4141 00 2 0.61832723E-14 # coeffKK_VLL 01030103 4242 00 2 0.21543924E-29 # coeffKK_VRR 01030103 4142 00 2 -0.29896436E-22 # coeffKK_VLR 01030103 4343 00 2 -0.24875552E-28 # coeffKK_TLL 01030103 4444 00 2 -0.11406065E-25 # coeffKK_TRR 01050105 3131 00 2 -0.87082769E-21 # coeffBB_SLL 01050105 3232 00 2 -0.84897890E-15 # coeffBB_SRR 01050105 3132 00 2 -0.87828713E-17 # coeffBB_SLR 01050105 4141 00 2 0.30292825E-11 # coeffBB_VLL 01050105 4242 00 2 0.33922862E-24 # coeffBB_VRR 01050105 4142 00 2 -0.85061800E-18 # coeffBB_VLR 01050105 4343 00 2 -0.15431037E-25 # coeffBB_TLL 01050105 4444 00 2 -0.19132005E-19 # coeffBB_TRR 03050305 3131 00 2 0.36276824E-18 # coeffBsBs_SLL 03050305 3232 00 2 0.97970654E-15 # coeffBsBs_SRR 03050305 3132 00 2 0.19258529E-15 # coeffBsBs_SLR 03050305 4141 00 2 -0.34958598E-11 # coeffBsBs_VLL 03050305 4242 00 2 -0.14136196E-21 # coeffBsBs_VRR 03050305 4142 00 2 0.18574296E-16 # coeffBsBs_VLR 03050305 4343 00 2 0.68367660E-23 # coeffBsBs_TLL 03050305 4444 00 2 0.22406210E-19 # coeffBsBs_TRR 01030103 3131 00 1 0.12082465E-25 # coeffKK_SLLNP 01030103 3232 00 1 0.43713583E-23 # coeffKK_SRRNP 01030103 3132 00 1 -0.68318901E-22 # coeffKK_SLRNP 01030103 4141 00 1 0.47118603E-17 # coeffKK_VLLNP 01030103 4242 00 1 0.18905616E-29 # coeffKK_VRRNP 01030103 4142 00 1 0.54466740E-24 # coeffKK_VLRNP 01030103 4343 00 1 -0.24875552E-28 # coeffKK_TLLNP 01030103 4444 00 1 -0.11406065E-25 # coeffKK_TRRNP 01050105 3131 00 1 0.68352110E-23 # coeffBB_SLLNP 01050105 3232 00 1 0.66801990E-17 # coeffBB_SRRNP 01050105 3132 00 1 -0.18523715E-17 # coeffBB_SLRNP 01050105 4141 00 1 0.27140818E-14 # coeffBB_VLLNP 01050105 4242 00 1 0.83949910E-25 # coeffBB_VRRNP 01050105 4142 00 1 0.15973160E-19 # coeffBB_VLRNP 01050105 4343 00 1 -0.15431037E-25 # coeffBB_TLLNP 01050105 4444 00 1 -0.19132005E-19 # coeffBB_TRRNP 03050305 3131 00 1 -0.28490268E-20 # coeffBsBs_SLLNP 03050305 3232 00 1 -0.77100922E-17 # coeffBsBs_SRRNP 03050305 3132 00 1 0.40619421E-16 # coeffBsBs_SLRNP 03050305 4141 00 1 -0.31320705E-14 # coeffBsBs_VLLNP 03050305 4242 00 1 -0.35002044E-22 # coeffBsBs_VRRNP 03050305 4142 00 1 -0.42613978E-18 # coeffBsBs_VLRNP 03050305 4343 00 1 0.68367660E-23 # coeffBsBs_TLLNP 03050305 4444 00 1 0.22406210E-19 # coeffBsBs_TRRNP 01030103 3131 00 0 -0.16021779E-23 # coeffKK_SLLSM 01030103 3232 00 0 -0.57837570E-21 # coeffKK_SRRSM 01030103 3132 00 0 -0.30781989E-21 # coeffKK_SLRSM 01030103 4141 00 0 0.61785604E-14 # coeffKK_VLLSM 01030103 4242 00 0 0.26383073E-30 # coeffKK_VRRSM 01030103 4142 00 0 -0.30441103E-22 # coeffKK_VLRSM 01030103 4343 00 0 0.26965133E-47 # coeffKK_TLLSM 01030103 4444 00 0 0.57075289E-45 # coeffKK_TRRSM 01050105 3131 00 0 -0.87766290E-21 # coeffBB_SLLSM 01050105 3232 00 0 -0.85565910E-15 # coeffBB_SRRSM 01050105 3132 00 0 -0.69304998E-17 # coeffBB_SLRSM 01050105 4141 00 0 0.30265684E-11 # coeffBB_VLLSM 01050105 4242 00 0 0.25527871E-24 # coeffBB_VRRSM 01050105 4142 00 0 -0.86659116E-18 # coeffBB_VLRSM 01050105 4343 00 0 -0.33122220E-54 # coeffBB_TLLSM 01050105 4444 00 0 -0.10419479E-47 # coeffBB_TRRSM 03050305 3131 00 0 0.36561727E-18 # coeffBsBs_SLLSM 03050305 3232 00 0 0.98741663E-15 # coeffBsBs_SRRSM 03050305 3132 00 0 0.15196587E-15 # coeffBsBs_SLRSM 03050305 4141 00 0 -0.34927277E-11 # coeffBsBs_VLLSM 03050305 4242 00 0 -0.10635992E-21 # coeffBsBs_VRRSM 03050305 4142 00 0 0.19000436E-16 # coeffBsBs_VLRSM 03050305 4343 00 0 -0.16958576E-51 # coeffBsBs_TLLSM 03050305 4444 00 0 0.65121743E-48 # coeffBsBs_TRRSM Block FineTuning # 0 1.05178715E+03 # Overall FT 1 1.49541553E+01 # m0 2 8.27393275E+02 # m12 3 2.89061254E+02 # Azero 4 1.05178715E+03 # \[Mu] 5 1.68795379E+01 # B[\[Mu]] DECAY 1000001 5.02878098E+01 # Sd_1 # BR NDA ID1 ID2 2.91414709E-01 2 6 -1000024 # BR(Sd_1 -> Fu_3 Cha_1 ) 1.70506408E-01 2 6 -1000037 # BR(Sd_1 -> Fu_3 Cha_2 ) 2.29147062E-04 2 3 1000023 # BR(Sd_1 -> Fd_2 Chi_2 ) 7.62513081E-03 2 5 1000022 # BR(Sd_1 -> Fd_3 Chi_1 ) 1.47942737E-01 2 5 1000023 # BR(Sd_1 -> Fd_3 Chi_2 ) 1.91233685E-03 2 5 1000025 # BR(Sd_1 -> Fd_3 Chi_3 ) 2.12204677E-03 2 5 1000035 # BR(Sd_1 -> Fd_3 Chi_4 ) 3.78229750E-01 2 1000002 -24 # BR(Sd_1 -> Su_1 VWm ) DECAY 1000003 2.50796627E+00 # Sd_2 # BR NDA ID1 ID2 1.83008483E-04 2 4 -1000037 # BR(Sd_2 -> Fu_2 Cha_2 ) 2.29428601E-03 2 6 -1000024 # BR(Sd_2 -> Fu_3 Cha_1 ) 1.30608082E-01 2 6 -1000037 # BR(Sd_2 -> Fu_3 Cha_2 ) 6.59471815E-01 2 5 1000022 # BR(Sd_2 -> Fd_3 Chi_1 ) 1.16221980E-03 2 5 1000023 # BR(Sd_2 -> Fd_3 Chi_2 ) 5.91567891E-02 2 5 1000025 # BR(Sd_2 -> Fd_3 Chi_3 ) 5.99402844E-02 2 5 1000035 # BR(Sd_2 -> Fd_3 Chi_4 ) 1.86142190E-02 2 1000001 25 # BR(Sd_2 -> Sd_1 hh_1 ) 1.66709824E-02 2 1000001 23 # BR(Sd_2 -> Sd_1 VZ ) 2.53537125E-02 2 1000002 -24 # BR(Sd_2 -> Su_1 VWm ) 2.64143115E-02 2 1000004 -24 # BR(Sd_2 -> Su_2 VWm ) DECAY 1000005 1.67408614E+00 # Sd_3 # BR NDA ID1 ID2 9.99567134E-01 2 3 1000022 # BR(Sd_3 -> Fd_2 Chi_1 ) 2.41537968E-04 2 3 1000035 # BR(Sd_3 -> Fd_2 Chi_4 ) DECAY 2000001 1.67380164E+00 # Sd_4 # BR NDA ID1 ID2 9.99740620E-01 2 1 1000022 # BR(Sd_4 -> Fd_1 Chi_1 ) 2.11360725E-04 2 1 1000035 # BR(Sd_4 -> Fd_1 Chi_4 ) DECAY 2000003 2.90169211E+01 # Sd_5 # BR NDA ID1 ID2 4.24202139E-03 2 2 -1000024 # BR(Sd_5 -> Fu_1 Cha_1 ) 6.49703916E-01 2 4 -1000024 # BR(Sd_5 -> Fu_2 Cha_1 ) 2.40523708E-03 2 4 -1000037 # BR(Sd_5 -> Fu_2 Cha_2 ) 3.28038878E-04 2 1 1000022 # BR(Sd_5 -> Fd_1 Chi_1 ) 6.98573563E-03 2 1 1000023 # BR(Sd_5 -> Fd_1 Chi_2 ) 1.50153058E-02 2 3 1000022 # BR(Sd_5 -> Fd_2 Chi_1 ) 3.19756471E-01 2 3 1000023 # BR(Sd_5 -> Fd_2 Chi_2 ) 9.08955928E-04 2 3 1000035 # BR(Sd_5 -> Fd_2 Chi_4 ) 5.18860799E-04 2 5 1000023 # BR(Sd_5 -> Fd_3 Chi_2 ) DECAY 2000005 2.90165821E+01 # Sd_6 # BR NDA ID1 ID2 6.49731590E-01 2 2 -1000024 # BR(Sd_6 -> Fu_1 Cha_1 ) 2.39429511E-03 2 2 -1000037 # BR(Sd_6 -> Fu_1 Cha_2 ) 4.24224744E-03 2 4 -1000024 # BR(Sd_6 -> Fu_2 Cha_1 ) 1.50396415E-02 2 1 1000022 # BR(Sd_6 -> Fd_1 Chi_1 ) 3.20277493E-01 2 1 1000023 # BR(Sd_6 -> Fd_1 Chi_2 ) 9.08177684E-04 2 1 1000035 # BR(Sd_6 -> Fd_1 Chi_4 ) 3.28554099E-04 2 3 1000022 # BR(Sd_6 -> Fd_2 Chi_1 ) 6.99671463E-03 2 3 1000023 # BR(Sd_6 -> Fd_2 Chi_2 ) DECAY 1000002 5.65531202E+00 # Su_1 # BR NDA ID1 ID2 7.52326320E-01 2 6 1000022 # BR(Su_1 -> Fu_3 Chi_1 ) 4.05693979E-02 2 6 1000023 # BR(Su_1 -> Fu_3 Chi_2 ) 9.43769477E-03 2 6 1000025 # BR(Su_1 -> Fu_3 Chi_3 ) 1.37066727E-04 2 1000024 3 # BR(Su_1 -> Cha_1^* Fd_2 ) 8.43885310E-02 2 1000024 5 # BR(Su_1 -> Cha_1^* Fd_3 ) 1.86652913E-04 2 1000037 3 # BR(Su_1 -> Cha_2^* Fd_2 ) 1.12947487E-01 2 1000037 5 # BR(Su_1 -> Cha_2^* Fd_3 ) DECAY 1000004 5.07028164E+01 # Su_2 # BR NDA ID1 ID2 9.16485191E-03 2 6 1000022 # BR(Su_2 -> Fu_3 Chi_1 ) 1.39668516E-01 2 6 1000023 # BR(Su_2 -> Fu_3 Chi_2 ) 8.13612665E-02 2 6 1000025 # BR(Su_2 -> Fu_3 Chi_3 ) 9.40581360E-02 2 6 1000035 # BR(Su_2 -> Fu_3 Chi_4 ) 4.38412662E-04 2 1000024 3 # BR(Su_2 -> Cha_1^* Fd_2 ) 2.83354942E-01 2 1000024 5 # BR(Su_2 -> Cha_1^* Fd_3 ) 1.10738289E-02 2 1000037 5 # BR(Su_2 -> Cha_2^* Fd_3 ) 1.77996571E-01 2 1000002 25 # BR(Su_2 -> Su_1 hh_1 ) 2.02861872E-01 2 1000002 23 # BR(Su_2 -> Su_1 VZ ) DECAY 1000006 6.72760399E+00 # Su_3 # BR NDA ID1 ID2 9.99585493E-01 2 4 1000022 # BR(Su_3 -> Fu_2 Chi_1 ) 2.29319569E-04 2 4 1000035 # BR(Su_3 -> Fu_2 Chi_4 ) DECAY 2000002 6.72673684E+00 # Su_4 # BR NDA ID1 ID2 9.99738195E-01 2 2 1000022 # BR(Su_4 -> Fu_1 Chi_1 ) 2.13732957E-04 2 2 1000035 # BR(Su_4 -> Fu_1 Chi_4 ) DECAY 2000004 2.90487529E+01 # Su_5 # BR NDA ID1 ID2 1.12581063E-04 2 2 1000022 # BR(Su_5 -> Fu_1 Chi_1 ) 2.49409526E-03 2 2 1000023 # BR(Su_5 -> Fu_1 Chi_2 ) 1.46820126E-02 2 4 1000022 # BR(Su_5 -> Fu_2 Chi_1 ) 3.25167678E-01 2 4 1000023 # BR(Su_5 -> Fu_2 Chi_2 ) 7.11161739E-04 2 4 1000035 # BR(Su_5 -> Fu_2 Chi_4 ) 1.27501901E-02 2 1000024 1 # BR(Su_5 -> Cha_1^* Fd_1 ) 6.41934037E-01 2 1000024 3 # BR(Su_5 -> Cha_1^* Fd_2 ) 1.03723990E-03 2 1000024 5 # BR(Su_5 -> Cha_1^* Fd_3 ) 1.02784926E-03 2 1000037 3 # BR(Su_5 -> Cha_2^* Fd_2 ) DECAY 2000006 2.90485576E+01 # Su_6 # BR NDA ID1 ID2 1.46783601E-02 2 2 1000022 # BR(Su_6 -> Fu_1 Chi_1 ) 3.25182591E-01 2 2 1000023 # BR(Su_6 -> Fu_1 Chi_2 ) 7.05767604E-04 2 2 1000035 # BR(Su_6 -> Fu_1 Chi_4 ) 1.12613383E-04 2 4 1000022 # BR(Su_6 -> Fu_2 Chi_1 ) 2.49410027E-03 2 4 1000023 # BR(Su_6 -> Fu_2 Chi_2 ) 6.42977094E-01 2 1000024 1 # BR(Su_6 -> Cha_1^* Fd_1 ) 1.27725348E-02 2 1000024 3 # BR(Su_6 -> Cha_1^* Fd_2 ) 1.02422528E-03 2 1000037 1 # BR(Su_6 -> Cha_2^* Fd_1 ) DECAY 1000011 5.64947233E+00 # Se_1 # BR NDA ID1 ID2 1.69549205E-03 2 16 -1000024 # BR(Se_1 -> Fv_3 Cha_1 ) 9.97451697E-01 2 15 1000022 # BR(Se_1 -> Fe_3 Chi_1 ) 8.52810802E-04 2 15 1000023 # BR(Se_1 -> Fe_3 Chi_2 ) DECAY 1000013 5.81983954E+00 # Se_2 # BR NDA ID1 ID2 9.99985833E-01 2 13 1000022 # BR(Se_2 -> Fe_2 Chi_1 ) DECAY 1000015 5.82043687E+00 # Se_3 # BR NDA ID1 ID2 9.99996807E-01 2 11 1000022 # BR(Se_3 -> Fe_1 Chi_1 ) DECAY 2000011 7.53764834E+00 # Se_4 # BR NDA ID1 ID2 5.01655496E-01 2 16 -1000024 # BR(Se_4 -> Fv_3 Cha_1 ) 2.32771298E-01 2 15 1000022 # BR(Se_4 -> Fe_3 Chi_1 ) 2.52569779E-01 2 15 1000023 # BR(Se_4 -> Fe_3 Chi_2 ) 6.74333381E-03 2 1000011 25 # BR(Se_4 -> Se_1 hh_1 ) 6.26009324E-03 2 1000011 23 # BR(Se_4 -> Se_1 VZ ) DECAY 2000013 7.63008589E+00 # Se_5 # BR NDA ID1 ID2 5.12098189E-01 2 14 -1000024 # BR(Se_5 -> Fv_2 Cha_1 ) 2.30068301E-01 2 13 1000022 # BR(Se_5 -> Fe_2 Chi_1 ) 2.57793648E-01 2 13 1000023 # BR(Se_5 -> Fe_2 Chi_2 ) DECAY 2000015 7.63046173E+00 # Se_6 # BR NDA ID1 ID2 5.12132874E-01 2 12 -1000024 # BR(Se_6 -> Fv_1 Cha_1 ) 2.30056138E-01 2 11 1000022 # BR(Se_6 -> Fe_1 Chi_1 ) 2.57810987E-01 2 11 1000023 # BR(Se_6 -> Fe_1 Chi_2 ) DECAY 1000012 7.52264356E+00 # Sv_1 # BR NDA ID1 ID2 2.33366898E-01 2 16 1000022 # BR(Sv_1 -> Fv_3 Chi_1 ) 2.50311930E-01 2 16 1000023 # BR(Sv_1 -> Fv_3 Chi_2 ) 5.03684946E-01 2 1000024 15 # BR(Sv_1 -> Cha_1^* Fe_3 ) 1.26362266E-02 2 1000011 24 # BR(Sv_1 -> Se_1 VWm^* ) DECAY 1000014 7.61664186E+00 # Sv_2 # BR NDA ID1 ID2 2.32868239E-01 2 14 1000022 # BR(Sv_2 -> Fv_2 Chi_1 ) 2.54675770E-01 2 14 1000023 # BR(Sv_2 -> Fv_2 Chi_2 ) 5.12416954E-01 2 1000024 13 # BR(Sv_2 -> Cha_1^* Fe_2 ) DECAY 1000016 7.61701595E+00 # Sv_3 # BR NDA ID1 ID2 2.32865251E-01 2 12 1000022 # BR(Sv_3 -> Fv_1 Chi_1 ) 2.54689782E-01 2 12 1000023 # BR(Sv_3 -> Fv_1 Chi_2 ) 5.12444967E-01 2 1000024 11 # BR(Sv_3 -> Cha_1^* Fe_1 ) DECAY 25 4.07728819E-03 # hh_1 # BR NDA ID1 ID2 2.36476037E-03 2 22 22 # BR(hh_1 -> VP VP ) 7.93547951E-02 2 21 21 # BR(hh_1 -> VG VG ) 2.16063765E-02 2 23 23 # BR(hh_1 -> VZ VZ ) 2.02219216E-01 2 24 -24 # BR(hh_1 -> VWm^* VWm_virt ) 2.23603422E-04 2 -3 3 # BR(hh_1 -> Fd_2^* Fd_2 ) 5.98910386E-01 2 -5 5 # BR(hh_1 -> Fd_3^* Fd_3 ) 2.40670982E-04 2 -13 13 # BR(hh_1 -> Fe_2^* Fe_2 ) 6.94696370E-02 2 -15 15 # BR(hh_1 -> Fe_3^* Fe_3 ) 2.56098198E-02 2 -4 4 # BR(hh_1 -> Fu_2^* Fu_2 ) DECAY 35 4.85903043E+00 # hh_2 # BR NDA ID1 ID2 2.15584955E-03 2 1000024 -1000024 # BR(hh_2 -> Cha_1^* Cha_1 ) 5.54800925E-04 2 1000022 1000022 # BR(hh_2 -> Chi_1 Chi_1 ) 2.63517783E-03 2 1000022 1000023 # BR(hh_2 -> Chi_1 Chi_2 ) 1.05873280E-03 2 1000023 1000023 # BR(hh_2 -> Chi_2 Chi_2 ) 2.01062667E-04 2 -3 3 # BR(hh_2 -> Fd_2^* Fd_2 ) 5.55572912E-01 2 -5 5 # BR(hh_2 -> Fd_3^* Fd_3 ) 3.80961194E-04 2 -13 13 # BR(hh_2 -> Fe_2^* Fe_2 ) 1.07723964E-01 2 -15 15 # BR(hh_2 -> Fe_3^* Fe_3 ) 2.74248868E-01 2 -6 6 # BR(hh_2 -> Fu_3^* Fu_3 ) 3.51626384E-04 2 25 25 # BR(hh_2 -> hh_1 hh_1 ) 3.66574546E-02 2 -24 24 # BR(hh_2 -> VWm VWm^* ) 1.83625357E-02 2 23 23 # BR(hh_2 -> VZ VZ ) DECAY 36 4.72813859E+00 # Ah_2 # BR NDA ID1 ID2 1.83692567E-04 2 21 21 # BR(Ah_2 -> VG VG ) 1.78760026E-02 2 1000024 -1000024 # BR(Ah_2 -> Cha_1^* Cha_1 ) 8.88400792E-04 2 1000022 1000022 # BR(Ah_2 -> Chi_1 Chi_1 ) 6.39763515E-03 2 1000022 1000023 # BR(Ah_2 -> Chi_1 Chi_2 ) 8.76478352E-03 2 1000023 1000023 # BR(Ah_2 -> Chi_2 Chi_2 ) 2.06639609E-04 2 -3 3 # BR(Ah_2 -> Fd_2^* Fd_2 ) 5.70984344E-01 2 -5 5 # BR(Ah_2 -> Fd_3^* Fd_3 ) 3.91528018E-04 2 -13 13 # BR(Ah_2 -> Fe_2^* Fe_2 ) 1.10712123E-01 2 -15 15 # BR(Ah_2 -> Fe_3^* Fe_3 ) 2.83464509E-01 2 -6 6 # BR(Ah_2 -> Fu_3^* Fu_3 ) 1.23528082E-04 2 25 23 # BR(Ah_2 -> hh_1 VZ ) DECAY 37 4.23544359E+00 # Hpm_2 # BR NDA ID1 ID2 9.69342966E-03 2 1000022 1000024 # BR(Hpm_2^* -> Chi_1 Cha_1^* ) 2.04173202E-04 2 4 -3 # BR(Hpm_2^* -> Fu_2 Fd_2^* ) 9.71953327E-04 2 4 -5 # BR(Hpm_2^* -> Fu_2 Fd_3^* ) 4.74085894E-04 2 6 -3 # BR(Hpm_2^* -> Fu_3 Fd_2^* ) 8.62597229E-01 2 6 -5 # BR(Hpm_2^* -> Fu_3 Fd_3^* ) 4.37186409E-04 2 14 -13 # BR(Hpm_2^* -> Fv_2 Fe_2^* ) 1.23622917E-01 2 16 -15 # BR(Hpm_2^* -> Fv_3 Fe_3^* ) 1.22247726E-04 2 25 24 # BR(Hpm_2^* -> hh_1 VWm^* ) 1.84799135E-03 2 24 23 # BR(Hpm_2^* -> VWm^* VZ ) DECAY 1000021 2.72164685E+01 # Glu # BR NDA ID1 ID2 8.08402493E-03 2 1 -2000001 # BR(Glu -> Fd_1 Sd_4^* ) 8.08402493E-03 2 -1 2000001 # BR(Glu -> Fd_1^* Sd_4 ) 6.54669906E-05 2 1 -2000005 # BR(Glu -> Fd_1 Sd_6^* ) 6.54669906E-05 2 -1 2000005 # BR(Glu -> Fd_1^* Sd_6 ) 1.11082209E-04 2 3 -1000001 # BR(Glu -> Fd_2 Sd_1^* ) 1.11082209E-04 2 -3 1000001 # BR(Glu -> Fd_2^* Sd_1 ) 8.08511154E-03 2 3 -1000005 # BR(Glu -> Fd_2 Sd_3^* ) 8.08511154E-03 2 -3 1000005 # BR(Glu -> Fd_2^* Sd_3 ) 6.56989924E-05 2 3 -2000003 # BR(Glu -> Fd_2 Sd_5^* ) 6.56989924E-05 2 -3 2000003 # BR(Glu -> Fd_2^* Sd_5 ) 7.16480985E-02 2 5 -1000001 # BR(Glu -> Fd_3 Sd_1^* ) 7.16480985E-02 2 -5 1000001 # BR(Glu -> Fd_3^* Sd_1 ) 1.11467693E-02 2 5 -1000003 # BR(Glu -> Fd_3 Sd_2^* ) 1.11467693E-02 2 -5 1000003 # BR(Glu -> Fd_3^* Sd_2 ) 6.69395210E-03 2 2 -2000002 # BR(Glu -> Fu_1 Su_4^* ) 6.69395210E-03 2 -2 2000002 # BR(Glu -> Fu_1^* Su_4 ) 7.73626085E-05 2 2 -2000006 # BR(Glu -> Fu_1 Su_6^* ) 7.73626085E-05 2 -2 2000006 # BR(Glu -> Fu_1^* Su_6 ) 6.69499543E-03 2 4 -1000006 # BR(Glu -> Fu_2 Su_3^* ) 6.69499543E-03 2 -4 1000006 # BR(Glu -> Fu_2^* Su_3 ) 7.74208132E-05 2 4 -2000004 # BR(Glu -> Fu_2 Su_5^* ) 7.74208132E-05 2 -4 2000004 # BR(Glu -> Fu_2^* Su_5 ) 3.16748457E-01 2 6 -1000002 # BR(Glu -> Fu_3 Su_1^* ) 3.16748457E-01 2 -6 1000002 # BR(Glu -> Fu_3^* Su_1 ) 6.92299122E-02 2 6 -1000004 # BR(Glu -> Fu_3 Su_2^* ) 6.92299122E-02 2 -6 1000004 # BR(Glu -> Fu_3^* Su_2 ) # BR NDA ID1 ID2 ID3 2.52971277E-03 3 6 -6 1000035 # BR(Glu -> Fu_3 Fu_3^* Chi_4 ) DECAY 1000023 6.65344251E-03 # Chi_2 # BR NDA ID1 ID2 9.45856685E-01 2 1000022 25 # BR(Chi_2 -> Chi_1 hh_1 ) 4.29820508E-02 2 1000022 23 # BR(Chi_2 -> Chi_1 VZ ) # BR NDA ID1 ID2 ID3 1.55238045E-03 3 1000022 -11 11 # BR(Chi_2 -> Chi_1 Fe_1^* Fe_1 ) 1.55273438E-03 3 1000022 -13 13 # BR(Chi_2 -> Chi_1 Fe_2^* Fe_2 ) 1.65190582E-03 3 1000022 -15 15 # BR(Chi_2 -> Chi_1 Fe_3^* Fe_3 ) 1.63558677E-03 3 1000022 -6 6 # BR(Chi_2 -> Chi_1 Fu_3^* Fu_3 ) 1.51666662E-03 3 1000022 -12 12 # BR(Chi_2 -> Chi_1 Fv_1^* Fv_1 ) 1.51686314E-03 3 1000022 -14 14 # BR(Chi_2 -> Chi_1 Fv_2^* Fv_2 ) 1.57359668E-03 3 1000022 -16 16 # BR(Chi_2 -> Chi_1 Fv_3^* Fv_3 ) DECAY 1000025 1.35100024E+01 # Chi_3 # BR NDA ID1 ID2 2.89147770E-01 2 -1000024 24 # BR(Chi_3 -> Cha_1 VWm^* ) 2.89147770E-01 2 1000024 -24 # BR(Chi_3 -> Cha_1^* VWm ) 1.65970854E-02 2 1000022 25 # BR(Chi_3 -> Chi_1 hh_1 ) 1.20983583E-02 2 1000023 25 # BR(Chi_3 -> Chi_2 hh_1 ) 9.40862666E-02 2 1000022 23 # BR(Chi_3 -> Chi_1 VZ ) 2.79167422E-01 2 1000023 23 # BR(Chi_3 -> Chi_2 VZ ) 1.30855854E-03 2 15 -1000011 # BR(Chi_3 -> Fe_3 Se_1^* ) 1.30855854E-03 2 -15 1000011 # BR(Chi_3 -> Fe_3^* Se_1 ) 5.07836510E-04 2 15 -2000011 # BR(Chi_3 -> Fe_3 Se_4^* ) 5.07836510E-04 2 -15 2000011 # BR(Chi_3 -> Fe_3^* Se_4 ) # BR NDA ID1 ID2 ID3 2.74351664E-03 3 1000022 -6 6 # BR(Chi_3 -> Chi_1 Fu_3^* Fu_3 ) 3.16484100E-03 3 1000023 -6 6 # BR(Chi_3 -> Chi_2 Fu_3^* Fu_3 ) 5.04966468E-03 3 -1000024 -5 6 # BR(Chi_3 -> Cha_1 Fd_3^* Fu_3 ) 5.04966468E-03 3 1000024 5 -6 # BR(Chi_3 -> Cha_1^* Fd_3 Fu_3^* ) DECAY 1000035 1.35175436E+01 # Chi_4 # BR NDA ID1 ID2 2.82339245E-01 2 -1000024 24 # BR(Chi_4 -> Cha_1 VWm^* ) 2.82339245E-01 2 1000024 -24 # BR(Chi_4 -> Cha_1^* VWm ) 9.42107053E-02 2 1000022 25 # BR(Chi_4 -> Chi_1 hh_1 ) 2.93992613E-01 2 1000023 25 # BR(Chi_4 -> Chi_2 hh_1 ) 1.63102795E-02 2 1000022 23 # BR(Chi_4 -> Chi_1 VZ ) 1.24150010E-02 2 1000023 23 # BR(Chi_4 -> Chi_2 VZ ) 6.46392545E-05 2 11 -2000015 # BR(Chi_4 -> Fe_1 Se_6^* ) 6.46392545E-05 2 -11 2000015 # BR(Chi_4 -> Fe_1^* Se_6 ) 6.64314735E-05 2 13 -2000013 # BR(Chi_4 -> Fe_2 Se_5^* ) 6.64314735E-05 2 -13 2000013 # BR(Chi_4 -> Fe_2^* Se_5 ) 1.28529289E-03 2 15 -1000011 # BR(Chi_4 -> Fe_3 Se_1^* ) 1.28529289E-03 2 -15 1000011 # BR(Chi_4 -> Fe_3^* Se_1 ) 6.04590371E-04 2 15 -2000011 # BR(Chi_4 -> Fe_3 Se_4^* ) 6.04590371E-04 2 -15 2000011 # BR(Chi_4 -> Fe_3^* Se_4 ) 1.46030127E-04 2 12 -1000016 # BR(Chi_4 -> Fv_1 Sv_3^* ) 1.46030127E-04 2 -12 1000016 # BR(Chi_4 -> Fv_1^* Sv_3 ) 1.46068471E-04 2 14 -1000014 # BR(Chi_4 -> Fv_2 Sv_2^* ) 1.46068471E-04 2 -14 1000014 # BR(Chi_4 -> Fv_2^* Sv_2 ) 1.57031998E-04 2 16 -1000012 # BR(Chi_4 -> Fv_3 Sv_1^* ) 1.57031998E-04 2 -16 1000012 # BR(Chi_4 -> Fv_3^* Sv_1 ) # BR NDA ID1 ID2 ID3 1.26320236E-03 3 1000022 -6 6 # BR(Chi_4 -> Chi_1 Fu_3^* Fu_3 ) 1.77150820E-03 3 1000023 -6 6 # BR(Chi_4 -> Chi_2 Fu_3^* Fu_3 ) 5.11495995E-03 3 -1000024 -5 6 # BR(Chi_4 -> Cha_1 Fd_3^* Fu_3 ) 5.11495995E-03 3 1000024 5 -6 # BR(Chi_4 -> Cha_1^* Fd_3 Fu_3^* ) DECAY 1000024 6.71347787E-03 # Cha_1 # BR NDA ID1 ID2 9.81637486E-01 2 1000022 24 # BR(Cha_1^* -> Chi_1 VWm^* ) # BR NDA ID1 ID2 ID3 9.07521480E-03 3 1000022 6 -5 # BR(Cha_1^* -> Chi_1 Fu_3 Fd_3^* ) 2.99315970E-03 3 1000022 12 -11 # BR(Cha_1^* -> Chi_1 Fv_1 Fe_1^* ) 2.99380460E-03 3 1000022 14 -13 # BR(Cha_1^* -> Chi_1 Fv_2 Fe_2^* ) 3.17723143E-03 3 1000022 16 -15 # BR(Cha_1^* -> Chi_1 Fv_3 Fe_3^* ) DECAY 1000037 1.38616341E+01 # Cha_2 # BR NDA ID1 ID2 2.99647952E-01 2 1000024 25 # BR(Cha_2^* -> Cha_1^* hh_1 ) 2.91060172E-01 2 1000024 23 # BR(Cha_2^* -> Cha_1^* VZ ) 1.02748690E-01 2 1000022 24 # BR(Cha_2^* -> Chi_1 VWm^* ) 2.88810523E-01 2 1000023 24 # BR(Cha_2^* -> Chi_2 VWm^* ) 1.27664572E-04 2 -11 1000016 # BR(Cha_2^* -> Fe_1^* Sv_3 ) 1.30992928E-04 2 -13 1000014 # BR(Cha_2^* -> Fe_2^* Sv_2 ) 1.13895710E-03 2 -15 1000012 # BR(Cha_2^* -> Fe_3^* Sv_1 ) 2.89852591E-04 2 12 -2000015 # BR(Cha_2^* -> Fv_1 Se_6^* ) 2.90150028E-04 2 14 -2000013 # BR(Cha_2^* -> Fv_2 Se_5^* ) 2.41748173E-03 2 16 -1000011 # BR(Cha_2^* -> Fv_3 Se_1^* ) 3.77795177E-04 2 16 -2000011 # BR(Cha_2^* -> Fv_3 Se_4^* ) # BR NDA ID1 ID2 ID3 4.93579187E-03 3 1000024 6 -6 # BR(Cha_2^* -> Cha_1^* Fu_3 Fu_3^* ) 2.98052881E-03 3 1000022 6 -5 # BR(Cha_2^* -> Chi_1 Fu_3 Fd_3^* ) 5.00898775E-03 3 1000023 6 -5 # BR(Cha_2^* -> Chi_2 Fu_3 Fd_3^* ) DECAY 6 1.55900279E+00 # Fu_3 # BR NDA ID1 ID2 1.67597681E-03 2 3 24 # BR(Fu_3 -> Fd_2 VWm^* ) 9.98288584E-01 2 5 24 # BR(Fu_3 -> Fd_3 VWm^* ) PK!wyaslha/tests/data/SPheno.spc# SUSY Les Houches Accord 1.0 - MSSM spectrum + Decays # SPheno 2.2.0 # W. Porod, Comput. Phys. Commun. 153 (2003) 275-315, hep-ph/0301101 # in case of problems send email to porod@physik.unizh.ch Block SPINFO # Program information 1 SPheno # spectrum calculator 2 2.2.0 # version number # Block MODSEL # Model selection 1 1 # mSUGRA model Block MINPAR # Input parameters 1 1.00000000E+02 # m0 2 2.50000000E+02 # m12 3 1.00000000E+01 # tanb at m_Z 4 1.00000000E+00 # Sign(mu) 5 -1.00000000E+02 # A0 # Block SMINPUTS # SM parameters 2 1.16639000E-05 # G_mu [GeV^-2] 3 1.19000000E-01 # alpha_s(MZ)^MSbar 4 9.11870000E+01 # m_Z(pole) 5 4.20000000E+00 # m_b(m_b), MSbar 6 1.74300000E+02 # m_t(pole) 7 1.77710000E+00 # m_tau(pole) Block MASS # Mass spectrum # PDG code mass particle 24 8.04710607E+01 # W+ 25 1.10815190E+02 # h0 35 4.01492499E+02 # H0 36 4.01118284E+02 # A0 37 4.10078479E+02 # H+ 1000001 5.74946186E+02 # ~d_L 2000001 5.51815314E+02 # ~d_R 1000002 5.69582751E+02 # ~u_L 2000002 5.52071290E+02 # ~u_R 1000003 5.74946518E+02 # ~s_L 2000003 5.51811080E+02 # ~s_R 1000004 5.69590914E+02 # ~c_L 2000004 5.52059796E+02 # ~c_R 1000005 5.19519031E+02 # ~b_1 2000005 5.51583167E+02 # ~b_2 1000006 4.03078494E+02 # ~t_1 2000006 5.90847519E+02 # ~t_2 1000011 2.07119235E+02 # ~e_L- 2000011 1.43941259E+02 # ~e_R- 1000012 1.91275156E+02 # ~nu_eL 1000013 2.07133622E+02 # ~mu_L- 2000013 1.43907622E+02 # ~mu_R- 1000014 1.91271992E+02 # ~nu_muL 1000015 1.34783220E+02 # ~tau_1- 2000015 2.10711271E+02 # ~tau_2- 1000016 1.90379541E+02 # ~nu_tauL 1000021 6.09695224E+02 # ~g 1000022 9.70853366E+01 # ~chi_10 1000023 1.80744655E+02 # ~chi_20 1000025 -3.66356414E+02 # ~chi_30 1000035 3.83439955E+02 # ~chi_40 1000024 1.79757700E+02 # ~chi_1+ 1000037 3.83813449E+02 # ~chi_2+ # Higgs mixing Block alpha # Effective Higgs mixing angle -1.13890146E-01 # alpha Block hmix Q= 4.88003947E+02 # Higgs mixing parameters 1 3.59041048E+02 # mu Block stopmix # stop mixing matrix 1 1 5.54738852E-01 # R_st(1,1) 1 2 8.32024523E-01 # R_st(1,2) 2 1 -8.32024523E-01 # R_st(2,1) 2 2 5.54738852E-01 # R_st(2,2) Block sbotmix # sbottom mixing matrix 1 1 9.49303532E-01 # R_sb(1,1) 1 2 3.14360946E-01 # R_sb(1,2) 2 1 -3.14360946E-01 # R_sb(2,1) 2 2 9.49303532E-01 # R_sb(2,2) Block staumix # stau mixing matrix 1 1 2.65243805E-01 # R_sta(1,1) 1 2 9.64181375E-01 # R_sta(1,2) 2 1 -9.64181375E-01 # R_sta(2,1) 2 2 2.65243805E-01 # R_sta(2,2) Block nmix # neutralino mixing matrix 1 1 -9.85966424E-01 # N(1,1) 1 2 5.56523681E-02 # N(1,2) 1 3 -1.47868555E-01 # N(1,3) 1 4 5.39250873E-02 # N(1,4) 2 1 1.02758152E-01 # N(2,1) 2 2 9.43655959E-01 # N(2,2) 2 3 -2.73066541E-01 # N(2,3) 2 4 1.56169324E-01 # N(2,4) 3 1 -6.02609458E-02 # N(3,1) 3 2 9.00096646E-02 # N(3,2) 3 3 6.94930331E-01 # N(3,3) 3 4 7.10871798E-01 # N(3,4) 4 1 -1.16959785E-01 # N(4,1) 4 2 3.13551440E-01 # N(4,2) 4 3 6.48568724E-01 # N(4,3) 4 4 -6.83640632E-01 # N(4,4) Block Umix # chargino U mixing matrix 1 1 -9.19120288E-01 # U(1,1) 1 2 3.93977026E-01 # U(1,2) 2 1 3.93977026E-01 # U(2,1) 2 2 9.19120288E-01 # U(2,2) Block Vmix # chargino V mixing matrix 1 1 -9.71811327E-01 # V(1,1) 1 2 2.35759932E-01 # V(1,2) 2 1 2.35759932E-01 # V(2,1) 2 2 9.71811327E-01 # V(2,2) Block gauge Q= 4.88003947E+02 # (SUSY scale) 1 3.61202491E-01 # g'(Q)^DRbar 2 6.46571777E-01 # g(Q)^DRbar 3 1.10127233E+00 # g3(Q)^DRbar Block au Q= 4.88003947E+02 # (SUSY scale) 1 1 -6.87802025E+02 # A_u(Q)^DRbar 2 2 -6.87798454E+02 # A_c(Q)^DRbar 3 3 -5.05756580E+02 # A_t(Q)^DRbar Block ad Q= 4.88003947E+02 # (SUSY scale) 1 1 -8.62245447E+02 # A_d(Q)^DRbar 2 2 -8.62242112E+02 # A_s(Q)^DRbar 3 3 -7.98533802E+02 # A_b(Q)^DRbar Block ae Q= 4.88003947E+02 # (SUSY scale) 1 1 -2.53428785E+02 # A_e(Q)^DRbar 2 2 -2.53422690E+02 # A_mu(Q)^DRbar 3 3 -2.51704068E+02 # A_tau(Q)^DRbar Block yu Q= 4.88003947E+02 # (SUSY scale) 1 1 8.66543595E-06 # Y_u(Q)^DRbar 2 2 3.46617421E-03 # Y_c(Q)^DRbar 3 3 8.89078455E-01 # Y_t(Q)^DRbar Block yd Q= 4.88003947E+02 # (SUSY scale) 1 1 1.87982345E-04 # Y_d(Q)^DRbar 2 2 3.22224580E-03 # Y_s(Q)^DRbar 3 3 1.35509998E-01 # Y_b(Q)^DRbar Block ye Q= 4.88003947E+02 # (SUSY scale) 1 1 2.88460619E-05 # Y_e(Q)^DRbar 2 2 5.96450031E-03 # Y_mu(Q)^DRbar 3 3 1.00344333E-01 # Y_tau(Q)^DRbar DECAY 2000011 2.15818610E-01 # ~e_R- # BR NDA ID1 ID2 1.00000000E+00 2 1000022 11 # BR(~e_R- -> chi_10 e- ) DECAY 1000011 2.66257726E-01 # ~e_L- # BR NDA ID1 ID2 4.82868508E-01 2 1000022 11 # BR(~e_L- -> chi_10 e- ) 1.84340614E-01 2 1000023 11 # BR(~e_L- -> chi_20 e- ) 3.32790878E-01 2 -1000024 12 # BR(~e_L- -> chi_1- nu_e ) DECAY 2000013 2.15556525E-01 # ~mu_R- # BR NDA ID1 ID2 1.00000000E+00 2 1000022 13 # BR(~mu_R- -> chi_10 mu- ) DECAY 1000013 2.66478859E-01 # ~mu_L- # BR NDA ID1 ID2 4.83057881E-01 2 1000022 13 # BR(~mu_L- -> chi_10 mu- ) 1.84277125E-01 2 1000023 13 # BR(~mu_L- -> chi_20 mu- ) 3.32664994E-01 2 -1000024 14 # BR(~mu_L- -> chi_1- nu_mu ) DECAY 1000015 1.50942748E-01 # ~tau_1- # BR NDA ID1 ID2 1.00000000E+00 2 1000022 15 # BR(~tau_1- -> chi_10 tau- ) DECAY 2000015 3.17256973E-01 # ~tau_2- # BR NDA ID1 ID2 5.17060568E-01 2 1000022 15 # BR(~tau_2- -> chi_10 tau- ) 1.73123943E-01 2 1000023 15 # BR(~tau_2- -> chi_20 tau- ) 3.09815489E-01 2 -1000024 16 # BR(~tau_2- -> chi_1- nu_tau ) DECAY 1000012 1.88885959E-01 # ~nu_eL # BR NDA ID1 ID2 8.53562012E-01 2 1000022 12 # BR(~nu_eL -> chi_10 nu_e ) 3.79229237E-02 2 1000023 12 # BR(~nu_eL -> chi_20 nu_e ) 1.08515065E-01 2 1000024 11 # BR(~nu_eL -> chi_1+ e- ) DECAY 1000014 1.88862937E-01 # ~nu_muL # BR NDA ID1 ID2 8.53632339E-01 2 1000022 14 # BR(~nu_muL -> chi_10 nu_mu ) 3.79059981E-02 2 1000023 14 # BR(~nu_muL -> chi_20 nu_mu ) 1.08461663E-01 2 1000024 13 # BR(~nu_muL -> chi_1+ mu- ) DECAY 1000016 1.82521433E-01 # ~nu_tauL # BR NDA ID1 ID2 8.73444304E-01 2 1000022 16 # BR(~nu_tauL -> chi_10 nu_tau ) 3.31591969E-02 2 1000023 16 # BR(~nu_tauL -> chi_20 nu_tau ) 9.33964988E-02 2 1000024 15 # BR(~nu_tauL -> chi_1+ tau- ) DECAY 2000001 2.94759865E-01 # ~d_R # BR NDA ID1 ID2 9.85728730E-01 2 1000022 1 # BR(~d_R -> chi_10 d ) 9.08916189E-03 2 1000023 1 # BR(~d_R -> chi_20 d ) 1.22637235E-03 2 1000025 1 # BR(~d_R -> chi_30 d ) 3.95055479E-03 2 1000035 1 # BR(~d_R -> chi_40 d ) 5.17432078E-06 2 -1000024 2 # BR(~d_R -> chi_1- u ) 6.59913646E-09 2 -1000037 2 # BR(~d_R -> chi_2- u ) DECAY 1000001 5.39683789E+00 # ~d_L # BR NDA ID1 ID2 2.39337424E-02 2 1000022 1 # BR(~d_L -> chi_10 d ) 3.07518256E-01 2 1000023 1 # BR(~d_L -> chi_20 d ) 1.60173314E-03 2 1000025 1 # BR(~d_L -> chi_30 d ) 1.53570422E-02 2 1000035 1 # BR(~d_L -> chi_40 d ) 6.09324866E-01 2 -1000024 2 # BR(~d_L -> chi_1- u ) 4.22643600E-02 2 -1000037 2 # BR(~d_L -> chi_2- u ) DECAY 2000003 2.95445003E-01 # ~s_R # BR NDA ID1 ID2 9.83476368E-01 2 1000022 3 # BR(~s_R -> chi_10 s ) 9.81456784E-03 2 1000023 3 # BR(~s_R -> chi_20 s ) 1.25464395E-03 2 1000025 3 # BR(~s_R -> chi_30 s ) 3.93610639E-03 2 1000035 3 # BR(~s_R -> chi_40 s ) 1.51636819E-03 2 -1000024 4 # BR(~s_R -> chi_1- c ) 1.94558800E-06 2 -1000037 4 # BR(~s_R -> chi_2- c ) DECAY 1000003 5.39626901E+00 # ~s_L # BR NDA ID1 ID2 2.39347223E-02 2 1000022 3 # BR(~s_L -> chi_10 s ) 3.07509980E-01 2 1000023 3 # BR(~s_L -> chi_20 s ) 1.60728757E-03 2 1000025 3 # BR(~s_L -> chi_30 s ) 1.53649582E-02 2 1000035 3 # BR(~s_L -> chi_40 s ) 6.09296756E-01 2 -1000024 4 # BR(~s_L -> chi_1- c ) 4.22862967E-02 2 -1000037 4 # BR(~s_L -> chi_2- c ) DECAY 1000005 3.96724304E+00 # ~b_1 # BR NDA ID1 ID2 4.18160362E-02 2 1000022 5 # BR(~b_1 -> chi_10 b ) 3.44516795E-01 2 1000023 5 # BR(~b_1 -> chi_20 b ) 4.98459344E-03 2 1000025 5 # BR(~b_1 -> chi_30 b ) 1.09733062E-02 2 1000035 5 # BR(~b_1 -> chi_40 b ) 4.49553565E-01 2 -1000024 6 # BR(~b_1 -> chi_1- t ) 1.48155704E-01 2 1000006 -24 # BR(~b_1 -> ~t_1 W- ) DECAY 2000005 7.50329212E-01 # ~b_1 # BR NDA ID1 ID2 3.25154278E-01 2 1000022 5 # BR(~b_1 -> chi_10 b ) 1.20256763E-01 2 1000023 5 # BR(~b_1 -> chi_20 b ) 5.57237357E-02 2 1000025 5 # BR(~b_1 -> chi_30 b ) 7.70643619E-02 2 1000035 5 # BR(~b_1 -> chi_40 b ) 1.62217770E-01 2 -1000024 6 # BR(~b_1 -> chi_1- t ) 2.59583091E-01 2 1000006 -24 # BR(~b_1 -> ~t_1 W- ) DECAY 2000002 1.17965845E+00 # ~u_R # BR NDA ID1 ID2 9.85726751E-01 2 1000022 2 # BR(~u_R -> chi_10 u ) 9.08808102E-03 2 1000023 2 # BR(~u_R -> chi_20 u ) 1.22798380E-03 2 1000025 2 # BR(~u_R -> chi_30 u ) 3.95717282E-03 2 1000035 2 # BR(~u_R -> chi_40 u ) 1.15121269E-08 2 1000024 1 # BR(~u_R -> chi_1+ d ) DECAY 1000002 5.58312287E+00 # ~u_L # BR NDA ID1 ID2 6.54749235E-03 2 1000022 2 # BR(~u_L -> chi_10 u ) 3.18045478E-01 2 1000023 2 # BR(~u_L -> chi_20 u ) 9.05240103E-04 2 1000025 2 # BR(~u_L -> chi_30 u ) 1.07987072E-02 2 1000035 2 # BR(~u_L -> chi_40 u ) 6.49647421E-01 2 1000024 1 # BR(~u_L -> chi_1+ d ) 1.40556609E-02 2 1000037 1 # BR(~u_L -> chi_2+ d ) DECAY 2000004 1.18227091E+00 # ~c_R # BR NDA ID1 ID2 9.83006386E-01 2 1000022 4 # BR(~c_R -> chi_10 c ) 9.95793907E-03 2 1000023 4 # BR(~c_R -> chi_20 c ) 1.26549265E-03 2 1000025 4 # BR(~c_R -> chi_30 c ) 3.93520411E-03 2 1000035 4 # BR(~c_R -> chi_40 c ) 1.83481322E-03 2 1000024 3 # BR(~c_R -> chi_1+ s ) 1.64896995E-07 2 1000037 3 # BR(~c_R -> chi_2+ s ) DECAY 1000004 5.58062986E+00 # ~c_L # BR NDA ID1 ID2 6.66226022E-03 2 1000022 4 # BR(~c_L -> chi_10 c ) 3.17993244E-01 2 1000023 4 # BR(~c_L -> chi_20 c ) 9.05411032E-04 2 1000025 4 # BR(~c_L -> chi_30 c ) 1.08163553E-02 2 1000035 4 # BR(~c_L -> chi_40 c ) 6.49547521E-01 2 1000024 3 # BR(~c_L -> chi_1+ s ) 1.40752080E-02 2 1000037 3 # BR(~c_L -> chi_2+ s ) DECAY 1000006 2.11359693E+00 # ~t_1 # BR NDA ID1 ID2 1.92098544E-01 2 1000022 6 # BR(~t_1 -> chi_10 t ) 1.20721277E-01 2 1000023 6 # BR(~t_1 -> chi_20 t ) 6.66982690E-01 2 1000024 5 # BR(~t_1 -> chi_1+ b ) 1.25079079E-02 2 1000037 5 # BR(~t_1 -> chi_2+ b ) 1.84205577E-04 2 1000022 4 # BR(~t_1 -> chi_10 c ) 7.50113894E-03 2 1000023 4 # BR(~t_1 -> chi_20 c ) # BR NDA ID1 ID2 ID3 4.23729353E-06 2 1000022 24 5 # BR(~t_1 -> chi_10 W b ) DECAY 2000006 7.54130982E+00 # ~t_2 # BR NDA ID1 ID2 3.00132695E-02 2 1000022 6 # BR(~t_2 -> chi_10 t ) 8.64257065E-02 2 1000023 6 # BR(~t_2 -> chi_20 t ) 4.37149566E-02 2 1000025 6 # BR(~t_2 -> chi_30 t ) 2.00599455E-01 2 1000035 6 # BR(~t_2 -> chi_40 t ) 2.14394671E-01 2 1000024 5 # BR(~t_2 -> chi_1+ b ) 1.97908803E-01 2 1000037 5 # BR(~t_2 -> chi_2+ b ) 1.91061928E-01 2 1000006 23 # BR(~t_2 -> ~t_1 Z ) 3.58812103E-02 2 1000006 25 # BR(~t_2 -> ~t_1 h0 ) DECAY 1000024 1.37969684E-02 # chi_1+ # BR NDA ID1 ID2 6.63565936E-08 2 -2000011 12 # BR(chi_1+ -> ~e_R+ nu_e ) 2.83903697E-03 2 -2000013 14 # BR(chi_1+ -> ~mu_R+ nu_mu ) 9.51754571E-01 2 -1000015 16 # BR(chi_1+ -> ~tau_1+ nu_tau ) 3.95561739E-02 2 1000022 24 # BR(chi_1+ -> chi_10 W+ ) # BR NDA ID1 ID2 ID3 2.02127548E-06 3 1000022 -1 2 # BR(chi_1+ -> chi_10 d u ) 2.01965629E-06 3 1000022 -3 4 # BR(chi_1+ -> chi_10 s c ) 1.95236644E-03 3 1000022 -11 12 # BR(chi_1+ -> chi_10 e+ nu_e ) 1.95228827E-03 3 1000022 -13 14 # BR(chi_1+ -> chi_10 mu+ nu_mu ) 1.94145568E-03 3 1000022 -15 16 # BR(chi_1+ -> chi_10 tau+ nu_tau ) DECAY 1000037 2.50639194E+00 # chi_2+ # BR NDA ID1 ID2 4.96576958E-02 2 -1000011 12 # BR(chi_2+ -> ~e_L+ nu_e ) 9.14167473E-07 2 -2000013 14 # BR(chi_2+ -> ~mu_R+ nu_mu ) 4.96744011E-02 2 -1000013 14 # BR(chi_2+ -> ~mu_L+ nu_mu ) 5.34056190E-04 2 -1000015 16 # BR(chi_2+ -> ~tau_1+ nu_tau ) 5.42248768E-02 2 -2000015 16 # BR(chi_2+ -> ~tau_2+ nu_tau ) 1.99971384E-02 2 1000012 -11 # BR(chi_2+ -> ~nu_eL e+ ) 2.00223840E-02 2 1000014 -13 # BR(chi_2+ -> ~nu_muL mu+ ) 2.71867543E-02 2 1000016 -15 # BR(chi_2+ -> ~nu_tauL tau+ ) 6.85990264E-02 2 1000022 24 # BR(chi_2+ -> chi_10 W+ ) 2.85672498E-01 2 1000023 24 # BR(chi_2+ -> chi_20 W+ ) 2.42226156E-01 2 1000024 23 # BR(chi_2+ -> chi_1+ Z0 ) 1.81865906E-01 2 1000024 25 # BR(chi_2+ -> chi_1+ h0 ) # BR NDA ID1 ID2 ID3 4.95888317E-07 3 1000022 -1 2 # BR(chi_2+ -> chi_10 d u ) 4.96733315E-07 3 1000022 -3 4 # BR(chi_2+ -> chi_10 s c ) 1.12899238E-04 3 1000022 -5 6 # BR(chi_2+ -> chi_10 b t ) 1.79096781E-07 3 1000022 -15 16 # BR(chi_2+ -> chi_10 tau+ nu_tau ) 1.79706559E-06 3 1000023 -1 2 # BR(chi_2+ -> chi_20 d u ) 1.79768355E-06 3 1000023 -3 4 # BR(chi_2+ -> chi_20 s c ) 1.18204097E-05 3 1000023 -5 6 # BR(chi_2+ -> chi_20 b t ) 1.12202632E-09 3 1000023 -13 14 # BR(chi_2+ -> chi_20 mu+ nu_mu ) 3.27136802E-07 3 1000023 -15 16 # BR(chi_2+ -> chi_20 tau+ nu_tau ) 2.37972515E-07 3 1000025 -1 2 # BR(chi_2+ -> chi_30 d u ) 2.32515105E-07 3 1000025 -3 4 # BR(chi_2+ -> chi_30 s c ) 7.92676862E-08 3 1000025 -11 12 # BR(chi_2+ -> chi_30 e+ nu_e ) 7.92655997E-08 3 1000025 -13 14 # BR(chi_2+ -> chi_30 mu+ nu_mu ) 7.51091209E-08 3 1000025 -15 16 # BR(chi_2+ -> chi_30 tau+ nu_tau ) 4.11231363E-06 3 1000024 -2 2 # BR(chi_2+ -> chi_1+ u u ) 4.10880805E-06 3 1000024 -4 4 # BR(chi_2+ -> chi_1+ c c ) 1.73375312E-06 3 1000024 -1 1 # BR(chi_2+ -> chi_1+ d d ) 1.73679598E-06 3 1000024 -3 3 # BR(chi_2+ -> chi_1+ s s ) 1.95464816E-04 3 1000024 -5 5 # BR(chi_2+ -> chi_1+ b b ) 1.82420165E-09 3 1000024 -13 13 # BR(chi_2+ -> chi_1+ mu+ mu- ) 5.15965394E-07 3 1000024 -15 15 # BR(chi_2+ -> chi_1+ tau+ tau- ) #DECAY 1000022 0.00000000E+00 # chi_10 DECAY 1000023 1.95831641E-02 # chi_20 # BR NDA ID1 ID2 3.38444885E-02 2 -2000011 11 # BR(chi_20 -> ~e_R+ e- ) 3.38444885E-02 2 2000011 -11 # BR(chi_20 -> ~e_R- e+ ) 3.50457690E-02 2 -2000013 13 # BR(chi_20 -> ~mu_R+ mu- ) 3.50457690E-02 2 2000013 -13 # BR(chi_20 -> ~mu_R- mu+ ) 4.29284412E-01 2 -1000015 15 # BR(chi_20 -> ~tau_1+ tau- ) 4.29284412E-01 2 1000015 -15 # BR(chi_20 -> ~tau_1- tau+ ) 2.07507330E-06 2 1000022 22 # BR(chi_20 -> chi_10 photon ) # BR NDA ID1 ID2 ID3 1.75499602E-04 3 1000022 2 -2 # BR(chi_20 -> chi_10 u u ) 1.75229451E-04 3 1000022 4 -4 # BR(chi_20 -> chi_10 c c ) 2.33949042E-04 3 1000022 1 -1 # BR(chi_20 -> chi_10 d d ) 2.33948066E-04 3 1000022 3 -3 # BR(chi_20 -> chi_10 s s ) 2.40209062E-04 3 1000022 5 -5 # BR(chi_20 -> chi_10 b b ) 5.95285397E-04 3 1000022 12 -12 # BR(chi_20 -> chi_10 nu_e nu_e ) 5.95437477E-04 3 1000022 14 -14 # BR(chi_20 -> chi_10 nu_mu nu_mu ) 6.40615665E-04 3 1000022 16 -16 # BR(chi_20 -> chi_10 nu_tau nu_tau ) 2.67773168E-04 3 1000022 11 -11 # BR(chi_20 -> chi_10 e- e+ ) 2.67600989E-04 3 1000022 13 -13 # BR(chi_20 -> chi_10 mu- mu+ ) 2.23037987E-04 3 1000022 15 -15 # BR(chi_20 -> chi_10 tau- tau+ ) DECAY 1000025 2.01366407E+00 # chi_30 # BR NDA ID1 ID2 1.22625590E-03 2 -2000011 11 # BR(chi_30 -> ~e_R+ e- ) 1.22625590E-03 2 2000011 -11 # BR(chi_30 -> ~e_R- e+ ) 5.55956865E-04 2 -1000011 11 # BR(chi_30 -> ~e_L+ e- ) 5.55956865E-04 2 1000011 -11 # BR(chi_30 -> ~e_L- e+ ) 1.23767835E-03 2 -2000013 13 # BR(chi_30 -> ~mu_R+ mu- ) 1.23767835E-03 2 2000013 -13 # BR(chi_30 -> ~mu_R- mu+ ) 5.77581253E-04 2 -1000013 13 # BR(chi_30 -> ~mu_L+ mu- ) 5.77581253E-04 2 1000013 -13 # BR(chi_30 -> ~mu_L- mu+ ) 5.10544836E-03 2 -1000015 15 # BR(chi_30 -> ~tau_1+ tau- ) 5.10544836E-03 2 1000015 -15 # BR(chi_30 -> ~tau_1- tau+ ) 6.13393856E-03 2 -2000015 15 # BR(chi_30 -> ~tau_2+ tau- ) 6.13393856E-03 2 2000015 -15 # BR(chi_30 -> ~tau_2- tau+ ) 3.06151225E-03 2 -1000012 12 # BR(chi_30 -> ~nu_eL nu_e ) 3.06151225E-03 2 1000012 -12 # BR(chi_30 -> ~nu_eL nu_e ) 3.06158815E-03 2 -1000014 14 # BR(chi_30 -> ~nu_muL nu_mu ) 3.06158815E-03 2 1000014 -14 # BR(chi_30 -> ~nu_muL nu_mu ) 3.08298711E-03 2 -1000016 16 # BR(chi_30 -> ~nu_tauL nu_tau ) 3.08298711E-03 2 1000016 -16 # BR(chi_30 -> ~nu_tauL nu_tau ) 2.98308115E-01 2 -1000024 24 # BR(chi_30 -> chi_1- W+ ) 2.98308115E-01 2 1000024 -24 # BR(chi_30 -> chi_1+ W- ) 1.10395605E-01 2 1000022 23 # BR(chi_30 -> chi_10 Z0 ) 2.11281988E-01 2 1000023 23 # BR(chi_30 -> chi_20 Z0 ) 2.11488964E-02 2 1000022 25 # BR(chi_30 -> chi_10 h0 ) 1.24502851E-02 2 1000023 25 # BR(chi_30 -> chi_20 h0 ) 1.76281584E-07 2 1000022 22 # BR(chi_30 -> chi_10 photon ) 1.07734851E-05 2 1000023 22 # BR(chi_30 -> chi_20 photon ) # BR NDA ID1 ID2 ID3 2.62590159E-07 3 1000024 1 -2 # BR(chi_30 -> chi_1+ d u ) 2.62590159E-07 3 -1000024 -1 2 # BR(chi_30 -> chi_1- d u ) 2.63820355E-07 3 1000024 3 -4 # BR(chi_30 -> chi_1+ s c ) 2.63820355E-07 3 -1000024 -3 4 # BR(chi_30 -> chi_1- s c ) 4.07862884E-07 3 1000024 5 -6 # BR(chi_30 -> chi_1+ b t ) 4.07862884E-07 3 -1000024 -5 6 # BR(chi_30 -> chi_1- b t ) 1.27830868E-09 3 1000024 13 -14 # BR(chi_30 -> chi_1+ mu- nu_mu ) 1.27830868E-09 3 -1000024 -13 14 # BR(chi_30 -> chi_1- mu+ nu_mu ) 4.08187730E-07 3 1000024 15 -16 # BR(chi_30 -> chi_1+ tau- nu_tau ) 4.08187730E-07 3 -1000024 -15 16 # BR(chi_30 -> chi_1- tau+ nu_tau ) 3.83545157E-08 3 1000022 2 -2 # BR(chi_30 -> chi_10 u u ) 3.90796040E-08 3 1000022 4 -4 # BR(chi_30 -> chi_10 c c ) 1.77262443E-08 3 1000022 1 -1 # BR(chi_30 -> chi_10 d d ) 1.97428314E-08 3 1000022 3 -3 # BR(chi_30 -> chi_10 s s ) 3.76632326E-06 3 1000022 5 -5 # BR(chi_30 -> chi_10 b b ) 1.46440172E-09 3 1000022 13 -13 # BR(chi_30 -> chi_10 mu- mu+ ) 4.14342589E-07 3 1000022 15 -15 # BR(chi_30 -> chi_10 tau- tau+ ) 4.26280546E-08 3 1000023 2 -2 # BR(chi_30 -> chi_20 u u ) 4.28546662E-08 3 1000023 4 -4 # BR(chi_30 -> chi_20 c c ) 6.14927340E-08 3 1000023 1 -1 # BR(chi_30 -> chi_20 d d ) 6.25700689E-08 3 1000023 3 -3 # BR(chi_30 -> chi_20 s s ) 2.57026226E-06 3 1000023 5 -5 # BR(chi_30 -> chi_20 b b ) 4.13205691E-09 3 1000023 11 -11 # BR(chi_30 -> chi_20 e- e+ ) 5.48392586E-09 3 1000023 13 -13 # BR(chi_30 -> chi_20 mu- mu+ ) 3.77266042E-07 3 1000023 15 -15 # BR(chi_30 -> chi_20 tau- tau+ ) DECAY 1000035 2.65438062E+00 # chi_40 # BR NDA ID1 ID2 3.78534133E-03 2 -2000011 11 # BR(chi_40 -> ~e_R+ e- ) 3.78534133E-03 2 2000011 -11 # BR(chi_40 -> ~e_R- e+ ) 9.28174993E-03 2 -1000011 11 # BR(chi_40 -> ~e_L+ e- ) 9.28174993E-03 2 1000011 -11 # BR(chi_40 -> ~e_L- e+ ) 3.77943196E-03 2 -2000013 13 # BR(chi_40 -> ~mu_R+ mu- ) 3.77943196E-03 2 2000013 -13 # BR(chi_40 -> ~mu_R- mu+ ) 9.30603816E-03 2 -1000013 13 # BR(chi_40 -> ~mu_L+ mu- ) 9.30603816E-03 2 1000013 -13 # BR(chi_40 -> ~mu_L- mu+ ) 2.97299957E-03 2 -1000015 15 # BR(chi_40 -> ~tau_1+ tau- ) 2.97299957E-03 2 1000015 -15 # BR(chi_40 -> ~tau_1- tau+ ) 1.55489435E-02 2 -2000015 15 # BR(chi_40 -> ~tau_2+ tau- ) 1.55489435E-02 2 2000015 -15 # BR(chi_40 -> ~tau_2- tau+ ) 2.43292030E-02 2 -1000012 12 # BR(chi_40 -> ~nu_eL nu_e ) 2.43292030E-02 2 1000012 -12 # BR(chi_40 -> ~nu_eL nu_e ) 2.43297362E-02 2 -1000014 14 # BR(chi_40 -> ~nu_muL nu_mu ) 2.43297362E-02 2 1000014 -14 # BR(chi_40 -> ~nu_muL nu_mu ) 2.44800354E-02 2 -1000016 16 # BR(chi_40 -> ~nu_tauL nu_tau ) 2.44800354E-02 2 1000016 -16 # BR(chi_40 -> ~nu_tauL nu_tau ) 2.56334379E-01 2 -1000024 24 # BR(chi_40 -> chi_1- W+ ) 2.56334379E-01 2 1000024 -24 # BR(chi_40 -> chi_1+ W- ) 2.10268278E-02 2 1000022 23 # BR(chi_40 -> chi_10 Z0 ) 1.91430284E-02 2 1000023 23 # BR(chi_40 -> chi_20 Z0 ) 6.93261248E-02 2 1000022 25 # BR(chi_40 -> chi_10 h0 ) 1.42158351E-01 2 1000023 25 # BR(chi_40 -> chi_20 h0 ) 2.20777918E-07 2 1000022 22 # BR(chi_40 -> chi_10 photon ) 1.16161904E-05 2 1000023 22 # BR(chi_40 -> chi_20 photon ) 3.01381590E-09 2 1000025 22 # BR(chi_40 -> chi_30 photon ) # BR NDA ID1 ID2 ID3 1.54514764E-06 3 1000024 1 -2 # BR(chi_40 -> chi_1+ d u ) 1.54514764E-06 3 -1000024 -1 2 # BR(chi_40 -> chi_1- d u ) 1.54589778E-06 3 1000024 3 -4 # BR(chi_40 -> chi_1+ s c ) 1.54589778E-06 3 -1000024 -3 4 # BR(chi_40 -> chi_1- s c ) 6.59532789E-06 3 1000024 5 -6 # BR(chi_40 -> chi_1+ b t ) 6.59532789E-06 3 -1000024 -5 6 # BR(chi_40 -> chi_1- b t ) 2.40333233E-09 3 1000024 13 -14 # BR(chi_40 -> chi_1+ mu- nu_mu ) 2.40333233E-09 3 -1000024 -13 14 # BR(chi_40 -> chi_1- mu+ nu_mu ) 4.77338548E-07 3 1000024 15 -16 # BR(chi_40 -> chi_1+ tau- nu_tau ) 4.77338548E-07 3 -1000024 -15 16 # BR(chi_40 -> chi_1- tau+ nu_tau ) 3.40206737E-07 3 1000022 2 -2 # BR(chi_40 -> chi_10 u u ) 3.40112728E-07 3 1000022 4 -4 # BR(chi_40 -> chi_10 c c ) 3.52538124E-07 3 1000022 1 -1 # BR(chi_40 -> chi_10 d d ) 3.53934460E-07 3 1000022 3 -3 # BR(chi_40 -> chi_10 s s ) 3.07105768E-06 3 1000022 5 -5 # BR(chi_40 -> chi_10 b b ) 1.07243373E-09 3 1000022 13 -13 # BR(chi_40 -> chi_10 mu- mu+ ) 3.03397870E-07 3 1000022 15 -15 # BR(chi_40 -> chi_10 tau- tau+ ) 1.69784497E-06 3 1000023 2 -2 # BR(chi_40 -> chi_20 u u ) 1.69624762E-06 3 1000023 4 -4 # BR(chi_40 -> chi_20 c c ) 1.96351586E-06 3 1000023 1 -1 # BR(chi_40 -> chi_20 d d ) 1.96429148E-06 3 1000023 3 -3 # BR(chi_40 -> chi_20 s s ) 4.79198149E-06 3 1000023 5 -5 # BR(chi_40 -> chi_20 b b ) 3.56484846E-08 3 1000023 11 -11 # BR(chi_40 -> chi_20 e- e+ ) 3.73831549E-08 3 1000023 13 -13 # BR(chi_40 -> chi_20 mu- mu+ ) 3.88859211E-07 3 1000023 15 -15 # BR(chi_40 -> chi_20 tau- tau+ ) 5.58590796E-08 3 1000025 2 -2 # BR(chi_40 -> chi_30 u u ) 5.41228881E-08 3 1000025 4 -4 # BR(chi_40 -> chi_30 c c ) 7.23741574E-08 3 1000025 1 -1 # BR(chi_40 -> chi_30 d d ) 7.23443458E-08 3 1000025 3 -3 # BR(chi_40 -> chi_30 s s ) 4.10196010E-08 3 1000025 5 -5 # BR(chi_40 -> chi_30 b b ) 3.27549887E-08 3 1000025 12 -12 # BR(chi_40 -> chi_30 nu_e nu_e ) 3.27549864E-08 3 1000025 14 -14 # BR(chi_40 -> chi_30 nu_mu nu_mu ) 3.27543328E-08 3 1000025 16 -16 # BR(chi_40 -> chi_30 nu_tau nu_tau ) 1.63177039E-08 3 1000025 11 -11 # BR(chi_40 -> chi_30 e- e+ ) 1.63139048E-08 3 1000025 13 -13 # BR(chi_40 -> chi_30 mu- mu+ ) 1.52197176E-08 3 1000025 15 -15 # BR(chi_40 -> chi_30 tau- tau+ ) DECAY 1000021 4.85485809E+00 # ~g # BR NDA ID1 ID2 4.91380831E-02 2 -2000002 2 # BR(~g -> ~u_R u ) 4.91380831E-02 2 2000002 -2 # BR(~g -> ~u_R u ) 2.45338640E-02 2 -1000002 2 # BR(~g -> ~u_L u ) 2.45338640E-02 2 1000002 -2 # BR(~g -> ~u_L u ) 4.90961549E-02 2 -2000004 4 # BR(~g -> ~c_R c ) 4.90961549E-02 2 2000004 -4 # BR(~g -> ~c_R c ) 2.45499389E-02 2 -1000004 4 # BR(~g -> ~c_L c ) 2.45499389E-02 2 1000004 -4 # BR(~g -> ~c_L c ) 5.27181630E-02 2 -1000006 6 # BR(~g -> ~t_1 t ) 5.27181630E-02 2 1000006 -6 # BR(~g -> ~t_1 t ) 4.95537620E-02 2 -2000001 1 # BR(~g -> ~d_R d ) 4.95537620E-02 2 2000001 -1 # BR(~g -> ~d_R d ) 1.85795071E-02 2 -1000001 1 # BR(~g -> ~d_L d ) 1.85795071E-02 2 1000001 -1 # BR(~g -> ~d_L d ) 4.95584279E-02 2 -2000003 3 # BR(~g -> ~s_R s ) 4.95584279E-02 2 2000003 -3 # BR(~g -> ~s_R s ) 1.85803595E-02 2 -1000003 3 # BR(~g -> ~s_L s ) 1.85803595E-02 2 1000003 -3 # BR(~g -> ~s_L s ) 1.10173634E-01 2 -1000005 5 # BR(~g -> ~b_1 b ) 1.10173634E-01 2 1000005 -5 # BR(~g -> ~b_1 b ) 5.20699749E-02 2 -2000005 5 # BR(~g -> ~b_1 b ) 5.20699749E-02 2 2000005 -5 # BR(~g -> ~b_1 b ) 1.06207050E-03 2 -1000006 4 # BR(~g -> ~t_1 c ) 1.06207050E-03 2 1000006 -4 # BR(~g -> ~t_1 c ) 5.75625169E-06 2 1000022 21 # BR(~g -> chi_10 g ) 4.69218669E-05 2 1000023 21 # BR(~g -> chi_20 g ) 7.12968152E-05 2 1000025 21 # BR(~g -> chi_30 g ) 8.26666789E-05 2 1000035 21 # BR(~g -> chi_40 g ) # BR NDA ID1 ID2 ID3 2.06460168E-05 3 1000022 6 -6 # BR(~g -> chi_10 t t ) 2.33761829E-05 3 1000023 6 -6 # BR(~g -> chi_20 t t ) 1.48319351E-04 3 1000024 -6 5 # BR(~g -> chi_1+ t b ) 1.48319351E-04 3 -1000024 6 -5 # BR(~g -> chi_1- t b ) 1.12409320E-04 3 1000037 -6 5 # BR(~g -> chi_2+ t b ) 1.12409320E-04 3 -1000037 6 -5 # BR(~g -> chi_2- t b ) DECAY 25 2.13736137E-03 # h0 # BR NDA ID1 ID2 1.10845559E-08 2 -11 11 # BR(h0 -> e+ e- ) 4.73904679E-04 2 -13 13 # BR(h0 -> mu+ mu- ) 1.33924631E-01 2 -15 15 # BR(h0 -> tau+ tau- ) 1.59113863E-06 2 -1 1 # BR(h0 -> d d ) 4.67510706E-04 2 -3 3 # BR(h0 -> s s ) 8.23814669E-01 2 -5 5 # BR(h0 -> b b ) 2.58413707E-07 2 -2 2 # BR(h0 -> u u ) 4.13174238E-02 2 -4 4 # BR(h0 -> c c ) DECAY 35 7.54882906E-01 # H0 # BR NDA ID1 ID2 8.69071706E-09 2 -11 11 # BR(H0 -> e+ e- ) 3.71561323E-04 2 -13 13 # BR(H0 -> mu+ mu- ) 1.05151918E-01 2 -15 15 # BR(H0 -> tau+ tau- ) 1.26335841E-06 2 -1 1 # BR(H0 -> d d ) 3.71201636E-04 2 -3 3 # BR(H0 -> s s ) 6.56434786E-01 2 -5 5 # BR(H0 -> b b ) 5.61965255E-06 2 -4 4 # BR(H0 -> c c ) 4.51735831E-02 2 -6 6 # BR(H0 -> t t ) 5.26718734E-04 2 -2000011 2000011 # BR(H0 -> ~e_R+ ~e_R- ) 5.36594891E-04 2 -2000013 2000013 # BR(H0 -> ~mu_R+ ~mu_R- ) 2.52253125E-05 2 -2000013 1000013 # BR(H0 -> ~mu_R+ ~mu_L- ) 2.52253125E-05 2 2000013 -1000013 # BR(H0 -> ~mu_R- ~mu_L+ ) 5.64029419E-03 2 -1000015 1000015 # BR(H0 -> ~tau_1+ ~tau_1- ) 5.41995560E-03 2 -1000015 2000015 # BR(H0 -> ~tau_1+ ~tau_2- ) 5.41995560E-03 2 1000015 -2000015 # BR(H0 -> ~tau_1- ~tau_2+ ) 1.01356862E-03 2 -1000012 1000012 # BR(H0 -> ~nu_eL ~nu_eL ) 1.01373379E-03 2 -1000014 1000014 # BR(H0 -> ~nu_muL ~nu_muL ) 1.05919731E-03 2 -1000016 1000016 # BR(H0 -> ~nu_tauL ~nu_tauL ) 2.16217809E-02 2 1000022 1000022 # BR(H0 -> chi_10 chi_10 ) 6.31380049E-02 2 1000022 1000023 # BR(H0 -> chi_10 chi_20 ) 1.84027255E-02 2 1000023 1000023 # BR(H0 -> chi_20 chi_20 ) 4.93922062E-02 2 -1000024 1000024 # BR(H0 -> chi_1- chi_1+ ) 1.99007786E-03 2 23 23 # BR(H0 -> Z0 Z0 ) 4.25701340E-03 2 24 -24 # BR(H0 -> W+ W- ) 1.30077786E-02 2 25 25 # BR(H0 -> h0 h0 ) DECAY 36 1.16285684E+00 # A0 # BR NDA ID1 ID2 5.65363855E-09 2 -11 11 # BR(A0 -> e+ e- ) 2.41714692E-04 2 -13 13 # BR(A0 -> mu+ mu- ) 6.84106364E-02 2 -15 15 # BR(A0 -> tau+ tau- ) 8.21853882E-07 2 -1 1 # BR(A0 -> d d ) 2.41478165E-04 2 -3 3 # BR(A0 -> s s ) 4.27077745E-01 2 -5 5 # BR(A0 -> b b ) 2.79417505E-06 2 -4 4 # BR(A0 -> c c ) 9.09644166E-02 2 -6 6 # BR(A0 -> t t ) 1.69808535E-05 2 -2000013 1000013 # BR(A0 -> ~mu_R+ ~mu_L- ) 1.69808535E-05 2 2000013 -1000013 # BR(A0 -> ~mu_R- ~mu_L+ ) 4.93913183E-03 2 -1000015 2000015 # BR(A0 -> ~tau_1+ ~tau_2- ) 4.93913183E-03 2 1000015 -2000015 # BR(A0 -> ~tau_1- ~tau_2+ ) 2.14719342E-02 2 1000022 1000022 # BR(A0 -> chi_10 chi_10 ) 9.26271442E-02 2 1000022 1000023 # BR(A0 -> chi_10 chi_20 ) 8.05805430E-02 2 1000023 1000023 # BR(A0 -> chi_20 chi_20 ) 2.06152943E-01 2 -1000024 1000024 # BR(A0 -> chi_1- chi_1+ ) 2.31559708E-03 2 25 23 # BR(A0 -> h0 Z0 ) DECAY 37 6.66682672E-01 # H+ # BR NDA ID1 ID2 1.00816042E-08 2 12 -11 # BR(H+ -> nu_e e+ ) 4.31027177E-04 2 14 -13 # BR(H+ -> nu_mu mu+ ) 1.21990489E-01 2 16 -15 # BR(H+ -> nu_tau tau+ ) 1.28446179E-06 2 2 -1 # BR(H+ -> u d ) 3.81754365E-04 2 4 -3 # BR(H+ -> c s ) 6.34506510E-01 2 6 -5 # BR(H+ -> t b ) 1.96417077E-09 2 1000012 -2000011 # BR(H+ -> ~nu_eL ~e_R+ ) 8.89115770E-04 2 1000012 -1000011 # BR(H+ -> ~nu_eL ~e_L+ ) 8.39550880E-05 2 1000014 -2000013 # BR(H+ -> ~nu_muL ~mu_R+ ) 8.82522415E-04 2 1000014 -1000013 # BR(H+ -> ~nu_muL ~mu_L+ ) 2.25057366E-02 2 1000016 -1000015 # BR(H+ -> ~nu_tauL ~tau_1+ ) 1.64768456E-05 2 1000016 -2000015 # BR(H+ -> ~nu_tauL ~tau_2+ ) 2.12465664E-01 2 1000024 1000022 # BR(H+ -> chi_1+ chi_10 ) 1.23499359E-03 2 1000024 1000023 # BR(H+ -> chi_1+ chi_20 ) 4.61045980E-03 2 25 24 # BR(H+ -> h0 W+ ) PK!h!yaslha/tests/data/SPheno.spc.MSSM# SUSY Les Houches Accord 2 - MSSM Spectrum + Decays + Flavor Observables # SPheno module generated by SARAH # ---------------------------------------------------------------------- # SPheno v3.3.8 # W. Porod, Comput. Phys. Commun. 153 (2003) 275-315, hep-ph/0301101 # W. Porod, F.Staub, Comput.Phys.Commun.183 (2012) 2458-2469, arXiv:1104.1573 # SARAH: 4.9.0 # F. Staub; arXiv:0806.0538 (online manual) # F. Staub; Comput. Phys. Commun. 181 (2010) 1077-1086; arXiv:0909.2863 # F. Staub; Comput. Phys. Commun. 182 (2011) 808-833; arXiv:1002.0840 # F. Staub; Comput. Phys. Commun. 184 (2013) 1792-1809; arXiv:1207.0906 # F. Staub; Comput. Phys. Commun. 185 (2014) 1773-1790; arXiv:1309.7223 # Including the calculation of flavor observables based on the FlavorKit # W. Porod, F. Staub, A. Vicente; Eur.Phys.J. C74 (2014) 8, 2992; arXiv:1405.1434 # Two-loop masss corrections to Higgs fields based on # M. D. Goodsell, K. Nickel, F. Staub; arXiv:1411.0675 # M. D. Goodsell, K. Nickel, F. Staub; arXiv:1503.03098 # # in case of problems send email to florian.staub@cern.ch and goodsell@lpthe.jussieu.fr # ---------------------------------------------------------------------- # Created: 13.07.2016, 16:10 Block SPINFO # Program information 1 SPhenoSARAH # spectrum calculator 2 v3.3.8 # version number of SPheno 9 4.9.0 # version number of SARAH Block MODSEL # Input parameters 1 1 # GUT scale input 2 1 # Boundary conditions 6 1 # switching on flavour violation Block MINPAR # Input parameters 1 1.50000000E+03 # m0 2 1.50000000E+03 # m12 3 1.00000000E+01 # TanBeta 4 1.00000000E+00 # SignumMu 5 -2.00000000E+03 # Azero Block gaugeGUT Q= 1.27157351E+16 # (GUT scale) 1 6.99798612E-01 # g1(Q)^DRbar 2 6.99789515E-01 # g2(Q)^DRbar 3 6.97368011E-01 # g3(Q)^DRbar Block SMINPUTS # SM parameters 1 1.27932466E+02 # alpha_em^-1(MZ)^MSbar 2 1.16637000E-05 # G_mu [GeV^-2] 3 1.18700000E-01 # alpha_s(MZ)^MSbar 4 9.11887000E+01 # m_Z(pole) 5 4.18000000E+00 # m_b(m_b), MSbar 6 1.73500000E+02 # m_t(pole) 7 1.77669000E+00 # m_tau(pole) Block GAUGE Q= 2.45474144E+03 # (SUSY Scale) 1 3.64193719E-01 # g1 2 6.35948459E-01 # g2 3 1.01363096E+00 # g3 Block HMIX Q= 2.45474144E+03 # (SUSY Scale) 1 2.06020304E+03 # Mu 101 7.71767791E+05 # Bmu 102 2.53548165E+01 # vd 103 2.42072876E+02 # vu 3 2.43397091E+02 # v 10 1.46643727E+00 # betaH 11 3.03694259E+00 # alphaH Block MSOFT Q= 2.45474144E+03 # (SUSY Scale) 21 2.90511496E+06 # mHd2 22 -4.07692891E+06 # mHu2 1 6.63379890E+02 # M1 2 1.19612328E+03 # M2 3 3.11435874E+03 # M3 Block PHASES Q= 2.45474144E+03 # (SUSY Scale) 1 1.00000000E+00 # pG Block TREEHMIX Q= 2.45474144E+03 # (SUSY Scale) 1 2.03725264E+03 # Mu 101 7.38589953E+05 # Bmu Block LOOPHMIX Q= 2.45474144E+03 # (SUSY Scale) 1 2.05913754E+03 # Mu 101 7.69841686E+05 # Bmu Block Yd Q= 2.45474144E+03 # (SUSY Scale) 1 1 1.24352653E-04 # Real(Yd(1,1),dp) 1 2 -1.89851707E-10 # Real(Yd(1,2),dp) 1 3 4.72075576E-09 # Real(Yd(1,3),dp) 2 1 -3.60716431E-09 # Real(Yd(2,1),dp) 2 2 2.36272423E-03 # Real(Yd(2,2),dp) 2 3 -6.16818403E-07 # Real(Yd(2,3),dp) 3 1 4.61596298E-06 # Real(Yd(3,1),dp) 3 2 -3.17436462E-05 # Real(Yd(3,2),dp) 3 3 1.24199066E-01 # Real(Yd(3,3),dp) Block Ye Q= 2.45474144E+03 # (SUSY Scale) 1 1 2.85258913E-05 # Real(Ye(1,1),dp) 1 2 0.00000000E+00 # Real(Ye(1,2),dp) 1 3 0.00000000E+00 # Real(Ye(1,3),dp) 2 1 0.00000000E+00 # Real(Ye(2,1),dp) 2 2 5.89824994E-03 # Real(Ye(2,2),dp) 2 3 0.00000000E+00 # Real(Ye(2,3),dp) 3 1 0.00000000E+00 # Real(Ye(3,1),dp) 3 2 0.00000000E+00 # Real(Ye(3,2),dp) 3 3 9.91835220E-02 # Real(Ye(3,3),dp) Block Yu Q= 2.45474144E+03 # (SUSY Scale) 1 1 6.67592378E-06 # Real(Yu(1,1),dp) 1 2 1.54411766E-06 # Real(Yu(1,2),dp) 1 3 2.35418026E-08 # Real(Yu(1,3),dp) 2 1 -7.84239528E-04 # Real(Yu(2,1),dp) 2 2 3.38840129E-03 # Real(Yu(2,2),dp) 2 3 1.43494799E-04 # Real(Yu(2,3),dp) 3 1 4.97290712E-03 # Real(Yu(3,1),dp) 3 2 -3.41983661E-02 # Real(Yu(3,2),dp) 3 3 8.36419140E-01 # Real(Yu(3,3),dp) Block Td Q= 2.45474144E+03 # (SUSY Scale) 1 1 -7.06979244E-01 # Real(Td(1,1),dp) 1 2 -1.20914330E-05 # Real(Td(1,2),dp) 1 3 2.90495394E-04 # Real(Td(1,3),dp) 2 1 -2.29737252E-04 # Real(Td(2,1),dp) 2 2 -1.34310417E+01 # Real(Td(2,2),dp) 2 3 -3.79570877E-02 # Real(Td(2,3),dp) 3 1 2.88621506E-01 # Real(Td(3,1),dp) 3 2 -1.98485438E+00 # Real(Td(3,2),dp) 3 3 -6.49538474E+02 # Real(Td(3,3),dp) Block Te Q= 2.45474144E+03 # (SUSY Scale) 1 1 -8.07542320E-02 # Real(Te(1,1),dp) 1 2 0.00000000E+00 # Real(Te(1,2),dp) 1 3 0.00000000E+00 # Real(Te(1,3),dp) 2 1 0.00000000E+00 # Real(Te(2,1),dp) 2 2 -1.66969872E+01 # Real(Te(2,2),dp) 2 3 0.00000000E+00 # Real(Te(2,3),dp) 3 1 0.00000000E+00 # Real(Te(3,1),dp) 3 2 0.00000000E+00 # Real(Te(3,2),dp) 3 3 -2.78745781E+02 # Real(Te(3,3),dp) Block Tu Q= 2.45474144E+03 # (SUSY Scale) 1 1 -2.94272205E-02 # Real(Tu(1,1),dp) 1 2 -6.80641244E-03 # Real(Tu(1,2),dp) 1 3 -1.03418112E-04 # Real(Tu(1,3),dp) 2 1 3.45688287E+00 # Real(Tu(2,1),dp) 2 2 -1.49358723E+01 # Real(Tu(2,2),dp) 2 3 -6.30770452E-01 # Real(Tu(2,3),dp) 3 1 -1.54795098E+01 # Real(Tu(3,1),dp) 3 2 1.06451483E+02 # Real(Tu(3,2),dp) 3 3 -2.59550663E+03 # Real(Tu(3,3),dp) Block MSQ2 Q= 2.45474144E+03 # (SUSY Scale) 1 1 9.92270167E+06 # Real(mq2(1,1),dp) 1 2 5.49602278E+02 # Real(mq2(1,2),dp) 1 3 -1.31579688E+04 # Real(mq2(1,3),dp) 2 1 5.49602278E+02 # Real(mq2(2,1),dp) 2 2 9.91900275E+06 # Real(mq2(2,2),dp) 2 3 9.04876185E+04 # Real(mq2(2,3),dp) 3 1 -1.31579688E+04 # Real(mq2(3,1),dp) 3 2 9.04876185E+04 # Real(mq2(3,2),dp) 3 3 7.63810330E+06 # Real(mq2(3,3),dp) Block MSL2 Q= 2.45474144E+03 # (SUSY Scale) 1 1 3.17081508E+06 # Real(ml2(1,1),dp) 1 2 0.00000000E+00 # Real(ml2(1,2),dp) 1 3 0.00000000E+00 # Real(ml2(1,3),dp) 2 1 0.00000000E+00 # Real(ml2(2,1),dp) 2 2 3.17067742E+06 # Real(ml2(2,2),dp) 2 3 0.00000000E+00 # Real(ml2(2,3),dp) 3 1 0.00000000E+00 # Real(ml2(3,1),dp) 3 2 0.00000000E+00 # Real(ml2(3,2),dp) 3 3 3.13203673E+06 # Real(ml2(3,3),dp) Block MSD2 Q= 2.45474144E+03 # (SUSY Scale) 1 1 9.20189785E+06 # Real(md2(1,1),dp) 1 2 -3.52897624E-05 # Real(md2(1,2),dp) 1 3 4.41144693E-02 # Real(md2(1,3),dp) 2 1 -3.52897624E-05 # Real(md2(2,1),dp) 2 2 9.20184210E+06 # Real(md2(2,2),dp) 2 3 -5.76415564E+00 # Real(md2(2,3),dp) 3 1 4.41144693E-02 # Real(md2(3,1),dp) 3 2 -5.76415564E+00 # Real(md2(3,2),dp) 3 3 9.05729752E+06 # Real(md2(3,3),dp) Block MSU2 Q= 2.45474144E+03 # (SUSY Scale) 1 1 9.28082691E+06 # Real(mu2(1,1),dp) 1 2 5.20628159E-07 # Real(mu2(1,2),dp) 1 3 -2.70695124E-04 # Real(mu2(1,3),dp) 2 1 5.20628159E-07 # Real(mu2(2,1),dp) 2 2 9.28072817E+06 # Real(mu2(2,2),dp) 2 3 5.80959902E-02 # Real(mu2(2,3),dp) 3 1 -2.70695124E-04 # Real(mu2(3,1),dp) 3 2 5.80959902E-02 # Real(mu2(3,2),dp) 3 3 4.74959891E+06 # Real(mu2(3,3),dp) Block MSE2 Q= 2.45474144E+03 # (SUSY Scale) 1 1 2.54037974E+06 # Real(me2(1,1),dp) 1 2 0.00000000E+00 # Real(me2(1,2),dp) 1 3 0.00000000E+00 # Real(me2(1,3),dp) 2 1 0.00000000E+00 # Real(me2(2,1),dp) 2 2 2.54010190E+06 # Real(me2(2,2),dp) 2 3 0.00000000E+00 # Real(me2(2,3),dp) 3 1 0.00000000E+00 # Real(me2(3,1),dp) 3 2 0.00000000E+00 # Real(me2(3,2),dp) 3 3 2.46210160E+06 # Real(me2(3,3),dp) Block MASS # Mass spectrum # PDG code mass particle 1000001 2.83941648E+03 # Sd_1 1000003 3.10229888E+03 # Sd_2 1000005 3.12634290E+03 # Sd_3 2000001 3.12635235E+03 # Sd_4 2000003 3.24954412E+03 # Sd_5 2000005 3.24957526E+03 # Sd_6 1000002 2.24080393E+03 # Su_1 1000004 2.85715183E+03 # Su_2 1000006 3.13875332E+03 # Su_3 2000002 3.13877200E+03 # Su_4 2000004 3.24858310E+03 # Su_5 2000006 3.24861344E+03 # Su_6 1000011 1.57282771E+03 # Se_1 1000013 1.59882874E+03 # Se_2 1000015 1.59892080E+03 # Se_3 2000011 1.77967611E+03 # Se_4 2000013 1.79023256E+03 # Se_5 2000015 1.79026989E+03 # Se_6 1000012 1.77689276E+03 # Sv_1 1000014 1.78813136E+03 # Sv_2 1000016 1.78817127E+03 # Sv_3 25 1.24789057E+02 # hh_1 35 2.70407551E+03 # hh_2 36 2.70405153E+03 # Ah_2 37 2.70475229E+03 # Hpm_2 23 9.11887000E+01 # VZ 24 8.03161493E+01 # VWm 1 5.00000000E-03 # Fd_1 3 9.50000000E-02 # Fd_2 5 4.18000000E+00 # Fd_3 2 2.50000000E-03 # Fu_1 4 1.27000000E+00 # Fu_2 6 1.73500000E+02 # Fu_3 11 5.10998930E-04 # Fe_1 13 1.05658372E-01 # Fe_2 15 1.77669000E+00 # Fe_3 1000021 3.26165015E+03 # Glu 1000022 6.57648553E+02 # Chi_1 1000023 1.23654629E+03 # Chi_2 1000025 2.06605902E+03 # Chi_3 1000035 2.06994921E+03 # Chi_4 1000024 1.23665502E+03 # Cha_1 1000037 2.07039610E+03 # Cha_2 Block LSP # LSP and NLSP 1 1000022 # LSP 2 1000023 # NLSP Block DSQMIX Q= 2.45474144E+03 # () 1 1 -5.75594788E-03 # Real(ZD(1,1),dp) 1 2 3.95837437E-02 # Real(ZD(1,2),dp) 1 3 -9.98580007E-01 # Real(ZD(1,3),dp) 1 4 -1.85594939E-07 # Real(ZD(1,4),dp) 1 5 2.42512565E-05 # Real(ZD(1,5),dp) 1 6 -3.51847246E-02 # Real(ZD(1,6),dp) 2 1 5.69233594E-04 # Real(ZD(2,1),dp) 2 2 -3.91469084E-03 # Real(ZD(2,2),dp) 2 3 3.50543658E-02 # Real(ZD(2,3),dp) 2 4 4.26870600E-07 # Real(ZD(2,4),dp) 2 5 -5.57983124E-05 # Real(ZD(2,5),dp) 2 6 -9.99377576E-01 # Real(ZD(2,6),dp) 3 1 -4.54264898E-07 # Real(ZD(3,1),dp) 3 2 -1.46023285E-03 # Real(ZD(3,2),dp) 3 3 -8.42314661E-05 # Real(ZD(3,3),dp) 3 4 -8.97423091E-07 # Real(ZD(3,4),dp) 3 5 -9.99998929E-01 # Real(ZD(3,5),dp) 3 6 5.85981461E-05 # Real(ZD(3,6),dp) 4 1 7.70216562E-05 # Real(ZD(4,1),dp) 4 2 2.25945597E-08 # Real(ZD(4,2),dp) 4 3 -6.44745690E-07 # Real(ZD(4,3),dp) 4 4 9.99999997E-01 # Real(ZD(4,4),dp) 4 5 -8.97411450E-07 # Real(ZD(4,5),dp) 4 6 4.48353451E-07 # Real(ZD(4,6),dp) 5 1 1.46102028E-01 # Real(ZD(5,1),dp) 5 2 -9.88451550E-01 # Real(ZD(5,2),dp) 5 3 -4.01141451E-02 # Real(ZD(5,3),dp) 5 4 -1.12563940E-05 # Real(ZD(5,4),dp) 5 5 1.44683279E-03 # Real(ZD(5,5),dp) 5 6 2.54797768E-03 # Real(ZD(5,6),dp) 6 1 -9.89252615E-01 # Real(ZD(6,1),dp) 6 2 -1.46216289E-01 # Real(ZD(6,2),dp) 6 3 -9.40400420E-05 # Real(ZD(6,3),dp) 6 4 7.61973074E-05 # Real(ZD(6,4),dp) 6 5 2.13967642E-04 # Real(ZD(6,5),dp) 6 6 5.97103926E-06 # Real(ZD(6,6),dp) Block SNUMIX Q= 2.45474144E+03 # () 1 1 0.00000000E+00 # Real(ZV(1,1),dp) 1 2 0.00000000E+00 # Real(ZV(1,2),dp) 1 3 1.00000000E+00 # Real(ZV(1,3),dp) 2 1 0.00000000E+00 # Real(ZV(2,1),dp) 2 2 1.00000000E+00 # Real(ZV(2,2),dp) 2 3 0.00000000E+00 # Real(ZV(2,3),dp) 3 1 1.00000000E+00 # Real(ZV(3,1),dp) 3 2 0.00000000E+00 # Real(ZV(3,2),dp) 3 3 0.00000000E+00 # Real(ZV(3,3),dp) Block USQMIX Q= 2.45474144E+03 # () 1 1 9.38416230E-04 # Real(ZU(1,1),dp) 1 2 -6.45345696E-03 # Real(ZU(1,2),dp) 1 3 1.59715456E-01 # Real(ZU(1,3),dp) 1 4 7.56553646E-11 # Real(ZU(1,4),dp) 1 5 8.93256411E-08 # Real(ZU(1,5),dp) 1 6 9.87141553E-01 # Real(ZU(1,6),dp) 2 1 -5.68135010E-03 # Real(ZU(2,1),dp) 2 2 3.90707471E-02 # Real(ZU(2,2),dp) 2 3 -9.86351692E-01 # Real(ZU(2,3),dp) 2 4 -3.29207419E-10 # Real(ZU(2,4),dp) 2 5 -2.07286010E-06 # Real(ZU(2,5),dp) 2 6 1.59848487E-01 # Real(ZU(2,6),dp) 3 1 9.72265620E-04 # Real(ZU(3,1),dp) 3 2 -4.20138214E-03 # Real(ZU(3,2),dp) 3 3 -1.70048792E-04 # Real(ZU(3,3),dp) 3 4 -3.43730458E-11 # Real(ZU(3,4),dp) 3 5 -9.99990687E-01 # Real(ZU(3,5),dp) 3 6 -7.87205716E-07 # Real(ZU(3,6),dp) 4 1 -8.27602955E-06 # Real(ZU(4,1),dp) 4 2 -1.91448833E-06 # Real(ZU(4,2),dp) 4 3 -2.78429738E-08 # Real(ZU(4,3),dp) 4 4 -1.00000000E+00 # Real(ZU(4,4),dp) 4 5 3.61061868E-11 # Real(ZU(4,5),dp) 4 6 -6.69599834E-11 # Real(ZU(4,6),dp) 5 1 1.39442550E-01 # Real(ZU(5,1),dp) 5 2 -9.89411958E-01 # Real(ZU(5,2),dp) 5 3 -4.00156605E-02 # Real(ZU(5,3),dp) 5 4 7.41301301E-07 # Real(ZU(5,4),dp) 5 5 4.29931768E-03 # Real(ZU(5,5),dp) 5 6 -1.26489998E-04 # Real(ZU(5,6),dp) 6 1 9.90212942E-01 # Real(ZU(6,1),dp) 6 2 1.39564165E-01 # Real(ZU(6,2),dp) 6 3 -1.75353967E-04 # Real(ZU(6,3),dp) 6 4 -8.46222064E-06 # Real(ZU(6,4),dp) 6 5 3.76420936E-04 # Real(ZU(6,5),dp) 6 6 -5.61075373E-07 # Real(ZU(6,6),dp) Block SELMIX Q= 2.45474144E+03 # () 1 1 0.00000000E+00 # Real(ZE(1,1),dp) 1 2 0.00000000E+00 # Real(ZE(1,2),dp) 1 3 -5.87299226E-02 # Real(ZE(1,3),dp) 1 4 0.00000000E+00 # Real(ZE(1,4),dp) 1 5 0.00000000E+00 # Real(ZE(1,5),dp) 1 6 -9.98273908E-01 # Real(ZE(1,6),dp) 2 1 -2.88573811E-17 # Real(ZE(2,1),dp) 2 2 3.73358055E-03 # Real(ZE(2,2),dp) 2 3 0.00000000E+00 # Real(ZE(2,3),dp) 2 4 -1.59847361E-12 # Real(ZE(2,4),dp) 2 5 9.99993030E-01 # Real(ZE(2,5),dp) 2 6 0.00000000E+00 # Real(ZE(2,6),dp) 3 1 1.80612933E-05 # Real(ZE(3,1),dp) 3 2 5.84277613E-15 # Real(ZE(3,2),dp) 3 3 0.00000000E+00 # Real(ZE(3,3),dp) 3 4 1.00000000E+00 # Real(ZE(3,4),dp) 3 5 1.59846293E-12 # Real(ZE(3,5),dp) 3 6 0.00000000E+00 # Real(ZE(3,6),dp) 4 1 0.00000000E+00 # Real(ZE(4,1),dp) 4 2 0.00000000E+00 # Real(ZE(4,2),dp) 4 3 -9.98273908E-01 # Real(ZE(4,3),dp) 4 4 0.00000000E+00 # Real(ZE(4,4),dp) 4 5 0.00000000E+00 # Real(ZE(4,5),dp) 4 6 5.87299226E-02 # Real(ZE(4,6),dp) 5 1 7.51870133E-18 # Real(ZE(5,1),dp) 5 2 9.99993030E-01 # Real(ZE(5,2),dp) 5 3 0.00000000E+00 # Real(ZE(5,3),dp) 5 4 1.25254609E-16 # Real(ZE(5,4),dp) 5 5 -3.73358055E-03 # Real(ZE(5,5),dp) 5 6 0.00000000E+00 # Real(ZE(5,6),dp) 6 1 -1.00000000E+00 # Real(ZE(6,1),dp) 6 2 7.51762934E-18 # Real(ZE(6,2),dp) 6 3 0.00000000E+00 # Real(ZE(6,3),dp) 6 4 1.80612933E-05 # Real(ZE(6,4),dp) 6 5 -1.49437288E-20 # Real(ZE(6,5),dp) 6 6 0.00000000E+00 # Real(ZE(6,6),dp) Block SCALARMIX Q= 2.45474144E+03 # () 1 1 -1.04459149E-01 # ZH(1,1) 1 2 -9.94529178E-01 # ZH(1,2) 2 1 -9.94529178E-01 # ZH(2,1) 2 2 1.04459149E-01 # ZH(2,2) Block PSEUDOSCALARMIX Q= 2.45474144E+03 # () 1 1 1.04169487E-01 # ZA(1,1) 1 2 -9.94559560E-01 # ZA(1,2) 2 1 -9.94559560E-01 # ZA(2,1) 2 2 -1.04169487E-01 # ZA(2,2) Block CHARGEMIX Q= 2.45474144E+03 # () 1 1 1.04169738E-01 # ZP(1,1) 1 2 -9.94559533E-01 # ZP(1,2) 2 1 -9.94559533E-01 # ZP(2,1) 2 2 -1.04169738E-01 # ZP(2,2) Block NMIX Q= 2.45474144E+03 # () 1 1 9.99634107E-01 # Real(ZN(1,1),dp) 1 2 -1.75729057E-03 # Real(ZN(1,2),dp) 1 3 2.49459869E-02 # Real(ZN(1,3),dp) 1 4 -1.03083596E-02 # Real(ZN(1,4),dp) 2 1 -3.69252525E-03 # Real(ZN(2,1),dp) 2 2 -9.97316339E-01 # Real(ZN(2,2),dp) 2 3 6.11387489E-02 # Real(ZN(2,3),dp) 2 4 -4.01065899E-02 # Real(ZN(2,4),dp) 3 1 0.00000000E+00 # Real(ZN(3,1),dp) 3 2 0.00000000E+00 # Real(ZN(3,2),dp) 3 3 0.00000000E+00 # Real(ZN(3,3),dp) 3 4 0.00000000E+00 # Real(ZN(3,4),dp) 4 1 -2.47297361E-02 # Real(ZN(4,1),dp) 4 2 7.16541411E-02 # Real(ZN(4,2),dp) 4 3 7.04371852E-01 # Real(ZN(4,3),dp) 4 4 -7.05772215E-01 # Real(ZN(4,4),dp) Block IMNMIX Q= 2.45474144E+03 # () 1 1 0.00000000E+00 # Aimag(ZN(1,1)) 1 2 0.00000000E+00 # Aimag(ZN(1,2)) 1 3 0.00000000E+00 # Aimag(ZN(1,3)) 1 4 0.00000000E+00 # Aimag(ZN(1,4)) 2 1 0.00000000E+00 # Aimag(ZN(2,1)) 2 2 0.00000000E+00 # Aimag(ZN(2,2)) 2 3 0.00000000E+00 # Aimag(ZN(2,3)) 2 4 0.00000000E+00 # Aimag(ZN(2,4)) 3 1 1.03178496E-02 # Aimag(ZN(3,1)) 3 2 -1.49236692E-02 # Aimag(ZN(3,2)) 3 3 -7.06753172E-01 # Aimag(ZN(3,3)) 3 4 -7.07227531E-01 # Aimag(ZN(3,4)) 4 1 0.00000000E+00 # Aimag(ZN(4,1)) 4 2 0.00000000E+00 # Aimag(ZN(4,2)) 4 3 0.00000000E+00 # Aimag(ZN(4,3)) 4 4 0.00000000E+00 # Aimag(ZN(4,4)) Block UMIX Q= 2.45474144E+03 # () 1 1 9.96203607E-01 # Real(UM(1,1),dp) 1 2 -8.70538536E-02 # Real(UM(1,2),dp) 2 1 8.70538536E-02 # Real(UM(2,1),dp) 2 2 9.96203607E-01 # Real(UM(2,2),dp) Block VMIX Q= 2.45474144E+03 # () 1 1 9.98352649E-01 # Real(UP(1,1),dp) 1 2 -5.73758507E-02 # Real(UP(1,2),dp) 2 1 5.73758507E-02 # Real(UP(2,1),dp) 2 2 9.98352649E-01 # Real(UP(2,2),dp) Block UELMIX Q= 2.45474144E+03 # () 1 1 1.00000000E+00 # Real(ZEL(1,1),dp) 1 2 0.00000000E+00 # Real(ZEL(1,2),dp) 1 3 0.00000000E+00 # Real(ZEL(1,3),dp) 2 1 0.00000000E+00 # Real(ZEL(2,1),dp) 2 2 1.00000000E+00 # Real(ZEL(2,2),dp) 2 3 0.00000000E+00 # Real(ZEL(2,3),dp) 3 1 0.00000000E+00 # Real(ZEL(3,1),dp) 3 2 0.00000000E+00 # Real(ZEL(3,2),dp) 3 3 1.00000000E+00 # Real(ZEL(3,3),dp) Block UERMIX Q= 2.45474144E+03 # () 1 1 1.00000000E+00 # Real(ZER(1,1),dp) 1 2 0.00000000E+00 # Real(ZER(1,2),dp) 1 3 0.00000000E+00 # Real(ZER(1,3),dp) 2 1 0.00000000E+00 # Real(ZER(2,1),dp) 2 2 1.00000000E+00 # Real(ZER(2,2),dp) 2 3 0.00000000E+00 # Real(ZER(2,3),dp) 3 1 0.00000000E+00 # Real(ZER(3,1),dp) 3 2 0.00000000E+00 # Real(ZER(3,2),dp) 3 3 1.00000000E+00 # Real(ZER(3,3),dp) Block UDLMIX Q= 2.45474144E+03 # () 1 1 9.99999999E-01 # Real(ZDL(1,1),dp) 1 2 1.52539587E-06 # Real(ZDL(1,2),dp) 1 3 -3.71655283E-05 # Real(ZDL(1,3),dp) 2 1 -1.51588984E-06 # Real(ZDL(2,1),dp) 2 2 9.99999967E-01 # Real(ZDL(2,2),dp) 2 3 2.55773926E-04 # Real(ZDL(2,3),dp) 3 1 3.71659173E-05 # Real(ZDL(3,1),dp) 3 2 -2.55773870E-04 # Real(ZDL(3,2),dp) 3 3 9.99999967E-01 # Real(ZDL(3,3),dp) Block UDRMIX Q= 2.45474144E+03 # () 1 1 1.00000000E+00 # Real(ZDR(1,1),dp) 1 2 1.59625469E-07 # Real(ZDR(1,2),dp) 1 3 -7.52202866E-08 # Real(ZDR(1,3),dp) 2 1 -1.59624729E-07 # Real(ZDR(2,1),dp) 2 2 1.00000000E+00 # Real(ZDR(2,2),dp) 2 3 9.83213188E-06 # Real(ZDR(2,3),dp) 3 1 7.52218561E-08 # Real(ZDR(3,1),dp) 3 2 -9.83213187E-06 # Real(ZDR(3,2),dp) 3 3 1.00000000E+00 # Real(ZDR(3,3),dp) Block UULMIX Q= 2.45474144E+03 # () 1 1 9.74272169E-01 # Real(ZUL(1,1),dp) 1 2 2.25348697E-01 # Real(ZUL(1,2),dp) 1 3 3.42124195E-03 # Real(ZUL(1,3),dp) 2 1 -2.25296365E-01 # Real(ZUL(2,1),dp) 2 2 9.73421336E-01 # Real(ZUL(2,2),dp) 2 3 4.11394171E-02 # Real(ZUL(2,3),dp) 3 1 5.94040415E-03 # Real(ZUL(3,1),dp) 3 2 -4.08517825E-02 # Real(ZUL(3,2),dp) 3 3 9.99147558E-01 # Real(ZUL(3,3),dp) Block UURMIX Q= 2.45474144E+03 # () 1 1 1.00000000E+00 # Real(ZUR(1,1),dp) 1 2 4.53494427E-09 # Real(ZUR(1,2),dp) 1 3 -1.18813156E-10 # Real(ZUR(1,3),dp) 2 1 -4.53494431E-09 # Real(ZUR(2,1),dp) 2 2 1.00000000E+00 # Real(ZUR(2,2),dp) 2 3 -3.48267795E-07 # Real(ZUR(2,3),dp) 3 1 1.18811577E-10 # Real(ZUR(3,1),dp) 3 2 3.48267795E-07 # Real(ZUR(3,2),dp) 3 3 1.00000000E+00 # Real(ZUR(3,3),dp) Block SPheno # SPheno internal parameters 1 -1.00000000E+00 # ErrorLevel 2 0.00000000E+00 # SPA_conventions 11 1.00000000E+00 # Branching ratios 13 1.00000000E+00 # 3 Body decays 31 1.27157351E+16 # GUT scale 33 2.45474144E+03 # Renormalization scale 34 1.00000000E-04 # Precision 35 4.00000000E+01 # Iterations 38 2.00000000E+00 # RGE level 40 7.29735257E-03 # Alpha 41 2.49520000E+00 # Gamma_Z 42 2.06000000E+00 # Gamma_W 50 1.00000000E+00 # Rotate negative fermion masses 51 0.00000000E+00 # Switch to SCKM matrix 52 0.00000000E+00 # Ignore negative masses 53 0.00000000E+00 # Ignore negative masses at MZ 55 1.00000000E+00 # Calculate one loop masses 56 1.00000000E+00 # Calculate two-loop Higgs masses 57 1.00000000E+00 # Calculate low energy 60 1.00000000E+00 # Include kinetic mixing 65 1.00000000E+00 # Solution of tadpole equation 8 3.00000000E+00 # Two-Loop Method: diagrammatic 9 1.00000000E+00 # Gauge-less limit 400 1.00000000E-01 # Step-size for purely-numerical methode for 2-loop calculation 401 1.00000000E-03 # Step-size for semi-analytical methode for 2-loop calculation 410 0.00000000E+00 # indicative error in numerical derivation Block HiggsLHC7 # Higgs production cross section at LHC7 [pb] (rescaled SM values from HXSWG) 1 25 1.54128475E+01 # Gluon fusion 2 25 1.22002523E+00 # Vector boson fusion 3 25 5.50135877E-01 # W-H production 4 25 3.20373028E-01 # Z-H production 5 25 8.31141988E-02 # t-t-H production Block HiggsLHC8 # Higgs production cross section at LHC8 [pb] (rescaled SM values from HXSWG) 1 25 1.96154930E+01 # Gluon fusion 2 25 1.57293353E+00 # Vector boson fusion 3 25 7.04762193E-01 # W-H production 4 25 4.00110430E-01 # Z-H production 5 25 1.25790826E-01 # t-t-H production Block HiggsLHC13 # Higgs production cross section at LHC13 [pb] (rescaled SM values from SusHI 1.5.0) 1 25 4.58162436E+01 # Gluon fusion Block HiggsLHC14 # Higgs production cross section at LHC14 [pb] (rescaled SM values from SusHI 1.5.0) 1 25 5.15910415E+01 # Gluon fusion Block HiggsFCC100 # Higgs production cross section at FCC-pp [pb] (rescaled SM values from SusHI 1.5.0) 1 25 7.59094901E+02 # Gluon fusion Block HiggsBoundsInputHiggsCouplingsFermions # 4.86365947E-01 0.00000000E+00 3 25 5 5 # h_1 b b coupling 3.50674508E-01 0.00000000E+00 3 25 3 3 # h_1 s s coupling 9.60102090E-01 0.00000000E+00 3 25 6 6 # h_1 t t coupling 2.24760844E-01 0.00000000E+00 3 25 4 4 # h_1 c c coupling 1.06214695E+00 0.00000000E+00 3 25 15 15 # h_1 tau tau coupling 1.03920743E+00 0.00000000E+00 3 25 13 13 # h_1 mu mu coupling 2.57187619E+01 0.00000000E+00 3 35 5 5 # h_2 b b coupling 1.80195818E+01 7.67245244E-32 3 35 3 3 # h_2 s s coupling 7.48192838E-03 0.00000000E+00 3 35 6 6 # h_2 t t coupling 2.41438991E-03 0.00000000E+00 3 35 4 4 # h_2 c c coupling 9.07865825E+01 0.00000000E+00 3 35 15 15 # h_2 tau tau coupling 9.07829833E+01 0.00000000E+00 3 35 13 13 # h_2 mu mu coupling 0.00000000E+00 2.57203333E+01 3 36 5 5 # A_2 b b coupling 7.67245244E-32 1.80206827E+01 3 36 3 3 # A_2 s s coupling 9.42198493E-35 7.44049149E-03 3 36 6 6 # A_2 t t coupling 0.00000000E+00 2.40101839E-03 3 36 4 4 # A_2 c c coupling 0.00000000E+00 9.07921294E+01 3 36 15 15 # A_2 tau tau coupling 0.00000000E+00 9.07885300E+01 3 36 13 13 # A_2 mu mu coupling Block HiggsBoundsInputHiggsCouplingsBosons # 1.00987244E+00 3 25 24 24 # h_1 W W coupling 1.00701050E+00 3 25 23 23 # h_1 Z Z coupling 0.00000000E+00 3 25 23 22 # h_1 Z gamma coupling 1.01548249E+00 3 25 22 22 # h_1 gamma gamma coupling 1.00073216E+00 3 25 21 21 # h_1 g g coupling 0.00000000E+00 4 25 21 21 23 # h_1 g g Z coupling 2.68154452E-05 3 35 24 24 # h_2 W W coupling 2.69060452E-05 3 35 23 23 # h_2 Z Z coupling 0.00000000E+00 3 35 23 22 # h_2 Z gamma coupling 2.42233793E-04 3 35 22 22 # h_2 gamma gamma coupling 5.51060877E-03 3 35 21 21 # h_2 g g coupling 0.00000000E+00 4 35 21 21 23 # h_2 g g Z coupling 0.00000000E+00 3 36 24 24 # A_2 W W coupling 0.00000000E+00 3 36 23 23 # A_2 Z Z coupling 0.00000000E+00 3 36 23 22 # A_2 Z gamma coupling 5.66058881E-04 3 36 22 22 # A_2 gamma gamma coupling 1.07964434E-02 3 36 21 21 # A_2 g g coupling 0.00000000E+00 4 36 21 21 23 # A_2 g g Z coupling 0.00000000E+00 3 25 25 23 # h_1 h_1 Z coupling 0.00000000E+00 3 25 35 23 # h_1 h_2 Z coupling 8.48275399E-08 3 25 36 23 # h_1 A_2 Z coupling 0.00000000E+00 3 35 25 23 # h_2 h_1 Z coupling 0.00000000E+00 3 35 35 23 # h_2 h_2 Z coupling 9.99999915E-01 3 35 36 23 # h_2 A_2 Z coupling 0.00000000E+00 3 36 36 23 # A_2 A_2 Z coupling Block EFFHIGGSCOUPLINGS # values of loop-induced couplings 25 22 22 0.31584896E-04 # H-Photon-Photon 25 21 21 0.64688558E-04 # H-Gluon-Gluon 25 22 23 0.00000000E+00 # H-Photon-Z (not yet calculated by SPheno) 35 22 22 0.14768259E-06 # H-Photon-Photon 35 21 21 0.74653399E-06 # H-Gluon-Gluon 35 22 23 0.00000000E+00 # H-Photon-Z (not yet calculated by SPheno) 36 22 22 0.25114146E-06 # A-Photon-Photon 36 21 21 0.10507233E-05 # A-Gluon-Gluon 36 22 23 0.00000000E+00 # A-Photon-Z (not yet calculated by SPheno) Block SPhenoLowEnergy # low energy observables 20 1.14224060E-15 # (g-2)_e 21 4.88358202E-11 # (g-2)_mu 22 1.39266732E-08 # (g-2)_tau 23 0.00000000E+00 # EDM(e) 24 0.00000000E+00 # EDM(mu) 25 0.00000000E+00 # EDM(tau) 39 4.80470521E-05 # delta(rho) Block FlavorKitQFV # quark flavor violating observables 200 3.16992145E-04 # BR(B->X_s gamma) 201 1.00632427E+00 # BR(B->X_s gamma)/BR(B->X_s gamma)_SM 300 2.63254359E-03 # BR(D->mu nu) 301 9.98906992E-01 # BR(D->mu nu)/BR(D->mu nu)_SM 400 2.49137110E-02 # BR(Ds->mu nu) 401 9.98782040E-01 # BR(Ds->mu nu)/BR(Ds->mu nu)_SM 402 2.43483571E-01 # BR(Ds->tau nu) 403 9.98782039E-01 # BR(Ds->tau nu)/BR(Ds->tau nu)_SM 500 2.28571312E-06 # BR(B->mu nu) 501 9.90664549E-01 # BR(B->mu nu)/BR(B->mu nu)_SM 502 5.08600999E-04 # BR(B->tau nu) 503 9.90664544E-01 # BR(B->tau nu)/BR(B->tau nu)_SM 600 2.82717111E+00 # BR(K->mu nu) 601 9.99918314E-01 # BR(K->mu nu)/BR(K->mu nu)_SM 602 2.47647734E-05 # R_K = BR(K->e nu)/(K->mu nu) 603 2.47607277E-05 # R_K^SM = BR(K->e nu)_SM/(K->mu nu)_SM 1900 1.78820449E+01 # Delta(M_Bs) 1901 1.00122773E+00 # Delta(M_Bs)/Delta(M_Bs)_SM 1902 3.99764355E-01 # Delta(M_Bd) 1903 1.00141635E+00 # Delta(M_Bd)/Delta(M_Bd)_SM 4000 2.48012643E-15 # BR(B^0_d->e e) 4001 9.99286753E-01 # BR(B^0_d->e e)/BR(B^0_d->e e)_SM 4002 7.70011936E-14 # BR(B^0_s->e e) 4003 9.99186256E-01 # BR(B^0_s->e e)/BR(B^0_s->e e)_SM 4004 1.05948215E-10 # BR(B^0_d->mu mu) 4005 9.99286786E-01 # BR(B^0_d->mu mu)/BR(B^0_d->mu mu)_SM 4006 3.28948953E-09 # BR(B^0_s->mu mu) 4007 9.99186290E-01 # BR(B^0_s->mu mu)/BR(B^0_s->mu mu)_SM 4008 2.21764411E-08 # BR(B^0_d->tau tau) 4009 9.99296357E-01 # BR(B^0_d->tau tau)/BR(B^0_d->tau tau)_SM 4010 6.97645592E-07 # BR(B^0_s->tau tau) 4011 9.99195803E-01 # BR(B^0_s->tau tau)/BR(B^0_s->tau tau)_SM 5000 1.64056949E-06 # BR(B-> s e e) 5001 9.91106993E-01 # BR(B-> s e e)/BR(B-> s e e)_SM 5002 1.59026973E-06 # BR(B-> s mu mu) 5003 9.90951920E-01 # BR(B-> s mu mu)/BR(B-> s mu mu)_SM 6000 1.09836879E-07 # BR(B -> K mu mu) 6001 9.89521431E-01 # BR(B -> K mu mu)/BR(B -> K mu mu)_SM 7000 4.09409786E-05 # BR(B->s nu nu) 7001 9.99736796E-01 # BR(B->s nu nu)/BR(B->s nu nu)_SM 7002 1.89568236E-06 # BR(B->D nu nu) 7003 9.99738573E-01 # BR(B->D nu nu)/BR(B->D nu nu)_SM 8000 1.29755847E-10 # BR(K^+ -> pi^+ nu nu) 8001 9.99846525E-01 # BR(K^+ -> pi^+ nu nu)/BR(K^+ -> pi^+ nu nu)_SM 8002 3.02615803E-11 # BR(K_L -> pi^0 nu nu) 8003 9.99741759E-01 # BR(K_L -> pi^0 nu nu)/BR(K_L -> pi^0 nu nu)_SM 9100 1.94971619E-15 # Delta(M_K) 9102 1.00001722E+00 # Delta(M_K)/Delta(M_K)_SM 9103 1.84755314E-03 # epsilon_K 9104 1.00122884E+00 # epsilon_K/epsilon_K^SM Block FlavorKitLFV # lepton flavor violating observables 701 8.55490520E-34 # BR(mu->e gamma) 702 4.87917209E-65 # BR(tau->e gamma) 703 2.79136720E-37 # BR(tau->mu gamma) 800 2.67738403E-36 # CR(mu-e, Al) 801 4.81887157E-36 # CR(mu-e, Ti) 802 6.52210692E-36 # CR(mu-e, Sr) 803 7.33659507E-36 # CR(mu-e, Sb) 804 3.95214511E-36 # CR(mu-e, Au) 805 3.71751629E-36 # CR(mu-e, Pb) 901 6.01419578E-36 # BR(mu->3e) 902 5.87549424E-67 # BR(tau->3e) 903 7.17144001E-40 # BR(tau->3mu) 904 1.14680401E-67 # BR(tau- -> e- mu+ mu-) 905 3.30033351E-39 # BR(tau- -> mu- e+ e-) 906 6.61326756E-78 # BR(tau- -> e+ mu- mu-) 907 3.30429756-107 # BR(tau- -> mu+ e- e-) 1001 9.55295653E-47 # BR(Z->e mu) 1002 2.15222260E-72 # BR(Z->e tau) 1003 1.23017320E-44 # BR(Z->mu tau) 1101 1.48707049E-33 # BR(h->e mu) 1102 1.66615019E-62 # BR(h->e tau) 1103 9.52041674E-35 # BR(h->mu tau) 2001 1.49557450E-72 # BR(tau->e pi) 2002 1.45456081E-72 # BR(tau->e eta) 2003 1.63254977E-72 # BR(tau->e eta') 2004 8.53999062E-45 # BR(tau->mu pi) 2005 8.52014842E-45 # BR(tau->mu eta) 2006 9.56276412E-45 # BR(tau->mu eta') Block FWCOEF Q= 1.60000000E+02 # Wilson coefficients at scale Q 0305 4422 00 0 -0.17244799E-08 # coeffC7sm 0305 4422 00 2 -0.17348183E-08 # coeffC7 0305 4322 00 2 -0.33366334E-10 # coeffC7p 0305 4422 00 1 -0.10338427E-10 # coeffC7NP 0305 4322 00 1 -0.33366334E-10 # coeffC7pNP 0305 6421 00 0 -0.86377623E-09 # coeffC8sm 0305 6421 00 2 -0.90798264E-09 # coeffC8 0305 6321 00 2 -0.17456290E-10 # coeffC8p 0305 6421 00 1 -0.44206413E-10 # coeffC8NP 0305 6321 00 1 -0.17456290E-10 # coeffC8pNP 03051111 4133 00 0 0.10360670E-08 # coeffC9eeSM 03051111 4133 00 2 0.10359224E-08 # coeffC9ee 03051111 4233 00 2 -0.25153795E-14 # coeffC9Pee 03051111 4133 00 1 -0.14459149E-12 # coeffC9eeNP 03051111 4233 00 1 -0.25153795E-14 # coeffC9PeeNP 03051111 4137 00 0 -0.39442756E-08 # coeffC10eeSM 03051111 4137 00 2 -0.39434536E-08 # coeffC10ee 03051111 4237 00 2 -0.25370087E-13 # coeffC10Pee 03051111 4137 00 1 0.82201945E-12 # coeffC10eeNP 03051111 4237 00 1 -0.25370087E-13 # coeffC10PeeNP 03051313 4133 00 0 0.10360665E-08 # coeffC9mumuSM 03051313 4133 00 2 0.10359218E-08 # coeffC9mumu 03051313 4233 00 2 -0.25153717E-14 # coeffC9Pmumu 03051313 4133 00 1 -0.14466810E-12 # coeffC9mumuNP 03051313 4233 00 1 -0.25153717E-14 # coeffC9PmumuNP 03051313 4137 00 0 -0.39442761E-08 # coeffC10mumuSM 03051313 4137 00 2 -0.39434542E-08 # coeffC10mumu 03051313 4237 00 2 -0.25370089E-13 # coeffC10Pmumu 03051313 4137 00 1 0.82194515E-12 # coeffC10mumuNP 03051313 4237 00 1 -0.25370089E-13 # coeffC10PmumuNP 03051212 4141 00 0 -0.12184348E-07 # coeffCLnu1nu1SM 03051212 4141 00 2 -0.12182760E-07 # coeffCLnu1nu1 03051212 4241 00 2 0.50739397E-13 # coeffCLPnu1nu1 03051212 4141 00 1 0.15885027E-11 # coeffCLnu1nu1NP 03051212 4241 00 1 0.50739397E-13 # coeffCLPnu1nu1NP 03051414 4141 00 0 -0.12184232E-07 # coeffCLnu2nu2SM 03051414 4141 00 2 -0.12182643E-07 # coeffCLnu2nu2 03051414 4241 00 2 0.50739383E-13 # coeffCLPnu2nu2 03051414 4141 00 1 0.15886647E-11 # coeffCLnu2nu2NP 03051414 4241 00 1 0.50739383E-13 # coeffCLPnu2nu2NP 03051616 4141 00 0 -0.12159446E-07 # coeffCLnu3nu3SM 03051616 4141 00 2 -0.12157811E-07 # coeffCLnu3nu3 03051616 4241 00 2 0.50735205E-13 # coeffCLPnu3nu3 03051616 4141 00 1 0.16350788E-11 # coeffCLnu3nu3NP 03051616 4241 00 1 0.50735205E-13 # coeffCLPnu3nu3NP 03051212 4142 00 0 0.00000000E+00 # coeffCRnu1nu1SM 03051212 4142 00 2 0.00000000E+00 # coeffCRnu1nu1 03051212 4242 00 2 0.00000000E+00 # coeffCRPnu1nu1 03051212 4142 00 1 0.00000000E+00 # coeffCRnu1nu1NP 03051212 4242 00 1 0.00000000E+00 # coeffCRPnu1nu1NP 03051414 4142 00 0 0.00000000E+00 # coeffCRnu2nu2SM 03051414 4142 00 2 0.00000000E+00 # coeffCRnu2nu2 03051414 4242 00 2 0.00000000E+00 # coeffCRPnu2nu2 03051414 4142 00 1 0.00000000E+00 # coeffCRnu2nu2NP 03051414 4242 00 1 0.00000000E+00 # coeffCRPnu2nu2NP 03051616 4142 00 0 0.00000000E+00 # coeffCRnu3nu3SM 03051616 4142 00 2 0.00000000E+00 # coeffCRnu3nu3 03051616 4242 00 2 0.00000000E+00 # coeffCRPnu3nu3 03051616 4142 00 1 0.00000000E+00 # coeffCRnu3nu3NP 03051616 4242 00 1 0.00000000E+00 # coeffCRPnu3nu3NP 01030103 3131 00 2 -0.17895855E-23 # coeffKK_SLL 01030103 3232 00 2 -0.64602903E-21 # coeffKK_SRR 01030103 3132 00 2 -0.91283280E-20 # coeffKK_SLR 01030103 4141 00 2 0.96377630E-13 # coeffKK_VLL 01030103 4242 00 2 0.51736693E-29 # coeffKK_VRR 01030103 4142 00 2 -0.33075307E-22 # coeffKK_VLR 01030103 4343 00 2 -0.43892417E-26 # coeffKK_TLL 01030103 4444 00 2 -0.15848872E-23 # coeffKK_TRR 01050105 3131 00 2 -0.96339907E-21 # coeffBB_SLL 01050105 3232 00 2 -0.93924072E-15 # coeffBB_SRR 01050105 3132 00 2 -0.97090469E-17 # coeffBB_SLR 01050105 4141 00 2 0.33503918E-11 # coeffBB_VLL 01050105 4242 00 2 0.38787610E-24 # coeffBB_VRR 01050105 4142 00 2 -0.92642947E-18 # coeffBB_VLR 01050105 4343 00 2 -0.21509941E-25 # coeffBB_TLL 01050105 4444 00 2 -0.22248928E-19 # coeffBB_TRR 03050305 3131 00 2 -0.10159731E-16 # coeffBsBs_SLL 03050305 3232 00 2 -0.27438218E-13 # coeffBsBs_SRR 03050305 3132 00 2 -0.53897151E-14 # coeffBsBs_SLR 03050305 4141 00 2 0.97889126E-10 # coeffBsBs_VLL 03050305 4242 00 2 0.41789059E-20 # coeffBsBs_VRR 03050305 4142 00 2 -0.51147425E-15 # coeffBsBs_VLR 03050305 4343 00 2 -0.24363154E-21 # coeffBsBs_TLL 03050305 4444 00 2 -0.65950863E-18 # coeffBsBs_TRR 01030103 3131 00 1 0.56062695E-25 # coeffKK_SLLNP 01030103 3232 00 1 0.20237831E-22 # coeffKK_SRRNP 01030103 3132 00 1 -0.66210290E-21 # coeffKK_SLRNP 01030103 4141 00 1 0.73846796E-17 # coeffKK_VLLNP 01030103 4242 00 1 -0.66327194E-29 # coeffKK_VRRNP 01030103 4142 00 1 0.19916885E-23 # coeffKK_VLRNP 01030103 4343 00 1 -0.43892417E-26 # coeffKK_TLLNP 01030103 4444 00 1 -0.15848872E-23 # coeffKK_TRRNP 01050105 3131 00 1 0.75793614E-23 # coeffBB_SLLNP 01050105 3232 00 1 0.73944118E-17 # coeffBB_SRRNP 01050105 3132 00 1 -0.20466654E-17 # coeffBB_SLRNP 01050105 4141 00 1 0.30046948E-14 # coeffBB_VLLNP 01050105 4242 00 1 0.10582304E-24 # coeffBB_VRRNP 01050105 4142 00 1 0.32300050E-19 # coeffBB_VLRNP 01050105 4343 00 1 -0.21509941E-25 # coeffBB_TLLNP 01050105 4444 00 1 -0.22248928E-19 # coeffBB_TRRNP 03050305 3131 00 1 0.79988820E-19 # coeffBsBs_SLLNP 03050305 3232 00 1 0.21602871E-15 # coeffBsBs_SRRNP 03050305 3132 00 1 -0.11354403E-14 # coeffBsBs_SLRNP 03050305 4141 00 1 0.87799924E-13 # coeffBsBs_VLLNP 03050305 4242 00 1 0.12026150E-20 # coeffBsBs_VRRNP 03050305 4142 00 1 0.20664594E-16 # coeffBsBs_VLRNP 03050305 4343 00 1 -0.24363154E-21 # coeffBsBs_TLLNP 03050305 4444 00 1 -0.65950863E-18 # coeffBsBs_TRRNP 01030103 3131 00 0 -0.18456482E-23 # coeffKK_SLLSM 01030103 3232 00 0 -0.66626686E-21 # coeffKK_SRRSM 01030103 3132 00 0 -0.84662251E-20 # coeffKK_SLRSM 01030103 4141 00 0 0.96370245E-13 # coeffKK_VLLSM 01030103 4242 00 0 0.11806389E-28 # coeffKK_VRRSM 01030103 4142 00 0 -0.35066996E-22 # coeffKK_VLRSM 01030103 4343 00 0 -0.61783541E-47 # coeffKK_TLLSM 01030103 4444 00 0 -0.63769435E-45 # coeffKK_TRRSM 01050105 3131 00 0 -0.97097843E-21 # coeffBB_SLLSM 01050105 3232 00 0 -0.94663513E-15 # coeffBB_SRRSM 01050105 3132 00 0 -0.76623815E-17 # coeffBB_SLRSM 01050105 4141 00 0 0.33473871E-11 # coeffBB_VLLSM 01050105 4242 00 0 0.28205306E-24 # coeffBB_VRRSM 01050105 4142 00 0 -0.95872952E-18 # coeffBB_VLRSM 01050105 4343 00 0 -0.13041874E-53 # coeffBB_TLLSM 01050105 4444 00 0 -0.11938986E-47 # coeffBB_TRRSM 03050305 3131 00 0 -0.10239720E-16 # coeffBsBs_SLLSM 03050305 3232 00 0 -0.27654246E-13 # coeffBsBs_SRRSM 03050305 3132 00 0 -0.42542748E-14 # coeffBsBs_SLRSM 03050305 4141 00 0 0.97801326E-10 # coeffBsBs_VLLSM 03050305 4242 00 0 0.29762908E-20 # coeffBsBs_VRRSM 03050305 4142 00 0 -0.53213884E-15 # coeffBsBs_VLRSM 03050305 4343 00 0 -0.13513866E-50 # coeffBsBs_TLLSM 03050305 4444 00 0 -0.12494895E-46 # coeffBsBs_TRRSM Block IMFWCOEF Q= 1.60000000E+02 # Im(Wilson coefficients) at scale Q 0305 4422 00 0 0.64275156E-10 # coeffC7sm 0305 4422 00 2 0.63991620E-10 # coeffC7 0305 4322 00 2 0.23116266E-11 # coeffC7p 0305 4422 00 1 -0.28353515E-12 # coeffC7NP 0305 4322 00 1 0.23116266E-11 # coeffC7pNP 0305 6421 00 0 0.74437180E-10 # coeffC8sm 0305 6421 00 2 0.73653614E-10 # coeffC8 0305 6321 00 2 0.14165763E-11 # coeffC8p 0305 6421 00 1 -0.78356531E-12 # coeffC8NP 0305 6321 00 1 0.14165763E-11 # coeffC8pNP 03051111 4133 00 0 -0.18499575E-10 # coeffC9eeSM 03051111 4133 00 2 -0.18498170E-10 # coeffC9ee 03051111 4233 00 2 0.44594165E-16 # coeffC9Pee 03051111 4133 00 1 0.14053663E-14 # coeffC9eeNP 03051111 4233 00 1 0.44594165E-16 # coeffC9PeeNP 03051111 4137 00 0 0.70390423E-10 # coeffC10eeSM 03051111 4137 00 2 0.70376525E-10 # coeffC10ee 03051111 4237 00 2 0.44973134E-15 # coeffC10Pee 03051111 4137 00 1 -0.13897842E-13 # coeffC10eeNP 03051111 4237 00 1 0.44973134E-15 # coeffC10PeeNP 03051313 4133 00 0 -0.18499566E-10 # coeffC9mumuSM 03051313 4133 00 2 -0.18498160E-10 # coeffC9mumu 03051313 4233 00 2 0.44593978E-16 # coeffC9Pmumu 03051313 4133 00 1 0.14067137E-14 # coeffC9mumuNP 03051313 4233 00 1 0.44593978E-16 # coeffC9PmumuNP 03051313 4137 00 0 0.70390432E-10 # coeffC10mumuSM 03051313 4137 00 2 0.70376536E-10 # coeffC10mumu 03051313 4237 00 2 0.44973153E-15 # coeffC10Pmumu 03051313 4137 00 1 -0.13896496E-13 # coeffC10mumuNP 03051313 4237 00 1 0.44973153E-15 # coeffC10PmumuNP 03051212 4141 00 0 0.21750915E-09 # coeffCLnu1nu1SM 03051212 4141 00 2 0.21748139E-09 # coeffCLnu1nu1 03051212 4241 00 2 -0.89946712E-15 # coeffCLPnu1nu1 03051212 4141 00 1 -0.27757949E-13 # coeffCLnu1nu1NP 03051212 4241 00 1 -0.89946712E-15 # coeffCLPnu1nu1NP 03051414 4141 00 0 0.21750615E-09 # coeffCLnu2nu2SM 03051414 4141 00 2 0.21747839E-09 # coeffCLnu2nu2 03051414 4241 00 2 -0.89946675E-15 # coeffCLPnu2nu2 03051414 4141 00 1 -0.27760786E-13 # coeffCLnu2nu2NP 03051414 4241 00 1 -0.89946675E-15 # coeffCLPnu2nu2NP 03051616 4141 00 0 0.21704156E-09 # coeffCLnu3nu3SM 03051616 4141 00 2 0.21701299E-09 # coeffCLnu3nu3 03051616 4241 00 2 -0.89936152E-15 # coeffCLPnu3nu3 03051616 4141 00 1 -0.28573456E-13 # coeffCLnu3nu3NP 03051616 4241 00 1 -0.89936152E-15 # coeffCLPnu3nu3NP 03051212 4142 00 0 0.00000000E+00 # coeffCRnu1nu1SM 03051212 4142 00 2 0.00000000E+00 # coeffCRnu1nu1 03051212 4242 00 2 0.00000000E+00 # coeffCRPnu1nu1 03051212 4142 00 1 0.00000000E+00 # coeffCRnu1nu1NP 03051212 4242 00 1 0.00000000E+00 # coeffCRPnu1nu1NP 03051414 4142 00 0 0.00000000E+00 # coeffCRnu2nu2SM 03051414 4142 00 2 0.00000000E+00 # coeffCRnu2nu2 03051414 4242 00 2 0.00000000E+00 # coeffCRPnu2nu2 03051414 4142 00 1 0.00000000E+00 # coeffCRnu2nu2NP 03051414 4242 00 1 0.00000000E+00 # coeffCRPnu2nu2NP 03051616 4142 00 0 0.00000000E+00 # coeffCRnu3nu3SM 03051616 4142 00 2 0.00000000E+00 # coeffCRnu3nu3 03051616 4242 00 2 0.00000000E+00 # coeffCRPnu3nu3 03051616 4142 00 1 0.00000000E+00 # coeffCRnu3nu3NP 03051616 4242 00 1 0.00000000E+00 # coeffCRPnu3nu3NP 01030103 3131 00 2 -0.15900954E-23 # coeffKK_SLL 01030103 3232 00 2 -0.57400434E-21 # coeffKK_SRR 01030103 3132 00 2 -0.37613879E-21 # coeffKK_SLR 01030103 4141 00 2 0.61832723E-14 # coeffKK_VLL 01030103 4242 00 2 0.21543924E-29 # coeffKK_VRR 01030103 4142 00 2 -0.29896436E-22 # coeffKK_VLR 01030103 4343 00 2 -0.24875552E-28 # coeffKK_TLL 01030103 4444 00 2 -0.11406065E-25 # coeffKK_TRR 01050105 3131 00 2 -0.87082769E-21 # coeffBB_SLL 01050105 3232 00 2 -0.84897890E-15 # coeffBB_SRR 01050105 3132 00 2 -0.87828713E-17 # coeffBB_SLR 01050105 4141 00 2 0.30292825E-11 # coeffBB_VLL 01050105 4242 00 2 0.33922862E-24 # coeffBB_VRR 01050105 4142 00 2 -0.85061800E-18 # coeffBB_VLR 01050105 4343 00 2 -0.15431037E-25 # coeffBB_TLL 01050105 4444 00 2 -0.19132005E-19 # coeffBB_TRR 03050305 3131 00 2 0.36276824E-18 # coeffBsBs_SLL 03050305 3232 00 2 0.97970654E-15 # coeffBsBs_SRR 03050305 3132 00 2 0.19258529E-15 # coeffBsBs_SLR 03050305 4141 00 2 -0.34958598E-11 # coeffBsBs_VLL 03050305 4242 00 2 -0.14136196E-21 # coeffBsBs_VRR 03050305 4142 00 2 0.18574296E-16 # coeffBsBs_VLR 03050305 4343 00 2 0.68367660E-23 # coeffBsBs_TLL 03050305 4444 00 2 0.22406210E-19 # coeffBsBs_TRR 01030103 3131 00 1 0.12082465E-25 # coeffKK_SLLNP 01030103 3232 00 1 0.43713583E-23 # coeffKK_SRRNP 01030103 3132 00 1 -0.68318901E-22 # coeffKK_SLRNP 01030103 4141 00 1 0.47118603E-17 # coeffKK_VLLNP 01030103 4242 00 1 0.18905616E-29 # coeffKK_VRRNP 01030103 4142 00 1 0.54466740E-24 # coeffKK_VLRNP 01030103 4343 00 1 -0.24875552E-28 # coeffKK_TLLNP 01030103 4444 00 1 -0.11406065E-25 # coeffKK_TRRNP 01050105 3131 00 1 0.68352110E-23 # coeffBB_SLLNP 01050105 3232 00 1 0.66801990E-17 # coeffBB_SRRNP 01050105 3132 00 1 -0.18523715E-17 # coeffBB_SLRNP 01050105 4141 00 1 0.27140818E-14 # coeffBB_VLLNP 01050105 4242 00 1 0.83949910E-25 # coeffBB_VRRNP 01050105 4142 00 1 0.15973160E-19 # coeffBB_VLRNP 01050105 4343 00 1 -0.15431037E-25 # coeffBB_TLLNP 01050105 4444 00 1 -0.19132005E-19 # coeffBB_TRRNP 03050305 3131 00 1 -0.28490268E-20 # coeffBsBs_SLLNP 03050305 3232 00 1 -0.77100922E-17 # coeffBsBs_SRRNP 03050305 3132 00 1 0.40619421E-16 # coeffBsBs_SLRNP 03050305 4141 00 1 -0.31320705E-14 # coeffBsBs_VLLNP 03050305 4242 00 1 -0.35002044E-22 # coeffBsBs_VRRNP 03050305 4142 00 1 -0.42613978E-18 # coeffBsBs_VLRNP 03050305 4343 00 1 0.68367660E-23 # coeffBsBs_TLLNP 03050305 4444 00 1 0.22406210E-19 # coeffBsBs_TRRNP 01030103 3131 00 0 -0.16021779E-23 # coeffKK_SLLSM 01030103 3232 00 0 -0.57837570E-21 # coeffKK_SRRSM 01030103 3132 00 0 -0.30781989E-21 # coeffKK_SLRSM 01030103 4141 00 0 0.61785604E-14 # coeffKK_VLLSM 01030103 4242 00 0 0.26383073E-30 # coeffKK_VRRSM 01030103 4142 00 0 -0.30441103E-22 # coeffKK_VLRSM 01030103 4343 00 0 0.26965133E-47 # coeffKK_TLLSM 01030103 4444 00 0 0.57075289E-45 # coeffKK_TRRSM 01050105 3131 00 0 -0.87766290E-21 # coeffBB_SLLSM 01050105 3232 00 0 -0.85565910E-15 # coeffBB_SRRSM 01050105 3132 00 0 -0.69304998E-17 # coeffBB_SLRSM 01050105 4141 00 0 0.30265684E-11 # coeffBB_VLLSM 01050105 4242 00 0 0.25527871E-24 # coeffBB_VRRSM 01050105 4142 00 0 -0.86659116E-18 # coeffBB_VLRSM 01050105 4343 00 0 -0.33122220E-54 # coeffBB_TLLSM 01050105 4444 00 0 -0.10419479E-47 # coeffBB_TRRSM 03050305 3131 00 0 0.36561727E-18 # coeffBsBs_SLLSM 03050305 3232 00 0 0.98741663E-15 # coeffBsBs_SRRSM 03050305 3132 00 0 0.15196587E-15 # coeffBsBs_SLRSM 03050305 4141 00 0 -0.34927277E-11 # coeffBsBs_VLLSM 03050305 4242 00 0 -0.10635992E-21 # coeffBsBs_VRRSM 03050305 4142 00 0 0.19000436E-16 # coeffBsBs_VLRSM 03050305 4343 00 0 -0.16958576E-51 # coeffBsBs_TLLSM 03050305 4444 00 0 0.65121743E-48 # coeffBsBs_TRRSM Block FineTuning # 0 1.05178715E+03 # Overall FT 1 1.49541553E+01 # m0 2 8.27393275E+02 # m12 3 2.89061254E+02 # Azero 4 1.05178715E+03 # \[Mu] 5 1.68795379E+01 # B[\[Mu]] DECAY 1000001 5.02878098E+01 # Sd_1 # BR NDA ID1 ID2 2.91414709E-01 2 6 -1000024 # BR(Sd_1 -> Fu_3 Cha_1 ) 1.70506408E-01 2 6 -1000037 # BR(Sd_1 -> Fu_3 Cha_2 ) 2.29147062E-04 2 3 1000023 # BR(Sd_1 -> Fd_2 Chi_2 ) 7.62513081E-03 2 5 1000022 # BR(Sd_1 -> Fd_3 Chi_1 ) 1.47942737E-01 2 5 1000023 # BR(Sd_1 -> Fd_3 Chi_2 ) 1.91233685E-03 2 5 1000025 # BR(Sd_1 -> Fd_3 Chi_3 ) 2.12204677E-03 2 5 1000035 # BR(Sd_1 -> Fd_3 Chi_4 ) 3.78229750E-01 2 1000002 -24 # BR(Sd_1 -> Su_1 VWm ) DECAY 1000003 2.50796627E+00 # Sd_2 # BR NDA ID1 ID2 1.83008483E-04 2 4 -1000037 # BR(Sd_2 -> Fu_2 Cha_2 ) 2.29428601E-03 2 6 -1000024 # BR(Sd_2 -> Fu_3 Cha_1 ) 1.30608082E-01 2 6 -1000037 # BR(Sd_2 -> Fu_3 Cha_2 ) 6.59471815E-01 2 5 1000022 # BR(Sd_2 -> Fd_3 Chi_1 ) 1.16221980E-03 2 5 1000023 # BR(Sd_2 -> Fd_3 Chi_2 ) 5.91567891E-02 2 5 1000025 # BR(Sd_2 -> Fd_3 Chi_3 ) 5.99402844E-02 2 5 1000035 # BR(Sd_2 -> Fd_3 Chi_4 ) 1.86142190E-02 2 1000001 25 # BR(Sd_2 -> Sd_1 hh_1 ) 1.66709824E-02 2 1000001 23 # BR(Sd_2 -> Sd_1 VZ ) 2.53537125E-02 2 1000002 -24 # BR(Sd_2 -> Su_1 VWm ) 2.64143115E-02 2 1000004 -24 # BR(Sd_2 -> Su_2 VWm ) DECAY 1000005 1.67408614E+00 # Sd_3 # BR NDA ID1 ID2 9.99567134E-01 2 3 1000022 # BR(Sd_3 -> Fd_2 Chi_1 ) 2.41537968E-04 2 3 1000035 # BR(Sd_3 -> Fd_2 Chi_4 ) DECAY 2000001 1.67380164E+00 # Sd_4 # BR NDA ID1 ID2 9.99740620E-01 2 1 1000022 # BR(Sd_4 -> Fd_1 Chi_1 ) 2.11360725E-04 2 1 1000035 # BR(Sd_4 -> Fd_1 Chi_4 ) DECAY 2000003 2.90169211E+01 # Sd_5 # BR NDA ID1 ID2 4.24202139E-03 2 2 -1000024 # BR(Sd_5 -> Fu_1 Cha_1 ) 6.49703916E-01 2 4 -1000024 # BR(Sd_5 -> Fu_2 Cha_1 ) 2.40523708E-03 2 4 -1000037 # BR(Sd_5 -> Fu_2 Cha_2 ) 3.28038878E-04 2 1 1000022 # BR(Sd_5 -> Fd_1 Chi_1 ) 6.98573563E-03 2 1 1000023 # BR(Sd_5 -> Fd_1 Chi_2 ) 1.50153058E-02 2 3 1000022 # BR(Sd_5 -> Fd_2 Chi_1 ) 3.19756471E-01 2 3 1000023 # BR(Sd_5 -> Fd_2 Chi_2 ) 9.08955928E-04 2 3 1000035 # BR(Sd_5 -> Fd_2 Chi_4 ) 5.18860799E-04 2 5 1000023 # BR(Sd_5 -> Fd_3 Chi_2 ) DECAY 2000005 2.90165821E+01 # Sd_6 # BR NDA ID1 ID2 6.49731590E-01 2 2 -1000024 # BR(Sd_6 -> Fu_1 Cha_1 ) 2.39429511E-03 2 2 -1000037 # BR(Sd_6 -> Fu_1 Cha_2 ) 4.24224744E-03 2 4 -1000024 # BR(Sd_6 -> Fu_2 Cha_1 ) 1.50396415E-02 2 1 1000022 # BR(Sd_6 -> Fd_1 Chi_1 ) 3.20277493E-01 2 1 1000023 # BR(Sd_6 -> Fd_1 Chi_2 ) 9.08177684E-04 2 1 1000035 # BR(Sd_6 -> Fd_1 Chi_4 ) 3.28554099E-04 2 3 1000022 # BR(Sd_6 -> Fd_2 Chi_1 ) 6.99671463E-03 2 3 1000023 # BR(Sd_6 -> Fd_2 Chi_2 ) DECAY 1000002 5.65531202E+00 # Su_1 # BR NDA ID1 ID2 7.52326320E-01 2 6 1000022 # BR(Su_1 -> Fu_3 Chi_1 ) 4.05693979E-02 2 6 1000023 # BR(Su_1 -> Fu_3 Chi_2 ) 9.43769477E-03 2 6 1000025 # BR(Su_1 -> Fu_3 Chi_3 ) 1.37066727E-04 2 1000024 3 # BR(Su_1 -> Cha_1^* Fd_2 ) 8.43885310E-02 2 1000024 5 # BR(Su_1 -> Cha_1^* Fd_3 ) 1.86652913E-04 2 1000037 3 # BR(Su_1 -> Cha_2^* Fd_2 ) 1.12947487E-01 2 1000037 5 # BR(Su_1 -> Cha_2^* Fd_3 ) DECAY 1000004 5.07028164E+01 # Su_2 # BR NDA ID1 ID2 9.16485191E-03 2 6 1000022 # BR(Su_2 -> Fu_3 Chi_1 ) 1.39668516E-01 2 6 1000023 # BR(Su_2 -> Fu_3 Chi_2 ) 8.13612665E-02 2 6 1000025 # BR(Su_2 -> Fu_3 Chi_3 ) 9.40581360E-02 2 6 1000035 # BR(Su_2 -> Fu_3 Chi_4 ) 4.38412662E-04 2 1000024 3 # BR(Su_2 -> Cha_1^* Fd_2 ) 2.83354942E-01 2 1000024 5 # BR(Su_2 -> Cha_1^* Fd_3 ) 1.10738289E-02 2 1000037 5 # BR(Su_2 -> Cha_2^* Fd_3 ) 1.77996571E-01 2 1000002 25 # BR(Su_2 -> Su_1 hh_1 ) 2.02861872E-01 2 1000002 23 # BR(Su_2 -> Su_1 VZ ) DECAY 1000006 6.72760399E+00 # Su_3 # BR NDA ID1 ID2 9.99585493E-01 2 4 1000022 # BR(Su_3 -> Fu_2 Chi_1 ) 2.29319569E-04 2 4 1000035 # BR(Su_3 -> Fu_2 Chi_4 ) DECAY 2000002 6.72673684E+00 # Su_4 # BR NDA ID1 ID2 9.99738195E-01 2 2 1000022 # BR(Su_4 -> Fu_1 Chi_1 ) 2.13732957E-04 2 2 1000035 # BR(Su_4 -> Fu_1 Chi_4 ) DECAY 2000004 2.90487529E+01 # Su_5 # BR NDA ID1 ID2 1.12581063E-04 2 2 1000022 # BR(Su_5 -> Fu_1 Chi_1 ) 2.49409526E-03 2 2 1000023 # BR(Su_5 -> Fu_1 Chi_2 ) 1.46820126E-02 2 4 1000022 # BR(Su_5 -> Fu_2 Chi_1 ) 3.25167678E-01 2 4 1000023 # BR(Su_5 -> Fu_2 Chi_2 ) 7.11161739E-04 2 4 1000035 # BR(Su_5 -> Fu_2 Chi_4 ) 1.27501901E-02 2 1000024 1 # BR(Su_5 -> Cha_1^* Fd_1 ) 6.41934037E-01 2 1000024 3 # BR(Su_5 -> Cha_1^* Fd_2 ) 1.03723990E-03 2 1000024 5 # BR(Su_5 -> Cha_1^* Fd_3 ) 1.02784926E-03 2 1000037 3 # BR(Su_5 -> Cha_2^* Fd_2 ) DECAY 2000006 2.90485576E+01 # Su_6 # BR NDA ID1 ID2 1.46783601E-02 2 2 1000022 # BR(Su_6 -> Fu_1 Chi_1 ) 3.25182591E-01 2 2 1000023 # BR(Su_6 -> Fu_1 Chi_2 ) 7.05767604E-04 2 2 1000035 # BR(Su_6 -> Fu_1 Chi_4 ) 1.12613383E-04 2 4 1000022 # BR(Su_6 -> Fu_2 Chi_1 ) 2.49410027E-03 2 4 1000023 # BR(Su_6 -> Fu_2 Chi_2 ) 6.42977094E-01 2 1000024 1 # BR(Su_6 -> Cha_1^* Fd_1 ) 1.27725348E-02 2 1000024 3 # BR(Su_6 -> Cha_1^* Fd_2 ) 1.02422528E-03 2 1000037 1 # BR(Su_6 -> Cha_2^* Fd_1 ) DECAY 1000011 5.64947233E+00 # Se_1 # BR NDA ID1 ID2 1.69549205E-03 2 16 -1000024 # BR(Se_1 -> Fv_3 Cha_1 ) 9.97451697E-01 2 15 1000022 # BR(Se_1 -> Fe_3 Chi_1 ) 8.52810802E-04 2 15 1000023 # BR(Se_1 -> Fe_3 Chi_2 ) DECAY 1000013 5.81983954E+00 # Se_2 # BR NDA ID1 ID2 9.99985833E-01 2 13 1000022 # BR(Se_2 -> Fe_2 Chi_1 ) DECAY 1000015 5.82043687E+00 # Se_3 # BR NDA ID1 ID2 9.99996807E-01 2 11 1000022 # BR(Se_3 -> Fe_1 Chi_1 ) DECAY 2000011 7.53764834E+00 # Se_4 # BR NDA ID1 ID2 5.01655496E-01 2 16 -1000024 # BR(Se_4 -> Fv_3 Cha_1 ) 2.32771298E-01 2 15 1000022 # BR(Se_4 -> Fe_3 Chi_1 ) 2.52569779E-01 2 15 1000023 # BR(Se_4 -> Fe_3 Chi_2 ) 6.74333381E-03 2 1000011 25 # BR(Se_4 -> Se_1 hh_1 ) 6.26009324E-03 2 1000011 23 # BR(Se_4 -> Se_1 VZ ) DECAY 2000013 7.63008589E+00 # Se_5 # BR NDA ID1 ID2 5.12098189E-01 2 14 -1000024 # BR(Se_5 -> Fv_2 Cha_1 ) 2.30068301E-01 2 13 1000022 # BR(Se_5 -> Fe_2 Chi_1 ) 2.57793648E-01 2 13 1000023 # BR(Se_5 -> Fe_2 Chi_2 ) DECAY 2000015 7.63046173E+00 # Se_6 # BR NDA ID1 ID2 5.12132874E-01 2 12 -1000024 # BR(Se_6 -> Fv_1 Cha_1 ) 2.30056138E-01 2 11 1000022 # BR(Se_6 -> Fe_1 Chi_1 ) 2.57810987E-01 2 11 1000023 # BR(Se_6 -> Fe_1 Chi_2 ) DECAY 1000012 7.52264356E+00 # Sv_1 # BR NDA ID1 ID2 2.33366898E-01 2 16 1000022 # BR(Sv_1 -> Fv_3 Chi_1 ) 2.50311930E-01 2 16 1000023 # BR(Sv_1 -> Fv_3 Chi_2 ) 5.03684946E-01 2 1000024 15 # BR(Sv_1 -> Cha_1^* Fe_3 ) 1.26362266E-02 2 1000011 24 # BR(Sv_1 -> Se_1 VWm^* ) DECAY 1000014 7.61664186E+00 # Sv_2 # BR NDA ID1 ID2 2.32868239E-01 2 14 1000022 # BR(Sv_2 -> Fv_2 Chi_1 ) 2.54675770E-01 2 14 1000023 # BR(Sv_2 -> Fv_2 Chi_2 ) 5.12416954E-01 2 1000024 13 # BR(Sv_2 -> Cha_1^* Fe_2 ) DECAY 1000016 7.61701595E+00 # Sv_3 # BR NDA ID1 ID2 2.32865251E-01 2 12 1000022 # BR(Sv_3 -> Fv_1 Chi_1 ) 2.54689782E-01 2 12 1000023 # BR(Sv_3 -> Fv_1 Chi_2 ) 5.12444967E-01 2 1000024 11 # BR(Sv_3 -> Cha_1^* Fe_1 ) DECAY 25 4.07728819E-03 # hh_1 # BR NDA ID1 ID2 2.36476037E-03 2 22 22 # BR(hh_1 -> VP VP ) 7.93547951E-02 2 21 21 # BR(hh_1 -> VG VG ) 2.16063765E-02 2 23 23 # BR(hh_1 -> VZ VZ ) 2.02219216E-01 2 24 -24 # BR(hh_1 -> VWm^* VWm_virt ) 2.23603422E-04 2 -3 3 # BR(hh_1 -> Fd_2^* Fd_2 ) 5.98910386E-01 2 -5 5 # BR(hh_1 -> Fd_3^* Fd_3 ) 2.40670982E-04 2 -13 13 # BR(hh_1 -> Fe_2^* Fe_2 ) 6.94696370E-02 2 -15 15 # BR(hh_1 -> Fe_3^* Fe_3 ) 2.56098198E-02 2 -4 4 # BR(hh_1 -> Fu_2^* Fu_2 ) DECAY 35 4.85903043E+00 # hh_2 # BR NDA ID1 ID2 2.15584955E-03 2 1000024 -1000024 # BR(hh_2 -> Cha_1^* Cha_1 ) 5.54800925E-04 2 1000022 1000022 # BR(hh_2 -> Chi_1 Chi_1 ) 2.63517783E-03 2 1000022 1000023 # BR(hh_2 -> Chi_1 Chi_2 ) 1.05873280E-03 2 1000023 1000023 # BR(hh_2 -> Chi_2 Chi_2 ) 2.01062667E-04 2 -3 3 # BR(hh_2 -> Fd_2^* Fd_2 ) 5.55572912E-01 2 -5 5 # BR(hh_2 -> Fd_3^* Fd_3 ) 3.80961194E-04 2 -13 13 # BR(hh_2 -> Fe_2^* Fe_2 ) 1.07723964E-01 2 -15 15 # BR(hh_2 -> Fe_3^* Fe_3 ) 2.74248868E-01 2 -6 6 # BR(hh_2 -> Fu_3^* Fu_3 ) 3.51626384E-04 2 25 25 # BR(hh_2 -> hh_1 hh_1 ) 3.66574546E-02 2 -24 24 # BR(hh_2 -> VWm VWm^* ) 1.83625357E-02 2 23 23 # BR(hh_2 -> VZ VZ ) DECAY 36 4.72813859E+00 # Ah_2 # BR NDA ID1 ID2 1.83692567E-04 2 21 21 # BR(Ah_2 -> VG VG ) 1.78760026E-02 2 1000024 -1000024 # BR(Ah_2 -> Cha_1^* Cha_1 ) 8.88400792E-04 2 1000022 1000022 # BR(Ah_2 -> Chi_1 Chi_1 ) 6.39763515E-03 2 1000022 1000023 # BR(Ah_2 -> Chi_1 Chi_2 ) 8.76478352E-03 2 1000023 1000023 # BR(Ah_2 -> Chi_2 Chi_2 ) 2.06639609E-04 2 -3 3 # BR(Ah_2 -> Fd_2^* Fd_2 ) 5.70984344E-01 2 -5 5 # BR(Ah_2 -> Fd_3^* Fd_3 ) 3.91528018E-04 2 -13 13 # BR(Ah_2 -> Fe_2^* Fe_2 ) 1.10712123E-01 2 -15 15 # BR(Ah_2 -> Fe_3^* Fe_3 ) 2.83464509E-01 2 -6 6 # BR(Ah_2 -> Fu_3^* Fu_3 ) 1.23528082E-04 2 25 23 # BR(Ah_2 -> hh_1 VZ ) DECAY 37 4.23544359E+00 # Hpm_2 # BR NDA ID1 ID2 9.69342966E-03 2 1000022 1000024 # BR(Hpm_2^* -> Chi_1 Cha_1^* ) 2.04173202E-04 2 4 -3 # BR(Hpm_2^* -> Fu_2 Fd_2^* ) 9.71953327E-04 2 4 -5 # BR(Hpm_2^* -> Fu_2 Fd_3^* ) 4.74085894E-04 2 6 -3 # BR(Hpm_2^* -> Fu_3 Fd_2^* ) 8.62597229E-01 2 6 -5 # BR(Hpm_2^* -> Fu_3 Fd_3^* ) 4.37186409E-04 2 14 -13 # BR(Hpm_2^* -> Fv_2 Fe_2^* ) 1.23622917E-01 2 16 -15 # BR(Hpm_2^* -> Fv_3 Fe_3^* ) 1.22247726E-04 2 25 24 # BR(Hpm_2^* -> hh_1 VWm^* ) 1.84799135E-03 2 24 23 # BR(Hpm_2^* -> VWm^* VZ ) DECAY 1000021 2.72164685E+01 # Glu # BR NDA ID1 ID2 8.08402493E-03 2 1 -2000001 # BR(Glu -> Fd_1 Sd_4^* ) 8.08402493E-03 2 -1 2000001 # BR(Glu -> Fd_1^* Sd_4 ) 6.54669906E-05 2 1 -2000005 # BR(Glu -> Fd_1 Sd_6^* ) 6.54669906E-05 2 -1 2000005 # BR(Glu -> Fd_1^* Sd_6 ) 1.11082209E-04 2 3 -1000001 # BR(Glu -> Fd_2 Sd_1^* ) 1.11082209E-04 2 -3 1000001 # BR(Glu -> Fd_2^* Sd_1 ) 8.08511154E-03 2 3 -1000005 # BR(Glu -> Fd_2 Sd_3^* ) 8.08511154E-03 2 -3 1000005 # BR(Glu -> Fd_2^* Sd_3 ) 6.56989924E-05 2 3 -2000003 # BR(Glu -> Fd_2 Sd_5^* ) 6.56989924E-05 2 -3 2000003 # BR(Glu -> Fd_2^* Sd_5 ) 7.16480985E-02 2 5 -1000001 # BR(Glu -> Fd_3 Sd_1^* ) 7.16480985E-02 2 -5 1000001 # BR(Glu -> Fd_3^* Sd_1 ) 1.11467693E-02 2 5 -1000003 # BR(Glu -> Fd_3 Sd_2^* ) 1.11467693E-02 2 -5 1000003 # BR(Glu -> Fd_3^* Sd_2 ) 6.69395210E-03 2 2 -2000002 # BR(Glu -> Fu_1 Su_4^* ) 6.69395210E-03 2 -2 2000002 # BR(Glu -> Fu_1^* Su_4 ) 7.73626085E-05 2 2 -2000006 # BR(Glu -> Fu_1 Su_6^* ) 7.73626085E-05 2 -2 2000006 # BR(Glu -> Fu_1^* Su_6 ) 6.69499543E-03 2 4 -1000006 # BR(Glu -> Fu_2 Su_3^* ) 6.69499543E-03 2 -4 1000006 # BR(Glu -> Fu_2^* Su_3 ) 7.74208132E-05 2 4 -2000004 # BR(Glu -> Fu_2 Su_5^* ) 7.74208132E-05 2 -4 2000004 # BR(Glu -> Fu_2^* Su_5 ) 3.16748457E-01 2 6 -1000002 # BR(Glu -> Fu_3 Su_1^* ) 3.16748457E-01 2 -6 1000002 # BR(Glu -> Fu_3^* Su_1 ) 6.92299122E-02 2 6 -1000004 # BR(Glu -> Fu_3 Su_2^* ) 6.92299122E-02 2 -6 1000004 # BR(Glu -> Fu_3^* Su_2 ) # BR NDA ID1 ID2 ID3 2.52971277E-03 3 6 -6 1000035 # BR(Glu -> Fu_3 Fu_3^* Chi_4 ) DECAY 1000023 6.65344251E-03 # Chi_2 # BR NDA ID1 ID2 9.45856685E-01 2 1000022 25 # BR(Chi_2 -> Chi_1 hh_1 ) 4.29820508E-02 2 1000022 23 # BR(Chi_2 -> Chi_1 VZ ) # BR NDA ID1 ID2 ID3 1.55238045E-03 3 1000022 -11 11 # BR(Chi_2 -> Chi_1 Fe_1^* Fe_1 ) 1.55273438E-03 3 1000022 -13 13 # BR(Chi_2 -> Chi_1 Fe_2^* Fe_2 ) 1.65190582E-03 3 1000022 -15 15 # BR(Chi_2 -> Chi_1 Fe_3^* Fe_3 ) 1.63558677E-03 3 1000022 -6 6 # BR(Chi_2 -> Chi_1 Fu_3^* Fu_3 ) 1.51666662E-03 3 1000022 -12 12 # BR(Chi_2 -> Chi_1 Fv_1^* Fv_1 ) 1.51686314E-03 3 1000022 -14 14 # BR(Chi_2 -> Chi_1 Fv_2^* Fv_2 ) 1.57359668E-03 3 1000022 -16 16 # BR(Chi_2 -> Chi_1 Fv_3^* Fv_3 ) DECAY 1000025 1.35100024E+01 # Chi_3 # BR NDA ID1 ID2 2.89147770E-01 2 -1000024 24 # BR(Chi_3 -> Cha_1 VWm^* ) 2.89147770E-01 2 1000024 -24 # BR(Chi_3 -> Cha_1^* VWm ) 1.65970854E-02 2 1000022 25 # BR(Chi_3 -> Chi_1 hh_1 ) 1.20983583E-02 2 1000023 25 # BR(Chi_3 -> Chi_2 hh_1 ) 9.40862666E-02 2 1000022 23 # BR(Chi_3 -> Chi_1 VZ ) 2.79167422E-01 2 1000023 23 # BR(Chi_3 -> Chi_2 VZ ) 1.30855854E-03 2 15 -1000011 # BR(Chi_3 -> Fe_3 Se_1^* ) 1.30855854E-03 2 -15 1000011 # BR(Chi_3 -> Fe_3^* Se_1 ) 5.07836510E-04 2 15 -2000011 # BR(Chi_3 -> Fe_3 Se_4^* ) 5.07836510E-04 2 -15 2000011 # BR(Chi_3 -> Fe_3^* Se_4 ) # BR NDA ID1 ID2 ID3 2.74351664E-03 3 1000022 -6 6 # BR(Chi_3 -> Chi_1 Fu_3^* Fu_3 ) 3.16484100E-03 3 1000023 -6 6 # BR(Chi_3 -> Chi_2 Fu_3^* Fu_3 ) 5.04966468E-03 3 -1000024 -5 6 # BR(Chi_3 -> Cha_1 Fd_3^* Fu_3 ) 5.04966468E-03 3 1000024 5 -6 # BR(Chi_3 -> Cha_1^* Fd_3 Fu_3^* ) DECAY 1000035 1.35175436E+01 # Chi_4 # BR NDA ID1 ID2 2.82339245E-01 2 -1000024 24 # BR(Chi_4 -> Cha_1 VWm^* ) 2.82339245E-01 2 1000024 -24 # BR(Chi_4 -> Cha_1^* VWm ) 9.42107053E-02 2 1000022 25 # BR(Chi_4 -> Chi_1 hh_1 ) 2.93992613E-01 2 1000023 25 # BR(Chi_4 -> Chi_2 hh_1 ) 1.63102795E-02 2 1000022 23 # BR(Chi_4 -> Chi_1 VZ ) 1.24150010E-02 2 1000023 23 # BR(Chi_4 -> Chi_2 VZ ) 6.46392545E-05 2 11 -2000015 # BR(Chi_4 -> Fe_1 Se_6^* ) 6.46392545E-05 2 -11 2000015 # BR(Chi_4 -> Fe_1^* Se_6 ) 6.64314735E-05 2 13 -2000013 # BR(Chi_4 -> Fe_2 Se_5^* ) 6.64314735E-05 2 -13 2000013 # BR(Chi_4 -> Fe_2^* Se_5 ) 1.28529289E-03 2 15 -1000011 # BR(Chi_4 -> Fe_3 Se_1^* ) 1.28529289E-03 2 -15 1000011 # BR(Chi_4 -> Fe_3^* Se_1 ) 6.04590371E-04 2 15 -2000011 # BR(Chi_4 -> Fe_3 Se_4^* ) 6.04590371E-04 2 -15 2000011 # BR(Chi_4 -> Fe_3^* Se_4 ) 1.46030127E-04 2 12 -1000016 # BR(Chi_4 -> Fv_1 Sv_3^* ) 1.46030127E-04 2 -12 1000016 # BR(Chi_4 -> Fv_1^* Sv_3 ) 1.46068471E-04 2 14 -1000014 # BR(Chi_4 -> Fv_2 Sv_2^* ) 1.46068471E-04 2 -14 1000014 # BR(Chi_4 -> Fv_2^* Sv_2 ) 1.57031998E-04 2 16 -1000012 # BR(Chi_4 -> Fv_3 Sv_1^* ) 1.57031998E-04 2 -16 1000012 # BR(Chi_4 -> Fv_3^* Sv_1 ) # BR NDA ID1 ID2 ID3 1.26320236E-03 3 1000022 -6 6 # BR(Chi_4 -> Chi_1 Fu_3^* Fu_3 ) 1.77150820E-03 3 1000023 -6 6 # BR(Chi_4 -> Chi_2 Fu_3^* Fu_3 ) 5.11495995E-03 3 -1000024 -5 6 # BR(Chi_4 -> Cha_1 Fd_3^* Fu_3 ) 5.11495995E-03 3 1000024 5 -6 # BR(Chi_4 -> Cha_1^* Fd_3 Fu_3^* ) DECAY 1000024 6.71347787E-03 # Cha_1 # BR NDA ID1 ID2 9.81637486E-01 2 1000022 24 # BR(Cha_1^* -> Chi_1 VWm^* ) # BR NDA ID1 ID2 ID3 9.07521480E-03 3 1000022 6 -5 # BR(Cha_1^* -> Chi_1 Fu_3 Fd_3^* ) 2.99315970E-03 3 1000022 12 -11 # BR(Cha_1^* -> Chi_1 Fv_1 Fe_1^* ) 2.99380460E-03 3 1000022 14 -13 # BR(Cha_1^* -> Chi_1 Fv_2 Fe_2^* ) 3.17723143E-03 3 1000022 16 -15 # BR(Cha_1^* -> Chi_1 Fv_3 Fe_3^* ) DECAY 1000037 1.38616341E+01 # Cha_2 # BR NDA ID1 ID2 2.99647952E-01 2 1000024 25 # BR(Cha_2^* -> Cha_1^* hh_1 ) 2.91060172E-01 2 1000024 23 # BR(Cha_2^* -> Cha_1^* VZ ) 1.02748690E-01 2 1000022 24 # BR(Cha_2^* -> Chi_1 VWm^* ) 2.88810523E-01 2 1000023 24 # BR(Cha_2^* -> Chi_2 VWm^* ) 1.27664572E-04 2 -11 1000016 # BR(Cha_2^* -> Fe_1^* Sv_3 ) 1.30992928E-04 2 -13 1000014 # BR(Cha_2^* -> Fe_2^* Sv_2 ) 1.13895710E-03 2 -15 1000012 # BR(Cha_2^* -> Fe_3^* Sv_1 ) 2.89852591E-04 2 12 -2000015 # BR(Cha_2^* -> Fv_1 Se_6^* ) 2.90150028E-04 2 14 -2000013 # BR(Cha_2^* -> Fv_2 Se_5^* ) 2.41748173E-03 2 16 -1000011 # BR(Cha_2^* -> Fv_3 Se_1^* ) 3.77795177E-04 2 16 -2000011 # BR(Cha_2^* -> Fv_3 Se_4^* ) # BR NDA ID1 ID2 ID3 4.93579187E-03 3 1000024 6 -6 # BR(Cha_2^* -> Cha_1^* Fu_3 Fu_3^* ) 2.98052881E-03 3 1000022 6 -5 # BR(Cha_2^* -> Chi_1 Fu_3 Fd_3^* ) 5.00898775E-03 3 1000023 6 -5 # BR(Cha_2^* -> Chi_2 Fu_3 Fd_3^* ) DECAY 6 1.55900279E+00 # Fu_3 # BR NDA ID1 ID2 1.67597681E-03 2 3 24 # BR(Fu_3 -> Fd_2 VWm^* ) 9.98288584E-01 2 5 24 # BR(Fu_3 -> Fd_3 VWm^* ) PK!ؑ##yaslha/tests/data/isajet.txt# ISAJET SUSY parameters in Les Houches accord format # Created by ISALHA3. Last revision by C. Balazs on 2005 Jan. 10 Block SPINFO # Program information 1 ISASUGRA from ISAJET # Spectrum Calculator 2 7.78 27-MAR-2008 12:16:18 # Version number Block MODSEL # Model selection 1 1 # Minimal supergravity (mSUGRA,CMSSM) model Block SMINPUTS # Standard Model inputs 1 1.27839951E+02 # alpha_em^(-1) 2 1.16570000E-05 # G_Fermi 3 1.17200002E-01 # alpha_s(M_Z) 4 9.11699982E+01 # m_{Z}(pole) 5 4.19999981E+00 # m_{b}(m_{b}) 6 1.72399994E+02 # m_{top}(pole) 7 1.77699995E+00 # m_{tau}(pole) Block MINPAR # SUSY breaking input parameters 1 1.00000000E+03 # m_0 2 5.00000000E+02 # m_{1/2} 3 1.00000000E+01 # tan(beta) 4 1.00000000E+00 # sign(mu) 5 -5.00000000E+02 # A_0 # # M_{GUT} = 0.18981142E+17 Block MASS # Scalar and gaugino mass spectrum # PDG code mass particle 24 8.04229965E+01 # W^+ 25 1.15104301E+02 # h^0 35 1.24908777E+03 # H^0 36 1.24080688E+03 # A^0 37 1.25151892E+03 # H^+ 1000001 1.44116248E+03 # dnl 1000002 1.43893591E+03 # upl 1000003 1.44116248E+03 # stl 1000004 1.43893652E+03 # chl 1000005 1.25212366E+03 # b1 1000006 9.63833923E+02 # t1 1000011 1.05276172E+03 # el- 1000012 1.04943225E+03 # nuel 1000013 1.05276172E+03 # mul- 1000014 1.04943225E+03 # numl 1000015 1.00554980E+03 # tau1 1000016 1.04462085E+03 # nutl 1000021 1.20250488E+03 # glss 1000022 2.09466537E+02 # z1ss 1000023 3.98359894E+02 # z2ss 1000024 3.99062225E+02 # w1ss 1000025 -6.92762451E+02 # z3ss 1000035 7.05049316E+02 # z4ss 1000037 7.05044434E+02 # w2ss 2000001 1.41367810E+03 # dnr 2000002 1.41583508E+03 # upr 2000003 1.41367810E+03 # str 2000004 1.41583582E+03 # chr 2000005 1.39922009E+03 # b2 2000006 1.27618665E+03 # t2 2000011 1.01659839E+03 # er- 2000013 1.01659839E+03 # mur- 2000015 1.04897449E+03 # tau2 # Higgs mixing Block ALPHA # Effective Higgs mixing parameter -1.00868911E-01 # alpha Block STOPMIX # stop mixing matrix 1 1 2.47221529E-01 # O_{11} 1 2 -9.68958974E-01 # O_{12} 2 1 9.68958974E-01 # O_{21} 2 2 2.47221529E-01 # O_{22} Block SBOTMIX # sbottom mixing matrix 1 1 9.98697817E-01 # O_{11} 1 2 -5.10167070E-02 # O_{12} 2 1 5.10167070E-02 # O_{21} 2 2 9.98697817E-01 # O_{22} Block STAUMIX # stau mixing matrix 1 1 1.56135529E-01 # O_{11} 1 2 -9.87735629E-01 # O_{12} 2 1 9.87735629E-01 # O_{21} 2 2 1.56135529E-01 # O_{22} Block NMIX # neutralino mixing matrix 1 1 9.96914864E-01 # 1 2 -1.35181732E-02 # 1 3 7.21450523E-02 # 1 4 -2.78169140E-02 # 2 1 -2.87154056E-02 # 2 2 -9.78696346E-01 # 2 3 1.71050072E-01 # 2 4 -1.09868757E-01 # 3 1 3.06107327E-02 # 3 2 -4.45177481E-02 # 3 3 -7.04263389E-01 # 3 4 -7.07880259E-01 # 4 1 -6.63312301E-02 # 4 2 1.99973315E-01 # 4 3 6.85237348E-01 # 4 4 -6.97180808E-01 # Block UMIX # chargino U mixing matrix 1 1 -9.70156312E-01 # U_{11} 1 2 2.42480278E-01 # U_{12} 2 1 -2.42480278E-01 # U_{21} 2 2 -9.70156312E-01 # U_{22} Block VMIX # chargino V mixing matrix 1 1 -9.87586915E-01 # V_{11} 1 2 1.57073408E-01 # V_{12} 2 1 -1.57073408E-01 # V_{21} 2 2 -9.87586915E-01 # V_{22} Block GAUGE Q= 1.06350342E+03 # 1 3.57522130E-01 # g` 2 6.52355075E-01 # g_2 3 1.21908653E+00 # g_3 Block YU Q= 1.06350342E+03 # 3 3 8.51639509E-01 # y_t Block YD Q= 1.06350342E+03 # 3 3 1.27942428E-01 # y_b Block YE Q= 1.06350342E+03 # 3 3 9.82959494E-02 # y_tau Block HMIX Q= 1.06350342E+03 # Higgs mixing parameters 1 6.86174194E+02 # mu(Q) 2 1.00000000E+01 # tan(beta)(M_{GUT}) 3 2.51067444E+02 # Higgs vev at Q 4 1.53960175E+06 # m_A^2(Q) Block MSOFT Q= 1.06350342E+03 # DRbar SUSY breaking parameters 1 2.11899979E+02 # M_1(Q) 2 3.92160797E+02 # M_2(Q) 3 1.10579504E+03 # M_3(Q) 31 1.04814832E+03 # MeL(Q) 32 1.04814832E+03 # MmuL(Q) 33 1.04343274E+03 # MtauL(Q) 34 1.01466595E+03 # MeR(Q) 35 1.01466595E+03 # MmuR(Q) 36 1.00486597E+03 # MtauR(Q) 41 1.38319958E+03 # MqL1(Q) 42 1.38319958E+03 # MqL2(Q) 43 1.20037781E+03 # MqL3(Q) 44 1.35918408E+03 # MuR(Q) 45 1.35918408E+03 # McR(Q) 46 9.42236206E+02 # MtR(Q) 47 1.35629785E+03 # MdR(Q) 48 1.35629785E+03 # MsR(Q) 49 1.35424890E+03 # MbR(Q) Block AU Q= 1.06350342E+03 # 1 1 -1.04815356E+03 # A_u 2 2 -1.04815356E+03 # A_c 3 3 -1.04815356E+03 # A_t Block AD Q= 1.06350342E+03 # 1 1 -1.71157935E+03 # A_d 2 2 -1.71157935E+03 # A_s 3 3 -1.71157935E+03 # A_b Block AE Q= 1.06350342E+03 # 1 1 -7.86677368E+02 # A_e 2 2 -7.86677368E+02 # A_mu 3 3 -7.86677368E+02 # A_tau PK!{yaslha/tests/data/isasusy.spc# SUSY parameters in Les Houches accord format # SPS point 1a Block MODSEL # Model selection 1 1 # Minimal supergravity (mSUGRA) model Block SMINPUTS # SM Input parameters 3 1.188191697E-01 # alpha_s(M_Z) 6 1.743000031E+02 # M_{top} Block MINPAR # Model parameters 1 1.000000000E+02 # m_0 2 2.500000000E+02 # m_{1/2} 3 1.000000000E+01 # tan(beta) 4 1.000000000E+00 # sign(mu) 5 -1.000000000E+02 # A_0 # Block MASS # Scalar and gaugino mass spectrum # PDG code mass particle 6 1.743000031E+02 # top 25 1.135365829E+02 # h^0 35 3.964976807E+02 # H^0 36 3.936475220E+02 # A^0 37 4.041576538E+02 # H^+ 1000001 5.706302490E+02 # dnl 1000002 5.646319580E+02 # upl 1000003 5.706303101E+02 # stl 1000004 5.646336060E+02 # chl 1000005 5.148857422E+02 # b1 1000006 4.018119202E+02 # t1 1000011 2.048680573E+02 # el- 1000012 1.859734192E+02 # nuel 1000013 2.048680573E+02 # mul- 1000014 1.859734192E+02 # numl 1000015 1.345723572E+02 # tau1 1000016 1.850830841E+02 # nutl 1000021 6.117097168E+02 # glss 1000022 9.543494415E+01 # z1ss 1000023 1.816832733E+02 # z2ss 1000024 1.817783661E+02 # w1ss 1000025 -3.563564148E+02 # z3ss 1000035 3.756089478E+02 # z4ss 1000037 3.737724304E+02 # w2ss 2000001 5.479114380E+02 # dnr 2000002 5.482348633E+02 # upr 2000003 5.479114990E+02 # str 2000004 5.482366943E+02 # chr 2000005 5.390317383E+02 # b2 2000006 5.782148438E+02 # t2 2000011 1.431091919E+02 # er- 2000013 1.431092072E+02 # mur- 2000015 2.077922211E+02 # tau2 Block ALPHA # Alpha -1.107271686E-01 Block HMIX Q= 4.567678528E+02 # Higgs parameters 1 3.499483948E+02 # mu Block STOPMIX # stop mixing matrix 1 1 5.378097296E-01 1 2 -8.430662751E-01 2 1 8.430662751E-01 2 2 5.378097296E-01 Block SBOTMIX # sbottom mixing matrix 1 1 9.297426939E-01 1 2 -3.682098687E-01 2 1 3.682098687E-01 2 2 9.297426939E-01 Block STAUMIX # stau mixing matrix 1 1 2.526287735E-01 1 2 -9.675632715E-01 2 1 9.675632715E-01 2 2 2.526287735E-01 Block NMIX # neutralino mixing matrix 1 1 9.867345095E-01 1 2 -5.358754843E-02 1 3 1.438069195E-01 1 4 -5.294487253E-02 2 1 -9.951802343E-02 2 2 -9.437011480E-01 2 3 2.729507387E-01 2 4 -1.581837982E-01 3 1 -5.851639062E-02 3 2 8.841120452E-02 3 3 6.959396601E-01 3 4 7.102304697E-01 4 1 -1.141367853E-01 4 2 3.142290115E-01 4 3 6.484485269E-01 4 4 -6.839206219E-01 Block UMIX # chargino U mixing matrix 1 1 -9.101191759E-01 1 2 4.143465161E-01 2 1 -4.143465161E-01 2 2 -9.101191759E-01 Block VMIX # chargino V mixing matrix 1 1 -9.709569812E-01 1 2 2.392542213E-01 2 1 -2.392542213E-01 2 2 -9.709569812E-01 Block GAUGE Q= 4.567678528E+02 # DRbar gauge couplings 1 3.575287759E-01 # g` 2 6.526660323E-01 # g_2 3 1.221935272E+00 # g_3 Block YU Q= 4.567678528E+02 3 3 8.864250779E-01 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0.00589824994] - [2, 3, 0.0] - [3, 1, 0.0] - [3, 2, 0.0] - [3, 3, 0.099183522] Yu: info: [Q=, 2454.74144] values: - [1, 1, 6.67592378e-06] - [1, 2, 1.54411766e-06] - [1, 3, 2.35418026e-08] - [2, 1, -0.000784239528] - [2, 2, 0.00338840129] - [2, 3, 0.000143494799] - [3, 1, 0.00497290712] - [3, 2, -0.0341983661] - [3, 3, 0.83641914] Td: info: [Q=, 2454.74144] values: - [1, 1, -0.706979244] - [1, 2, -1.2091433e-05] - [1, 3, 0.000290495394] - [2, 1, -0.000229737252] - [2, 2, -13.4310417] - [2, 3, -0.0379570877] - [3, 1, 0.288621506] - [3, 2, -1.98485438] - [3, 3, -649.538474] Te: info: [Q=, 2454.74144] values: - [1, 1, -0.080754232] - [1, 2, 0.0] - [1, 3, 0.0] - [2, 1, 0.0] - [2, 2, -16.6969872] - [2, 3, 0.0] - [3, 1, 0.0] - [3, 2, 0.0] - [3, 3, -278.745781] Tu: info: [Q=, 2454.74144] values: - [1, 1, -0.0294272205] - [1, 2, -0.00680641244] - [1, 3, -0.000103418112] - [2, 1, 3.45688287] - [2, 2, -14.9358723] - [2, 3, -0.630770452] - [3, 1, -15.4795098] - [3, 2, 106.451483] - [3, 3, -2595.50663] MSQ2: info: [Q=, 2454.74144] values: - [1, 1, 9922701.67] - [1, 2, 549.602278] - [1, 3, -13157.9688] - [2, 1, 549.602278] - [2, 2, 9919002.75] - [2, 3, 90487.6185] - [3, 1, -13157.9688] - [3, 2, 90487.6185] - [3, 3, 7638103.3] MSL2: info: [Q=, 2454.74144] values: - [1, 1, 3170815.08] - [1, 2, 0.0] - [1, 3, 0.0] - [2, 1, 0.0] - [2, 2, 3170677.42] - [2, 3, 0.0] - [3, 1, 0.0] - [3, 2, 0.0] - [3, 3, 3132036.73] MSD2: info: [Q=, 2454.74144] values: - [1, 1, 9201897.85] - [1, 2, -3.52897624e-05] - [1, 3, 0.0441144693] - [2, 1, -3.52897624e-05] - [2, 2, 9201842.1] - [2, 3, -5.76415564] - [3, 1, 0.0441144693] - [3, 2, -5.76415564] - [3, 3, 9057297.52] MSU2: info: [Q=, 2454.74144] values: - [1, 1, 9280826.91] - [1, 2, 5.20628159e-07] - [1, 3, -0.000270695124] - [2, 1, 5.20628159e-07] - [2, 2, 9280728.17] - [2, 3, 0.0580959902] - [3, 1, -0.000270695124] - [3, 2, 0.0580959902] - [3, 3, 4749598.91] MSE2: info: [Q=, 2454.74144] values: - [1, 1, 2540379.74] - [1, 2, 0.0] - [1, 3, 0.0] - [2, 1, 0.0] - [2, 2, 2540101.9] - [2, 3, 0.0] - [3, 1, 0.0] - [3, 2, 0.0] - [3, 3, 2462101.6] MASS: values: - [1000001, 2839.41648] - [1000003, 3102.29888] - [1000005, 3126.3429] - [2000001, 3126.35235] - [2000003, 3249.54412] - [2000005, 3249.57526] - [1000002, 2240.80393] - [1000004, 2857.15183] - [1000006, 3138.75332] - [2000002, 3138.772] - [2000004, 3248.5831] - [2000006, 3248.61344] - [1000011, 1572.82771] - [1000013, 1598.82874] - [1000015, 1598.9208] - [2000011, 1779.67611] - [2000013, 1790.23256] - [2000015, 1790.26989] - [1000012, 1776.89276] - [1000014, 1788.13136] - [1000016, 1788.17127] - [25, 124.789057] - [35, 2704.07551] - [36, 2704.05153] - [37, 2704.75229] - [23, 91.1887] - [24, 80.3161493] - [1, 0.005] - [3, 0.095] - [5, 4.18] - [2, 0.0025] - [4, 1.27] - [6, 173.5] - [11, 0.00051099893] - [13, 0.105658372] - [15, 1.77669] - [1000021, 3261.65015] - [1000022, 657.648553] - [1000023, 1236.54629] - [1000025, 2066.05902] - [1000035, 2069.94921] - [1000024, 1236.65502] - [1000037, 2070.3961] LSP: values: - [1, 1000022] - [2, 1000023] DSQMIX: info: [Q=, 2454.74144] values: - [1, 1, -0.00575594788] - [1, 2, 0.0395837437] - [1, 3, -0.998580007] - [1, 4, -1.85594939e-07] - [1, 5, 2.42512565e-05] - [1, 6, -0.0351847246] - [2, 1, 0.000569233594] - [2, 2, -0.00391469084] - [2, 3, 0.0350543658] - [2, 4, 4.268706e-07] - [2, 5, -5.57983124e-05] - [2, 6, -0.999377576] - [3, 1, -4.54264898e-07] - [3, 2, -0.00146023285] - [3, 3, -8.42314661e-05] - [3, 4, -8.97423091e-07] - [3, 5, -0.999998929] - [3, 6, 5.85981461e-05] - [4, 1, 7.70216562e-05] - [4, 2, 2.25945597e-08] - [4, 3, -6.4474569e-07] - [4, 4, 0.999999997] - [4, 5, -8.9741145e-07] - [4, 6, 4.48353451e-07] - [5, 1, 0.146102028] - [5, 2, -0.98845155] - [5, 3, -0.0401141451] - [5, 4, -1.1256394e-05] - [5, 5, 0.00144683279] - [5, 6, 0.00254797768] - [6, 1, -0.989252615] - [6, 2, -0.146216289] - [6, 3, -9.4040042e-05] - [6, 4, 7.61973074e-05] - [6, 5, 0.000213967642] - [6, 6, 5.97103926e-06] SNUMIX: info: [Q=, 2454.74144] values: - [1, 1, 0.0] - [1, 2, 0.0] - [1, 3, 1.0] - [2, 1, 0.0] - [2, 2, 1.0] - [2, 3, 0.0] - [3, 1, 1.0] - [3, 2, 0.0] - [3, 3, 0.0] USQMIX: info: [Q=, 2454.74144] values: - [1, 1, 0.00093841623] - [1, 2, -0.00645345696] - [1, 3, 0.159715456] - [1, 4, 7.56553646e-11] - [1, 5, 8.93256411e-08] - [1, 6, 0.987141553] - [2, 1, -0.0056813501] - [2, 2, 0.0390707471] - [2, 3, -0.986351692] - [2, 4, -3.29207419e-10] - [2, 5, -2.0728601e-06] - [2, 6, 0.159848487] - [3, 1, 0.00097226562] - [3, 2, -0.00420138214] - [3, 3, -0.000170048792] - [3, 4, -3.43730458e-11] - [3, 5, -0.999990687] - [3, 6, -7.87205716e-07] - [4, 1, -8.27602955e-06] - [4, 2, -1.91448833e-06] - [4, 3, -2.78429738e-08] - [4, 4, -1.0] - [4, 5, 3.61061868e-11] - [4, 6, -6.69599834e-11] - [5, 1, 0.13944255] - [5, 2, -0.989411958] - [5, 3, -0.0400156605] - [5, 4, 7.41301301e-07] - [5, 5, 0.00429931768] - [5, 6, -0.000126489998] - [6, 1, 0.990212942] - [6, 2, 0.139564165] - [6, 3, -0.000175353967] - [6, 4, -8.46222064e-06] - [6, 5, 0.000376420936] - [6, 6, -5.61075373e-07] SELMIX: info: [Q=, 2454.74144] values: - [1, 1, 0.0] - [1, 2, 0.0] - [1, 3, -0.0587299226] - [1, 4, 0.0] - [1, 5, 0.0] - [1, 6, -0.998273908] - [2, 1, -2.88573811e-17] - [2, 2, 0.00373358055] - [2, 3, 0.0] - [2, 4, -1.59847361e-12] - [2, 5, 0.99999303] - [2, 6, 0.0] - [3, 1, 1.80612933e-05] - [3, 2, 5.84277613e-15] - [3, 3, 0.0] - [3, 4, 1.0] - [3, 5, 1.59846293e-12] - [3, 6, 0.0] - [4, 1, 0.0] - [4, 2, 0.0] - [4, 3, -0.998273908] - [4, 4, 0.0] - [4, 5, 0.0] - [4, 6, 0.0587299226] - [5, 1, 7.51870133e-18] - [5, 2, 0.99999303] - [5, 3, 0.0] - [5, 4, 1.25254609e-16] - [5, 5, -0.00373358055] - [5, 6, 0.0] - [6, 1, -1.0] - [6, 2, 7.51762934e-18] - [6, 3, 0.0] - [6, 4, 1.80612933e-05] - [6, 5, -1.49437288e-20] - [6, 6, 0.0] SCALARMIX: info: [Q=, 2454.74144] values: - [1, 1, -0.104459149] - [1, 2, -0.994529178] - [2, 1, -0.994529178] - [2, 2, 0.104459149] PSEUDOSCALARMIX: info: [Q=, 2454.74144] values: - [1, 1, 0.104169487] - [1, 2, -0.99455956] - [2, 1, -0.99455956] - [2, 2, -0.104169487] CHARGEMIX: info: [Q=, 2454.74144] values: - [1, 1, 0.104169738] - [1, 2, -0.994559533] - [2, 1, -0.994559533] - [2, 2, -0.104169738] NMIX: info: [Q=, 2454.74144] values: - [1, 1, 0.999634107] - [1, 2, -0.00175729057] - [1, 3, 0.0249459869] - [1, 4, -0.0103083596] - [2, 1, -0.00369252525] - [2, 2, -0.997316339] - [2, 3, 0.0611387489] - [2, 4, -0.0401065899] - [3, 1, 0.0] - [3, 2, 0.0] - [3, 3, 0.0] - [3, 4, 0.0] - [4, 1, -0.0247297361] - [4, 2, 0.0716541411] - [4, 3, 0.704371852] - [4, 4, -0.705772215] IMNMIX: info: [Q=, 2454.74144] values: - [1, 1, 0.0] - [1, 2, 0.0] - [1, 3, 0.0] - [1, 4, 0.0] - [2, 1, 0.0] - [2, 2, 0.0] - [2, 3, 0.0] - [2, 4, 0.0] - [3, 1, 0.0103178496] - [3, 2, -0.0149236692] - [3, 3, -0.706753172] - [3, 4, -0.707227531] - [4, 1, 0.0] - [4, 2, 0.0] - [4, 3, 0.0] - [4, 4, 0.0] UMIX: info: [Q=, 2454.74144] values: - [1, 1, 0.996203607] - [1, 2, -0.0870538536] - [2, 1, 0.0870538536] - [2, 2, 0.996203607] VMIX: info: [Q=, 2454.74144] values: - [1, 1, 0.998352649] - [1, 2, -0.0573758507] - [2, 1, 0.0573758507] - [2, 2, 0.998352649] UELMIX: info: [Q=, 2454.74144] values: - [1, 1, 1.0] - [1, 2, 0.0] - [1, 3, 0.0] - [2, 1, 0.0] - [2, 2, 1.0] - [2, 3, 0.0] - [3, 1, 0.0] - [3, 2, 0.0] - [3, 3, 1.0] UERMIX: info: [Q=, 2454.74144] values: - [1, 1, 1.0] - [1, 2, 0.0] - [1, 3, 0.0] - [2, 1, 0.0] - [2, 2, 1.0] - [2, 3, 0.0] - [3, 1, 0.0] - [3, 2, 0.0] - [3, 3, 1.0] UDLMIX: info: [Q=, 2454.74144] values: - [1, 1, 0.999999999] - [1, 2, 1.52539587e-06] - [1, 3, -3.71655283e-05] - [2, 1, -1.51588984e-06] - [2, 2, 0.999999967] - [2, 3, 0.000255773926] - [3, 1, 3.71659173e-05] - [3, 2, -0.00025577387] - [3, 3, 0.999999967] UDRMIX: info: [Q=, 2454.74144] values: - [1, 1, 1.0] - [1, 2, 1.59625469e-07] - [1, 3, -7.52202866e-08] - [2, 1, -1.59624729e-07] - [2, 2, 1.0] - [2, 3, 9.83213188e-06] - [3, 1, 7.52218561e-08] - [3, 2, -9.83213187e-06] - [3, 3, 1.0] UULMIX: info: [Q=, 2454.74144] values: - [1, 1, 0.974272169] - [1, 2, 0.225348697] - [1, 3, 0.00342124195] - [2, 1, -0.225296365] - [2, 2, 0.973421336] - [2, 3, 0.0411394171] - [3, 1, 0.00594040415] - [3, 2, -0.0408517825] - [3, 3, 0.999147558] UURMIX: info: [Q=, 2454.74144] values: - [1, 1, 1.0] - [1, 2, 4.53494427e-09] - [1, 3, -1.18813156e-10] - [2, 1, -4.53494431e-09] - [2, 2, 1.0] - [2, 3, -3.48267795e-07] - [3, 1, 1.18811577e-10] - [3, 2, 3.48267795e-07] - [3, 3, 1.0] SPheno: values: - [1, -1.0] - [2, 0.0] - [11, 1.0] - [13, 1.0] - [31, 1.27157351e+16] - [33, 2454.74144] - [34, 0.0001] - [35, 40.0] - [38, 2.0] - [40, 0.00729735257] - [41, 2.4952] - [42, 2.06] - [50, 1.0] - [51, 0.0] - [52, 0.0] - [53, 0.0] - [55, 1.0] - [56, 1.0] - [57, 1.0] - [60, 1.0] - [65, 1.0] - [8, 3.0] - [9, 1.0] - [400, 0.1] - [401, 0.001] - [410, 0.0] HiggsLHC7: values: - [1, 25, 15.4128475] - [2, 25, 1.22002523] - [3, 25, 0.550135877] - [4, 25, 0.320373028] - [5, 25, 0.0831141988] HiggsLHC8: values: - [1, 25, 19.615493] - [2, 25, 1.57293353] - [3, 25, 0.704762193] - [4, 25, 0.40011043] - [5, 25, 0.125790826] HiggsLHC13: values: - [1, 25, 45.8162436] HiggsLHC14: values: - [1, 25, 51.5910415] HiggsFCC100: values: - [1, 25, 759.094901] HiggsBoundsInputHiggsCouplingsFermions: values: - [0.486365947, 0.0, 3, 25, 5, 5] - [0.350674508, 0.0, 3, 25, 3, 3] - [0.96010209, 0.0, 3, 25, 6, 6] - [0.224760844, 0.0, 3, 25, 4, 4] - [1.06214695, 0.0, 3, 25, 15, 15] - [1.03920743, 0.0, 3, 25, 13, 13] - [25.7187619, 0.0, 3, 35, 5, 5] - [18.0195818, 7.67245244e-32, 3, 35, 3, 3] - [0.00748192838, 0.0, 3, 35, 6, 6] - [0.00241438991, 0.0, 3, 35, 4, 4] - [90.7865825, 0.0, 3, 35, 15, 15] - [90.7829833, 0.0, 3, 35, 13, 13] - [0.0, 25.7203333, 3, 36, 5, 5] - [7.67245244e-32, 18.0206827, 3, 36, 3, 3] - [9.42198493e-35, 0.00744049149, 3, 36, 6, 6] - [0.0, 0.00240101839, 3, 36, 4, 4] - [0.0, 90.7921294, 3, 36, 15, 15] - [0.0, 90.78853, 3, 36, 13, 13] HiggsBoundsInputHiggsCouplingsBosons: values: - [1.00987244, 3, 25, 24, 24] - [1.0070105, 3, 25, 23, 23] - [0.0, 3, 25, 23, 22] - [1.01548249, 3, 25, 22, 22] - [1.00073216, 3, 25, 21, 21] - [0.0, 4, 25, 21, 21, 23] - [2.68154452e-05, 3, 35, 24, 24] - [2.69060452e-05, 3, 35, 23, 23] - [0.0, 3, 35, 23, 22] - [0.000242233793, 3, 35, 22, 22] - [0.00551060877, 3, 35, 21, 21] - [0.0, 4, 35, 21, 21, 23] - [0.0, 3, 36, 24, 24] - [0.0, 3, 36, 23, 23] - [0.0, 3, 36, 23, 22] - [0.000566058881, 3, 36, 22, 22] - [0.0107964434, 3, 36, 21, 21] - [0.0, 4, 36, 21, 21, 23] - [0.0, 3, 25, 25, 23] - [0.0, 3, 25, 35, 23] - [8.48275399e-08, 3, 25, 36, 23] - [0.0, 3, 35, 25, 23] - [0.0, 3, 35, 35, 23] - [0.999999915, 3, 35, 36, 23] - [0.0, 3, 36, 36, 23] EFFHIGGSCOUPLINGS: values: - [25, 22, 22, 3.1584896e-05] - [25, 21, 21, 6.4688558e-05] - [25, 22, 23, 0.0] - [35, 22, 22, 1.4768259e-07] - [35, 21, 21, 7.4653399e-07] - [35, 22, 23, 0.0] - [36, 22, 22, 2.5114146e-07] - [36, 21, 21, 1.0507233e-06] - [36, 22, 23, 0.0] SPhenoLowEnergy: values: - [20, 1.1422406e-15] - [21, 4.88358202e-11] - [22, 1.39266732e-08] - [23, 0.0] - [24, 0.0] - [25, 0.0] - [39, 4.80470521e-05] FlavorKitQFV: values: - [200, 0.000316992145] - [201, 1.00632427] - [300, 0.00263254359] - [301, 0.998906992] - [400, 0.024913711] - [401, 0.99878204] - [402, 0.243483571] - [403, 0.998782039] - [500, 2.28571312e-06] - [501, 0.990664549] - [502, 0.000508600999] - [503, 0.990664544] - [600, 2.82717111] - [601, 0.999918314] - [602, 2.47647734e-05] - [603, 2.47607277e-05] - [1900, 17.8820449] - [1901, 1.00122773] - [1902, 0.399764355] - [1903, 1.00141635] - [4000, 2.48012643e-15] - [4001, 0.999286753] - [4002, 7.70011936e-14] - [4003, 0.999186256] - [4004, 1.05948215e-10] - [4005, 0.999286786] - [4006, 3.28948953e-09] - [4007, 0.99918629] - [4008, 2.21764411e-08] - [4009, 0.999296357] - [4010, 6.97645592e-07] - [4011, 0.999195803] - [5000, 1.64056949e-06] - [5001, 0.991106993] - [5002, 1.59026973e-06] - [5003, 0.99095192] - [6000, 1.09836879e-07] - [6001, 0.989521431] - [7000, 4.09409786e-05] - [7001, 0.999736796] - [7002, 1.89568236e-06] - [7003, 0.999738573] - [8000, 1.29755847e-10] - [8001, 0.999846525] - [8002, 3.02615803e-11] - [8003, 0.999741759] - [9100, 1.94971619e-15] - [9102, 1.00001722] - [9103, 0.00184755314] - [9104, 1.00122884] FlavorKitLFV: values: - [701, 8.5549052e-34] - [702, 4.87917209e-65] - [703, 2.7913672e-37] - [800, 2.67738403e-36] - [801, 4.81887157e-36] - [802, 6.52210692e-36] - [803, 7.33659507e-36] - [804, 3.95214511e-36] - [805, 3.71751629e-36] - [901, 6.01419578e-36] - [902, 5.87549424e-67] - [903, 7.17144001e-40] - [904, 1.14680401e-67] - [905, 3.30033351e-39] - [906, 6.61326756e-78] - [907, 3.30429756, -107] - [1001, 9.55295653e-47] - [1002, 2.1522226e-72] - [1003, 1.2301732e-44] - [1101, 1.48707049e-33] - [1102, 1.66615019e-62] - [1103, 9.52041674e-35] - [2001, 1.4955745e-72] - [2002, 1.45456081e-72] - [2003, 1.63254977e-72] - [2004, 8.53999062e-45] - [2005, 8.52014842e-45] - [2006, 9.56276412e-45] FWCOEF: info: [Q=, 160.0] values: - [305, 4422, 0, 0, -1.7244799e-09] - [305, 4422, 0, 2, -1.7348183e-09] - [305, 4322, 0, 2, -3.3366334e-11] - [305, 4422, 0, 1, -1.0338427e-11] - [305, 4322, 0, 1, -3.3366334e-11] - [305, 6421, 0, 0, -8.6377623e-10] - [305, 6421, 0, 2, -9.0798264e-10] - [305, 6321, 0, 2, -1.745629e-11] - [305, 6421, 0, 1, -4.4206413e-11] - [305, 6321, 0, 1, -1.745629e-11] - [3051111, 4133, 0, 0, 1.036067e-09] - [3051111, 4133, 0, 2, 1.0359224e-09] - [3051111, 4233, 0, 2, -2.5153795e-15] - [3051111, 4133, 0, 1, -1.4459149e-13] - [3051111, 4233, 0, 1, -2.5153795e-15] - [3051111, 4137, 0, 0, -3.9442756e-09] - [3051111, 4137, 0, 2, -3.9434536e-09] - [3051111, 4237, 0, 2, -2.5370087e-14] - [3051111, 4137, 0, 1, 8.2201945e-13] - [3051111, 4237, 0, 1, -2.5370087e-14] - [3051313, 4133, 0, 0, 1.0360665e-09] - [3051313, 4133, 0, 2, 1.0359218e-09] - [3051313, 4233, 0, 2, -2.5153717e-15] - [3051313, 4133, 0, 1, -1.446681e-13] - [3051313, 4233, 0, 1, -2.5153717e-15] - [3051313, 4137, 0, 0, -3.9442761e-09] - [3051313, 4137, 0, 2, -3.9434542e-09] - [3051313, 4237, 0, 2, -2.5370089e-14] - [3051313, 4137, 0, 1, 8.2194515e-13] - [3051313, 4237, 0, 1, -2.5370089e-14] - [3051212, 4141, 0, 0, -1.2184348e-08] - [3051212, 4141, 0, 2, -1.218276e-08] - [3051212, 4241, 0, 2, 5.0739397e-14] - [3051212, 4141, 0, 1, 1.5885027e-12] - [3051212, 4241, 0, 1, 5.0739397e-14] - [3051414, 4141, 0, 0, -1.2184232e-08] - [3051414, 4141, 0, 2, -1.2182643e-08] - [3051414, 4241, 0, 2, 5.0739383e-14] - [3051414, 4141, 0, 1, 1.5886647e-12] - [3051414, 4241, 0, 1, 5.0739383e-14] - [3051616, 4141, 0, 0, -1.2159446e-08] - [3051616, 4141, 0, 2, -1.2157811e-08] - [3051616, 4241, 0, 2, 5.0735205e-14] - [3051616, 4141, 0, 1, 1.6350788e-12] - [3051616, 4241, 0, 1, 5.0735205e-14] - [3051212, 4142, 0, 0, 0.0] - [3051212, 4142, 0, 2, 0.0] - [3051212, 4242, 0, 2, 0.0] - [3051212, 4142, 0, 1, 0.0] - [3051212, 4242, 0, 1, 0.0] - [3051414, 4142, 0, 0, 0.0] - [3051414, 4142, 0, 2, 0.0] - [3051414, 4242, 0, 2, 0.0] - [3051414, 4142, 0, 1, 0.0] - [3051414, 4242, 0, 1, 0.0] - [3051616, 4142, 0, 0, 0.0] - [3051616, 4142, 0, 2, 0.0] - [3051616, 4242, 0, 2, 0.0] - [3051616, 4142, 0, 1, 0.0] - [3051616, 4242, 0, 1, 0.0] - [1030103, 3131, 0, 2, -1.7895855e-24] - [1030103, 3232, 0, 2, -6.4602903e-22] - [1030103, 3132, 0, 2, -9.128328e-21] - [1030103, 4141, 0, 2, 9.637763e-14] - [1030103, 4242, 0, 2, 5.1736693e-30] - [1030103, 4142, 0, 2, -3.3075307e-23] - [1030103, 4343, 0, 2, -4.3892417e-27] - [1030103, 4444, 0, 2, -1.5848872e-24] - [1050105, 3131, 0, 2, -9.6339907e-22] - [1050105, 3232, 0, 2, -9.3924072e-16] - [1050105, 3132, 0, 2, -9.7090469e-18] - [1050105, 4141, 0, 2, 3.3503918e-12] - [1050105, 4242, 0, 2, 3.878761e-25] - [1050105, 4142, 0, 2, -9.2642947e-19] - [1050105, 4343, 0, 2, -2.1509941e-26] - [1050105, 4444, 0, 2, -2.2248928e-20] - [3050305, 3131, 0, 2, -1.0159731e-17] - [3050305, 3232, 0, 2, -2.7438218e-14] - [3050305, 3132, 0, 2, -5.3897151e-15] - [3050305, 4141, 0, 2, 9.7889126e-11] - [3050305, 4242, 0, 2, 4.1789059e-21] - [3050305, 4142, 0, 2, -5.1147425e-16] - [3050305, 4343, 0, 2, -2.4363154e-22] - [3050305, 4444, 0, 2, -6.5950863e-19] - [1030103, 3131, 0, 1, 5.6062695e-26] - [1030103, 3232, 0, 1, 2.0237831e-23] - [1030103, 3132, 0, 1, -6.621029e-22] - [1030103, 4141, 0, 1, 7.3846796e-18] - [1030103, 4242, 0, 1, -6.6327194e-30] - [1030103, 4142, 0, 1, 1.9916885e-24] - [1030103, 4343, 0, 1, -4.3892417e-27] - [1030103, 4444, 0, 1, -1.5848872e-24] - [1050105, 3131, 0, 1, 7.5793614e-24] - [1050105, 3232, 0, 1, 7.3944118e-18] - [1050105, 3132, 0, 1, -2.0466654e-18] - [1050105, 4141, 0, 1, 3.0046948e-15] - [1050105, 4242, 0, 1, 1.0582304e-25] - [1050105, 4142, 0, 1, 3.230005e-20] - [1050105, 4343, 0, 1, -2.1509941e-26] - [1050105, 4444, 0, 1, -2.2248928e-20] - [3050305, 3131, 0, 1, 7.998882e-20] - [3050305, 3232, 0, 1, 2.1602871e-16] - [3050305, 3132, 0, 1, -1.1354403e-15] - [3050305, 4141, 0, 1, 8.7799924e-14] - [3050305, 4242, 0, 1, 1.202615e-21] - [3050305, 4142, 0, 1, 2.0664594e-17] - [3050305, 4343, 0, 1, -2.4363154e-22] - [3050305, 4444, 0, 1, -6.5950863e-19] - [1030103, 3131, 0, 0, -1.8456482e-24] - [1030103, 3232, 0, 0, -6.6626686e-22] - [1030103, 3132, 0, 0, -8.4662251e-21] - [1030103, 4141, 0, 0, 9.6370245e-14] - [1030103, 4242, 0, 0, 1.1806389e-29] - [1030103, 4142, 0, 0, -3.5066996e-23] - [1030103, 4343, 0, 0, -6.1783541e-48] - [1030103, 4444, 0, 0, -6.3769435e-46] - [1050105, 3131, 0, 0, -9.7097843e-22] - [1050105, 3232, 0, 0, -9.4663513e-16] - [1050105, 3132, 0, 0, -7.6623815e-18] - [1050105, 4141, 0, 0, 3.3473871e-12] - [1050105, 4242, 0, 0, 2.8205306e-25] - [1050105, 4142, 0, 0, -9.5872952e-19] - [1050105, 4343, 0, 0, -1.3041874e-54] - [1050105, 4444, 0, 0, -1.1938986e-48] - [3050305, 3131, 0, 0, -1.023972e-17] - [3050305, 3232, 0, 0, -2.7654246e-14] - [3050305, 3132, 0, 0, -4.2542748e-15] - [3050305, 4141, 0, 0, 9.7801326e-11] - [3050305, 4242, 0, 0, 2.9762908e-21] - [3050305, 4142, 0, 0, -5.3213884e-16] - [3050305, 4343, 0, 0, -1.3513866e-51] - [3050305, 4444, 0, 0, -1.2494895e-47] IMFWCOEF: info: [Q=, 160.0] values: - [305, 4422, 0, 0, 6.4275156e-11] - [305, 4422, 0, 2, 6.399162e-11] - [305, 4322, 0, 2, 2.3116266e-12] - [305, 4422, 0, 1, -2.8353515e-13] - [305, 4322, 0, 1, 2.3116266e-12] - [305, 6421, 0, 0, 7.443718e-11] - [305, 6421, 0, 2, 7.3653614e-11] - [305, 6321, 0, 2, 1.4165763e-12] - [305, 6421, 0, 1, -7.8356531e-13] - [305, 6321, 0, 1, 1.4165763e-12] - [3051111, 4133, 0, 0, -1.8499575e-11] - [3051111, 4133, 0, 2, -1.849817e-11] - [3051111, 4233, 0, 2, 4.4594165e-17] - [3051111, 4133, 0, 1, 1.4053663e-15] - [3051111, 4233, 0, 1, 4.4594165e-17] - [3051111, 4137, 0, 0, 7.0390423e-11] - [3051111, 4137, 0, 2, 7.0376525e-11] - [3051111, 4237, 0, 2, 4.4973134e-16] - [3051111, 4137, 0, 1, -1.3897842e-14] - [3051111, 4237, 0, 1, 4.4973134e-16] - [3051313, 4133, 0, 0, -1.8499566e-11] - [3051313, 4133, 0, 2, -1.849816e-11] - [3051313, 4233, 0, 2, 4.4593978e-17] - [3051313, 4133, 0, 1, 1.4067137e-15] - [3051313, 4233, 0, 1, 4.4593978e-17] - [3051313, 4137, 0, 0, 7.0390432e-11] - [3051313, 4137, 0, 2, 7.0376536e-11] - [3051313, 4237, 0, 2, 4.4973153e-16] - [3051313, 4137, 0, 1, -1.3896496e-14] - [3051313, 4237, 0, 1, 4.4973153e-16] - [3051212, 4141, 0, 0, 2.1750915e-10] - [3051212, 4141, 0, 2, 2.1748139e-10] - [3051212, 4241, 0, 2, -8.9946712e-16] - [3051212, 4141, 0, 1, -2.7757949e-14] - [3051212, 4241, 0, 1, -8.9946712e-16] - [3051414, 4141, 0, 0, 2.1750615e-10] - [3051414, 4141, 0, 2, 2.1747839e-10] - [3051414, 4241, 0, 2, -8.9946675e-16] - [3051414, 4141, 0, 1, -2.7760786e-14] - [3051414, 4241, 0, 1, -8.9946675e-16] - [3051616, 4141, 0, 0, 2.1704156e-10] - [3051616, 4141, 0, 2, 2.1701299e-10] - [3051616, 4241, 0, 2, -8.9936152e-16] - [3051616, 4141, 0, 1, -2.8573456e-14] - [3051616, 4241, 0, 1, -8.9936152e-16] - [3051212, 4142, 0, 0, 0.0] - [3051212, 4142, 0, 2, 0.0] - [3051212, 4242, 0, 2, 0.0] - [3051212, 4142, 0, 1, 0.0] - [3051212, 4242, 0, 1, 0.0] - [3051414, 4142, 0, 0, 0.0] - [3051414, 4142, 0, 2, 0.0] - [3051414, 4242, 0, 2, 0.0] - [3051414, 4142, 0, 1, 0.0] - [3051414, 4242, 0, 1, 0.0] - [3051616, 4142, 0, 0, 0.0] - [3051616, 4142, 0, 2, 0.0] - [3051616, 4242, 0, 2, 0.0] - [3051616, 4142, 0, 1, 0.0] - [3051616, 4242, 0, 1, 0.0] - [1030103, 3131, 0, 2, -1.5900954e-24] - [1030103, 3232, 0, 2, -5.7400434e-22] - [1030103, 3132, 0, 2, -3.7613879e-22] - [1030103, 4141, 0, 2, 6.1832723e-15] - [1030103, 4242, 0, 2, 2.1543924e-30] - [1030103, 4142, 0, 2, -2.9896436e-23] - [1030103, 4343, 0, 2, -2.4875552e-29] - [1030103, 4444, 0, 2, -1.1406065e-26] - [1050105, 3131, 0, 2, -8.7082769e-22] - [1050105, 3232, 0, 2, -8.489789e-16] - [1050105, 3132, 0, 2, -8.7828713e-18] - [1050105, 4141, 0, 2, 3.0292825e-12] - [1050105, 4242, 0, 2, 3.3922862e-25] - [1050105, 4142, 0, 2, -8.50618e-19] - [1050105, 4343, 0, 2, -1.5431037e-26] - [1050105, 4444, 0, 2, -1.9132005e-20] - [3050305, 3131, 0, 2, 3.6276824e-19] - [3050305, 3232, 0, 2, 9.7970654e-16] - [3050305, 3132, 0, 2, 1.9258529e-16] - [3050305, 4141, 0, 2, -3.4958598e-12] - [3050305, 4242, 0, 2, -1.4136196e-22] - [3050305, 4142, 0, 2, 1.8574296e-17] - [3050305, 4343, 0, 2, 6.836766e-24] - [3050305, 4444, 0, 2, 2.240621e-20] - [1030103, 3131, 0, 1, 1.2082465e-26] - [1030103, 3232, 0, 1, 4.3713583e-24] - [1030103, 3132, 0, 1, -6.8318901e-23] - [1030103, 4141, 0, 1, 4.7118603e-18] - [1030103, 4242, 0, 1, 1.8905616e-30] - [1030103, 4142, 0, 1, 5.446674e-25] - [1030103, 4343, 0, 1, -2.4875552e-29] - [1030103, 4444, 0, 1, -1.1406065e-26] - [1050105, 3131, 0, 1, 6.835211e-24] - [1050105, 3232, 0, 1, 6.680199e-18] - [1050105, 3132, 0, 1, -1.8523715e-18] - [1050105, 4141, 0, 1, 2.7140818e-15] - [1050105, 4242, 0, 1, 8.394991e-26] - [1050105, 4142, 0, 1, 1.597316e-20] - [1050105, 4343, 0, 1, -1.5431037e-26] - [1050105, 4444, 0, 1, -1.9132005e-20] - [3050305, 3131, 0, 1, -2.8490268e-21] - [3050305, 3232, 0, 1, -7.7100922e-18] - [3050305, 3132, 0, 1, 4.0619421e-17] - [3050305, 4141, 0, 1, -3.1320705e-15] - [3050305, 4242, 0, 1, -3.5002044e-23] - [3050305, 4142, 0, 1, -4.2613978e-19] - [3050305, 4343, 0, 1, 6.836766e-24] - [3050305, 4444, 0, 1, 2.240621e-20] - [1030103, 3131, 0, 0, -1.6021779e-24] - [1030103, 3232, 0, 0, -5.783757e-22] - [1030103, 3132, 0, 0, -3.0781989e-22] - [1030103, 4141, 0, 0, 6.1785604e-15] - [1030103, 4242, 0, 0, 2.6383073e-31] - [1030103, 4142, 0, 0, -3.0441103e-23] - [1030103, 4343, 0, 0, 2.6965133e-48] - [1030103, 4444, 0, 0, 5.7075289e-46] - [1050105, 3131, 0, 0, -8.776629e-22] - [1050105, 3232, 0, 0, -8.556591e-16] - [1050105, 3132, 0, 0, -6.9304998e-18] - [1050105, 4141, 0, 0, 3.0265684e-12] - [1050105, 4242, 0, 0, 2.5527871e-25] - [1050105, 4142, 0, 0, -8.6659116e-19] - [1050105, 4343, 0, 0, -3.312222e-55] - [1050105, 4444, 0, 0, -1.0419479e-48] - [3050305, 3131, 0, 0, 3.6561727e-19] - [3050305, 3232, 0, 0, 9.8741663e-16] - [3050305, 3132, 0, 0, 1.5196587e-16] - [3050305, 4141, 0, 0, -3.4927277e-12] - [3050305, 4242, 0, 0, -1.0635992e-22] - [3050305, 4142, 0, 0, 1.9000436e-17] - [3050305, 4343, 0, 0, -1.6958576e-52] - [3050305, 4444, 0, 0, 6.5121743e-49] FineTuning: values: - [0, 1051.78715] - [1, 14.9541553] - [2, 827.393275] - [3, 289.061254] - [4, 1051.78715] - [5, 16.8795379] DECAY: '1000001': info: [50.2878098] values: - [0.291414709, 2, 6, -1000024] - [0.170506408, 2, 6, -1000037] - [0.000229147062, 2, 3, 1000023] - [0.00762513081, 2, 5, 1000022] - [0.147942737, 2, 5, 1000023] - [0.00191233685, 2, 5, 1000025] - [0.00212204677, 2, 5, 1000035] - [0.37822975, 2, 1000002, -24] '1000003': info: [2.50796627] values: - [0.000183008483, 2, 4, -1000037] - [0.00229428601, 2, 6, -1000024] - [0.130608082, 2, 6, -1000037] - [0.659471815, 2, 5, 1000022] - [0.0011622198, 2, 5, 1000023] - [0.0591567891, 2, 5, 1000025] - [0.0599402844, 2, 5, 1000035] - [0.018614219, 2, 1000001, 25] - [0.0166709824, 2, 1000001, 23] - [0.0253537125, 2, 1000002, -24] - [0.0264143115, 2, 1000004, -24] '1000005': info: [1.67408614] values: - [0.999567134, 2, 3, 1000022] - [0.000241537968, 2, 3, 1000035] '2000001': info: [1.67380164] values: - [0.99974062, 2, 1, 1000022] - [0.000211360725, 2, 1, 1000035] '2000003': info: [29.0169211] values: - [0.00424202139, 2, 2, -1000024] - [0.649703916, 2, 4, -1000024] - [0.00240523708, 2, 4, -1000037] - [0.000328038878, 2, 1, 1000022] - [0.00698573563, 2, 1, 1000023] - [0.0150153058, 2, 3, 1000022] - [0.319756471, 2, 3, 1000023] - [0.000908955928, 2, 3, 1000035] - [0.000518860799, 2, 5, 1000023] '2000005': info: [29.0165821] values: - [0.64973159, 2, 2, -1000024] - [0.00239429511, 2, 2, -1000037] - [0.00424224744, 2, 4, -1000024] - [0.0150396415, 2, 1, 1000022] - [0.320277493, 2, 1, 1000023] - [0.000908177684, 2, 1, 1000035] - [0.000328554099, 2, 3, 1000022] - [0.00699671463, 2, 3, 1000023] '1000002': info: [5.65531202] values: - [0.75232632, 2, 6, 1000022] - [0.0405693979, 2, 6, 1000023] - [0.00943769477, 2, 6, 1000025] - [0.000137066727, 2, 1000024, 3] - [0.084388531, 2, 1000024, 5] - [0.000186652913, 2, 1000037, 3] - [0.112947487, 2, 1000037, 5] '1000004': info: [50.7028164] values: - [0.00916485191, 2, 6, 1000022] - [0.139668516, 2, 6, 1000023] - [0.0813612665, 2, 6, 1000025] - [0.094058136, 2, 6, 1000035] - [0.000438412662, 2, 1000024, 3] - [0.283354942, 2, 1000024, 5] - [0.0110738289, 2, 1000037, 5] - [0.177996571, 2, 1000002, 25] - [0.202861872, 2, 1000002, 23] '1000006': info: [6.72760399] values: - [0.999585493, 2, 4, 1000022] - [0.000229319569, 2, 4, 1000035] '2000002': info: [6.72673684] values: - [0.999738195, 2, 2, 1000022] - [0.000213732957, 2, 2, 1000035] '2000004': info: [29.0487529] values: - [0.000112581063, 2, 2, 1000022] - [0.00249409526, 2, 2, 1000023] - [0.0146820126, 2, 4, 1000022] - [0.325167678, 2, 4, 1000023] - [0.000711161739, 2, 4, 1000035] - [0.0127501901, 2, 1000024, 1] - [0.641934037, 2, 1000024, 3] - [0.0010372399, 2, 1000024, 5] - [0.00102784926, 2, 1000037, 3] '2000006': info: [29.0485576] values: - [0.0146783601, 2, 2, 1000022] - [0.325182591, 2, 2, 1000023] - [0.000705767604, 2, 2, 1000035] - [0.000112613383, 2, 4, 1000022] - [0.00249410027, 2, 4, 1000023] - [0.642977094, 2, 1000024, 1] - [0.0127725348, 2, 1000024, 3] - [0.00102422528, 2, 1000037, 1] '1000011': info: [5.64947233] values: - [0.00169549205, 2, 16, -1000024] - [0.997451697, 2, 15, 1000022] - [0.000852810802, 2, 15, 1000023] '1000013': info: [5.81983954] values: - [0.999985833, 2, 13, 1000022] '1000015': info: [5.82043687] values: - [0.999996807, 2, 11, 1000022] '2000011': info: [7.53764834] values: - [0.501655496, 2, 16, -1000024] - [0.232771298, 2, 15, 1000022] - [0.252569779, 2, 15, 1000023] - [0.00674333381, 2, 1000011, 25] - [0.00626009324, 2, 1000011, 23] '2000013': info: [7.63008589] values: - [0.512098189, 2, 14, -1000024] - [0.230068301, 2, 13, 1000022] - [0.257793648, 2, 13, 1000023] '2000015': info: [7.63046173] values: - [0.512132874, 2, 12, -1000024] - [0.230056138, 2, 11, 1000022] - [0.257810987, 2, 11, 1000023] '1000012': info: [7.52264356] values: - [0.233366898, 2, 16, 1000022] - [0.25031193, 2, 16, 1000023] - [0.503684946, 2, 1000024, 15] - [0.0126362266, 2, 1000011, 24] '1000014': info: [7.61664186] values: - [0.232868239, 2, 14, 1000022] - [0.25467577, 2, 14, 1000023] - [0.512416954, 2, 1000024, 13] '1000016': info: [7.61701595] values: - [0.232865251, 2, 12, 1000022] - [0.254689782, 2, 12, 1000023] - [0.512444967, 2, 1000024, 11] '25': info: [0.00407728819] values: - [0.00236476037, 2, 22, 22] - [0.0793547951, 2, 21, 21] - [0.0216063765, 2, 23, 23] - [0.202219216, 2, 24, -24] - [0.000223603422, 2, -3, 3] - [0.598910386, 2, -5, 5] - [0.000240670982, 2, -13, 13] - [0.069469637, 2, -15, 15] - [0.0256098198, 2, -4, 4] '35': info: [4.85903043] values: - [0.00215584955, 2, 1000024, -1000024] - [0.000554800925, 2, 1000022, 1000022] - [0.00263517783, 2, 1000022, 1000023] - [0.0010587328, 2, 1000023, 1000023] - [0.000201062667, 2, -3, 3] - [0.555572912, 2, -5, 5] - [0.000380961194, 2, -13, 13] - [0.107723964, 2, -15, 15] - [0.274248868, 2, -6, 6] - [0.000351626384, 2, 25, 25] - [0.0366574546, 2, -24, 24] - [0.0183625357, 2, 23, 23] '36': info: [4.72813859] values: - [0.000183692567, 2, 21, 21] - [0.0178760026, 2, 1000024, -1000024] - [0.000888400792, 2, 1000022, 1000022] - [0.00639763515, 2, 1000022, 1000023] - [0.00876478352, 2, 1000023, 1000023] - [0.000206639609, 2, -3, 3] - [0.570984344, 2, -5, 5] - [0.000391528018, 2, -13, 13] - [0.110712123, 2, -15, 15] - [0.283464509, 2, -6, 6] - [0.000123528082, 2, 25, 23] '37': info: [4.23544359] values: - [0.00969342966, 2, 1000022, 1000024] - [0.000204173202, 2, 4, -3] - [0.000971953327, 2, 4, -5] - [0.000474085894, 2, 6, -3] - [0.862597229, 2, 6, -5] - [0.000437186409, 2, 14, -13] - [0.123622917, 2, 16, -15] - [0.000122247726, 2, 25, 24] - [0.00184799135, 2, 24, 23] '1000021': info: [27.2164685] values: - [0.00808402493, 2, 1, -2000001] - [0.00808402493, 2, -1, 2000001] - [6.54669906e-05, 2, 1, -2000005] - [6.54669906e-05, 2, -1, 2000005] - [0.000111082209, 2, 3, -1000001] - [0.000111082209, 2, -3, 1000001] - [0.00808511154, 2, 3, -1000005] - [0.00808511154, 2, -3, 1000005] - [6.56989924e-05, 2, 3, -2000003] - [6.56989924e-05, 2, -3, 2000003] - [0.0716480985, 2, 5, -1000001] - [0.0716480985, 2, -5, 1000001] - [0.0111467693, 2, 5, -1000003] - [0.0111467693, 2, -5, 1000003] - [0.0066939521, 2, 2, -2000002] - [0.0066939521, 2, -2, 2000002] - [7.73626085e-05, 2, 2, -2000006] - [7.73626085e-05, 2, -2, 2000006] - [0.00669499543, 2, 4, -1000006] - [0.00669499543, 2, -4, 1000006] - [7.74208132e-05, 2, 4, -2000004] - [7.74208132e-05, 2, -4, 2000004] - [0.316748457, 2, 6, -1000002] - [0.316748457, 2, -6, 1000002] - [0.0692299122, 2, 6, -1000004] - [0.0692299122, 2, -6, 1000004] - [0.00252971277, 3, 6, -6, 1000035] '1000023': info: [0.00665344251] values: - [0.945856685, 2, 1000022, 25] - [0.0429820508, 2, 1000022, 23] - [0.00155238045, 3, 1000022, -11, 11] - [0.00155273438, 3, 1000022, -13, 13] - [0.00165190582, 3, 1000022, -15, 15] - [0.00163558677, 3, 1000022, -6, 6] - [0.00151666662, 3, 1000022, -12, 12] - [0.00151686314, 3, 1000022, -14, 14] - [0.00157359668, 3, 1000022, -16, 16] '1000025': info: [13.5100024] values: - [0.28914777, 2, -1000024, 24] - [0.28914777, 2, 1000024, -24] - [0.0165970854, 2, 1000022, 25] - [0.0120983583, 2, 1000023, 25] - [0.0940862666, 2, 1000022, 23] - [0.279167422, 2, 1000023, 23] - [0.00130855854, 2, 15, -1000011] - [0.00130855854, 2, -15, 1000011] - [0.00050783651, 2, 15, -2000011] - [0.00050783651, 2, -15, 2000011] - [0.00274351664, 3, 1000022, -6, 6] - [0.003164841, 3, 1000023, -6, 6] - [0.00504966468, 3, -1000024, -5, 6] - [0.00504966468, 3, 1000024, 5, -6] '1000035': info: [13.5175436] values: - [0.282339245, 2, -1000024, 24] - [0.282339245, 2, 1000024, -24] - [0.0942107053, 2, 1000022, 25] - [0.293992613, 2, 1000023, 25] - [0.0163102795, 2, 1000022, 23] - [0.012415001, 2, 1000023, 23] - [6.46392545e-05, 2, 11, -2000015] - [6.46392545e-05, 2, -11, 2000015] - [6.64314735e-05, 2, 13, -2000013] - [6.64314735e-05, 2, -13, 2000013] - [0.00128529289, 2, 15, -1000011] - [0.00128529289, 2, -15, 1000011] - [0.000604590371, 2, 15, -2000011] - [0.000604590371, 2, -15, 2000011] - [0.000146030127, 2, 12, -1000016] - [0.000146030127, 2, -12, 1000016] - [0.000146068471, 2, 14, -1000014] - [0.000146068471, 2, -14, 1000014] - [0.000157031998, 2, 16, -1000012] - [0.000157031998, 2, -16, 1000012] - [0.00126320236, 3, 1000022, -6, 6] - [0.0017715082, 3, 1000023, -6, 6] - [0.00511495995, 3, -1000024, -5, 6] - [0.00511495995, 3, 1000024, 5, -6] '1000024': info: [0.00671347787] values: - [0.981637486, 2, 1000022, 24] - [0.0090752148, 3, 1000022, 6, -5] - [0.0029931597, 3, 1000022, 12, -11] - [0.0029938046, 3, 1000022, 14, -13] - [0.00317723143, 3, 1000022, 16, -15] '1000037': info: [13.8616341] values: - [0.299647952, 2, 1000024, 25] - [0.291060172, 2, 1000024, 23] - [0.10274869, 2, 1000022, 24] - [0.288810523, 2, 1000023, 24] - [0.000127664572, 2, -11, 1000016] - [0.000130992928, 2, -13, 1000014] - [0.0011389571, 2, -15, 1000012] - [0.000289852591, 2, 12, -2000015] - [0.000290150028, 2, 14, -2000013] - [0.00241748173, 2, 16, -1000011] - [0.000377795177, 2, 16, -2000011] - [0.00493579187, 3, 1000024, 6, -6] - [0.00298052881, 3, 1000022, 6, -5] - [0.00500898775, 3, 1000023, 6, -5] '6': info: [1.55900279] values: - [0.00167597681, 2, 3, 24] - [0.998288584, 2, 5, 24] PK! CF1yaslha/tests/data/pylha_yaml/SPheno.spc.MSSM.yamlBLOCK: SPINFO: values: - [1, SPhenoSARAH] - [2, v3.3.8] - [9, 4.0, 9.0] MODSEL: values: - [1, 1] - [2, 1] - [6, 1] MINPAR: values: - [1, 1500.0] - [2, 1500.0] - [3, 10.0] - [4, 1.0] - [5, -2000.0] gaugeGUT: info: [Q=, 1.27157351e+16] values: - [1, 0.699798612] - [2, 0.699789515] - [3, 0.697368011] SMINPUTS: values: - [1, 127.932466] - [2, 1.16637e-05] - [3, 0.1187] - [4, 91.1887] - [5, 4.18] - [6, 173.5] - [7, 1.77669] GAUGE: info: [Q=, 2454.74144] values: - [1, 0.364193719] - [2, 0.635948459] - [3, 1.01363096] HMIX: info: [Q=, 2454.74144] values: - [1, 2060.20304] - [101, 771767.791] - [102, 25.3548165] - [103, 242.072876] - [3, 243.397091] - [10, 1.46643727] - [11, 3.03694259] MSOFT: info: [Q=, 2454.74144] values: - [21, 2905114.96] - [22, -4076928.91] - [1, 663.37989] - [2, 1196.12328] - [3, 3114.35874] PHASES: info: [Q=, 2454.74144] values: - [1, 1.0] TREEHMIX: info: [Q=, 2454.74144] values: - [1, 2037.25264] - [101, 738589.953] LOOPHMIX: info: [Q=, 2454.74144] values: - [1, 2059.13754] - [101, 769841.686] Yd: info: [Q=, 2454.74144] values: - [1, 1, 0.000124352653] - [1, 2, -1.89851707e-10] - [1, 3, 4.72075576e-09] - [2, 1, -3.60716431e-09] - [2, 2, 0.00236272423] - [2, 3, -6.16818403e-07] - [3, 1, 4.61596298e-06] - [3, 2, -3.17436462e-05] - [3, 3, 0.124199066] Ye: info: [Q=, 2454.74144] values: - [1, 1, 2.85258913e-05] - [1, 2, 0.0] - [1, 3, 0.0] - [2, 1, 0.0] - [2, 2, 0.00589824994] - [2, 3, 0.0] - [3, 1, 0.0] - [3, 2, 0.0] - [3, 3, 0.099183522] Yu: info: [Q=, 2454.74144] values: - [1, 1, 6.67592378e-06] - [1, 2, 1.54411766e-06] - [1, 3, 2.35418026e-08] - [2, 1, -0.000784239528] - [2, 2, 0.00338840129] - [2, 3, 0.000143494799] - [3, 1, 0.00497290712] - [3, 2, -0.0341983661] - [3, 3, 0.83641914] Td: info: [Q=, 2454.74144] values: - [1, 1, -0.706979244] - [1, 2, -1.2091433e-05] - [1, 3, 0.000290495394] - [2, 1, -0.000229737252] - [2, 2, -13.4310417] - [2, 3, -0.0379570877] - [3, 1, 0.288621506] - [3, 2, -1.98485438] - [3, 3, -649.538474] Te: info: [Q=, 2454.74144] values: - [1, 1, -0.080754232] - [1, 2, 0.0] - [1, 3, 0.0] - [2, 1, 0.0] - [2, 2, -16.6969872] - [2, 3, 0.0] - [3, 1, 0.0] - [3, 2, 0.0] - [3, 3, -278.745781] Tu: info: [Q=, 2454.74144] values: - [1, 1, -0.0294272205] - [1, 2, -0.00680641244] - [1, 3, -0.000103418112] - [2, 1, 3.45688287] - [2, 2, -14.9358723] - [2, 3, -0.630770452] - [3, 1, -15.4795098] - [3, 2, 106.451483] - [3, 3, -2595.50663] MSQ2: info: [Q=, 2454.74144] values: - [1, 1, 9922701.67] - [1, 2, 549.602278] - [1, 3, -13157.9688] - [2, 1, 549.602278] - [2, 2, 9919002.75] - [2, 3, 90487.6185] - [3, 1, -13157.9688] - [3, 2, 90487.6185] - [3, 3, 7638103.3] MSL2: info: [Q=, 2454.74144] values: - [1, 1, 3170815.08] - [1, 2, 0.0] - [1, 3, 0.0] - [2, 1, 0.0] - [2, 2, 3170677.42] - [2, 3, 0.0] - [3, 1, 0.0] - [3, 2, 0.0] - [3, 3, 3132036.73] MSD2: info: [Q=, 2454.74144] values: - [1, 1, 9201897.85] - [1, 2, -3.52897624e-05] - [1, 3, 0.0441144693] - [2, 1, -3.52897624e-05] - [2, 2, 9201842.1] - [2, 3, -5.76415564] - [3, 1, 0.0441144693] - [3, 2, -5.76415564] - [3, 3, 9057297.52] MSU2: info: [Q=, 2454.74144] values: - [1, 1, 9280826.91] - [1, 2, 5.20628159e-07] - [1, 3, -0.000270695124] - [2, 1, 5.20628159e-07] - [2, 2, 9280728.17] - [2, 3, 0.0580959902] - [3, 1, -0.000270695124] - [3, 2, 0.0580959902] - [3, 3, 4749598.91] MSE2: info: [Q=, 2454.74144] values: - [1, 1, 2540379.74] - [1, 2, 0.0] - [1, 3, 0.0] - [2, 1, 0.0] - [2, 2, 2540101.9] - [2, 3, 0.0] - [3, 1, 0.0] - [3, 2, 0.0] - [3, 3, 2462101.6] MASS: values: - [1000001, 2839.41648] - [1000003, 3102.29888] - [1000005, 3126.3429] - [2000001, 3126.35235] - [2000003, 3249.54412] - [2000005, 3249.57526] - [1000002, 2240.80393] - [1000004, 2857.15183] - [1000006, 3138.75332] - [2000002, 3138.772] - [2000004, 3248.5831] - [2000006, 3248.61344] - [1000011, 1572.82771] - [1000013, 1598.82874] - [1000015, 1598.9208] - [2000011, 1779.67611] - [2000013, 1790.23256] - [2000015, 1790.26989] - [1000012, 1776.89276] - [1000014, 1788.13136] - [1000016, 1788.17127] - [25, 124.789057] - [35, 2704.07551] - [36, 2704.05153] - [37, 2704.75229] - [23, 91.1887] - [24, 80.3161493] - [1, 0.005] - [3, 0.095] - [5, 4.18] - [2, 0.0025] - [4, 1.27] - [6, 173.5] - [11, 0.00051099893] - [13, 0.105658372] - [15, 1.77669] - [1000021, 3261.65015] - [1000022, 657.648553] - [1000023, 1236.54629] - [1000025, 2066.05902] - [1000035, 2069.94921] - [1000024, 1236.65502] - [1000037, 2070.3961] LSP: values: - [1, 1000022] - [2, 1000023] DSQMIX: info: [Q=, 2454.74144] values: - [1, 1, -0.00575594788] - [1, 2, 0.0395837437] - [1, 3, -0.998580007] - [1, 4, -1.85594939e-07] - [1, 5, 2.42512565e-05] - [1, 6, -0.0351847246] - [2, 1, 0.000569233594] - [2, 2, -0.00391469084] - [2, 3, 0.0350543658] - [2, 4, 4.268706e-07] - [2, 5, -5.57983124e-05] - [2, 6, -0.999377576] - [3, 1, -4.54264898e-07] - [3, 2, -0.00146023285] - [3, 3, -8.42314661e-05] - [3, 4, -8.97423091e-07] - [3, 5, -0.999998929] - [3, 6, 5.85981461e-05] - [4, 1, 7.70216562e-05] - [4, 2, 2.25945597e-08] - [4, 3, -6.4474569e-07] - [4, 4, 0.999999997] - [4, 5, -8.9741145e-07] - [4, 6, 4.48353451e-07] - [5, 1, 0.146102028] - [5, 2, -0.98845155] - [5, 3, -0.0401141451] - [5, 4, -1.1256394e-05] - [5, 5, 0.00144683279] - [5, 6, 0.00254797768] - [6, 1, -0.989252615] - [6, 2, -0.146216289] - [6, 3, -9.4040042e-05] - [6, 4, 7.61973074e-05] - [6, 5, 0.000213967642] - [6, 6, 5.97103926e-06] SNUMIX: info: [Q=, 2454.74144] values: - [1, 1, 0.0] - [1, 2, 0.0] - [1, 3, 1.0] - [2, 1, 0.0] - [2, 2, 1.0] - [2, 3, 0.0] - [3, 1, 1.0] - [3, 2, 0.0] - [3, 3, 0.0] USQMIX: info: [Q=, 2454.74144] values: - [1, 1, 0.00093841623] - [1, 2, -0.00645345696] - [1, 3, 0.159715456] - [1, 4, 7.56553646e-11] - [1, 5, 8.93256411e-08] - [1, 6, 0.987141553] - [2, 1, -0.0056813501] - [2, 2, 0.0390707471] - [2, 3, -0.986351692] - [2, 4, -3.29207419e-10] - [2, 5, -2.0728601e-06] - [2, 6, 0.159848487] - [3, 1, 0.00097226562] - [3, 2, -0.00420138214] - [3, 3, -0.000170048792] - [3, 4, -3.43730458e-11] - [3, 5, -0.999990687] - [3, 6, -7.87205716e-07] - [4, 1, -8.27602955e-06] - [4, 2, -1.91448833e-06] - [4, 3, -2.78429738e-08] - [4, 4, -1.0] - [4, 5, 3.61061868e-11] - [4, 6, -6.69599834e-11] - [5, 1, 0.13944255] - [5, 2, -0.989411958] - [5, 3, -0.0400156605] - [5, 4, 7.41301301e-07] - [5, 5, 0.00429931768] - [5, 6, -0.000126489998] - [6, 1, 0.990212942] - [6, 2, 0.139564165] - [6, 3, -0.000175353967] - [6, 4, -8.46222064e-06] - [6, 5, 0.000376420936] - [6, 6, -5.61075373e-07] SELMIX: info: [Q=, 2454.74144] values: - [1, 1, 0.0] - [1, 2, 0.0] - [1, 3, -0.0587299226] - [1, 4, 0.0] - [1, 5, 0.0] - [1, 6, -0.998273908] - [2, 1, -2.88573811e-17] - [2, 2, 0.00373358055] - [2, 3, 0.0] - [2, 4, -1.59847361e-12] - [2, 5, 0.99999303] - [2, 6, 0.0] - [3, 1, 1.80612933e-05] - [3, 2, 5.84277613e-15] - [3, 3, 0.0] - [3, 4, 1.0] - [3, 5, 1.59846293e-12] - [3, 6, 0.0] - [4, 1, 0.0] - [4, 2, 0.0] - [4, 3, -0.998273908] - [4, 4, 0.0] - [4, 5, 0.0] - [4, 6, 0.0587299226] - [5, 1, 7.51870133e-18] - [5, 2, 0.99999303] - [5, 3, 0.0] - [5, 4, 1.25254609e-16] - [5, 5, -0.00373358055] - [5, 6, 0.0] - [6, 1, -1.0] - [6, 2, 7.51762934e-18] - [6, 3, 0.0] - [6, 4, 1.80612933e-05] - [6, 5, -1.49437288e-20] - [6, 6, 0.0] SCALARMIX: info: [Q=, 2454.74144] values: - [1, 1, -0.104459149] - [1, 2, -0.994529178] - [2, 1, -0.994529178] - [2, 2, 0.104459149] PSEUDOSCALARMIX: info: [Q=, 2454.74144] values: - [1, 1, 0.104169487] - [1, 2, -0.99455956] - [2, 1, -0.99455956] - [2, 2, -0.104169487] CHARGEMIX: info: [Q=, 2454.74144] values: - [1, 1, 0.104169738] - [1, 2, -0.994559533] - [2, 1, -0.994559533] - [2, 2, -0.104169738] NMIX: info: [Q=, 2454.74144] values: - [1, 1, 0.999634107] - [1, 2, -0.00175729057] - [1, 3, 0.0249459869] - [1, 4, -0.0103083596] - [2, 1, -0.00369252525] - [2, 2, -0.997316339] - [2, 3, 0.0611387489] - [2, 4, -0.0401065899] - [3, 1, 0.0] - [3, 2, 0.0] - [3, 3, 0.0] - [3, 4, 0.0] - [4, 1, -0.0247297361] - [4, 2, 0.0716541411] - [4, 3, 0.704371852] - [4, 4, -0.705772215] IMNMIX: info: [Q=, 2454.74144] values: - [1, 1, 0.0] - [1, 2, 0.0] - [1, 3, 0.0] - [1, 4, 0.0] - [2, 1, 0.0] - [2, 2, 0.0] - [2, 3, 0.0] - [2, 4, 0.0] - [3, 1, 0.0103178496] - [3, 2, -0.0149236692] - [3, 3, -0.706753172] - [3, 4, -0.707227531] - [4, 1, 0.0] - [4, 2, 0.0] - [4, 3, 0.0] - [4, 4, 0.0] UMIX: info: [Q=, 2454.74144] values: - [1, 1, 0.996203607] - [1, 2, -0.0870538536] - [2, 1, 0.0870538536] - [2, 2, 0.996203607] VMIX: info: [Q=, 2454.74144] values: - [1, 1, 0.998352649] - [1, 2, -0.0573758507] - [2, 1, 0.0573758507] - [2, 2, 0.998352649] UELMIX: info: [Q=, 2454.74144] values: - [1, 1, 1.0] - [1, 2, 0.0] - [1, 3, 0.0] - [2, 1, 0.0] - [2, 2, 1.0] - [2, 3, 0.0] - [3, 1, 0.0] - [3, 2, 0.0] - [3, 3, 1.0] UERMIX: info: [Q=, 2454.74144] values: - [1, 1, 1.0] - [1, 2, 0.0] - [1, 3, 0.0] - [2, 1, 0.0] - [2, 2, 1.0] - [2, 3, 0.0] - [3, 1, 0.0] - [3, 2, 0.0] - [3, 3, 1.0] UDLMIX: info: [Q=, 2454.74144] values: - [1, 1, 0.999999999] - [1, 2, 1.52539587e-06] - [1, 3, -3.71655283e-05] - [2, 1, -1.51588984e-06] - [2, 2, 0.999999967] - [2, 3, 0.000255773926] - [3, 1, 3.71659173e-05] - [3, 2, -0.00025577387] - [3, 3, 0.999999967] UDRMIX: info: [Q=, 2454.74144] values: - [1, 1, 1.0] - [1, 2, 1.59625469e-07] - [1, 3, -7.52202866e-08] - [2, 1, -1.59624729e-07] - [2, 2, 1.0] - [2, 3, 9.83213188e-06] - [3, 1, 7.52218561e-08] - [3, 2, -9.83213187e-06] - [3, 3, 1.0] UULMIX: info: [Q=, 2454.74144] values: - [1, 1, 0.974272169] - [1, 2, 0.225348697] - [1, 3, 0.00342124195] - [2, 1, -0.225296365] - [2, 2, 0.973421336] - [2, 3, 0.0411394171] - [3, 1, 0.00594040415] - [3, 2, -0.0408517825] - [3, 3, 0.999147558] UURMIX: info: [Q=, 2454.74144] values: - [1, 1, 1.0] - [1, 2, 4.53494427e-09] - [1, 3, -1.18813156e-10] - [2, 1, -4.53494431e-09] - [2, 2, 1.0] - [2, 3, -3.48267795e-07] - [3, 1, 1.18811577e-10] - [3, 2, 3.48267795e-07] - [3, 3, 1.0] SPheno: values: - [1, -1.0] - [2, 0.0] - [11, 1.0] - [13, 1.0] - [31, 1.27157351e+16] - [33, 2454.74144] - [34, 0.0001] - [35, 40.0] - [38, 2.0] - [40, 0.00729735257] - [41, 2.4952] - [42, 2.06] - [50, 1.0] - [51, 0.0] - [52, 0.0] - [53, 0.0] - [55, 1.0] - [56, 1.0] - [57, 1.0] - [60, 1.0] - [65, 1.0] - [8, 3.0] - [9, 1.0] - [400, 0.1] - [401, 0.001] - [410, 0.0] HiggsLHC7: values: - [1, 25, 15.4128475] - [2, 25, 1.22002523] - [3, 25, 0.550135877] - [4, 25, 0.320373028] - [5, 25, 0.0831141988] HiggsLHC8: values: - [1, 25, 19.615493] - [2, 25, 1.57293353] - [3, 25, 0.704762193] - [4, 25, 0.40011043] - [5, 25, 0.125790826] HiggsLHC13: values: - [1, 25, 45.8162436] HiggsLHC14: values: - [1, 25, 51.5910415] HiggsFCC100: values: - [1, 25, 759.094901] HiggsBoundsInputHiggsCouplingsFermions: values: - [0.486365947, 0.0, 3, 25, 5, 5] - [0.350674508, 0.0, 3, 25, 3, 3] - [0.96010209, 0.0, 3, 25, 6, 6] - [0.224760844, 0.0, 3, 25, 4, 4] - [1.06214695, 0.0, 3, 25, 15, 15] - [1.03920743, 0.0, 3, 25, 13, 13] - [25.7187619, 0.0, 3, 35, 5, 5] - [18.0195818, 7.67245244e-32, 3, 35, 3, 3] - [0.00748192838, 0.0, 3, 35, 6, 6] - [0.00241438991, 0.0, 3, 35, 4, 4] - [90.7865825, 0.0, 3, 35, 15, 15] - [90.7829833, 0.0, 3, 35, 13, 13] - [0.0, 25.7203333, 3, 36, 5, 5] - [7.67245244e-32, 18.0206827, 3, 36, 3, 3] - [9.42198493e-35, 0.00744049149, 3, 36, 6, 6] - [0.0, 0.00240101839, 3, 36, 4, 4] - [0.0, 90.7921294, 3, 36, 15, 15] - [0.0, 90.78853, 3, 36, 13, 13] HiggsBoundsInputHiggsCouplingsBosons: values: - [1.00987244, 3, 25, 24, 24] - [1.0070105, 3, 25, 23, 23] - [0.0, 3, 25, 23, 22] - [1.01548249, 3, 25, 22, 22] - [1.00073216, 3, 25, 21, 21] - [0.0, 4, 25, 21, 21, 23] - [2.68154452e-05, 3, 35, 24, 24] - [2.69060452e-05, 3, 35, 23, 23] - [0.0, 3, 35, 23, 22] - [0.000242233793, 3, 35, 22, 22] - [0.00551060877, 3, 35, 21, 21] - [0.0, 4, 35, 21, 21, 23] - [0.0, 3, 36, 24, 24] - [0.0, 3, 36, 23, 23] - [0.0, 3, 36, 23, 22] - [0.000566058881, 3, 36, 22, 22] - [0.0107964434, 3, 36, 21, 21] - [0.0, 4, 36, 21, 21, 23] - [0.0, 3, 25, 25, 23] - [0.0, 3, 25, 35, 23] - [8.48275399e-08, 3, 25, 36, 23] - [0.0, 3, 35, 25, 23] - [0.0, 3, 35, 35, 23] - [0.999999915, 3, 35, 36, 23] - [0.0, 3, 36, 36, 23] EFFHIGGSCOUPLINGS: values: - [25, 22, 22, 3.1584896e-05] - [25, 21, 21, 6.4688558e-05] - [25, 22, 23, 0.0] - [35, 22, 22, 1.4768259e-07] - [35, 21, 21, 7.4653399e-07] - [35, 22, 23, 0.0] - [36, 22, 22, 2.5114146e-07] - [36, 21, 21, 1.0507233e-06] - [36, 22, 23, 0.0] SPhenoLowEnergy: values: - [20, 1.1422406e-15] - [21, 4.88358202e-11] - [22, 1.39266732e-08] - [23, 0.0] - [24, 0.0] - [25, 0.0] - [39, 4.80470521e-05] FlavorKitQFV: values: - [200, 0.000316992145] - [201, 1.00632427] - [300, 0.00263254359] - [301, 0.998906992] - [400, 0.024913711] - [401, 0.99878204] - [402, 0.243483571] - [403, 0.998782039] - [500, 2.28571312e-06] - [501, 0.990664549] - [502, 0.000508600999] - [503, 0.990664544] - [600, 2.82717111] - [601, 0.999918314] - [602, 2.47647734e-05] - [603, 2.47607277e-05] - [1900, 17.8820449] - [1901, 1.00122773] - [1902, 0.399764355] - [1903, 1.00141635] - [4000, 2.48012643e-15] - [4001, 0.999286753] - [4002, 7.70011936e-14] - [4003, 0.999186256] - [4004, 1.05948215e-10] - [4005, 0.999286786] - [4006, 3.28948953e-09] - [4007, 0.99918629] - [4008, 2.21764411e-08] - [4009, 0.999296357] - [4010, 6.97645592e-07] - [4011, 0.999195803] - [5000, 1.64056949e-06] - [5001, 0.991106993] - [5002, 1.59026973e-06] - [5003, 0.99095192] - [6000, 1.09836879e-07] - [6001, 0.989521431] - [7000, 4.09409786e-05] - [7001, 0.999736796] - [7002, 1.89568236e-06] - [7003, 0.999738573] - [8000, 1.29755847e-10] - [8001, 0.999846525] - [8002, 3.02615803e-11] - [8003, 0.999741759] - [9100, 1.94971619e-15] - [9102, 1.00001722] - [9103, 0.00184755314] - [9104, 1.00122884] FlavorKitLFV: values: - [701, 8.5549052e-34] - [702, 4.87917209e-65] - [703, 2.7913672e-37] - [800, 2.67738403e-36] - [801, 4.81887157e-36] - [802, 6.52210692e-36] - [803, 7.33659507e-36] - [804, 3.95214511e-36] - [805, 3.71751629e-36] - [901, 6.01419578e-36] - [902, 5.87549424e-67] - [903, 7.17144001e-40] - [904, 1.14680401e-67] - [905, 3.30033351e-39] - [906, 6.61326756e-78] - [907, 3.30429756, -107] - [1001, 9.55295653e-47] - [1002, 2.1522226e-72] - [1003, 1.2301732e-44] - [1101, 1.48707049e-33] - [1102, 1.66615019e-62] - [1103, 9.52041674e-35] - [2001, 1.4955745e-72] - [2002, 1.45456081e-72] - [2003, 1.63254977e-72] - [2004, 8.53999062e-45] - [2005, 8.52014842e-45] - [2006, 9.56276412e-45] FWCOEF: info: [Q=, 160.0] values: - [305, 4422, 0, 0, -1.7244799e-09] - [305, 4422, 0, 2, -1.7348183e-09] - [305, 4322, 0, 2, -3.3366334e-11] - [305, 4422, 0, 1, -1.0338427e-11] - [305, 4322, 0, 1, -3.3366334e-11] - [305, 6421, 0, 0, -8.6377623e-10] - [305, 6421, 0, 2, -9.0798264e-10] - [305, 6321, 0, 2, -1.745629e-11] - [305, 6421, 0, 1, -4.4206413e-11] - [305, 6321, 0, 1, -1.745629e-11] - [3051111, 4133, 0, 0, 1.036067e-09] - [3051111, 4133, 0, 2, 1.0359224e-09] - [3051111, 4233, 0, 2, -2.5153795e-15] - [3051111, 4133, 0, 1, -1.4459149e-13] - [3051111, 4233, 0, 1, -2.5153795e-15] - [3051111, 4137, 0, 0, -3.9442756e-09] - [3051111, 4137, 0, 2, -3.9434536e-09] - [3051111, 4237, 0, 2, -2.5370087e-14] - [3051111, 4137, 0, 1, 8.2201945e-13] - [3051111, 4237, 0, 1, -2.5370087e-14] - [3051313, 4133, 0, 0, 1.0360665e-09] - [3051313, 4133, 0, 2, 1.0359218e-09] - [3051313, 4233, 0, 2, -2.5153717e-15] - [3051313, 4133, 0, 1, -1.446681e-13] - [3051313, 4233, 0, 1, -2.5153717e-15] - [3051313, 4137, 0, 0, -3.9442761e-09] - [3051313, 4137, 0, 2, -3.9434542e-09] - [3051313, 4237, 0, 2, -2.5370089e-14] - [3051313, 4137, 0, 1, 8.2194515e-13] - [3051313, 4237, 0, 1, -2.5370089e-14] - [3051212, 4141, 0, 0, -1.2184348e-08] - [3051212, 4141, 0, 2, -1.218276e-08] - [3051212, 4241, 0, 2, 5.0739397e-14] - [3051212, 4141, 0, 1, 1.5885027e-12] - [3051212, 4241, 0, 1, 5.0739397e-14] - [3051414, 4141, 0, 0, -1.2184232e-08] - [3051414, 4141, 0, 2, -1.2182643e-08] - [3051414, 4241, 0, 2, 5.0739383e-14] - [3051414, 4141, 0, 1, 1.5886647e-12] - [3051414, 4241, 0, 1, 5.0739383e-14] - [3051616, 4141, 0, 0, -1.2159446e-08] - [3051616, 4141, 0, 2, -1.2157811e-08] - [3051616, 4241, 0, 2, 5.0735205e-14] - [3051616, 4141, 0, 1, 1.6350788e-12] - [3051616, 4241, 0, 1, 5.0735205e-14] - [3051212, 4142, 0, 0, 0.0] - [3051212, 4142, 0, 2, 0.0] - [3051212, 4242, 0, 2, 0.0] - [3051212, 4142, 0, 1, 0.0] - [3051212, 4242, 0, 1, 0.0] - [3051414, 4142, 0, 0, 0.0] - [3051414, 4142, 0, 2, 0.0] - [3051414, 4242, 0, 2, 0.0] - [3051414, 4142, 0, 1, 0.0] - [3051414, 4242, 0, 1, 0.0] - [3051616, 4142, 0, 0, 0.0] - [3051616, 4142, 0, 2, 0.0] - [3051616, 4242, 0, 2, 0.0] - [3051616, 4142, 0, 1, 0.0] - [3051616, 4242, 0, 1, 0.0] - [1030103, 3131, 0, 2, -1.7895855e-24] - [1030103, 3232, 0, 2, -6.4602903e-22] - [1030103, 3132, 0, 2, -9.128328e-21] - [1030103, 4141, 0, 2, 9.637763e-14] - [1030103, 4242, 0, 2, 5.1736693e-30] - [1030103, 4142, 0, 2, -3.3075307e-23] - [1030103, 4343, 0, 2, -4.3892417e-27] - [1030103, 4444, 0, 2, -1.5848872e-24] - [1050105, 3131, 0, 2, -9.6339907e-22] - [1050105, 3232, 0, 2, -9.3924072e-16] - [1050105, 3132, 0, 2, -9.7090469e-18] - [1050105, 4141, 0, 2, 3.3503918e-12] - [1050105, 4242, 0, 2, 3.878761e-25] - [1050105, 4142, 0, 2, -9.2642947e-19] - [1050105, 4343, 0, 2, -2.1509941e-26] - [1050105, 4444, 0, 2, -2.2248928e-20] - [3050305, 3131, 0, 2, -1.0159731e-17] - [3050305, 3232, 0, 2, -2.7438218e-14] - [3050305, 3132, 0, 2, -5.3897151e-15] - [3050305, 4141, 0, 2, 9.7889126e-11] - [3050305, 4242, 0, 2, 4.1789059e-21] - [3050305, 4142, 0, 2, -5.1147425e-16] - [3050305, 4343, 0, 2, -2.4363154e-22] - [3050305, 4444, 0, 2, -6.5950863e-19] - [1030103, 3131, 0, 1, 5.6062695e-26] - [1030103, 3232, 0, 1, 2.0237831e-23] - [1030103, 3132, 0, 1, -6.621029e-22] - [1030103, 4141, 0, 1, 7.3846796e-18] - [1030103, 4242, 0, 1, -6.6327194e-30] - [1030103, 4142, 0, 1, 1.9916885e-24] - [1030103, 4343, 0, 1, -4.3892417e-27] - [1030103, 4444, 0, 1, -1.5848872e-24] - [1050105, 3131, 0, 1, 7.5793614e-24] - [1050105, 3232, 0, 1, 7.3944118e-18] - [1050105, 3132, 0, 1, -2.0466654e-18] - [1050105, 4141, 0, 1, 3.0046948e-15] - [1050105, 4242, 0, 1, 1.0582304e-25] - [1050105, 4142, 0, 1, 3.230005e-20] - [1050105, 4343, 0, 1, -2.1509941e-26] - [1050105, 4444, 0, 1, -2.2248928e-20] - [3050305, 3131, 0, 1, 7.998882e-20] - [3050305, 3232, 0, 1, 2.1602871e-16] - [3050305, 3132, 0, 1, -1.1354403e-15] - [3050305, 4141, 0, 1, 8.7799924e-14] - [3050305, 4242, 0, 1, 1.202615e-21] - [3050305, 4142, 0, 1, 2.0664594e-17] - [3050305, 4343, 0, 1, -2.4363154e-22] - [3050305, 4444, 0, 1, -6.5950863e-19] - [1030103, 3131, 0, 0, -1.8456482e-24] - [1030103, 3232, 0, 0, -6.6626686e-22] - [1030103, 3132, 0, 0, -8.4662251e-21] - [1030103, 4141, 0, 0, 9.6370245e-14] - [1030103, 4242, 0, 0, 1.1806389e-29] - [1030103, 4142, 0, 0, -3.5066996e-23] - [1030103, 4343, 0, 0, -6.1783541e-48] - [1030103, 4444, 0, 0, -6.3769435e-46] - [1050105, 3131, 0, 0, -9.7097843e-22] - [1050105, 3232, 0, 0, -9.4663513e-16] - [1050105, 3132, 0, 0, -7.6623815e-18] - [1050105, 4141, 0, 0, 3.3473871e-12] - [1050105, 4242, 0, 0, 2.8205306e-25] - [1050105, 4142, 0, 0, -9.5872952e-19] - [1050105, 4343, 0, 0, -1.3041874e-54] - [1050105, 4444, 0, 0, -1.1938986e-48] - [3050305, 3131, 0, 0, -1.023972e-17] - [3050305, 3232, 0, 0, -2.7654246e-14] - [3050305, 3132, 0, 0, -4.2542748e-15] - [3050305, 4141, 0, 0, 9.7801326e-11] - [3050305, 4242, 0, 0, 2.9762908e-21] - [3050305, 4142, 0, 0, -5.3213884e-16] - [3050305, 4343, 0, 0, -1.3513866e-51] - [3050305, 4444, 0, 0, -1.2494895e-47] IMFWCOEF: info: [Q=, 160.0] values: - [305, 4422, 0, 0, 6.4275156e-11] - [305, 4422, 0, 2, 6.399162e-11] - [305, 4322, 0, 2, 2.3116266e-12] - [305, 4422, 0, 1, -2.8353515e-13] - [305, 4322, 0, 1, 2.3116266e-12] - [305, 6421, 0, 0, 7.443718e-11] - [305, 6421, 0, 2, 7.3653614e-11] - [305, 6321, 0, 2, 1.4165763e-12] - [305, 6421, 0, 1, -7.8356531e-13] - [305, 6321, 0, 1, 1.4165763e-12] - [3051111, 4133, 0, 0, -1.8499575e-11] - [3051111, 4133, 0, 2, -1.849817e-11] - [3051111, 4233, 0, 2, 4.4594165e-17] - [3051111, 4133, 0, 1, 1.4053663e-15] - [3051111, 4233, 0, 1, 4.4594165e-17] - [3051111, 4137, 0, 0, 7.0390423e-11] - [3051111, 4137, 0, 2, 7.0376525e-11] - [3051111, 4237, 0, 2, 4.4973134e-16] - [3051111, 4137, 0, 1, -1.3897842e-14] - [3051111, 4237, 0, 1, 4.4973134e-16] - [3051313, 4133, 0, 0, -1.8499566e-11] - [3051313, 4133, 0, 2, -1.849816e-11] - [3051313, 4233, 0, 2, 4.4593978e-17] - [3051313, 4133, 0, 1, 1.4067137e-15] - [3051313, 4233, 0, 1, 4.4593978e-17] - [3051313, 4137, 0, 0, 7.0390432e-11] - [3051313, 4137, 0, 2, 7.0376536e-11] - [3051313, 4237, 0, 2, 4.4973153e-16] - [3051313, 4137, 0, 1, -1.3896496e-14] - [3051313, 4237, 0, 1, 4.4973153e-16] - [3051212, 4141, 0, 0, 2.1750915e-10] - [3051212, 4141, 0, 2, 2.1748139e-10] - [3051212, 4241, 0, 2, -8.9946712e-16] - [3051212, 4141, 0, 1, -2.7757949e-14] - [3051212, 4241, 0, 1, -8.9946712e-16] - [3051414, 4141, 0, 0, 2.1750615e-10] - [3051414, 4141, 0, 2, 2.1747839e-10] - [3051414, 4241, 0, 2, -8.9946675e-16] - [3051414, 4141, 0, 1, -2.7760786e-14] - [3051414, 4241, 0, 1, -8.9946675e-16] - [3051616, 4141, 0, 0, 2.1704156e-10] - [3051616, 4141, 0, 2, 2.1701299e-10] - [3051616, 4241, 0, 2, -8.9936152e-16] - [3051616, 4141, 0, 1, -2.8573456e-14] - [3051616, 4241, 0, 1, -8.9936152e-16] - [3051212, 4142, 0, 0, 0.0] - [3051212, 4142, 0, 2, 0.0] - [3051212, 4242, 0, 2, 0.0] - [3051212, 4142, 0, 1, 0.0] - [3051212, 4242, 0, 1, 0.0] - [3051414, 4142, 0, 0, 0.0] - [3051414, 4142, 0, 2, 0.0] - [3051414, 4242, 0, 2, 0.0] - [3051414, 4142, 0, 1, 0.0] - [3051414, 4242, 0, 1, 0.0] - [3051616, 4142, 0, 0, 0.0] - [3051616, 4142, 0, 2, 0.0] - [3051616, 4242, 0, 2, 0.0] - [3051616, 4142, 0, 1, 0.0] - [3051616, 4242, 0, 1, 0.0] - [1030103, 3131, 0, 2, -1.5900954e-24] - [1030103, 3232, 0, 2, -5.7400434e-22] - [1030103, 3132, 0, 2, -3.7613879e-22] - [1030103, 4141, 0, 2, 6.1832723e-15] - [1030103, 4242, 0, 2, 2.1543924e-30] - [1030103, 4142, 0, 2, -2.9896436e-23] - [1030103, 4343, 0, 2, -2.4875552e-29] - [1030103, 4444, 0, 2, -1.1406065e-26] - [1050105, 3131, 0, 2, -8.7082769e-22] - [1050105, 3232, 0, 2, -8.489789e-16] - [1050105, 3132, 0, 2, -8.7828713e-18] - [1050105, 4141, 0, 2, 3.0292825e-12] - [1050105, 4242, 0, 2, 3.3922862e-25] - [1050105, 4142, 0, 2, -8.50618e-19] - [1050105, 4343, 0, 2, -1.5431037e-26] - [1050105, 4444, 0, 2, -1.9132005e-20] - [3050305, 3131, 0, 2, 3.6276824e-19] - [3050305, 3232, 0, 2, 9.7970654e-16] - [3050305, 3132, 0, 2, 1.9258529e-16] - [3050305, 4141, 0, 2, -3.4958598e-12] - [3050305, 4242, 0, 2, -1.4136196e-22] - [3050305, 4142, 0, 2, 1.8574296e-17] - [3050305, 4343, 0, 2, 6.836766e-24] - [3050305, 4444, 0, 2, 2.240621e-20] - [1030103, 3131, 0, 1, 1.2082465e-26] - [1030103, 3232, 0, 1, 4.3713583e-24] - [1030103, 3132, 0, 1, -6.8318901e-23] - [1030103, 4141, 0, 1, 4.7118603e-18] - [1030103, 4242, 0, 1, 1.8905616e-30] - [1030103, 4142, 0, 1, 5.446674e-25] - [1030103, 4343, 0, 1, -2.4875552e-29] - [1030103, 4444, 0, 1, -1.1406065e-26] - [1050105, 3131, 0, 1, 6.835211e-24] - [1050105, 3232, 0, 1, 6.680199e-18] - [1050105, 3132, 0, 1, -1.8523715e-18] - [1050105, 4141, 0, 1, 2.7140818e-15] - [1050105, 4242, 0, 1, 8.394991e-26] - [1050105, 4142, 0, 1, 1.597316e-20] - [1050105, 4343, 0, 1, -1.5431037e-26] - [1050105, 4444, 0, 1, -1.9132005e-20] - [3050305, 3131, 0, 1, -2.8490268e-21] - [3050305, 3232, 0, 1, -7.7100922e-18] - [3050305, 3132, 0, 1, 4.0619421e-17] - [3050305, 4141, 0, 1, -3.1320705e-15] - [3050305, 4242, 0, 1, -3.5002044e-23] - [3050305, 4142, 0, 1, -4.2613978e-19] - [3050305, 4343, 0, 1, 6.836766e-24] - [3050305, 4444, 0, 1, 2.240621e-20] - [1030103, 3131, 0, 0, -1.6021779e-24] - [1030103, 3232, 0, 0, -5.783757e-22] - [1030103, 3132, 0, 0, -3.0781989e-22] - [1030103, 4141, 0, 0, 6.1785604e-15] - [1030103, 4242, 0, 0, 2.6383073e-31] - [1030103, 4142, 0, 0, -3.0441103e-23] - [1030103, 4343, 0, 0, 2.6965133e-48] - [1030103, 4444, 0, 0, 5.7075289e-46] - [1050105, 3131, 0, 0, -8.776629e-22] - [1050105, 3232, 0, 0, -8.556591e-16] - [1050105, 3132, 0, 0, -6.9304998e-18] - [1050105, 4141, 0, 0, 3.0265684e-12] - [1050105, 4242, 0, 0, 2.5527871e-25] - [1050105, 4142, 0, 0, -8.6659116e-19] - [1050105, 4343, 0, 0, -3.312222e-55] - [1050105, 4444, 0, 0, -1.0419479e-48] - [3050305, 3131, 0, 0, 3.6561727e-19] - [3050305, 3232, 0, 0, 9.8741663e-16] - [3050305, 3132, 0, 0, 1.5196587e-16] - [3050305, 4141, 0, 0, -3.4927277e-12] - [3050305, 4242, 0, 0, -1.0635992e-22] - [3050305, 4142, 0, 0, 1.9000436e-17] - [3050305, 4343, 0, 0, -1.6958576e-52] - [3050305, 4444, 0, 0, 6.5121743e-49] FineTuning: values: - [0, 1051.78715] - [1, 14.9541553] - [2, 827.393275] - [3, 289.061254] - [4, 1051.78715] - [5, 16.8795379] DECAY: '1000001': info: [50.2878098] values: - [0.291414709, 2, 6, -1000024] - [0.170506408, 2, 6, -1000037] - [0.000229147062, 2, 3, 1000023] - [0.00762513081, 2, 5, 1000022] - [0.147942737, 2, 5, 1000023] - [0.00191233685, 2, 5, 1000025] - [0.00212204677, 2, 5, 1000035] - [0.37822975, 2, 1000002, -24] '1000003': info: [2.50796627] values: - [0.000183008483, 2, 4, -1000037] - [0.00229428601, 2, 6, -1000024] - [0.130608082, 2, 6, -1000037] - [0.659471815, 2, 5, 1000022] - [0.0011622198, 2, 5, 1000023] - [0.0591567891, 2, 5, 1000025] - [0.0599402844, 2, 5, 1000035] - [0.018614219, 2, 1000001, 25] - [0.0166709824, 2, 1000001, 23] - [0.0253537125, 2, 1000002, -24] - [0.0264143115, 2, 1000004, -24] '1000005': info: [1.67408614] values: - [0.999567134, 2, 3, 1000022] - [0.000241537968, 2, 3, 1000035] '2000001': info: [1.67380164] values: - [0.99974062, 2, 1, 1000022] - [0.000211360725, 2, 1, 1000035] '2000003': info: [29.0169211] values: - [0.00424202139, 2, 2, -1000024] - [0.649703916, 2, 4, -1000024] - [0.00240523708, 2, 4, -1000037] - [0.000328038878, 2, 1, 1000022] - [0.00698573563, 2, 1, 1000023] - [0.0150153058, 2, 3, 1000022] - [0.319756471, 2, 3, 1000023] - [0.000908955928, 2, 3, 1000035] - [0.000518860799, 2, 5, 1000023] '2000005': info: [29.0165821] values: - [0.64973159, 2, 2, -1000024] - [0.00239429511, 2, 2, -1000037] - [0.00424224744, 2, 4, -1000024] - [0.0150396415, 2, 1, 1000022] - [0.320277493, 2, 1, 1000023] - [0.000908177684, 2, 1, 1000035] - [0.000328554099, 2, 3, 1000022] - [0.00699671463, 2, 3, 1000023] '1000002': info: [5.65531202] values: - [0.75232632, 2, 6, 1000022] - [0.0405693979, 2, 6, 1000023] - [0.00943769477, 2, 6, 1000025] - [0.000137066727, 2, 1000024, 3] - [0.084388531, 2, 1000024, 5] - [0.000186652913, 2, 1000037, 3] - [0.112947487, 2, 1000037, 5] '1000004': info: [50.7028164] values: - [0.00916485191, 2, 6, 1000022] - [0.139668516, 2, 6, 1000023] - [0.0813612665, 2, 6, 1000025] - [0.094058136, 2, 6, 1000035] - [0.000438412662, 2, 1000024, 3] - [0.283354942, 2, 1000024, 5] - [0.0110738289, 2, 1000037, 5] - [0.177996571, 2, 1000002, 25] - [0.202861872, 2, 1000002, 23] '1000006': info: [6.72760399] values: - [0.999585493, 2, 4, 1000022] - [0.000229319569, 2, 4, 1000035] '2000002': info: [6.72673684] values: - [0.999738195, 2, 2, 1000022] - [0.000213732957, 2, 2, 1000035] '2000004': info: [29.0487529] values: - [0.000112581063, 2, 2, 1000022] - [0.00249409526, 2, 2, 1000023] - [0.0146820126, 2, 4, 1000022] - [0.325167678, 2, 4, 1000023] - [0.000711161739, 2, 4, 1000035] - [0.0127501901, 2, 1000024, 1] - [0.641934037, 2, 1000024, 3] - [0.0010372399, 2, 1000024, 5] - [0.00102784926, 2, 1000037, 3] '2000006': info: [29.0485576] values: - [0.0146783601, 2, 2, 1000022] - [0.325182591, 2, 2, 1000023] - [0.000705767604, 2, 2, 1000035] - [0.000112613383, 2, 4, 1000022] - [0.00249410027, 2, 4, 1000023] - [0.642977094, 2, 1000024, 1] - [0.0127725348, 2, 1000024, 3] - [0.00102422528, 2, 1000037, 1] '1000011': info: [5.64947233] values: - [0.00169549205, 2, 16, -1000024] - [0.997451697, 2, 15, 1000022] - [0.000852810802, 2, 15, 1000023] '1000013': info: [5.81983954] values: - [0.999985833, 2, 13, 1000022] '1000015': info: [5.82043687] values: - [0.999996807, 2, 11, 1000022] '2000011': info: [7.53764834] values: - [0.501655496, 2, 16, -1000024] - [0.232771298, 2, 15, 1000022] - [0.252569779, 2, 15, 1000023] - [0.00674333381, 2, 1000011, 25] - [0.00626009324, 2, 1000011, 23] '2000013': info: [7.63008589] values: - [0.512098189, 2, 14, -1000024] - [0.230068301, 2, 13, 1000022] - [0.257793648, 2, 13, 1000023] '2000015': info: [7.63046173] values: - [0.512132874, 2, 12, -1000024] - [0.230056138, 2, 11, 1000022] - [0.257810987, 2, 11, 1000023] '1000012': info: [7.52264356] values: - [0.233366898, 2, 16, 1000022] - [0.25031193, 2, 16, 1000023] - [0.503684946, 2, 1000024, 15] - [0.0126362266, 2, 1000011, 24] '1000014': info: [7.61664186] values: - [0.232868239, 2, 14, 1000022] - [0.25467577, 2, 14, 1000023] - [0.512416954, 2, 1000024, 13] '1000016': info: [7.61701595] values: - [0.232865251, 2, 12, 1000022] - [0.254689782, 2, 12, 1000023] - [0.512444967, 2, 1000024, 11] '25': info: [0.00407728819] values: - [0.00236476037, 2, 22, 22] - [0.0793547951, 2, 21, 21] - [0.0216063765, 2, 23, 23] - [0.202219216, 2, 24, -24] - [0.000223603422, 2, -3, 3] - [0.598910386, 2, -5, 5] - [0.000240670982, 2, -13, 13] - [0.069469637, 2, -15, 15] - [0.0256098198, 2, -4, 4] '35': info: [4.85903043] values: - [0.00215584955, 2, 1000024, -1000024] - [0.000554800925, 2, 1000022, 1000022] - [0.00263517783, 2, 1000022, 1000023] - [0.0010587328, 2, 1000023, 1000023] - [0.000201062667, 2, -3, 3] - [0.555572912, 2, -5, 5] - [0.000380961194, 2, -13, 13] - [0.107723964, 2, -15, 15] - [0.274248868, 2, -6, 6] - [0.000351626384, 2, 25, 25] - [0.0366574546, 2, -24, 24] - [0.0183625357, 2, 23, 23] '36': info: [4.72813859] values: - [0.000183692567, 2, 21, 21] - [0.0178760026, 2, 1000024, -1000024] - [0.000888400792, 2, 1000022, 1000022] - [0.00639763515, 2, 1000022, 1000023] - [0.00876478352, 2, 1000023, 1000023] - [0.000206639609, 2, -3, 3] - [0.570984344, 2, -5, 5] - [0.000391528018, 2, -13, 13] - [0.110712123, 2, -15, 15] - [0.283464509, 2, -6, 6] - [0.000123528082, 2, 25, 23] '37': info: [4.23544359] values: - [0.00969342966, 2, 1000022, 1000024] - [0.000204173202, 2, 4, -3] - [0.000971953327, 2, 4, -5] - [0.000474085894, 2, 6, -3] - [0.862597229, 2, 6, -5] - [0.000437186409, 2, 14, -13] - [0.123622917, 2, 16, -15] - [0.000122247726, 2, 25, 24] - [0.00184799135, 2, 24, 23] '1000021': info: [27.2164685] values: - [0.00808402493, 2, 1, -2000001] - [0.00808402493, 2, -1, 2000001] - [6.54669906e-05, 2, 1, -2000005] - [6.54669906e-05, 2, -1, 2000005] - [0.000111082209, 2, 3, -1000001] - [0.000111082209, 2, -3, 1000001] - [0.00808511154, 2, 3, -1000005] - [0.00808511154, 2, -3, 1000005] - [6.56989924e-05, 2, 3, -2000003] - [6.56989924e-05, 2, -3, 2000003] - [0.0716480985, 2, 5, -1000001] - [0.0716480985, 2, -5, 1000001] - [0.0111467693, 2, 5, -1000003] - [0.0111467693, 2, -5, 1000003] - [0.0066939521, 2, 2, -2000002] - [0.0066939521, 2, -2, 2000002] - [7.73626085e-05, 2, 2, -2000006] - [7.73626085e-05, 2, -2, 2000006] - [0.00669499543, 2, 4, -1000006] - [0.00669499543, 2, -4, 1000006] - [7.74208132e-05, 2, 4, -2000004] - [7.74208132e-05, 2, -4, 2000004] - [0.316748457, 2, 6, -1000002] - [0.316748457, 2, -6, 1000002] - [0.0692299122, 2, 6, -1000004] - [0.0692299122, 2, -6, 1000004] - [0.00252971277, 3, 6, -6, 1000035] '1000023': info: [0.00665344251] values: - [0.945856685, 2, 1000022, 25] - [0.0429820508, 2, 1000022, 23] - [0.00155238045, 3, 1000022, -11, 11] - [0.00155273438, 3, 1000022, -13, 13] - [0.00165190582, 3, 1000022, -15, 15] - [0.00163558677, 3, 1000022, -6, 6] - [0.00151666662, 3, 1000022, -12, 12] - [0.00151686314, 3, 1000022, -14, 14] - [0.00157359668, 3, 1000022, -16, 16] '1000025': info: [13.5100024] values: - [0.28914777, 2, -1000024, 24] - [0.28914777, 2, 1000024, -24] - [0.0165970854, 2, 1000022, 25] - [0.0120983583, 2, 1000023, 25] - [0.0940862666, 2, 1000022, 23] - [0.279167422, 2, 1000023, 23] - [0.00130855854, 2, 15, -1000011] - [0.00130855854, 2, -15, 1000011] - [0.00050783651, 2, 15, -2000011] - [0.00050783651, 2, -15, 2000011] - [0.00274351664, 3, 1000022, -6, 6] - [0.003164841, 3, 1000023, -6, 6] - [0.00504966468, 3, -1000024, -5, 6] - [0.00504966468, 3, 1000024, 5, -6] '1000035': info: [13.5175436] values: - [0.282339245, 2, -1000024, 24] - [0.282339245, 2, 1000024, -24] - [0.0942107053, 2, 1000022, 25] - [0.293992613, 2, 1000023, 25] - [0.0163102795, 2, 1000022, 23] - [0.012415001, 2, 1000023, 23] - [6.46392545e-05, 2, 11, -2000015] - [6.46392545e-05, 2, -11, 2000015] - [6.64314735e-05, 2, 13, -2000013] - [6.64314735e-05, 2, -13, 2000013] - [0.00128529289, 2, 15, -1000011] - [0.00128529289, 2, -15, 1000011] - [0.000604590371, 2, 15, -2000011] - [0.000604590371, 2, -15, 2000011] - [0.000146030127, 2, 12, -1000016] - [0.000146030127, 2, -12, 1000016] - [0.000146068471, 2, 14, -1000014] - [0.000146068471, 2, -14, 1000014] - [0.000157031998, 2, 16, -1000012] - [0.000157031998, 2, -16, 1000012] - [0.00126320236, 3, 1000022, -6, 6] - [0.0017715082, 3, 1000023, -6, 6] - [0.00511495995, 3, -1000024, -5, 6] - [0.00511495995, 3, 1000024, 5, -6] '1000024': info: [0.00671347787] values: - [0.981637486, 2, 1000022, 24] - [0.0090752148, 3, 1000022, 6, -5] - [0.0029931597, 3, 1000022, 12, -11] - [0.0029938046, 3, 1000022, 14, -13] - [0.00317723143, 3, 1000022, 16, -15] '1000037': info: [13.8616341] values: - [0.299647952, 2, 1000024, 25] - [0.291060172, 2, 1000024, 23] - [0.10274869, 2, 1000022, 24] - [0.288810523, 2, 1000023, 24] - [0.000127664572, 2, -11, 1000016] - [0.000130992928, 2, -13, 1000014] - [0.0011389571, 2, -15, 1000012] - [0.000289852591, 2, 12, -2000015] - [0.000290150028, 2, 14, -2000013] - [0.00241748173, 2, 16, -1000011] - [0.000377795177, 2, 16, -2000011] - [0.00493579187, 3, 1000024, 6, -6] - [0.00298052881, 3, 1000022, 6, -5] - [0.00500898775, 3, 1000023, 6, -5] '6': info: [1.55900279] values: - [0.00167597681, 2, 3, 24] - [0.998288584, 2, 5, 24] PK!pRzJzJ,yaslha/tests/data/pylha_yaml/SPheno.spc.yamlBLOCK: SPINFO: values: - [1, SPheno] - [2, 2.0, 2.0] MODSEL: values: - [1, 1] MINPAR: values: - [1, 100.0] - [2, 250.0] - [3, 10.0] - [4, 1.0] - [5, -100.0] SMINPUTS: values: - [2, 1.16639e-05] - [3, 0.119] - [4, 91.187] - [5, 4.2] - [6, 174.3] - [7, 1.7771] MASS: values: - [24, 80.4710607] - [25, 110.81519] - [35, 401.492499] - [36, 401.118284] - [37, 410.078479] - [1000001, 574.946186] - [2000001, 551.815314] - [1000002, 569.582751] - [2000002, 552.07129] - [1000003, 574.946518] - [2000003, 551.81108] - [1000004, 569.590914] - [2000004, 552.059796] - [1000005, 519.519031] - [2000005, 551.583167] - [1000006, 403.078494] - [2000006, 590.847519] - [1000011, 207.119235] - [2000011, 143.941259] - [1000012, 191.275156] - [1000013, 207.133622] - [2000013, 143.907622] - [1000014, 191.271992] - [1000015, 134.78322] - [2000015, 210.711271] - [1000016, 190.379541] - [1000021, 609.695224] - [1000022, 97.0853366] - [1000023, 180.744655] - [1000025, -366.356414] - [1000035, 383.439955] - [1000024, 179.7577] - [1000037, 383.813449] alpha: values: - [-0.113890146] hmix: info: [Q=, 488.003947] values: - [1, 359.041048] stopmix: values: - [1, 1, 0.554738852] - [1, 2, 0.832024523] - [2, 1, -0.832024523] - [2, 2, 0.554738852] sbotmix: values: - [1, 1, 0.949303532] - [1, 2, 0.314360946] - [2, 1, -0.314360946] - [2, 2, 0.949303532] staumix: values: - [1, 1, 0.265243805] - [1, 2, 0.964181375] - [2, 1, -0.964181375] - [2, 2, 0.265243805] nmix: values: - [1, 1, -0.985966424] - [1, 2, 0.0556523681] - [1, 3, -0.147868555] - [1, 4, 0.0539250873] - [2, 1, 0.102758152] - [2, 2, 0.943655959] - [2, 3, -0.273066541] - [2, 4, 0.156169324] - [3, 1, -0.0602609458] - [3, 2, 0.0900096646] - [3, 3, 0.694930331] - [3, 4, 0.710871798] - [4, 1, -0.116959785] - [4, 2, 0.31355144] - [4, 3, 0.648568724] - [4, 4, -0.683640632] Umix: values: - [1, 1, -0.919120288] - [1, 2, 0.393977026] - [2, 1, 0.393977026] - [2, 2, 0.919120288] Vmix: values: - [1, 1, -0.971811327] - [1, 2, 0.235759932] - [2, 1, 0.235759932] - [2, 2, 0.971811327] gauge: info: [Q=, 488.003947] values: - [1, 0.361202491] - [2, 0.646571777] - [3, 1.10127233] au: info: [Q=, 488.003947] values: - [1, 1, -687.802025] - [2, 2, -687.798454] - [3, 3, -505.75658] ad: info: [Q=, 488.003947] values: - [1, 1, -862.245447] - [2, 2, -862.242112] - [3, 3, -798.533802] ae: info: [Q=, 488.003947] values: - [1, 1, -253.428785] - [2, 2, -253.42269] - [3, 3, -251.704068] yu: info: [Q=, 488.003947] values: - [1, 1, 8.66543595e-06] - [2, 2, 0.00346617421] - [3, 3, 0.889078455] yd: info: [Q=, 488.003947] values: - [1, 1, 0.000187982345] - [2, 2, 0.0032222458] - [3, 3, 0.135509998] ye: info: [Q=, 488.003947] values: - [1, 1, 2.88460619e-05] - [2, 2, 0.00596450031] - [3, 3, 0.100344333] DECAY: '2000011': info: [0.21581861] values: - [1.0, 2, 1000022, 11] '1000011': info: [0.266257726] values: - [0.482868508, 2, 1000022, 11] - [0.184340614, 2, 1000023, 11] - [0.332790878, 2, -1000024, 12] '2000013': info: [0.215556525] values: - [1.0, 2, 1000022, 13] '1000013': info: [0.266478859] values: - [0.483057881, 2, 1000022, 13] - [0.184277125, 2, 1000023, 13] - [0.332664994, 2, -1000024, 14] '1000015': info: [0.150942748] values: - [1.0, 2, 1000022, 15] '2000015': info: [0.317256973] values: - [0.517060568, 2, 1000022, 15] - [0.173123943, 2, 1000023, 15] - [0.309815489, 2, -1000024, 16] '1000012': info: [0.188885959] values: - [0.853562012, 2, 1000022, 12] - [0.0379229237, 2, 1000023, 12] - [0.108515065, 2, 1000024, 11] '1000014': info: [0.188862937] values: - [0.853632339, 2, 1000022, 14] - [0.0379059981, 2, 1000023, 14] - [0.108461663, 2, 1000024, 13] '1000016': info: [0.182521433] values: - [0.873444304, 2, 1000022, 16] - [0.0331591969, 2, 1000023, 16] - [0.0933964988, 2, 1000024, 15] '2000001': info: [0.294759865] values: - [0.98572873, 2, 1000022, 1] - [0.00908916189, 2, 1000023, 1] - [0.00122637235, 2, 1000025, 1] - [0.00395055479, 2, 1000035, 1] - [5.17432078e-06, 2, -1000024, 2] - [6.59913646e-09, 2, -1000037, 2] '1000001': info: [5.39683789] values: - [0.0239337424, 2, 1000022, 1] - [0.307518256, 2, 1000023, 1] - [0.00160173314, 2, 1000025, 1] - [0.0153570422, 2, 1000035, 1] - [0.609324866, 2, -1000024, 2] - [0.04226436, 2, -1000037, 2] '2000003': info: [0.295445003] values: - [0.983476368, 2, 1000022, 3] - [0.00981456784, 2, 1000023, 3] - [0.00125464395, 2, 1000025, 3] - [0.00393610639, 2, 1000035, 3] - [0.00151636819, 2, -1000024, 4] - [1.945588e-06, 2, -1000037, 4] '1000003': info: [5.39626901] values: - [0.0239347223, 2, 1000022, 3] - [0.30750998, 2, 1000023, 3] - [0.00160728757, 2, 1000025, 3] - [0.0153649582, 2, 1000035, 3] - [0.609296756, 2, -1000024, 4] - [0.0422862967, 2, -1000037, 4] '1000005': info: [3.96724304] values: - [0.0418160362, 2, 1000022, 5] - [0.344516795, 2, 1000023, 5] - [0.00498459344, 2, 1000025, 5] - [0.0109733062, 2, 1000035, 5] - [0.449553565, 2, -1000024, 6] - [0.148155704, 2, 1000006, -24] '2000005': info: [0.750329212] values: - [0.325154278, 2, 1000022, 5] - [0.120256763, 2, 1000023, 5] - [0.0557237357, 2, 1000025, 5] - [0.0770643619, 2, 1000035, 5] - [0.16221777, 2, -1000024, 6] - [0.259583091, 2, 1000006, -24] '2000002': info: [1.17965845] values: - [0.985726751, 2, 1000022, 2] - [0.00908808102, 2, 1000023, 2] - [0.0012279838, 2, 1000025, 2] - [0.00395717282, 2, 1000035, 2] - [1.15121269e-08, 2, 1000024, 1] '1000002': info: [5.58312287] values: - [0.00654749235, 2, 1000022, 2] - [0.318045478, 2, 1000023, 2] - [0.000905240103, 2, 1000025, 2] - [0.0107987072, 2, 1000035, 2] - [0.649647421, 2, 1000024, 1] - [0.0140556609, 2, 1000037, 1] '2000004': info: [1.18227091] values: - [0.983006386, 2, 1000022, 4] - [0.00995793907, 2, 1000023, 4] - [0.00126549265, 2, 1000025, 4] - [0.00393520411, 2, 1000035, 4] - [0.00183481322, 2, 1000024, 3] - [1.64896995e-07, 2, 1000037, 3] '1000004': info: [5.58062986] values: - [0.00666226022, 2, 1000022, 4] - [0.317993244, 2, 1000023, 4] - [0.000905411032, 2, 1000025, 4] - [0.0108163553, 2, 1000035, 4] - [0.649547521, 2, 1000024, 3] - [0.014075208, 2, 1000037, 3] '1000006': info: [2.11359693] values: - [0.192098544, 2, 1000022, 6] - [0.120721277, 2, 1000023, 6] - [0.66698269, 2, 1000024, 5] - [0.0125079079, 2, 1000037, 5] - [0.000184205577, 2, 1000022, 4] - [0.00750113894, 2, 1000023, 4] - [4.23729353e-06, 2, 1000022, 24, 5] '2000006': info: [7.54130982] values: - [0.0300132695, 2, 1000022, 6] - [0.0864257065, 2, 1000023, 6] - [0.0437149566, 2, 1000025, 6] - [0.200599455, 2, 1000035, 6] - [0.214394671, 2, 1000024, 5] - [0.197908803, 2, 1000037, 5] - [0.191061928, 2, 1000006, 23] - [0.0358812103, 2, 1000006, 25] '1000024': info: [0.0137969684] values: - [6.63565936e-08, 2, -2000011, 12] - [0.00283903697, 2, -2000013, 14] - [0.951754571, 2, -1000015, 16] - [0.0395561739, 2, 1000022, 24] - [2.02127548e-06, 3, 1000022, -1, 2] - [2.01965629e-06, 3, 1000022, -3, 4] - [0.00195236644, 3, 1000022, -11, 12] - [0.00195228827, 3, 1000022, -13, 14] - [0.00194145568, 3, 1000022, -15, 16] '1000037': info: [2.50639194] values: - [0.0496576958, 2, -1000011, 12] - [9.14167473e-07, 2, -2000013, 14] - [0.0496744011, 2, -1000013, 14] - [0.00053405619, 2, -1000015, 16] - [0.0542248768, 2, -2000015, 16] - [0.0199971384, 2, 1000012, -11] - [0.020022384, 2, 1000014, -13] - [0.0271867543, 2, 1000016, -15] - [0.0685990264, 2, 1000022, 24] - [0.285672498, 2, 1000023, 24] - [0.242226156, 2, 1000024, 23] - [0.181865906, 2, 1000024, 25] - [4.95888317e-07, 3, 1000022, -1, 2] - [4.96733315e-07, 3, 1000022, -3, 4] - [0.000112899238, 3, 1000022, -5, 6] - [1.79096781e-07, 3, 1000022, -15, 16] - [1.79706559e-06, 3, 1000023, -1, 2] - [1.79768355e-06, 3, 1000023, -3, 4] - [1.18204097e-05, 3, 1000023, -5, 6] - [1.12202632e-09, 3, 1000023, -13, 14] - [3.27136802e-07, 3, 1000023, -15, 16] - [2.37972515e-07, 3, 1000025, -1, 2] - [2.32515105e-07, 3, 1000025, -3, 4] - [7.92676862e-08, 3, 1000025, -11, 12] - [7.92655997e-08, 3, 1000025, -13, 14] - [7.51091209e-08, 3, 1000025, -15, 16] - [4.11231363e-06, 3, 1000024, -2, 2] - [4.10880805e-06, 3, 1000024, -4, 4] - [1.73375312e-06, 3, 1000024, -1, 1] - [1.73679598e-06, 3, 1000024, -3, 3] - [0.000195464816, 3, 1000024, -5, 5] - [1.82420165e-09, 3, 1000024, -13, 13] - [5.15965394e-07, 3, 1000024, -15, 15] '1000023': info: [0.0195831641] values: - [0.0338444885, 2, -2000011, 11] - [0.0338444885, 2, 2000011, -11] - [0.035045769, 2, -2000013, 13] - [0.035045769, 2, 2000013, -13] - [0.429284412, 2, -1000015, 15] - [0.429284412, 2, 1000015, -15] - [2.0750733e-06, 2, 1000022, 22] - [0.000175499602, 3, 1000022, 2, -2] - [0.000175229451, 3, 1000022, 4, -4] - [0.000233949042, 3, 1000022, 1, -1] - [0.000233948066, 3, 1000022, 3, -3] - [0.000240209062, 3, 1000022, 5, -5] - [0.000595285397, 3, 1000022, 12, -12] - [0.000595437477, 3, 1000022, 14, -14] - [0.000640615665, 3, 1000022, 16, -16] - [0.000267773168, 3, 1000022, 11, -11] - [0.000267600989, 3, 1000022, 13, -13] - [0.000223037987, 3, 1000022, 15, -15] '1000025': info: [2.01366407] values: - [0.0012262559, 2, -2000011, 11] - [0.0012262559, 2, 2000011, -11] - [0.000555956865, 2, -1000011, 11] - [0.000555956865, 2, 1000011, -11] - [0.00123767835, 2, -2000013, 13] - [0.00123767835, 2, 2000013, -13] - [0.000577581253, 2, -1000013, 13] - [0.000577581253, 2, 1000013, -13] - [0.00510544836, 2, -1000015, 15] - [0.00510544836, 2, 1000015, -15] - [0.00613393856, 2, -2000015, 15] - [0.00613393856, 2, 2000015, -15] - [0.00306151225, 2, -1000012, 12] - [0.00306151225, 2, 1000012, -12] - [0.00306158815, 2, -1000014, 14] - [0.00306158815, 2, 1000014, -14] - [0.00308298711, 2, -1000016, 16] - [0.00308298711, 2, 1000016, -16] - [0.298308115, 2, -1000024, 24] - [0.298308115, 2, 1000024, -24] - [0.110395605, 2, 1000022, 23] - [0.211281988, 2, 1000023, 23] - [0.0211488964, 2, 1000022, 25] - [0.0124502851, 2, 1000023, 25] - [1.76281584e-07, 2, 1000022, 22] - [1.07734851e-05, 2, 1000023, 22] - [2.62590159e-07, 3, 1000024, 1, -2] - [2.62590159e-07, 3, -1000024, -1, 2] - [2.63820355e-07, 3, 1000024, 3, -4] - [2.63820355e-07, 3, -1000024, -3, 4] - [4.07862884e-07, 3, 1000024, 5, -6] - [4.07862884e-07, 3, -1000024, -5, 6] - [1.27830868e-09, 3, 1000024, 13, -14] - [1.27830868e-09, 3, -1000024, -13, 14] - [4.0818773e-07, 3, 1000024, 15, -16] - [4.0818773e-07, 3, -1000024, -15, 16] - [3.83545157e-08, 3, 1000022, 2, -2] - [3.9079604e-08, 3, 1000022, 4, -4] - [1.77262443e-08, 3, 1000022, 1, -1] - [1.97428314e-08, 3, 1000022, 3, -3] - [3.76632326e-06, 3, 1000022, 5, -5] - [1.46440172e-09, 3, 1000022, 13, -13] - [4.14342589e-07, 3, 1000022, 15, -15] - [4.26280546e-08, 3, 1000023, 2, -2] - [4.28546662e-08, 3, 1000023, 4, -4] - [6.1492734e-08, 3, 1000023, 1, -1] - [6.25700689e-08, 3, 1000023, 3, -3] - [2.57026226e-06, 3, 1000023, 5, -5] - [4.13205691e-09, 3, 1000023, 11, -11] - [5.48392586e-09, 3, 1000023, 13, -13] - [3.77266042e-07, 3, 1000023, 15, -15] '1000035': info: [2.65438062] values: - [0.00378534133, 2, -2000011, 11] - [0.00378534133, 2, 2000011, -11] - [0.00928174993, 2, -1000011, 11] - [0.00928174993, 2, 1000011, -11] - [0.00377943196, 2, -2000013, 13] - [0.00377943196, 2, 2000013, -13] - [0.00930603816, 2, -1000013, 13] - [0.00930603816, 2, 1000013, -13] - [0.00297299957, 2, -1000015, 15] - [0.00297299957, 2, 1000015, -15] - [0.0155489435, 2, -2000015, 15] - [0.0155489435, 2, 2000015, -15] - [0.024329203, 2, -1000012, 12] - [0.024329203, 2, 1000012, -12] - [0.0243297362, 2, -1000014, 14] - [0.0243297362, 2, 1000014, -14] - [0.0244800354, 2, -1000016, 16] - [0.0244800354, 2, 1000016, -16] - [0.256334379, 2, -1000024, 24] - [0.256334379, 2, 1000024, -24] - [0.0210268278, 2, 1000022, 23] - [0.0191430284, 2, 1000023, 23] - [0.0693261248, 2, 1000022, 25] - [0.142158351, 2, 1000023, 25] - [2.20777918e-07, 2, 1000022, 22] - [1.16161904e-05, 2, 1000023, 22] - [3.0138159e-09, 2, 1000025, 22] - [1.54514764e-06, 3, 1000024, 1, -2] - [1.54514764e-06, 3, -1000024, -1, 2] - [1.54589778e-06, 3, 1000024, 3, -4] - [1.54589778e-06, 3, -1000024, -3, 4] - [6.59532789e-06, 3, 1000024, 5, -6] - [6.59532789e-06, 3, -1000024, -5, 6] - [2.40333233e-09, 3, 1000024, 13, -14] - [2.40333233e-09, 3, -1000024, -13, 14] - [4.77338548e-07, 3, 1000024, 15, -16] - [4.77338548e-07, 3, -1000024, -15, 16] - [3.40206737e-07, 3, 1000022, 2, -2] - [3.40112728e-07, 3, 1000022, 4, -4] - [3.52538124e-07, 3, 1000022, 1, -1] - [3.5393446e-07, 3, 1000022, 3, -3] - [3.07105768e-06, 3, 1000022, 5, -5] - [1.07243373e-09, 3, 1000022, 13, -13] - [3.0339787e-07, 3, 1000022, 15, -15] - [1.69784497e-06, 3, 1000023, 2, -2] - [1.69624762e-06, 3, 1000023, 4, -4] - [1.96351586e-06, 3, 1000023, 1, -1] - [1.96429148e-06, 3, 1000023, 3, -3] - [4.79198149e-06, 3, 1000023, 5, -5] - [3.56484846e-08, 3, 1000023, 11, -11] - [3.73831549e-08, 3, 1000023, 13, -13] - [3.88859211e-07, 3, 1000023, 15, -15] - [5.58590796e-08, 3, 1000025, 2, -2] - [5.41228881e-08, 3, 1000025, 4, -4] - [7.23741574e-08, 3, 1000025, 1, -1] - [7.23443458e-08, 3, 1000025, 3, -3] - [4.1019601e-08, 3, 1000025, 5, -5] - [3.27549887e-08, 3, 1000025, 12, -12] - [3.27549864e-08, 3, 1000025, 14, -14] - [3.27543328e-08, 3, 1000025, 16, -16] - [1.63177039e-08, 3, 1000025, 11, -11] - [1.63139048e-08, 3, 1000025, 13, -13] - [1.52197176e-08, 3, 1000025, 15, -15] '1000021': info: [4.85485809] values: - [0.0491380831, 2, -2000002, 2] - [0.0491380831, 2, 2000002, -2] - [0.024533864, 2, -1000002, 2] - [0.024533864, 2, 1000002, -2] - [0.0490961549, 2, -2000004, 4] - [0.0490961549, 2, 2000004, -4] - [0.0245499389, 2, -1000004, 4] - [0.0245499389, 2, 1000004, -4] - [0.052718163, 2, -1000006, 6] - [0.052718163, 2, 1000006, -6] - [0.049553762, 2, -2000001, 1] - [0.049553762, 2, 2000001, -1] - [0.0185795071, 2, -1000001, 1] - [0.0185795071, 2, 1000001, -1] - [0.0495584279, 2, -2000003, 3] - [0.0495584279, 2, 2000003, -3] - [0.0185803595, 2, -1000003, 3] - [0.0185803595, 2, 1000003, -3] - [0.110173634, 2, -1000005, 5] - [0.110173634, 2, 1000005, -5] - [0.0520699749, 2, -2000005, 5] - [0.0520699749, 2, 2000005, -5] - [0.0010620705, 2, -1000006, 4] - [0.0010620705, 2, 1000006, -4] - [5.75625169e-06, 2, 1000022, 21] - [4.69218669e-05, 2, 1000023, 21] - [7.12968152e-05, 2, 1000025, 21] - [8.26666789e-05, 2, 1000035, 21] - [2.06460168e-05, 3, 1000022, 6, -6] - [2.33761829e-05, 3, 1000023, 6, -6] - [0.000148319351, 3, 1000024, -6, 5] - [0.000148319351, 3, -1000024, 6, -5] - [0.00011240932, 3, 1000037, -6, 5] - [0.00011240932, 3, -1000037, 6, -5] '25': info: [0.00213736137] values: - [1.10845559e-08, 2, -11, 11] - [0.000473904679, 2, -13, 13] - [0.133924631, 2, -15, 15] - [1.59113863e-06, 2, -1, 1] - [0.000467510706, 2, -3, 3] - [0.823814669, 2, -5, 5] - [2.58413707e-07, 2, -2, 2] - [0.0413174238, 2, -4, 4] '35': info: [0.754882906] values: - [8.69071706e-09, 2, -11, 11] - [0.000371561323, 2, -13, 13] - [0.105151918, 2, -15, 15] - [1.26335841e-06, 2, -1, 1] - [0.000371201636, 2, -3, 3] - [0.656434786, 2, -5, 5] - [5.61965255e-06, 2, -4, 4] - [0.0451735831, 2, -6, 6] - [0.000526718734, 2, -2000011, 2000011] - [0.000536594891, 2, -2000013, 2000013] - [2.52253125e-05, 2, -2000013, 1000013] - [2.52253125e-05, 2, 2000013, -1000013] - [0.00564029419, 2, -1000015, 1000015] - [0.0054199556, 2, -1000015, 2000015] - [0.0054199556, 2, 1000015, -2000015] - [0.00101356862, 2, -1000012, 1000012] - [0.00101373379, 2, -1000014, 1000014] - [0.00105919731, 2, -1000016, 1000016] - [0.0216217809, 2, 1000022, 1000022] - [0.0631380049, 2, 1000022, 1000023] - [0.0184027255, 2, 1000023, 1000023] - [0.0493922062, 2, -1000024, 1000024] - [0.00199007786, 2, 23, 23] - [0.0042570134, 2, 24, -24] - [0.0130077786, 2, 25, 25] '36': info: [1.16285684] values: - [5.65363855e-09, 2, -11, 11] - [0.000241714692, 2, -13, 13] - [0.0684106364, 2, -15, 15] - [8.21853882e-07, 2, -1, 1] - [0.000241478165, 2, -3, 3] - [0.427077745, 2, -5, 5] - [2.79417505e-06, 2, -4, 4] - [0.0909644166, 2, -6, 6] - [1.69808535e-05, 2, -2000013, 1000013] - [1.69808535e-05, 2, 2000013, -1000013] - [0.00493913183, 2, -1000015, 2000015] - [0.00493913183, 2, 1000015, -2000015] - [0.0214719342, 2, 1000022, 1000022] - [0.0926271442, 2, 1000022, 1000023] - [0.080580543, 2, 1000023, 1000023] - [0.206152943, 2, -1000024, 1000024] - [0.00231559708, 2, 25, 23] '37': info: [0.666682672] values: - [1.00816042e-08, 2, 12, -11] - [0.000431027177, 2, 14, -13] - [0.121990489, 2, 16, -15] - [1.28446179e-06, 2, 2, -1] - [0.000381754365, 2, 4, -3] - [0.63450651, 2, 6, -5] - [1.96417077e-09, 2, 1000012, -2000011] - [0.00088911577, 2, 1000012, -1000011] - [8.3955088e-05, 2, 1000014, -2000013] - [0.000882522415, 2, 1000014, -1000013] - [0.0225057366, 2, 1000016, -1000015] - [1.64768456e-05, 2, 1000016, -2000015] - [0.212465664, 2, 1000024, 1000022] - [0.00123499359, 2, 1000024, 1000023] - [0.0046104598, 2, 25, 24] PK!L,yaslha/tests/data/pylha_yaml/isajet.txt.yamlBLOCK: SPINFO: values: - [1, ISASUGRA, from, ISAJET] - [2, 7.78, 27, '-MAR-2008 12:16:18 '] MODSEL: values: - [1, 1] SMINPUTS: values: - [1, 127.839951] - [2, 1.1657e-05] - [3, 0.117200002] - [4, 91.1699982] - [5, 4.19999981] - [6, 172.399994] - [7, 1.77699995] MINPAR: values: - [1, 1000.0] - [2, 500.0] - [3, 10.0] - [4, 1.0] - [5, -500.0] MASS: values: - [24, 80.4229965] - [25, 115.104301] - [35, 1249.08777] - [36, 1240.80688] - [37, 1251.51892] - [1000001, 1441.16248] - [1000002, 1438.93591] - [1000003, 1441.16248] - [1000004, 1438.93652] - [1000005, 1252.12366] - [1000006, 963.833923] - [1000011, 1052.76172] - [1000012, 1049.43225] - [1000013, 1052.76172] - [1000014, 1049.43225] - [1000015, 1005.5498] - [1000016, 1044.62085] - [1000021, 1202.50488] - [1000022, 209.466537] - [1000023, 398.359894] - [1000024, 399.062225] - [1000025, -692.762451] - [1000035, 705.049316] - [1000037, 705.044434] - [2000001, 1413.6781] - [2000002, 1415.83508] - [2000003, 1413.6781] - [2000004, 1415.83582] - [2000005, 1399.22009] - [2000006, 1276.18665] - [2000011, 1016.59839] - [2000013, 1016.59839] - [2000015, 1048.97449] ALPHA: values: - [-0.100868911] STOPMIX: values: - [1, 1, 0.247221529] - [1, 2, -0.968958974] - [2, 1, 0.968958974] - [2, 2, 0.247221529] SBOTMIX: values: - [1, 1, 0.998697817] - [1, 2, -0.051016707] - [2, 1, 0.051016707] - [2, 2, 0.998697817] STAUMIX: values: - [1, 1, 0.156135529] - [1, 2, -0.987735629] - [2, 1, 0.987735629] - [2, 2, 0.156135529] NMIX: values: - [1, 1, 0.996914864] - [1, 2, -0.0135181732] - [1, 3, 0.0721450523] - [1, 4, -0.027816914] - [2, 1, -0.0287154056] - [2, 2, -0.978696346] - [2, 3, 0.171050072] - [2, 4, -0.109868757] - [3, 1, 0.0306107327] - [3, 2, -0.0445177481] - [3, 3, -0.704263389] - [3, 4, -0.707880259] - [4, 1, -0.0663312301] - [4, 2, 0.199973315] - [4, 3, 0.685237348] - [4, 4, -0.697180808] UMIX: values: - [1, 1, -0.970156312] - [1, 2, 0.242480278] - [2, 1, -0.242480278] - [2, 2, -0.970156312] VMIX: values: - [1, 1, -0.987586915] - [1, 2, 0.157073408] - [2, 1, -0.157073408] - [2, 2, -0.987586915] GAUGE: info: [Q=, 1063.50342] values: - [1, 0.35752213] - [2, 0.652355075] - [3, 1.21908653] YU: info: [Q=, 1063.50342] values: - [3, 3, 0.851639509] YD: info: [Q=, 1063.50342] values: - [3, 3, 0.127942428] YE: info: [Q=, 1063.50342] values: - [3, 3, 0.0982959494] HMIX: info: [Q=, 1063.50342] values: - [1, 686.174194] - [2, 10.0] - [3, 251.067444] - [4, 1539601.75] MSOFT: info: [Q=, 1063.50342] values: - [1, 211.899979] - [2, 392.160797] - [3, 1105.79504] - [31, 1048.14832] - [32, 1048.14832] - [33, 1043.43274] - [34, 1014.66595] - [35, 1014.66595] - [36, 1004.86597] - [41, 1383.19958] - [42, 1383.19958] - [43, 1200.37781] - [44, 1359.18408] - [45, 1359.18408] - [46, 942.236206] - [47, 1356.29785] - [48, 1356.29785] - [49, 1354.2489] AU: info: [Q=, 1063.50342] values: - [1, 1, -1048.15356] - [2, 2, -1048.15356] - [3, 3, -1048.15356] AD: info: [Q=, 1063.50342] values: - [1, 1, -1711.57935] - [2, 2, -1711.57935] - [3, 3, -1711.57935] AE: info: [Q=, 1063.50342] values: - [1, 1, -786.677368] - [2, 2, -786.677368] - [3, 3, -786.677368] PK!I -yaslha/tests/data/pylha_yaml/isasusy.spc.yamlBLOCK: MODSEL: values: - [1, 1] SMINPUTS: values: - [3, 0.1188191697] - [6, 174.3000031] MINPAR: values: - [1, 100.0] - [2, 250.0] - [3, 10.0] - [4, 1.0] - [5, -100.0] MASS: values: - [6, 174.3000031] - [25, 113.5365829] - [35, 396.4976807] - [36, 393.647522] - [37, 404.1576538] - [1000001, 570.630249] - [1000002, 564.631958] - [1000003, 570.6303101] - [1000004, 564.633606] - [1000005, 514.8857422] - [1000006, 401.8119202] - [1000011, 204.8680573] - [1000012, 185.9734192] - [1000013, 204.8680573] - [1000014, 185.9734192] - [1000015, 134.5723572] - [1000016, 185.0830841] - [1000021, 611.7097168] - [1000022, 95.43494415] - [1000023, 181.6832733] - [1000024, 181.7783661] - [1000025, -356.3564148] - [1000035, 375.6089478] - [1000037, 373.7724304] - [2000001, 547.911438] - [2000002, 548.2348633] - [2000003, 547.911499] - [2000004, 548.2366943] - [2000005, 539.0317383] - [2000006, 578.2148438] - [2000011, 143.1091919] - [2000013, 143.1092072] - [2000015, 207.7922211] ALPHA: values: - [-0.1107271686, "\r\nBlock HMIX Q= 4.567678528E+02 "] - [1, 349.9483948] STOPMIX: values: - [1, 1, 0.5378097296, "\r\n 1 2 -8.430662751E-01\r\n 2 1 8.430662751E-01\r\ \n 2 2 5.378097296E-01\r\nBlock SBOTMIX "] - [1, 1, 0.9297426939, "\r\n 1 2 -3.682098687E-01\r\n 2 1 3.682098687E-01\r\ \n 2 2 9.297426939E-01\r\nBlock STAUMIX "] - [1, 1, 0.2526287735, "\r\n 1 2 -9.675632715E-01\r\n 2 1 9.675632715E-01\r\ \n 2 2 2.526287735E-01\r\nBlock NMIX "] - [1, 1, 0.9867345095, "\r\n 1 2 -5.358754843E-02\r\n 1 3 1.438069195E-01\r\ \n 1 4 -5.294487253E-02\r\n 2 1 -9.951802343E-02\r\n 2 2 -9.437011480E-01\r\ \n 2 3 2.729507387E-01\r\n 2 4 -1.581837982E-01\r\n 3 1 -5.851639062E-02\r\ \n 3 2 8.841120452E-02\r\n 3 3 6.959396601E-01\r\n 3 4 7.102304697E-01\r\ \n 4 1 -1.141367853E-01\r\n 4 2 3.142290115E-01\r\n 4 3 6.484485269E-01\r\ \n 4 4 -6.839206219E-01\r\nBlock UMIX "] - [1, 1, -0.9101191759, "\r\n 1 2 4.143465161E-01\r\n 2 1 -4.143465161E-01\r\ \n 2 2 -9.101191759E-01\r\nBlock VMIX "] - [1, 1, -0.9709569812, "\r\n 1 2 2.392542213E-01\r\n 2 1 -2.392542213E-01\r\ \n 2 2 -9.709569812E-01\r\nBlock GAUGE Q= 4.567678528E+02 "] - [1, 0.3575287759] - [2, 0.6526660323] - [3, 1.221935272] YU: info: [Q=, 456.7678528, "\r\n 3 3 8.864250779E-01 "] YD: info: [Q=, 456.7678528, "\r\n 3 3 1.354373097E-01 "] YE: info: [Q=, 456.7678528, "\r\n 3 3 1.003626511E-01 "] AU: info: [Q=, 456.7678528, "\r\n 3 3 -4.996444397E+02 "] AD: info: [Q=, 456.7678528, "\r\n 3 3 -7.677929688E+02 "] AE: info: [Q=, 456.7678528, "\r\n 3 3 -2.533071442E+02 "] SPINFO: values: - [1, ISASUGRA] - [2, ISAJET, V7.67p, 30, '-MAY-2003 19:26 '] PK!7t]0,yaslha/tests/data/pylha_yaml/sdecay.bin.yamlDECAY: '1000021': info: [10.175233] values: - [0.041831327, 2, 1000001, -1] - [0.015558764, 2, 2000001, -1] - [0.039139097, 2, 1000002, -2] - [0.017435818, 2, 2000002, -2] - [0.041831327, 2, 1000003, -3] - [0.015558764, 2, 2000003, -3] - [0.039139097, 2, 1000004, -4] - [0.017435818, 2, 2000004, -4] - [0.11302191, 2, 1000005, -5] - [0.063033984, 2, 2000005, -5] - [0.096014094, 2, 1000006, -6] - [0.0, 2, 2000006, -6] - [0.041831327, 2, -1000001, 1] - [0.015558764, 2, -2000001, 1] - [0.039139097, 2, -1000002, 2] - [0.017435818, 2, -2000002, 2] - [0.041831327, 2, -1000003, 3] - [0.015558764, 2, -2000003, 3] - [0.039139097, 2, -1000004, 4] - [0.017435818, 2, -2000004, 4] - [0.11302191, 2, -1000005, 5] - [0.063033984, 2, -2000005, 5] - [0.096014094, 2, -1000006, 6] - [0.0, 2, -2000006, 6] BLOCK: DCINFO: values: - [1, SDECAY] - [2, 1.0] PK!yTT*yaslha/tests/data/pylha_yaml/slha.txt.yamlBLOCK: MODSEL: values: - [1, 1] SMINPUTS: values: - [1, 127.934] - [2, 1.16637e-05] - [3, 0.1172] - [4, 91.1876] - [5, 4.25] - [6, 174.3] - [7, 1.777] MINPAR: values: - [1, 100.0] - [2, 250.0] - [3, 10.0] - [4, 1.0] - [5, -100.0] EXTPAR: values: - [1, 250.0] PK!-锢.yaslha/tests/data/pylha_yaml/softsusy.spc.yamlBLOCK: SPINFO: values: - [1, SOFTSUSY] - [2, 1.0, 9.1] MODSEL: values: - [1, 1] SMINPUTS: values: - [1, 127.934] - [2, 1.16637e-05] - [3, 0.1172] - [4, 91.1876] - [5, 4.25] - [6, 174.3] - [7, 1.777] MINPAR: values: - [3, 10.0] - [4, 1.0] - [1, 100.0] - [2, 250.0] - [5, -100.0] MASS: values: - [24, 80.4191121] - [25, 110.762378] - [35, 400.599584] - [36, 400.231463] - [37, 408.513284] - [1000001, 572.700955] - [1000002, 567.251814] - [1000003, 572.700955] - [1000004, 567.251814] - [1000005, 515.211952] - [1000006, 395.920984] - [1000011, 204.276615] - [1000012, 188.657729] - [1000013, 204.276615] - [1000014, 188.657729] - [1000015, 136.227147] - [1000016, 187.773326] - [1000021, 607.604198] - [1000022, 97.2852615] - [1000023, 180.961862] - [1000024, 180.378828] - [1000025, -364.435115] - [1000035, 383.135773] - [1000037, 383.37187] - [2000001, 546.07049] - [2000002, 546.999685] - [2000003, 546.07049] - [2000004, 546.999685] - [2000005, 543.966766] - [2000006, 585.698733] - [2000011, 145.526717] - [2000013, 145.526717] - [2000015, 208.222793] alpha: values: - [-0.113732831] stopmix: values: - [1, 1, 0.538083886] - [1, 2, 0.842891293] - [2, 1, 0.842891293] - [2, 2, -0.538083886] sbotmix: values: - [1, 1, 0.947744273] - [1, 2, 0.319031021] - [2, 1, -0.319031021] - [2, 2, 0.947744273] staumix: values: - [1, 1, 0.280956141] - [1, 2, 0.959720609] - [2, 1, 0.959720609] - [2, 2, -0.280956141] nmix: values: - [1, 1, 0.986066377] - [1, 2, -0.0546292061] - [1, 3, 0.147649927] - [1, 4, -0.0537424305] - [2, 1, 0.10206242] - [2, 2, 0.94272121] - [2, 3, -0.2749856] - [2, 4, 0.158880154] - [3, 1, -0.0604575099] - [3, 2, 0.0897030908] - [3, 3, 0.695501068] - [3, 4, 0.710335491] - [4, 1, -0.116624405] - [4, 2, 0.316616055] - [4, 3, 0.647194471] - [4, 4, -0.683587843] Umix: values: - [1, 1, 0.915531658] - [1, 2, -0.402245924] - [2, 1, 0.402245924] - [2, 2, 0.915531658] Vmix: values: - [1, 1, 0.972345994] - [1, 2, -0.233545003] - [2, 1, 0.233545003] - [2, 2, 0.972345994] gauge: info: [Q=, 464.231969, "\r\n 1 3.60968173e-01 "] values: - [2, 0.646474399] - [3, 1.0962647] yu: info: [Q=, 464.231969, "\r\n 3 3 8.89731484e-01 "] yd: info: [Q=, 464.231969, "\r\n 3 3 1.39732269e-01 "] ye: info: [Q=, 464.231969, "\r\n 3 3 1.00914051e-01 "] hmix: info: [Q=, 464.231969] values: - [1, 358.339654] - [2, 9.75145219] - [3, 244.923803] - [4, 167100.152] msoft: info: [Q=4.64231969e, 2] values: - [1, 101.439997] - [2, 191.579315] - [3, 586.586195] - [21, 32391.4077] - [22, -129413.007] - [31, 199.04256] - [32, 199.04256] - [33, 198.20451] - [34, 138.811933] - [35, 138.811933] - [36, 136.392545] - [41, 550.815976] - [42, 550.815976] - [43, 499.361608] - [44, 528.861326] - [45, 528.861326] - [46, 418.454191] - [47, 526.10027] - [48, 526.10027] - [49, 522.780488] au: info: [Q=, 464.231969, "\r\n 1 1 0.00000000e+00 "] values: - [2, 2, 0.0] - [3, 3, -504.520155] ad: info: [Q=, 464.231969, "\r\n 1 1 0.00000000e+00 "] values: - [2, 2, 0.0] - [3, 3, -797.104366] ae: info: [Q=, 464.231969, "\r\n 1 1 0.00000000e+00 "] values: - [2, 2, 0.0] - [3, 3, -256.146632] PK!NN+yaslha/tests/data/pylha_yaml/sps1a.spc.yamlBLOCK: DCINFO: values: - [1, SDECAY] - [2, 1.1, a] SPINFO: values: - [1, SOFTSUSY] - [2, 2.0, 0.5] MODSEL: values: - [1, 1] SMINPUTS: values: - [1, 127.934] - [2, 1.16637e-05] - [3, 0.118] - [4, 91.1876] - [5, 4.25] - [6, 175.0] - [7, 1.777] MINPAR: values: - [1, 100.0] - [2, 250.0] - [3, 10.0] - [4, 1.0] - [5, -100.0] MASS: values: - [5, 4.88991651] - [6, 175.0] - [24, 79.8290131] - [25, 110.899057] - [35, 399.960116] - [36, 399.583917] - [37, 407.879012] - [1000001, 568.441109] - [2000001, 545.228462] - [1000002, 561.119014] - [2000002, 549.259265] - [1000003, 568.441109] - [2000003, 545.228462] - [1000004, 561.119014] - [2000004, 549.259265] - [1000005, 513.065179] - [2000005, 543.726676] - [1000006, 399.668493] - [2000006, 585.785818] - [1000011, 202.91569] - [2000011, 144.102799] - [1000012, 185.258326] - [1000013, 202.91569] - [2000013, 144.102799] - [1000014, 185.258326] - [1000015, 134.490864] - [2000015, 206.867805] - [1000016, 184.708464] - [1000021, 607.713704] - [1000022, 96.6880686] - [1000023, 181.088157] - [1000025, -363.756027] - [1000035, 381.729382] - [1000024, 181.696474] - [1000037, 379.93932] NMIX: values: - [1, 1, 0.98636443] - [1, 2, -0.0531103553] - [1, 3, 0.146433995] - [1, 4, -0.0531186117] - [2, 1, 0.0993505358] - [2, 2, 0.944949299] - [2, 3, -0.26984672] - [2, 4, 0.156150698] - [3, 1, -0.0603388002] - [3, 2, 0.0877004854] - [3, 3, 0.695877493] - [3, 4, 0.710226984] - [4, 1, -0.116507132] - [4, 2, 0.310739017] - [4, 3, 0.64922596] - [4, 4, -0.684377823] UMIX: values: - [1, 1, 0.916834859] - [1, 2, -0.399266629] - [2, 1, 0.399266629] - [2, 2, 0.916834859] VMIX: values: - [1, 1, 0.972557835] - [1, 2, -0.232661249] - [2, 1, 0.232661249] - [2, 2, 0.972557835] STOPMIX: values: - [1, 1, 0.55364496] - [1, 2, 0.83275282] - [2, 1, 0.83275282] - [2, 2, -0.55364496] SBOTMIX: values: - [1, 1, 0.938737896] - [1, 2, 0.344631925] - [2, 1, -0.344631925] - [2, 2, 0.938737896] STAUMIX: values: - [1, 1, 0.28248719] - [1, 2, 0.959271071] - [2, 1, 0.959271071] - [2, 2, -0.28248719] ALPHA: values: - [-0.11382521] HMIX: info: [Q=, 467.034192] values: - [1, 357.680977] - [2, 9.74862403] - [3, 244.894549] - [4, 166439.065] GAUGE: info: [Q=, 467.034192] values: - [3, 1.10178679] AU: info: [Q=, 467.034192] values: - [1, 1, 0.0] - [2, 2, 0.0] - [3, 3, -498.129778] AD: info: [Q=, 467.034192] values: - [1, 1, 0.0] - [2, 2, 0.0] - [3, 3, -797.274397] AE: info: [Q=, 467.034192] values: - [1, 1, 0.0] - [2, 2, 0.0] - [3, 3, -251.776873] YU: info: [Q=, 467.034192] values: - [3, 3, 0.89284455] YD: info: [Q=, 467.034192] values: - [3, 3, 0.138840206] YE: info: [Q=, 467.034192] values: - [3, 3, 0.10089081] MSOFT: info: [Q=, 467.034192] values: - [1, 101.396534] - [2, 191.504241] - [3, 588.263031] - [21, 32337.4943] - [22, -128800.134] - [31, 195.334764] - [32, 195.334764] - [33, 194.495956] - [34, 136.494061] - [35, 136.494061] - [36, 134.043428] - [41, 547.573466] - [42, 547.573466] - [43, 498.763839] - [44, 529.511195] - [45, 529.511195] - [46, 423.245877] - [47, 523.148807] - [48, 523.148807] - [49, 519.867261] DECAY: '23': info: [2.41143316] '24': info: [2.00282196] '6': info: [1.56194983] values: - [1.0, 2, 5, 24] - [0.0, 2, 5, 37] - [0.0, 2, 1000006, 1000022] - [0.0, 2, 1000006, 1000023] - [0.0, 2, 1000006, 1000025] - [0.0, 2, 1000006, 1000035] - [0.0, 2, 2000006, 1000022] - [0.0, 2, 2000006, 1000023] - [0.0, 2, 2000006, 1000025] - [0.0, 2, 2000006, 1000035] '25': info: [0.00198610799] values: - [0.145642955, 2, 15, -15] - [0.819070713, 2, 5, -5] - [0.0336338173, 2, 24, -24] - [0.00165251528, 2, 23, 23] '35': info: [0.574801389] values: - [0.139072676, 2, 15, -15] - [0.0484110879, 2, 6, -6] - [0.789500067, 2, 5, -5] - [0.00387681171, 2, 24, -24] - [0.00180454752, 2, 23, 23] - [0.0, 2, 24, -37] - [0.0, 2, -24, 37] - [0.0, 2, 37, -37] - [0.0173348101, 2, 25, 25] - [0.0, 2, 36, 36] '36': info: [0.632178488] values: - [0.126659725, 2, 15, -15] - [0.151081526, 2, 6, -6] - [0.719406137, 2, 5, -5] - [0.00285261228, 2, 23, 25] - [0.0, 2, 23, 35] - [0.0, 2, 24, -37] - [0.0, 2, -24, 37] '37': info: [0.546962813] values: - [0.149435135, 2, -15, 16] - [0.846811711, 2, 6, -5] - [0.00375315387, 2, 24, 25] - [0.0, 2, 24, 35] - [0.0, 2, 24, 36] '1000021': info: [5.50675438] values: - [0.0208454202, 2, 1000001, -1] - [0.0208454202, 2, -1000001, 1] - [0.0507075274, 2, 2000001, -1] - [0.0507075274, 2, -2000001, 1] - [0.0289787767, 2, 1000002, -2] - [0.0289787767, 2, -1000002, 2] - [0.0446872773, 2, 2000002, -2] - [0.0446872773, 2, -2000002, 2] - [0.0208454202, 2, 1000003, -3] - [0.0208454202, 2, -1000003, 3] - [0.0507075274, 2, 2000003, -3] - [0.0507075274, 2, -2000003, 3] - [0.0289787767, 2, 1000004, -4] - [0.0289787767, 2, -1000004, 4] - [0.0446872773, 2, 2000004, -4] - [0.0446872773, 2, -2000004, 4] - [0.105840237, 2, 1000005, -5] - [0.105840237, 2, -1000005, 5] - [0.0556574805, 2, 2000005, -5] - [0.0556574805, 2, -2000005, 5] - [0.0480642793, 2, 1000006, -6] - [0.0480642793, 2, -1000006, 6] - [0.0, 2, 2000006, -6] - [0.0, 2, -2000006, 6] '1000006': info: [2.02159578] values: - [0.192947616, 2, 1000022, 6] - [0.117469211, 2, 1000023, 6] - [0.0, 2, 1000025, 6] - [0.0, 2, 1000035, 6] - [0.675747693, 2, 1000024, 5] - [0.0138354802, 2, 1000037, 5] - [0.0, 2, 1000021, 6] - [0.0, 2, 1000005, 37] - [0.0, 2, 2000005, 37] - [0.0, 2, 1000005, 24] - [0.0, 2, 2000005, 24] '2000006': info: [7.37313275] values: - [0.0296825635, 2, 1000022, 6] - [0.0868035358, 2, 1000023, 6] - [0.0418408351, 2, 1000025, 6] - [0.193281647, 2, 1000035, 6] - [0.219632356, 2, 1000024, 5] - [0.202206148, 2, 1000037, 5] - [0.0, 2, 1000021, 6] - [0.0366397706, 2, 1000006, 25] - [0.0, 2, 1000006, 35] - [0.0, 2, 1000006, 36] - [0.0, 2, 1000005, 37] - [0.0, 2, 2000005, 37] - [0.189913144, 2, 1000006, 23] - [0.0, 2, 1000005, 24] - [0.0, 2, 2000005, 24] '1000005': info: [3.73627601] values: - [0.0443307074, 2, 1000022, 5] - [0.356319904, 2, 1000023, 5] - [0.00516083795, 2, 1000025, 5] - [0.010410508, 2, 1000035, 5] - [0.445830064, 2, -1000024, 6] - [0.0, 2, -1000037, 6] - [0.0, 2, 1000021, 5] - [0.0, 2, 1000006, -37] - [0.0, 2, 2000006, -37] - [0.137947979, 2, 1000006, -24] - [0.0, 2, 2000006, -24] '2000005': info: [0.801566294] values: - [0.28620059, 2, 1000022, 5] - [0.140315912, 2, 1000023, 5] - [0.0532635592, 2, 1000025, 5] - [0.0748748121, 2, 1000035, 5] - [0.179734294, 2, -1000024, 6] - [0.0, 2, -1000037, 6] - [0.0, 2, 1000021, 5] - [0.0, 2, 1000005, 25] - [0.0, 2, 1000005, 35] - [0.0, 2, 1000005, 36] - [0.0, 2, 1000006, -37] - [0.0, 2, 2000006, -37] - [0.0, 2, 1000005, 23] - [0.265610832, 2, 1000006, -24] - [0.0, 2, 2000006, -24] '1000002': info: [5.47719539] values: - [0.00665240987, 2, 1000022, 2] - [0.319051458, 2, 1000023, 2] - [0.000844929059, 2, 1000025, 2] - [0.0103485173, 2, 1000035, 2] - [0.649499518, 2, 1000024, 1] - [0.0136031676, 2, 1000037, 1] - [0.0, 2, 1000021, 2] '2000002': info: [1.15297292] values: - [0.98637742, 2, 1000022, 2] - [0.00846640647, 2, 1000023, 2] - [0.00123894695, 2, 1000025, 2] - [0.00391722611, 2, 1000035, 2] - [0.0, 2, 1000024, 1] - [0.0, 2, 1000037, 1] - [0.0, 2, 1000021, 2] '1000001': info: [5.31278772] values: - [0.0232317969, 2, 1000022, 1] - [0.310235077, 2, 1000023, 1] - [0.00152334771, 2, 1000025, 1] - [0.0148849798, 2, 1000035, 1] - [0.606452481, 2, -1000024, 2] - [0.0436723179, 2, -1000037, 2] - [0.0, 2, 1000021, 1] '2000001': info: [0.285812308] values: - [0.986529614, 2, 1000022, 1] - [0.0084451035, 2, 1000023, 1] - [0.00121172119, 2, 1000025, 1] - [0.00381356102, 2, 1000035, 1] - [0.0, 2, -1000024, 2] - [0.0, 2, -1000037, 2] - [0.0, 2, 1000021, 1] '1000004': info: [5.47719539] values: - [0.00665240987, 2, 1000022, 4] - [0.319051458, 2, 1000023, 4] - [0.000844929059, 2, 1000025, 4] - [0.0103485173, 2, 1000035, 4] - [0.649499518, 2, 1000024, 3] - [0.0136031676, 2, 1000037, 3] - [0.0, 2, 1000021, 4] '2000004': info: [1.15297292] values: - [0.98637742, 2, 1000022, 4] - [0.00846640647, 2, 1000023, 4] - [0.00123894695, 2, 1000025, 4] - [0.00391722611, 2, 1000035, 4] - [0.0, 2, 1000024, 3] - [0.0, 2, 1000037, 3] - [0.0, 2, 1000021, 4] '1000003': info: [5.31278772] values: - [0.0232317969, 2, 1000022, 3] - [0.310235077, 2, 1000023, 3] - [0.00152334771, 2, 1000025, 3] - [0.0148849798, 2, 1000035, 3] - [0.606452481, 2, -1000024, 4] - [0.0436723179, 2, -1000037, 4] - [0.0, 2, 1000021, 3] '2000003': info: [0.285812308] values: - [0.986529614, 2, 1000022, 3] - [0.0084451035, 2, 1000023, 3] - [0.00121172119, 2, 1000025, 3] - [0.00381356102, 2, 1000035, 3] - [0.0, 2, -1000024, 4] - [0.0, 2, -1000037, 4] - [0.0, 2, 1000021, 3] '1000011': info: [0.213682161] values: - [0.573155386, 2, 1000022, 11] - [0.164522579, 2, 1000023, 11] - [0.0, 2, 1000025, 11] - [0.0, 2, 1000035, 11] - [0.262322035, 2, -1000024, 12] - [0.0, 2, -1000037, 12] '2000011': info: [0.216121626] values: - [1.0, 2, 1000022, 11] - [0.0, 2, 1000023, 11] - [0.0, 2, 1000025, 11] - [0.0, 2, 1000035, 11] - [0.0, 2, -1000024, 12] - [0.0, 2, -1000037, 12] '1000013': info: [0.213682161] values: - [0.573155386, 2, 1000022, 13] - [0.164522579, 2, 1000023, 13] - [0.0, 2, 1000025, 13] - [0.0, 2, 1000035, 13] - [0.262322035, 2, -1000024, 14] - [0.0, 2, -1000037, 14] '2000013': info: [0.216121626] values: - [1.0, 2, 1000022, 13] - [0.0, 2, 1000023, 13] - [0.0, 2, 1000025, 13] - [0.0, 2, 1000035, 13] - [0.0, 2, -1000024, 14] - [0.0, 2, -1000037, 14] '1000015': info: [0.148327268] values: - [1.0, 2, 1000022, 15] - [0.0, 2, 1000023, 15] - [0.0, 2, 1000025, 15] - [0.0, 2, 1000035, 15] - [0.0, 2, -1000024, 16] - [0.0, 2, -1000037, 16] - [0.0, 2, 1000016, -37] - [0.0, 2, 1000016, -24] '2000015': info: [0.269906096] values: - [0.596653046, 2, 1000022, 15] - [0.15453676, 2, 1000023, 15] - [0.0, 2, 1000025, 15] - [0.0, 2, 1000035, 15] - [0.248810195, 2, -1000024, 16] - [0.0, 2, -1000037, 16] - [0.0, 2, 1000016, -37] - [0.0, 2, 1000016, -24] - [0.0, 2, 1000015, 25] - [0.0, 2, 1000015, 35] - [0.0, 2, 1000015, 36] - [0.0, 2, 1000015, 23] '1000012': info: [0.149881634] values: - [0.977700764, 2, 1000022, 12] - [0.00811554922, 2, 1000023, 12] - [0.0, 2, 1000025, 12] - [0.0, 2, 1000035, 12] - [0.0141836867, 2, 1000024, 11] - [0.0, 2, 1000037, 11] '1000014': info: [0.149881634] values: - [0.977700764, 2, 1000022, 14] - [0.00811554922, 2, 1000023, 14] - [0.0, 2, 1000025, 14] - [0.0, 2, 1000035, 14] - [0.0141836867, 2, 1000024, 13] - [0.0, 2, 1000037, 13] '1000016': info: [0.147518977] values: - [0.985994529, 2, 1000022, 16] - [0.00625129612, 2, 1000023, 16] - [0.0, 2, 1000025, 16] - [0.0, 2, 1000035, 16] - [0.00775417479, 2, 1000024, 15] - [0.0, 2, 1000037, 15] - [0.0, 2, -1000015, -37] - [0.0, 2, -2000015, -37] - [0.0, 2, -1000015, -24] - [0.0, 2, -2000015, -24] '1000024': info: [0.0170414503] values: - [0.0, 2, 1000002, -1] - [0.0, 2, 2000002, -1] - [0.0, 2, -1000001, 2] - [0.0, 2, -2000001, 2] - [0.0, 2, 1000004, -3] - [0.0, 2, 2000004, -3] - [0.0, 2, -1000003, 4] - [0.0, 2, -2000003, 4] - [0.0, 2, 1000006, -5] - [0.0, 2, 2000006, -5] - [0.0, 2, -1000005, 6] - [0.0, 2, -2000005, 6] - [0.0, 2, 1000012, -11] - [0.0, 2, 1000014, -13] - [0.0, 2, 1000016, -15] - [0.0, 2, -1000011, 12] - [0.0, 2, -2000011, 12] - [0.0, 2, -1000013, 14] - [0.0, 2, -2000013, 14] - [0.925161117, 2, -1000015, 16] - [0.0, 2, -2000015, 16] - [0.0748388828, 2, 1000022, 24] - [0.0, 2, 1000023, 24] - [0.0, 2, 1000025, 24] - [0.0, 2, 1000035, 24] - [0.0, 2, 1000022, 37] - [0.0, 2, 1000023, 37] - [0.0, 2, 1000025, 37] - [0.0, 2, 1000035, 37] '1000037': info: [2.4868951] values: - [0.0, 2, 1000002, -1] - [0.0, 2, 2000002, -1] - [0.0, 2, -1000001, 2] - [0.0, 2, -2000001, 2] - [0.0, 2, 1000004, -3] - [0.0, 2, 2000004, -3] - [0.0, 2, -1000003, 4] - [0.0, 2, -2000003, 4] - [0.0, 2, 1000006, -5] - [0.0, 2, 2000006, -5] - [0.0, 2, -1000005, 6] - [0.0, 2, -2000005, 6] - [0.0200968837, 2, 1000012, -11] - [0.0200968837, 2, 1000014, -13] - [0.0274507395, 2, 1000016, -15] - [0.0520406111, 2, -1000011, 12] - [0.0, 2, -2000011, 12] - [0.0520406111, 2, -1000013, 14] - [0.0, 2, -2000013, 14] - [0.000282859898, 2, -1000015, 16] - [0.0566729336, 2, -2000015, 16] - [0.231513269, 2, 1000024, 23] - [0.067671512, 2, 1000022, 24] - [0.293654849, 2, 1000023, 24] - [0.0, 2, 1000025, 24] - [0.0, 2, 1000035, 24] - [0.178478848, 2, 1000024, 25] - [0.0, 2, 1000024, 35] - [0.0, 2, 1000024, 36] - [0.0, 2, 1000022, 37] - [0.0, 2, 1000023, 37] - [0.0, 2, 1000025, 37] - [0.0, 2, 1000035, 37] '1000022': info: [0.0] '1000023': info: [0.0207770048] values: - [0.0, 2, 1000022, 23] - [0.0, 2, 1000024, -24] - [0.0, 2, -1000024, 24] - [0.0, 2, 1000037, -24] - [0.0, 2, -1000037, 24] - [0.0, 2, 1000022, 25] - [0.0, 2, 1000022, 35] - [0.0, 2, 1000022, 36] - [0.0, 2, 1000024, -37] - [0.0, 2, -1000024, 37] - [0.0, 2, 1000037, -37] - [0.0, 2, -1000037, 37] - [0.0, 2, 1000002, -2] - [0.0, 2, -1000002, 2] - [0.0, 2, 2000002, -2] - [0.0, 2, -2000002, 2] - [0.0, 2, 1000001, -1] - [0.0, 2, -1000001, 1] - [0.0, 2, 2000001, -1] - [0.0, 2, -2000001, 1] - [0.0, 2, 1000004, -4] - [0.0, 2, -1000004, 4] - [0.0, 2, 2000004, -4] - [0.0, 2, -2000004, 4] - [0.0, 2, 1000003, -3] - [0.0, 2, -1000003, 3] - [0.0, 2, 2000003, -3] - [0.0, 2, -2000003, 3] - [0.0, 2, 1000006, -6] - [0.0, 2, -1000006, 6] - [0.0, 2, 2000006, -6] - [0.0, 2, -2000006, 6] - [0.0, 2, 1000005, -5] - [0.0, 2, -1000005, 5] - [0.0, 2, 2000005, -5] - [0.0, 2, -2000005, 5] - [0.0, 2, 1000011, -11] - [0.0, 2, -1000011, 11] - [0.0295071995, 2, 2000011, -11] - [0.0295071995, 2, -2000011, 11] - [0.0, 2, 1000013, -13] - [0.0, 2, -1000013, 13] - [0.0295071995, 2, 2000013, -13] - [0.0295071995, 2, -2000013, 13] - [0.440985601, 2, 1000015, -15] - [0.440985601, 2, -1000015, 15] - [0.0, 2, 2000015, -15] - [0.0, 2, -2000015, 15] - [0.0, 2, 1000012, -12] - [0.0, 2, -1000012, 12] - [0.0, 2, 1000014, -14] - [0.0, 2, -1000014, 14] - [0.0, 2, 1000016, -16] - [0.0, 2, -1000016, 16] '1000025': info: [1.91598495] values: - [0.113226601, 2, 1000022, 23] - [0.211969194, 2, 1000023, 23] - [0.295329778, 2, 1000024, -24] - [0.295329778, 2, -1000024, 24] - [0.0, 2, 1000037, -24] - [0.0, 2, -1000037, 24] - [0.021307649, 2, 1000022, 25] - [0.0, 2, 1000022, 35] - [0.0, 2, 1000022, 36] - [0.0124538329, 2, 1000023, 25] - [0.0, 2, 1000023, 35] - [0.0, 2, 1000023, 36] - [0.0, 2, 1000024, -37] - [0.0, 2, -1000024, 37] - [0.0, 2, 1000037, -37] - [0.0, 2, -1000037, 37] - [0.0, 2, 1000002, -2] - [0.0, 2, -1000002, 2] - [0.0, 2, 2000002, -2] - [0.0, 2, -2000002, 2] - [0.0, 2, 1000001, -1] - [0.0, 2, -1000001, 1] - [0.0, 2, 2000001, -1] - [0.0, 2, -2000001, 1] - [0.0, 2, 1000004, -4] - [0.0, 2, -1000004, 4] - [0.0, 2, 2000004, -4] - [0.0, 2, -2000004, 4] - [0.0, 2, 1000003, -3] - [0.0, 2, -1000003, 3] - [0.0, 2, 2000003, -3] - [0.0, 2, -2000003, 3] - [0.0, 2, 1000006, -6] - [0.0, 2, -1000006, 6] - [0.0, 2, 2000006, -6] - [0.0, 2, -2000006, 6] - [0.0, 2, 1000005, -5] - [0.0, 2, -1000005, 5] - [0.0, 2, 2000005, -5] - [0.0, 2, -2000005, 5] - [0.000557220455, 2, 1000011, -11] - [0.000557220455, 2, -1000011, 11] - [0.00125266782, 2, 2000011, -11] - [0.00125266782, 2, -2000011, 11] - [0.000557220455, 2, 1000013, -13] - [0.000557220455, 2, -1000013, 13] - [0.00125266782, 2, 2000013, -13] - [0.00125266782, 2, -2000013, 13] - [0.00526279239, 2, 1000015, -15] - [0.00526279239, 2, -1000015, 15] - [0.00672814564, 2, 2000015, -15] - [0.00672814564, 2, -2000015, 15] - [0.00318920485, 2, 1000012, -12] - [0.00318920485, 2, -1000012, 12] - [0.00318920485, 2, 1000014, -14] - [0.00318920485, 2, -1000014, 14] - [0.00320245934, 2, 1000016, -16] - [0.00320245934, 2, -1000016, 16] '1000035': info: [2.58585079] values: - [0.0215369294, 2, 1000022, 23] - [0.0185499971, 2, 1000023, 23] - [0.0, 2, 1000025, 23] - [0.24954143, 2, 1000024, -24] - [0.24954143, 2, -1000024, 24] - [0.0, 2, 1000037, -24] - [0.0, 2, -1000037, 24] - [0.0693213268, 2, 1000022, 25] - [0.0, 2, 1000022, 35] - [0.0, 2, 1000022, 36] - [0.147602336, 2, 1000023, 25] - [0.0, 2, 1000023, 35] - [0.0, 2, 1000023, 36] - [0.0, 2, 1000025, 25] - [0.0, 2, 1000025, 35] - [0.0, 2, 1000025, 36] - [0.0, 2, 1000024, -37] - [0.0, 2, -1000024, 37] - [0.0, 2, 1000037, -37] - [0.0, 2, -1000037, 37] - [0.0, 2, 1000002, -2] - [0.0, 2, -1000002, 2] - [0.0, 2, 2000002, -2] - [0.0, 2, -2000002, 2] - [0.0, 2, 1000001, -1] - [0.0, 2, -1000001, 1] - [0.0, 2, 2000001, -1] - [0.0, 2, -2000001, 1] - [0.0, 2, 1000004, -4] - [0.0, 2, -1000004, 4] - [0.0, 2, 2000004, -4] - [0.0, 2, -2000004, 4] - [0.0, 2, 1000003, -3] - [0.0, 2, -1000003, 3] - [0.0, 2, 2000003, -3] - [0.0, 2, -2000003, 3] - [0.0, 2, 1000006, -6] - [0.0, 2, -1000006, 6] - [0.0, 2, 2000006, -6] - [0.0, 2, -2000006, 6] - [0.0, 2, 1000005, -5] - [0.0, 2, -1000005, 5] - [0.0, 2, 2000005, -5] - [0.0, 2, -2000005, 5] - [0.00964835418, 2, 1000011, -11] - [0.00964835418, 2, -1000011, 11] - [0.0037568447, 2, 2000011, -11] - [0.0037568447, 2, -2000011, 11] - [0.00964835418, 2, 1000013, -13] - [0.00964835418, 2, -1000013, 13] - [0.0037568447, 2, 2000013, -13] - [0.0037568447, 2, -2000013, 13] - [0.00268215241, 2, 1000015, -15] - [0.00268215241, 2, -1000015, 15] - [0.0162289809, 2, 2000015, -15] - [0.0162289809, 2, -2000015, 15] - [0.0253796547, 2, 1000012, -12] - [0.0253796547, 2, -1000012, 12] - [0.0253796547, 2, 1000014, -14] - [0.0253796547, 2, -1000014, 14] - [0.0254724352, 2, 1000016, -16] - [0.0254724352, 2, -1000016, 16] PK!:Ovyaslha/tests/data/sdecay.bin# PDG Width DECAY 1000021 1.017523300E+01 # gluino decays # BR NDA ID1 ID2 4.183132700E-02 2 1000001 -1 # BR(~g -> ~d_L dbar) 1.555876400E-02 2 2000001 -1 # BR(~g -> ~d_R dbar) 3.913909700E-02 2 1000002 -2 # BR(~g -> ~u_L ubar) 1.743581800E-02 2 2000002 -2 # BR(~g -> ~u_R ubar) 4.183132700E-02 2 1000003 -3 # BR(~g -> ~s_L sbar) 1.555876400E-02 2 2000003 -3 # BR(~g -> ~s_R sbar) 3.913909700E-02 2 1000004 -4 # BR(~g -> ~c_L cbar) 1.743581800E-02 2 2000004 -4 # BR(~g -> ~c_R cbar) 1.130219100E-01 2 1000005 -5 # BR(~g -> ~b_1 bbar) 6.303398400E-02 2 2000005 -5 # BR(~g -> ~b_2 bbar) 9.601409400E-02 2 1000006 -6 # BR(~g -> ~t_1 tbar) 0.000000000E+00 2 2000006 -6 # BR(~g -> ~t_2 tbar) 4.183132700E-02 2 -1000001 1 # BR(~g -> ~dbar_L d) 1.555876400E-02 2 -2000001 1 # BR(~g -> ~dbar_R d) 3.913909700E-02 2 -1000002 2 # BR(~g -> ~ubar_L u) 1.743581800E-02 2 -2000002 2 # BR(~g -> ~ubar_R u) 4.183132700E-02 2 -1000003 3 # BR(~g -> ~sbar_L s) 1.555876400E-02 2 -2000003 3 # BR(~g -> ~sbar_R s) 3.913909700E-02 2 -1000004 4 # BR(~g -> ~cbar_L c) 1.743581800E-02 2 -2000004 4 # BR(~g -> ~cbar_R c) 1.130219100E-01 2 -1000005 5 # BR(~g -> ~bbar_1 b) 6.303398400E-02 2 -2000005 5 # BR(~g -> ~bbar_2 b) 9.601409400E-02 2 -1000006 6 # BR(~g -> ~tbar_1 t) 0.000000000E+00 2 -2000006 6 # BR(~g -> ~tbar_2 t) Block DCINFO # Program information 1 SDECAY # Decay package 2 1.0 # version number PK!Zyaslha/tests/data/slha.txt# Example input in Les Houches format Block MODSEL # Select model 1 1 # sugra Block SMINPUTS # Standard Model inputs 1 1.279340000e+02 # alpha^(-1) SM MSbar(MZ) 2 1.166370000e-05 # G_Fermi 3 1.172000000e-01 # alpha_s(MZ) SM MSbar 4 9.118760000e+01 # MZ(pole) 5 4.250000000e+00 # mb(mb) SM MSbar 6 1.743000000e+02 # mtop(pole) 7 1.777000000e+00 # mtau(pole) Block MINPAR # Input parameters 1 1.000000000e+02 # m0 2 2.500000000e+02 # m12 3 1.000000000e+01 # tanb 4 1.000000000e+00 # sign(mu) 5 -1.000000000e+02 # A0 Block EXTPAR # non-minimal input parameters 1 2.500000000e+02 # m1(mGUT) PK!2yaslha/tests/data/softsusy.spc# SOFTSUSY1.9 # B.C. Allanach, Comput. Phys. Commun. 143 (2002) 305-331, hep-ph/0104145 Block SPINFO # Program information 1 SOFTSUSY # spectrum calculator 2 1.9.1 # version number Block MODSEL # Select model 1 1 # sugra Block SMINPUTS # Standard Model inputs 1 1.27934000e+02 # alpha_em^(-1)(MZ) SM MSbar 2 1.16637000e-05 # G_Fermi 3 1.17200000e-01 # alpha_s(MZ)MSbar 4 9.11876000e+01 # MZ(pole) 5 4.25000000e+00 # Mb(mb) 6 1.74300000e+02 # Mtop(pole) 7 1.77700000e+00 # Mtau(pole) Block MINPAR # SUSY breaking input parameters 3 1.00000000e+01 # tanb 4 1.00000000e+00 # sign(mu) 1 1.00000000e+02 # m0 2 2.50000000e+02 # m12 5 -1.00000000e+02 # A0 # Low energy data in SOFTSUSY: MIXING=-1 TOLERANCE=1.00000000e-03 # mgut=2.45916471e+16 GeV Block MASS # Mass spectrum #PDG code mass particle 24 8.04191121e+01 # MW 25 1.10762378e+02 # h0 35 4.00599584e+02 # H0 36 4.00231463e+02 # A0 37 4.08513284e+02 # H+ 1000001 5.72700955e+02 # ~d_L 1000002 5.67251814e+02 # ~u_L 1000003 5.72700955e+02 # ~s_L 1000004 5.67251814e+02 # ~c_L 1000005 5.15211952e+02 # ~b_1 1000006 3.95920984e+02 # ~t_1 1000011 2.04276615e+02 # ~e_L 1000012 1.88657729e+02 # ~nue_L 1000013 2.04276615e+02 # ~mu_L 1000014 1.88657729e+02 # ~numu_L 1000015 1.36227147e+02 # ~stau_1 1000016 1.87773326e+02 # ~nu_tau_L 1000021 6.07604198e+02 # ~g 1000022 9.72852615e+01 # ~neutralino(1) 1000023 1.80961862e+02 # ~neutralino(2) 1000024 1.80378828e+02 # ~chargino(1) 1000025 -3.64435115e+02 # ~neutralino(3) 1000035 3.83135773e+02 # ~neutralino(4) 1000037 3.83371870e+02 # ~chargino(2) 2000001 5.46070490e+02 # ~d_R 2000002 5.46999685e+02 # ~u_R 2000003 5.46070490e+02 # ~s_R 2000004 5.46999685e+02 # ~c_R 2000005 5.43966766e+02 # ~b_2 2000006 5.85698733e+02 # ~t_2 2000011 1.45526717e+02 # ~e_R 2000013 1.45526717e+02 # ~mu_R 2000015 2.08222793e+02 # ~stau_2 # Higgs mixing Block alpha # Effective Higgs mixing parameter -1.13732831e-01 # alpha Block stopmix # stop mixing matrix 1 1 5.38083886e-01 # O_{11} 1 2 8.42891293e-01 # O_{12} 2 1 8.42891293e-01 # O_{21} 2 2 -5.38083886e-01 # O_{22} Block sbotmix # sbottom mixing matrix 1 1 9.47744273e-01 # O_{11} 1 2 3.19031021e-01 # O_{12} 2 1 -3.19031021e-01 # O_{21} 2 2 9.47744273e-01 # O_{22} Block staumix # stau mixing matrix 1 1 2.80956141e-01 # O_{11} 1 2 9.59720609e-01 # O_{12} 2 1 9.59720609e-01 # O_{21} 2 2 -2.80956141e-01 # O_{22} Block nmix # neutralino mixing matrix 1 1 9.86066377e-01 # N_{1,1} 1 2 -5.46292061e-02 # N_{1,2} 1 3 1.47649927e-01 # N_{1,3} 1 4 -5.37424305e-02 # N_{1,4} 2 1 1.02062420e-01 # N_{2,1} 2 2 9.42721210e-01 # N_{2,2} 2 3 -2.74985600e-01 # N_{2,3} 2 4 1.58880154e-01 # N_{2,4} 3 1 -6.04575099e-02 # N_{3,1} 3 2 8.97030908e-02 # N_{3,2} 3 3 6.95501068e-01 # N_{3,3} 3 4 7.10335491e-01 # N_{3,4} 4 1 -1.16624405e-01 # N_{4,1} 4 2 3.16616055e-01 # N_{4,2} 4 3 6.47194471e-01 # N_{4,3} 4 4 -6.83587843e-01 # N_{4,4} Block Umix # chargino U mixing matrix 1 1 9.15531658e-01 # U_{1,1} 1 2 -4.02245924e-01 # U_{1,2} 2 1 4.02245924e-01 # U_{2,1} 2 2 9.15531658e-01 # U_{2,2} Block Vmix # chargino V mixing matrix 1 1 9.72345994e-01 # V_{1,1} 1 2 -2.33545003e-01 # V_{1,2} 2 1 2.33545003e-01 # V_{2,1} 2 2 9.72345994e-01 # V_{2,2} Block gauge Q= 4.64231969e+02 1 3.60968173e-01 # g'(Q)MSSM DRbar 2 6.46474399e-01 # g(Q)MSSM DRbar 3 1.09626470e+00 # g3(Q)MSSM DRbar Block yu Q= 4.64231969e+02 3 3 8.89731484e-01 # Yt(Q)MSSM DRbar Block yd Q= 4.64231969e+02 3 3 1.39732269e-01 # Yb(Q)MSSM DRbar Block ye Q= 4.64231969e+02 3 3 1.00914051e-01 # Ytau(Q)MSSM DRbar Block hmix Q= 4.64231969e+02 # Higgs mixing parameters 1 3.58339654e+02 # mu(Q)MSSM DRbar 2 9.75145219e+00 # tan beta(Q)MSSM DRbar 3 2.44923803e+02 # higgs vev(Q)MSSM DRbar 4 1.67100152e+05 # mA^2(Q)MSSM DRbar Block msoft Q=4.64231969e+02 # MSSM DRbar SUSY breaking parameters 1 1.01439997e+02 # M_1(Q) 2 1.91579315e+02 # M_2(Q) 3 5.86586195e+02 # M_3(Q) 21 3.23914077e+04 # mH1^2(Q) 22 -1.29413007e+05 # mH2^2(Q) 31 1.99042560e+02 # meL(Q) 32 1.99042560e+02 # mmuL(Q) 33 1.98204510e+02 # mtauL(Q) 34 1.38811933e+02 # meR(Q) 35 1.38811933e+02 # mmuR(Q) 36 1.36392545e+02 # mtauR(Q) 41 5.50815976e+02 # mqL1(Q) 42 5.50815976e+02 # mqL2(Q) 43 4.99361608e+02 # mqL3(Q) 44 5.28861326e+02 # muR(Q) 45 5.28861326e+02 # mcR(Q) 46 4.18454191e+02 # mtR(Q) 47 5.26100270e+02 # mdR(Q) 48 5.26100270e+02 # msR(Q) 49 5.22780488e+02 # mbR(Q) Block au Q= 4.64231969e+02 1 1 0.00000000e+00 # Au(Q)MSSM DRbar 2 2 0.00000000e+00 # Ac(Q)MSSM DRbar 3 3 -5.04520155e+02 # At(Q)MSSM DRbar Block ad Q= 4.64231969e+02 1 1 0.00000000e+00 # Ad(Q)MSSM DRbar 2 2 0.00000000e+00 # As(Q)MSSM DRbar 3 3 -7.97104366e+02 # Ab(Q)MSSM DRbar Block ae Q= 4.64231969e+02 1 1 0.00000000e+00 # Ae(Q)MSSM DRbar 2 2 0.00000000e+00 # Amu(Q)MSSM DRbar 3 3 -2.56146632e+02 # Atau(Q)MSSM DRbar PK!+hS0yaslha/tests/data/sps1a.spc##****************************************************************** ## MadGraph/MadEvent * ##****************************************************************** ## * ## param_card corresponding the SPS point 1a (by SoftSusy 2.0.5) * ## * ##****************************************************************** ## Les Houches friendly file for the (MS)SM parameters of MadGraph * ## SM parameter set and decay widths produced by MSSMCalc * ##****************************************************************** ##*Please note the following IMPORTANT issues: * ## * ##0. REFRAIN from editing this file by hand! Some of the parame- * ## ters are not independent. Always use a calculator. * ## * ##1. alpha_S(MZ) has been used in the calculation of the parameters* ## This value is KEPT by madgraph when no pdf are used lpp(i)=0, * ## but, for consistency, it will be reset by madgraph to the * ## value expected IF the pdfs for collisions with hadrons are * ## used. * ## * ##2. Values of the charm and bottom kinematic (pole) masses are * ## those used in the matrix elements and phase space UNLESS they * ## are set to ZERO from the start in the model (particles.dat) * ## This happens, for example, when using 5-flavor QCD where * ## charm and bottom are treated as partons in the initial state * ## and a zero mass might be hardwired in the model definition. * ## * ## The SUSY decays have calculated using SDECAY 1.1a * ## * ##****************************************************************** # BLOCK DCINFO # Decay Program information 1 SDECAY # decay calculator 2 1.1a # version number # BLOCK SPINFO # Spectrum calculator information 1 SOFTSUSY # spectrum calculator 2 2.0.5 # version number # BLOCK MODSEL # Model selection 1 1 #sugra # BLOCK SMINPUTS # Standard Model inputs 1 1.27934000E+02 # alpha_em^-1(M_Z)^MSbar 2 1.16637000E-05 # G_F [GeV^-2] 3 1.18000000E-01 # alpha_S(M_Z)^MSbar 4 9.11876000E+01 # M_Z pole mass 5 4.25000000E+00 # mb(mb)^MSbar 6 1.75000000E+02 # mt pole mass 7 1.77700000E+00 # mtau pole mass # BLOCK MINPAR # Input parameters - minimal models 1 1.00000000E+02 # m0 2 2.50000000E+02 # m12 3 1.00000000E+01 # tanb 4 1.00000000E+00 # sign(mu) 5 -1.00000000E+02 # A0 # BLOCK MASS # Mass Spectrum # PDG code mass particle 5 4.88991651E+00 # b-quark pole mass calculated from mb(mb)_Msbar 6 1.75000000E+02 # mt pole mass (not read by ME) 24 7.98290131E+01 # W+ 25 1.10899057E+02 # h 35 3.99960116E+02 # H 36 3.99583917E+02 # A 37 4.07879012E+02 # H+ 1000001 5.68441109E+02 # ~d_L 2000001 5.45228462E+02 # ~d_R 1000002 5.61119014E+02 # ~u_L 2000002 5.49259265E+02 # ~u_R 1000003 5.68441109E+02 # ~s_L 2000003 5.45228462E+02 # ~s_R 1000004 5.61119014E+02 # ~c_L 2000004 5.49259265E+02 # ~c_R 1000005 5.13065179E+02 # ~b_1 2000005 5.43726676E+02 # ~b_2 1000006 3.99668493E+02 # ~t_1 2000006 5.85785818E+02 # ~t_2 1000011 2.02915690E+02 # ~e_L 2000011 1.44102799E+02 # ~e_R 1000012 1.85258326E+02 # ~nu_eL 1000013 2.02915690E+02 # ~mu_L 2000013 1.44102799E+02 # ~mu_R 1000014 1.85258326E+02 # ~nu_muL 1000015 1.34490864E+02 # ~tau_1 2000015 2.06867805E+02 # ~tau_2 1000016 1.84708464E+02 # ~nu_tauL 1000021 6.07713704E+02 # ~g 1000022 9.66880686E+01 # ~chi_10 1000023 1.81088157E+02 # ~chi_20 1000025 -3.63756027E+02 # ~chi_30 1000035 3.81729382E+02 # ~chi_40 1000024 1.81696474E+02 # ~chi_1+ 1000037 3.79939320E+02 # ~chi_2+ # BLOCK NMIX # Neutralino Mixing Matrix 1 1 9.86364430E-01 # N_11 1 2 -5.31103553E-02 # N_12 1 3 1.46433995E-01 # N_13 1 4 -5.31186117E-02 # N_14 2 1 9.93505358E-02 # N_21 2 2 9.44949299E-01 # N_22 2 3 -2.69846720E-01 # N_23 2 4 1.56150698E-01 # N_24 3 1 -6.03388002E-02 # N_31 3 2 8.77004854E-02 # N_32 3 3 6.95877493E-01 # N_33 3 4 7.10226984E-01 # N_34 4 1 -1.16507132E-01 # N_41 4 2 3.10739017E-01 # N_42 4 3 6.49225960E-01 # N_43 4 4 -6.84377823E-01 # N_44 # BLOCK UMIX # Chargino Mixing Matrix U 1 1 9.16834859E-01 # U_11 1 2 -3.99266629E-01 # U_12 2 1 3.99266629E-01 # U_21 2 2 9.16834859E-01 # U_22 # BLOCK VMIX # Chargino Mixing Matrix V 1 1 9.72557835E-01 # V_11 1 2 -2.32661249E-01 # V_12 2 1 2.32661249E-01 # V_21 2 2 9.72557835E-01 # V_22 # BLOCK STOPMIX # Stop Mixing Matrix 1 1 5.53644960E-01 # O_{11} 1 2 8.32752820E-01 # O_{12} 2 1 8.32752820E-01 # O_{21} 2 2 -5.53644960E-01 # O_{22} # BLOCK SBOTMIX # Sbottom Mixing Matrix 1 1 9.38737896E-01 # O_{11} 1 2 3.44631925E-01 # O_{12} 2 1 -3.44631925E-01 # O_{21} 2 2 9.38737896E-01 # O_{22} # BLOCK STAUMIX # Stau Mixing Matrix 1 1 2.82487190E-01 # O_{11} 1 2 9.59271071E-01 # O_{12} 2 1 9.59271071E-01 # O_{21} 2 2 -2.82487190E-01 # O_{22} # BLOCK ALPHA # Higgs mixing -1.13825210E-01 # Mixing angle in the neutral Higgs boson sector # BLOCK HMIX Q= 4.67034192E+02 # DRbar Higgs Parameters 1 3.57680977E+02 # mu(Q)MSSM DRbar 2 9.74862403E+00 # tan beta(Q)MSSM DRba 3 2.44894549E+02 # higgs vev(Q)MSSM DRb 4 1.66439065E+05 # mA^2(Q)MSSM DRbar # BLOCK GAUGE Q= 4.67034192E+02 # The gauge couplings 3 1.10178679E+00 # g3(Q) MSbar # BLOCK AU Q= 4.67034192E+02 # The trilinear couplings 1 1 0.00000000E+00 # A_u(Q) DRbar 2 2 0.00000000E+00 # A_c(Q) DRbar 3 3 -4.98129778E+02 # A_t(Q) DRbar # BLOCK AD Q= 4.67034192E+02 # The trilinear couplings 1 1 0.00000000E+00 # A_d(Q) DRbar 2 2 0.00000000E+00 # A_s(Q) DRbar 3 3 -7.97274397E+02 # A_b(Q) DRbar # BLOCK AE Q= 4.67034192E+02 # The trilinear couplings 1 1 0.00000000E+00 # A_e(Q) DRbar 2 2 0.00000000E+00 # A_mu(Q) DRbar 3 3 -2.51776873E+02 # A_tau(Q) DRbar # BLOCK YU Q= 4.67034192E+02 # The Yukawa couplings 3 3 8.92844550E-01 # y_t(Q) DRbar # BLOCK YD Q= 4.67034192E+02 # The Yukawa couplings 3 3 1.38840206E-01 # y_b(Q) DRbar # BLOCK YE Q= 4.67034192E+02 # The Yukawa couplings 3 3 1.00890810E-01 # y_tau(Q) DRbar # BLOCK MSOFT Q= 4.67034192E+02 # The soft SUSY breaking masses at the scale Q 1 1.01396534E+02 # M_1(Q) 2 1.91504241E+02 # M_2(Q) 3 5.88263031E+02 # M_3(Q) 21 3.23374943E+04 # mH1^2(Q) 22 -1.28800134E+05 # mH2^2(Q) 31 1.95334764E+02 # meL(Q) 32 1.95334764E+02 # mmuL(Q) 33 1.94495956E+02 # mtauL(Q) 34 1.36494061E+02 # meR(Q) 35 1.36494061E+02 # mmuR(Q) 36 1.34043428E+02 # mtauR(Q) 41 5.47573466E+02 # mqL1(Q) 42 5.47573466E+02 # mqL2(Q) 43 4.98763839E+02 # mqL3(Q) 44 5.29511195E+02 # muR(Q) 45 5.29511195E+02 # mcR(Q) 46 4.23245877E+02 # mtR(Q) 47 5.23148807E+02 # mdR(Q) 48 5.23148807E+02 # msR(Q) 49 5.19867261E+02 # mbR(Q) # # # # ================= # |The decay table| # ================= # # - The multi-body decays for the inos, stops and sbottoms are included. # # - The SUSY decays of the top quark are included. # # # PDG Width DECAY 23 2.41143316E+00 # Z width (SM calculation) DECAY 24 2.00282196E+00 # W width (SM calculation) # # PDG Width DECAY 6 1.56194983E+00 # top decays # BR NDA ID1 ID2 1.00000000E+00 2 5 24 # BR(t -> b W+) 0.00000000E+00 2 5 37 # BR(t -> b H+) 0.00000000E+00 2 1000006 1000022 # BR(t -> ~t_1 ~chi_10) 0.00000000E+00 2 1000006 1000023 # BR(t -> ~t_1 ~chi_20) 0.00000000E+00 2 1000006 1000025 # BR(t -> ~t_1 ~chi_30) 0.00000000E+00 2 1000006 1000035 # BR(t -> ~t_1 ~chi_40) 0.00000000E+00 2 2000006 1000022 # BR(t -> ~t_2 ~chi_10) 0.00000000E+00 2 2000006 1000023 # BR(t -> ~t_2 ~chi_20) 0.00000000E+00 2 2000006 1000025 # BR(t -> ~t_2 ~chi_30) 0.00000000E+00 2 2000006 1000035 # BR(t -> ~t_2 ~chi_40) # # PDG Width DECAY 25 1.98610799E-03 # h decays # BR NDA ID1 ID2 1.45642955E-01 2 15 -15 # BR(H1 -> tau- tau+) 8.19070713E-01 2 5 -5 # BR(H1 -> b bb) 3.36338173E-02 2 24 -24 # BR(H1 -> W+ W-) 1.65251528E-03 2 23 23 # BR(H1 -> Z Z) # # PDG Width DECAY 35 5.74801389E-01 # H decays # BR NDA ID1 ID2 1.39072676E-01 2 15 -15 # BR(H -> tau- tau+) 4.84110879E-02 2 6 -6 # BR(H -> t tb) 7.89500067E-01 2 5 -5 # BR(H -> b bb) 3.87681171E-03 2 24 -24 # BR(H -> W+ W-) 1.80454752E-03 2 23 23 # BR(H -> Z Z) 0.00000000E+00 2 24 -37 # BR(H -> W+ H-) 0.00000000E+00 2 -24 37 # BR(H -> W- H+) 0.00000000E+00 2 37 -37 # BR(H -> H+ H-) 1.73348101E-02 2 25 25 # BR(H -> h h) 0.00000000E+00 2 36 36 # BR(H -> A A) # # PDG Width DECAY 36 6.32178488E-01 # A decays # BR NDA ID1 ID2 1.26659725E-01 2 15 -15 # BR(A -> tau- tau+) 1.51081526E-01 2 6 -6 # BR(A -> t tb) 7.19406137E-01 2 5 -5 # BR(A -> b bb) 2.85261228E-03 2 23 25 # BR(A -> Z h) 0.00000000E+00 2 23 35 # BR(A -> Z H) 0.00000000E+00 2 24 -37 # BR(A -> W+ H-) 0.00000000E+00 2 -24 37 # BR(A -> W- H+) # # PDG Width DECAY 37 5.46962813E-01 # H+ decays # BR NDA ID1 ID2 1.49435135E-01 2 -15 16 # BR(H+ -> tau+ nu_tau) 8.46811711E-01 2 6 -5 # BR(H+ -> t bb) 3.75315387E-03 2 24 25 # BR(H+ -> W+ h) 0.00000000E+00 2 24 35 # BR(H+ -> W+ H) 0.00000000E+00 2 24 36 # BR(H+ -> W+ A) # # PDG Width DECAY 1000021 5.50675438E+00 # gluino decays # BR NDA ID1 ID2 2.08454202E-02 2 1000001 -1 # BR(~g -> ~d_L db) 2.08454202E-02 2 -1000001 1 # BR(~g -> ~d_L* d ) 5.07075274E-02 2 2000001 -1 # BR(~g -> ~d_R db) 5.07075274E-02 2 -2000001 1 # BR(~g -> ~d_R* d ) 2.89787767E-02 2 1000002 -2 # BR(~g -> ~u_L ub) 2.89787767E-02 2 -1000002 2 # BR(~g -> ~u_L* u ) 4.46872773E-02 2 2000002 -2 # BR(~g -> ~u_R ub) 4.46872773E-02 2 -2000002 2 # BR(~g -> ~u_R* u ) 2.08454202E-02 2 1000003 -3 # BR(~g -> ~s_L sb) 2.08454202E-02 2 -1000003 3 # BR(~g -> ~s_L* s ) 5.07075274E-02 2 2000003 -3 # BR(~g -> ~s_R sb) 5.07075274E-02 2 -2000003 3 # BR(~g -> ~s_R* s ) 2.89787767E-02 2 1000004 -4 # BR(~g -> ~c_L cb) 2.89787767E-02 2 -1000004 4 # BR(~g -> ~c_L* c ) 4.46872773E-02 2 2000004 -4 # BR(~g -> ~c_R cb) 4.46872773E-02 2 -2000004 4 # BR(~g -> ~c_R* c ) 1.05840237E-01 2 1000005 -5 # BR(~g -> ~b_1 bb) 1.05840237E-01 2 -1000005 5 # BR(~g -> ~b_1* b ) 5.56574805E-02 2 2000005 -5 # BR(~g -> ~b_2 bb) 5.56574805E-02 2 -2000005 5 # BR(~g -> ~b_2* b ) 4.80642793E-02 2 1000006 -6 # BR(~g -> ~t_1 tb) 4.80642793E-02 2 -1000006 6 # BR(~g -> ~t_1* t ) 0.00000000E+00 2 2000006 -6 # BR(~g -> ~t_2 tb) 0.00000000E+00 2 -2000006 6 # BR(~g -> ~t_2* t ) # # PDG Width DECAY 1000006 2.02159578E+00 # stop1 decays # BR NDA ID1 ID2 1.92947616E-01 2 1000022 6 # BR(~t_1 -> ~chi_10 t ) 1.17469211E-01 2 1000023 6 # BR(~t_1 -> ~chi_20 t ) 0.00000000E+00 2 1000025 6 # BR(~t_1 -> ~chi_30 t ) 0.00000000E+00 2 1000035 6 # BR(~t_1 -> ~chi_40 t ) 6.75747693E-01 2 1000024 5 # BR(~t_1 -> ~chi_1+ b ) 1.38354802E-02 2 1000037 5 # BR(~t_1 -> ~chi_2+ b ) 0.00000000E+00 2 1000021 6 # BR(~t_1 -> ~g t ) 0.00000000E+00 2 1000005 37 # BR(~t_1 -> ~b_1 H+) 0.00000000E+00 2 2000005 37 # BR(~t_1 -> ~b_2 H+) 0.00000000E+00 2 1000005 24 # BR(~t_1 -> ~b_1 W+) 0.00000000E+00 2 2000005 24 # BR(~t_1 -> ~b_2 W+) # # PDG Width DECAY 2000006 7.37313275E+00 # stop2 decays # BR NDA ID1 ID2 2.96825635E-02 2 1000022 6 # BR(~t_2 -> ~chi_10 t ) 8.68035358E-02 2 1000023 6 # BR(~t_2 -> ~chi_20 t ) 4.18408351E-02 2 1000025 6 # BR(~t_2 -> ~chi_30 t ) 1.93281647E-01 2 1000035 6 # BR(~t_2 -> ~chi_40 t ) 2.19632356E-01 2 1000024 5 # BR(~t_2 -> ~chi_1+ b ) 2.02206148E-01 2 1000037 5 # BR(~t_2 -> ~chi_2+ b ) 0.00000000E+00 2 1000021 6 # BR(~t_2 -> ~g t ) 3.66397706E-02 2 1000006 25 # BR(~t_2 -> ~t_1 h ) 0.00000000E+00 2 1000006 35 # BR(~t_2 -> ~t_1 H ) 0.00000000E+00 2 1000006 36 # BR(~t_2 -> ~t_1 A ) 0.00000000E+00 2 1000005 37 # BR(~t_2 -> ~b_1 H+) 0.00000000E+00 2 2000005 37 # BR(~t_2 -> ~b_2 H+) 1.89913144E-01 2 1000006 23 # BR(~t_2 -> ~t_1 Z ) 0.00000000E+00 2 1000005 24 # BR(~t_2 -> ~b_1 W+) 0.00000000E+00 2 2000005 24 # BR(~t_2 -> ~b_2 W+) # # PDG Width DECAY 1000005 3.73627601E+00 # sbottom1 decays # BR NDA ID1 ID2 4.43307074E-02 2 1000022 5 # BR(~b_1 -> ~chi_10 b ) 3.56319904E-01 2 1000023 5 # BR(~b_1 -> ~chi_20 b ) 5.16083795E-03 2 1000025 5 # BR(~b_1 -> ~chi_30 b ) 1.04105080E-02 2 1000035 5 # BR(~b_1 -> ~chi_40 b ) 4.45830064E-01 2 -1000024 6 # BR(~b_1 -> ~chi_1- t ) 0.00000000E+00 2 -1000037 6 # BR(~b_1 -> ~chi_2- t ) 0.00000000E+00 2 1000021 5 # BR(~b_1 -> ~g b ) 0.00000000E+00 2 1000006 -37 # BR(~b_1 -> ~t_1 H-) 0.00000000E+00 2 2000006 -37 # BR(~b_1 -> ~t_2 H-) 1.37947979E-01 2 1000006 -24 # BR(~b_1 -> ~t_1 W-) 0.00000000E+00 2 2000006 -24 # BR(~b_1 -> ~t_2 W-) # # PDG Width DECAY 2000005 8.01566294E-01 # sbottom2 decays # BR NDA ID1 ID2 2.86200590E-01 2 1000022 5 # BR(~b_2 -> ~chi_10 b ) 1.40315912E-01 2 1000023 5 # BR(~b_2 -> ~chi_20 b ) 5.32635592E-02 2 1000025 5 # BR(~b_2 -> ~chi_30 b ) 7.48748121E-02 2 1000035 5 # BR(~b_2 -> ~chi_40 b ) 1.79734294E-01 2 -1000024 6 # BR(~b_2 -> ~chi_1- t ) 0.00000000E+00 2 -1000037 6 # BR(~b_2 -> ~chi_2- t ) 0.00000000E+00 2 1000021 5 # BR(~b_2 -> ~g b ) 0.00000000E+00 2 1000005 25 # BR(~b_2 -> ~b_1 h ) 0.00000000E+00 2 1000005 35 # BR(~b_2 -> ~b_1 H ) 0.00000000E+00 2 1000005 36 # BR(~b_2 -> ~b_1 A ) 0.00000000E+00 2 1000006 -37 # BR(~b_2 -> ~t_1 H-) 0.00000000E+00 2 2000006 -37 # BR(~b_2 -> ~t_2 H-) 0.00000000E+00 2 1000005 23 # BR(~b_2 -> ~b_1 Z ) 2.65610832E-01 2 1000006 -24 # BR(~b_2 -> ~t_1 W-) 0.00000000E+00 2 2000006 -24 # BR(~b_2 -> ~t_2 W-) # # PDG Width DECAY 1000002 5.47719539E+00 # sup_L decays # BR NDA ID1 ID2 6.65240987E-03 2 1000022 2 # BR(~u_L -> ~chi_10 u) 3.19051458E-01 2 1000023 2 # BR(~u_L -> ~chi_20 u) 8.44929059E-04 2 1000025 2 # BR(~u_L -> ~chi_30 u) 1.03485173E-02 2 1000035 2 # BR(~u_L -> ~chi_40 u) 6.49499518E-01 2 1000024 1 # BR(~u_L -> ~chi_1+ d) 1.36031676E-02 2 1000037 1 # BR(~u_L -> ~chi_2+ d) 0.00000000E+00 2 1000021 2 # BR(~u_L -> ~g u) # # PDG Width DECAY 2000002 1.15297292E+00 # sup_R decays # BR NDA ID1 ID2 9.86377420E-01 2 1000022 2 # BR(~u_R -> ~chi_10 u) 8.46640647E-03 2 1000023 2 # BR(~u_R -> ~chi_20 u) 1.23894695E-03 2 1000025 2 # BR(~u_R -> ~chi_30 u) 3.91722611E-03 2 1000035 2 # BR(~u_R -> ~chi_40 u) 0.00000000E+00 2 1000024 1 # BR(~u_R -> ~chi_1+ d) 0.00000000E+00 2 1000037 1 # BR(~u_R -> ~chi_2+ d) 0.00000000E+00 2 1000021 2 # BR(~u_R -> ~g u) # # PDG Width DECAY 1000001 5.31278772E+00 # sdown_L decays # BR NDA ID1 ID2 2.32317969E-02 2 1000022 1 # BR(~d_L -> ~chi_10 d) 3.10235077E-01 2 1000023 1 # BR(~d_L -> ~chi_20 d) 1.52334771E-03 2 1000025 1 # BR(~d_L -> ~chi_30 d) 1.48849798E-02 2 1000035 1 # BR(~d_L -> ~chi_40 d) 6.06452481E-01 2 -1000024 2 # BR(~d_L -> ~chi_1- u) 4.36723179E-02 2 -1000037 2 # BR(~d_L -> ~chi_2- u) 0.00000000E+00 2 1000021 1 # BR(~d_L -> ~g d) # # PDG Width DECAY 2000001 2.85812308E-01 # sdown_R decays # BR NDA ID1 ID2 9.86529614E-01 2 1000022 1 # BR(~d_R -> ~chi_10 d) 8.44510350E-03 2 1000023 1 # BR(~d_R -> ~chi_20 d) 1.21172119E-03 2 1000025 1 # BR(~d_R -> ~chi_30 d) 3.81356102E-03 2 1000035 1 # BR(~d_R -> ~chi_40 d) 0.00000000E+00 2 -1000024 2 # BR(~d_R -> ~chi_1- u) 0.00000000E+00 2 -1000037 2 # BR(~d_R -> ~chi_2- u) 0.00000000E+00 2 1000021 1 # BR(~d_R -> ~g d) # # PDG Width DECAY 1000004 5.47719539E+00 # scharm_L decays # BR NDA ID1 ID2 6.65240987E-03 2 1000022 4 # BR(~c_L -> ~chi_10 c) 3.19051458E-01 2 1000023 4 # BR(~c_L -> ~chi_20 c) 8.44929059E-04 2 1000025 4 # BR(~c_L -> ~chi_30 c) 1.03485173E-02 2 1000035 4 # BR(~c_L -> ~chi_40 c) 6.49499518E-01 2 1000024 3 # BR(~c_L -> ~chi_1+ s) 1.36031676E-02 2 1000037 3 # BR(~c_L -> ~chi_2+ s) 0.00000000E+00 2 1000021 4 # BR(~c_L -> ~g c) # # PDG Width DECAY 2000004 1.15297292E+00 # scharm_R decays # BR NDA ID1 ID2 9.86377420E-01 2 1000022 4 # BR(~c_R -> ~chi_10 c) 8.46640647E-03 2 1000023 4 # BR(~c_R -> ~chi_20 c) 1.23894695E-03 2 1000025 4 # BR(~c_R -> ~chi_30 c) 3.91722611E-03 2 1000035 4 # BR(~c_R -> ~chi_40 c) 0.00000000E+00 2 1000024 3 # BR(~c_R -> ~chi_1+ s) 0.00000000E+00 2 1000037 3 # BR(~c_R -> ~chi_2+ s) 0.00000000E+00 2 1000021 4 # BR(~c_R -> ~g c) # # PDG Width DECAY 1000003 5.31278772E+00 # sstrange_L decays # BR NDA ID1 ID2 2.32317969E-02 2 1000022 3 # BR(~s_L -> ~chi_10 s) 3.10235077E-01 2 1000023 3 # BR(~s_L -> ~chi_20 s) 1.52334771E-03 2 1000025 3 # BR(~s_L -> ~chi_30 s) 1.48849798E-02 2 1000035 3 # BR(~s_L -> ~chi_40 s) 6.06452481E-01 2 -1000024 4 # BR(~s_L -> ~chi_1- c) 4.36723179E-02 2 -1000037 4 # BR(~s_L -> ~chi_2- c) 0.00000000E+00 2 1000021 3 # BR(~s_L -> ~g s) # # PDG Width DECAY 2000003 2.85812308E-01 # sstrange_R decays # BR NDA ID1 ID2 9.86529614E-01 2 1000022 3 # BR(~s_R -> ~chi_10 s) 8.44510350E-03 2 1000023 3 # BR(~s_R -> ~chi_20 s) 1.21172119E-03 2 1000025 3 # BR(~s_R -> ~chi_30 s) 3.81356102E-03 2 1000035 3 # BR(~s_R -> ~chi_40 s) 0.00000000E+00 2 -1000024 4 # BR(~s_R -> ~chi_1- c) 0.00000000E+00 2 -1000037 4 # BR(~s_R -> ~chi_2- c) 0.00000000E+00 2 1000021 3 # BR(~s_R -> ~g s) # # PDG Width DECAY 1000011 2.13682161E-01 # selectron_L decays # BR NDA ID1 ID2 5.73155386E-01 2 1000022 11 # BR(~e_L -> ~chi_10 e-) 1.64522579E-01 2 1000023 11 # BR(~e_L -> ~chi_20 e-) 0.00000000E+00 2 1000025 11 # BR(~e_L -> ~chi_30 e-) 0.00000000E+00 2 1000035 11 # BR(~e_L -> ~chi_40 e-) 2.62322035E-01 2 -1000024 12 # BR(~e_L -> ~chi_1- nu_e) 0.00000000E+00 2 -1000037 12 # BR(~e_L -> ~chi_2- nu_e) # # PDG Width DECAY 2000011 2.16121626E-01 # selectron_R decays # BR NDA ID1 ID2 1.00000000E+00 2 1000022 11 # BR(~e_R -> ~chi_10 e-) 0.00000000E+00 2 1000023 11 # BR(~e_R -> ~chi_20 e-) 0.00000000E+00 2 1000025 11 # BR(~e_R -> ~chi_30 e-) 0.00000000E+00 2 1000035 11 # BR(~e_R -> ~chi_40 e-) 0.00000000E+00 2 -1000024 12 # BR(~e_R -> ~chi_1- nu_e) 0.00000000E+00 2 -1000037 12 # BR(~e_R -> ~chi_2- nu_e) # # PDG Width DECAY 1000013 2.13682161E-01 # smuon_L decays # BR NDA ID1 ID2 5.73155386E-01 2 1000022 13 # BR(~mu_L -> ~chi_10 mu-) 1.64522579E-01 2 1000023 13 # BR(~mu_L -> ~chi_20 mu-) 0.00000000E+00 2 1000025 13 # BR(~mu_L -> ~chi_30 mu-) 0.00000000E+00 2 1000035 13 # BR(~mu_L -> ~chi_40 mu-) 2.62322035E-01 2 -1000024 14 # BR(~mu_L -> ~chi_1- nu_mu) 0.00000000E+00 2 -1000037 14 # BR(~mu_L -> ~chi_2- nu_mu) # # PDG Width DECAY 2000013 2.16121626E-01 # smuon_R decays # BR NDA ID1 ID2 1.00000000E+00 2 1000022 13 # BR(~mu_R -> ~chi_10 mu-) 0.00000000E+00 2 1000023 13 # BR(~mu_R -> ~chi_20 mu-) 0.00000000E+00 2 1000025 13 # BR(~mu_R -> ~chi_30 mu-) 0.00000000E+00 2 1000035 13 # BR(~mu_R -> ~chi_40 mu-) 0.00000000E+00 2 -1000024 14 # BR(~mu_R -> ~chi_1- nu_mu) 0.00000000E+00 2 -1000037 14 # BR(~mu_R -> ~chi_2- nu_mu) # # PDG Width DECAY 1000015 1.48327268E-01 # stau_1 decays # BR NDA ID1 ID2 1.00000000E+00 2 1000022 15 # BR(~tau_1 -> ~chi_10 tau-) 0.00000000E+00 2 1000023 15 # BR(~tau_1 -> ~chi_20 tau-) 0.00000000E+00 2 1000025 15 # BR(~tau_1 -> ~chi_30 tau-) 0.00000000E+00 2 1000035 15 # BR(~tau_1 -> ~chi_40 tau-) 0.00000000E+00 2 -1000024 16 # BR(~tau_1 -> ~chi_1- nu_tau) 0.00000000E+00 2 -1000037 16 # BR(~tau_1 -> ~chi_2- nu_tau) 0.00000000E+00 2 1000016 -37 # BR(~tau_1 -> ~nu_tauL H-) 0.00000000E+00 2 1000016 -24 # BR(~tau_1 -> ~nu_tauL W-) # # PDG Width DECAY 2000015 2.69906096E-01 # stau_2 decays # BR NDA ID1 ID2 5.96653046E-01 2 1000022 15 # BR(~tau_2 -> ~chi_10 tau-) 1.54536760E-01 2 1000023 15 # BR(~tau_2 -> ~chi_20 tau-) 0.00000000E+00 2 1000025 15 # BR(~tau_2 -> ~chi_30 tau-) 0.00000000E+00 2 1000035 15 # BR(~tau_2 -> ~chi_40 tau-) 2.48810195E-01 2 -1000024 16 # BR(~tau_2 -> ~chi_1- nu_tau) 0.00000000E+00 2 -1000037 16 # BR(~tau_2 -> ~chi_2- nu_tau) 0.00000000E+00 2 1000016 -37 # BR(~tau_2 -> ~nu_tauL H-) 0.00000000E+00 2 1000016 -24 # BR(~tau_2 -> ~nu_tauL W-) 0.00000000E+00 2 1000015 25 # BR(~tau_2 -> ~tau_1 h) 0.00000000E+00 2 1000015 35 # BR(~tau_2 -> ~tau_1 H) 0.00000000E+00 2 1000015 36 # BR(~tau_2 -> ~tau_1 A) 0.00000000E+00 2 1000015 23 # BR(~tau_2 -> ~tau_1 Z) # # PDG Width DECAY 1000012 1.49881634E-01 # snu_eL decays # BR NDA ID1 ID2 9.77700764E-01 2 1000022 12 # BR(~nu_eL -> ~chi_10 nu_e) 8.11554922E-03 2 1000023 12 # BR(~nu_eL -> ~chi_20 nu_e) 0.00000000E+00 2 1000025 12 # BR(~nu_eL -> ~chi_30 nu_e) 0.00000000E+00 2 1000035 12 # BR(~nu_eL -> ~chi_40 nu_e) 1.41836867E-02 2 1000024 11 # BR(~nu_eL -> ~chi_1+ e-) 0.00000000E+00 2 1000037 11 # BR(~nu_eL -> ~chi_2+ e-) # # PDG Width DECAY 1000014 1.49881634E-01 # snu_muL decays # BR NDA ID1 ID2 9.77700764E-01 2 1000022 14 # BR(~nu_muL -> ~chi_10 nu_mu) 8.11554922E-03 2 1000023 14 # BR(~nu_muL -> ~chi_20 nu_mu) 0.00000000E+00 2 1000025 14 # BR(~nu_muL -> ~chi_30 nu_mu) 0.00000000E+00 2 1000035 14 # BR(~nu_muL -> ~chi_40 nu_mu) 1.41836867E-02 2 1000024 13 # BR(~nu_muL -> ~chi_1+ mu-) 0.00000000E+00 2 1000037 13 # BR(~nu_muL -> ~chi_2+ mu-) # # PDG Width DECAY 1000016 1.47518977E-01 # snu_tauL decays # BR NDA ID1 ID2 9.85994529E-01 2 1000022 16 # BR(~nu_tauL -> ~chi_10 nu_tau) 6.25129612E-03 2 1000023 16 # BR(~nu_tauL -> ~chi_20 nu_tau) 0.00000000E+00 2 1000025 16 # BR(~nu_tauL -> ~chi_30 nu_tau) 0.00000000E+00 2 1000035 16 # BR(~nu_tauL -> ~chi_40 nu_tau) 7.75417479E-03 2 1000024 15 # BR(~nu_tauL -> ~chi_1+ tau-) 0.00000000E+00 2 1000037 15 # BR(~nu_tauL -> ~chi_2+ tau-) 0.00000000E+00 2 -1000015 -37 # BR(~nu_tauL -> ~tau_1+ H-) 0.00000000E+00 2 -2000015 -37 # BR(~nu_tauL -> ~tau_2+ H-) 0.00000000E+00 2 -1000015 -24 # BR(~nu_tauL -> ~tau_1+ W-) 0.00000000E+00 2 -2000015 -24 # BR(~nu_tauL -> ~tau_2+ W-) # # PDG Width DECAY 1000024 1.70414503E-02 # chargino1+ decays # BR NDA ID1 ID2 0.00000000E+00 2 1000002 -1 # BR(~chi_1+ -> ~u_L db) 0.00000000E+00 2 2000002 -1 # BR(~chi_1+ -> ~u_R db) 0.00000000E+00 2 -1000001 2 # BR(~chi_1+ -> ~d_L* u ) 0.00000000E+00 2 -2000001 2 # BR(~chi_1+ -> ~d_R* u ) 0.00000000E+00 2 1000004 -3 # BR(~chi_1+ -> ~c_L sb) 0.00000000E+00 2 2000004 -3 # BR(~chi_1+ -> ~c_R sb) 0.00000000E+00 2 -1000003 4 # BR(~chi_1+ -> ~s_L* c ) 0.00000000E+00 2 -2000003 4 # BR(~chi_1+ -> ~s_R* c ) 0.00000000E+00 2 1000006 -5 # BR(~chi_1+ -> ~t_1 bb) 0.00000000E+00 2 2000006 -5 # BR(~chi_1+ -> ~t_2 bb) 0.00000000E+00 2 -1000005 6 # BR(~chi_1+ -> ~b_1* t ) 0.00000000E+00 2 -2000005 6 # BR(~chi_1+ -> ~b_2* t ) 0.00000000E+00 2 1000012 -11 # BR(~chi_1+ -> ~nu_eL e+ ) 0.00000000E+00 2 1000014 -13 # BR(~chi_1+ -> ~nu_muL mu+ ) 0.00000000E+00 2 1000016 -15 # BR(~chi_1+ -> ~nu_tau1 tau+) 0.00000000E+00 2 -1000011 12 # BR(~chi_1+ -> ~e_L+ nu_e) 0.00000000E+00 2 -2000011 12 # BR(~chi_1+ -> ~e_R+ nu_e) 0.00000000E+00 2 -1000013 14 # BR(~chi_1+ -> ~mu_L+ nu_mu) 0.00000000E+00 2 -2000013 14 # BR(~chi_1+ -> ~mu_R+ nu_mu) 9.25161117E-01 2 -1000015 16 # BR(~chi_1+ -> ~tau_1+ nu_tau) 0.00000000E+00 2 -2000015 16 # BR(~chi_1+ -> ~tau_2+ nu_tau) 7.48388828E-02 2 1000022 24 # BR(~chi_1+ -> ~chi_10 W+) 0.00000000E+00 2 1000023 24 # BR(~chi_1+ -> ~chi_20 W+) 0.00000000E+00 2 1000025 24 # BR(~chi_1+ -> ~chi_30 W+) 0.00000000E+00 2 1000035 24 # BR(~chi_1+ -> ~chi_40 W+) 0.00000000E+00 2 1000022 37 # BR(~chi_1+ -> ~chi_10 H+) 0.00000000E+00 2 1000023 37 # BR(~chi_1+ -> ~chi_20 H+) 0.00000000E+00 2 1000025 37 # BR(~chi_1+ -> ~chi_30 H+) 0.00000000E+00 2 1000035 37 # BR(~chi_1+ -> ~chi_40 H+) # # PDG Width DECAY 1000037 2.48689510E+00 # chargino2+ decays # BR NDA ID1 ID2 0.00000000E+00 2 1000002 -1 # BR(~chi_2+ -> ~u_L db) 0.00000000E+00 2 2000002 -1 # BR(~chi_2+ -> ~u_R db) 0.00000000E+00 2 -1000001 2 # BR(~chi_2+ -> ~d_L* u ) 0.00000000E+00 2 -2000001 2 # BR(~chi_2+ -> ~d_R* u ) 0.00000000E+00 2 1000004 -3 # BR(~chi_2+ -> ~c_L sb) 0.00000000E+00 2 2000004 -3 # BR(~chi_2+ -> ~c_R sb) 0.00000000E+00 2 -1000003 4 # BR(~chi_2+ -> ~s_L* c ) 0.00000000E+00 2 -2000003 4 # BR(~chi_2+ -> ~s_R* c ) 0.00000000E+00 2 1000006 -5 # BR(~chi_2+ -> ~t_1 bb) 0.00000000E+00 2 2000006 -5 # BR(~chi_2+ -> ~t_2 bb) 0.00000000E+00 2 -1000005 6 # BR(~chi_2+ -> ~b_1* t ) 0.00000000E+00 2 -2000005 6 # BR(~chi_2+ -> ~b_2* t ) 2.00968837E-02 2 1000012 -11 # BR(~chi_2+ -> ~nu_eL e+ ) 2.00968837E-02 2 1000014 -13 # BR(~chi_2+ -> ~nu_muL mu+ ) 2.74507395E-02 2 1000016 -15 # BR(~chi_2+ -> ~nu_tau1 tau+) 5.20406111E-02 2 -1000011 12 # BR(~chi_2+ -> ~e_L+ nu_e) 0.00000000E+00 2 -2000011 12 # BR(~chi_2+ -> ~e_R+ nu_e) 5.20406111E-02 2 -1000013 14 # BR(~chi_2+ -> ~mu_L+ nu_mu) 0.00000000E+00 2 -2000013 14 # BR(~chi_2+ -> ~mu_R+ nu_mu) 2.82859898E-04 2 -1000015 16 # BR(~chi_2+ -> ~tau_1+ nu_tau) 5.66729336E-02 2 -2000015 16 # BR(~chi_2+ -> ~tau_2+ nu_tau) 2.31513269E-01 2 1000024 23 # BR(~chi_2+ -> ~chi_1+ Z ) 6.76715120E-02 2 1000022 24 # BR(~chi_2+ -> ~chi_10 W+) 2.93654849E-01 2 1000023 24 # BR(~chi_2+ -> ~chi_20 W+) 0.00000000E+00 2 1000025 24 # BR(~chi_2+ -> ~chi_30 W+) 0.00000000E+00 2 1000035 24 # BR(~chi_2+ -> ~chi_40 W+) 1.78478848E-01 2 1000024 25 # BR(~chi_2+ -> ~chi_1+ h ) 0.00000000E+00 2 1000024 35 # BR(~chi_2+ -> ~chi_1+ H ) 0.00000000E+00 2 1000024 36 # BR(~chi_2+ -> ~chi_1+ A ) 0.00000000E+00 2 1000022 37 # BR(~chi_2+ -> ~chi_10 H+) 0.00000000E+00 2 1000023 37 # BR(~chi_2+ -> ~chi_20 H+) 0.00000000E+00 2 1000025 37 # BR(~chi_2+ -> ~chi_30 H+) 0.00000000E+00 2 1000035 37 # BR(~chi_2+ -> ~chi_40 H+) # # PDG Width DECAY 1000022 0.00000000E+00 # neutralino1 decays # # PDG Width DECAY 1000023 2.07770048E-02 # neutralino2 decays # BR NDA ID1 ID2 0.00000000E+00 2 1000022 23 # BR(~chi_20 -> ~chi_10 Z ) 0.00000000E+00 2 1000024 -24 # BR(~chi_20 -> ~chi_1+ W-) 0.00000000E+00 2 -1000024 24 # BR(~chi_20 -> ~chi_1- W+) 0.00000000E+00 2 1000037 -24 # BR(~chi_20 -> ~chi_2+ W-) 0.00000000E+00 2 -1000037 24 # BR(~chi_20 -> ~chi_2- W+) 0.00000000E+00 2 1000022 25 # BR(~chi_20 -> ~chi_10 h ) 0.00000000E+00 2 1000022 35 # BR(~chi_20 -> ~chi_10 H ) 0.00000000E+00 2 1000022 36 # BR(~chi_20 -> ~chi_10 A ) 0.00000000E+00 2 1000024 -37 # BR(~chi_20 -> ~chi_1+ H-) 0.00000000E+00 2 -1000024 37 # BR(~chi_20 -> ~chi_1- H+) 0.00000000E+00 2 1000037 -37 # BR(~chi_20 -> ~chi_2+ H-) 0.00000000E+00 2 -1000037 37 # BR(~chi_20 -> ~chi_2- H+) 0.00000000E+00 2 1000002 -2 # BR(~chi_20 -> ~u_L ub) 0.00000000E+00 2 -1000002 2 # BR(~chi_20 -> ~u_L* u ) 0.00000000E+00 2 2000002 -2 # BR(~chi_20 -> ~u_R ub) 0.00000000E+00 2 -2000002 2 # BR(~chi_20 -> ~u_R* u ) 0.00000000E+00 2 1000001 -1 # BR(~chi_20 -> ~d_L db) 0.00000000E+00 2 -1000001 1 # BR(~chi_20 -> ~d_L* d ) 0.00000000E+00 2 2000001 -1 # BR(~chi_20 -> ~d_R db) 0.00000000E+00 2 -2000001 1 # BR(~chi_20 -> ~d_R* d ) 0.00000000E+00 2 1000004 -4 # BR(~chi_20 -> ~c_L cb) 0.00000000E+00 2 -1000004 4 # BR(~chi_20 -> ~c_L* c ) 0.00000000E+00 2 2000004 -4 # BR(~chi_20 -> ~c_R cb) 0.00000000E+00 2 -2000004 4 # BR(~chi_20 -> ~c_R* c ) 0.00000000E+00 2 1000003 -3 # BR(~chi_20 -> ~s_L sb) 0.00000000E+00 2 -1000003 3 # BR(~chi_20 -> ~s_L* s ) 0.00000000E+00 2 2000003 -3 # BR(~chi_20 -> ~s_R sb) 0.00000000E+00 2 -2000003 3 # BR(~chi_20 -> ~s_R* s ) 0.00000000E+00 2 1000006 -6 # BR(~chi_20 -> ~t_1 tb) 0.00000000E+00 2 -1000006 6 # BR(~chi_20 -> ~t_1* t ) 0.00000000E+00 2 2000006 -6 # BR(~chi_20 -> ~t_2 tb) 0.00000000E+00 2 -2000006 6 # BR(~chi_20 -> ~t_2* t ) 0.00000000E+00 2 1000005 -5 # BR(~chi_20 -> ~b_1 bb) 0.00000000E+00 2 -1000005 5 # BR(~chi_20 -> ~b_1* b ) 0.00000000E+00 2 2000005 -5 # BR(~chi_20 -> ~b_2 bb) 0.00000000E+00 2 -2000005 5 # BR(~chi_20 -> ~b_2* b ) 0.00000000E+00 2 1000011 -11 # BR(~chi_20 -> ~e_L- e+) 0.00000000E+00 2 -1000011 11 # BR(~chi_20 -> ~e_L+ e-) 2.95071995E-02 2 2000011 -11 # BR(~chi_20 -> ~e_R- e+) 2.95071995E-02 2 -2000011 11 # BR(~chi_20 -> ~e_R+ e-) 0.00000000E+00 2 1000013 -13 # BR(~chi_20 -> ~mu_L- mu+) 0.00000000E+00 2 -1000013 13 # BR(~chi_20 -> ~mu_L+ mu-) 2.95071995E-02 2 2000013 -13 # BR(~chi_20 -> ~mu_R- mu+) 2.95071995E-02 2 -2000013 13 # BR(~chi_20 -> ~mu_R+ mu-) 4.40985601E-01 2 1000015 -15 # BR(~chi_20 -> ~tau_1- tau+) 4.40985601E-01 2 -1000015 15 # BR(~chi_20 -> ~tau_1+ tau-) 0.00000000E+00 2 2000015 -15 # BR(~chi_20 -> ~tau_2- tau+) 0.00000000E+00 2 -2000015 15 # BR(~chi_20 -> ~tau_2+ tau-) 0.00000000E+00 2 1000012 -12 # BR(~chi_20 -> ~nu_eL nu_eb) 0.00000000E+00 2 -1000012 12 # BR(~chi_20 -> ~nu_eL* nu_e ) 0.00000000E+00 2 1000014 -14 # BR(~chi_20 -> ~nu_muL nu_mub) 0.00000000E+00 2 -1000014 14 # BR(~chi_20 -> ~nu_muL* nu_mu ) 0.00000000E+00 2 1000016 -16 # BR(~chi_20 -> ~nu_tau1 nu_taub) 0.00000000E+00 2 -1000016 16 # BR(~chi_20 -> ~nu_tau1* nu_tau ) # # PDG Width DECAY 1000025 1.91598495E+00 # neutralino3 decays # BR NDA ID1 ID2 1.13226601E-01 2 1000022 23 # BR(~chi_30 -> ~chi_10 Z ) 2.11969194E-01 2 1000023 23 # BR(~chi_30 -> ~chi_20 Z ) 2.95329778E-01 2 1000024 -24 # BR(~chi_30 -> ~chi_1+ W-) 2.95329778E-01 2 -1000024 24 # BR(~chi_30 -> ~chi_1- W+) 0.00000000E+00 2 1000037 -24 # BR(~chi_30 -> ~chi_2+ W-) 0.00000000E+00 2 -1000037 24 # BR(~chi_30 -> ~chi_2- W+) 2.13076490E-02 2 1000022 25 # BR(~chi_30 -> ~chi_10 h ) 0.00000000E+00 2 1000022 35 # BR(~chi_30 -> ~chi_10 H ) 0.00000000E+00 2 1000022 36 # BR(~chi_30 -> ~chi_10 A ) 1.24538329E-02 2 1000023 25 # BR(~chi_30 -> ~chi_20 h ) 0.00000000E+00 2 1000023 35 # BR(~chi_30 -> ~chi_20 H ) 0.00000000E+00 2 1000023 36 # BR(~chi_30 -> ~chi_20 A ) 0.00000000E+00 2 1000024 -37 # BR(~chi_30 -> ~chi_1+ H-) 0.00000000E+00 2 -1000024 37 # BR(~chi_30 -> ~chi_1- H+) 0.00000000E+00 2 1000037 -37 # BR(~chi_30 -> ~chi_2+ H-) 0.00000000E+00 2 -1000037 37 # BR(~chi_30 -> ~chi_2- H+) 0.00000000E+00 2 1000002 -2 # BR(~chi_30 -> ~u_L ub) 0.00000000E+00 2 -1000002 2 # BR(~chi_30 -> ~u_L* u ) 0.00000000E+00 2 2000002 -2 # BR(~chi_30 -> ~u_R ub) 0.00000000E+00 2 -2000002 2 # BR(~chi_30 -> ~u_R* u ) 0.00000000E+00 2 1000001 -1 # BR(~chi_30 -> ~d_L db) 0.00000000E+00 2 -1000001 1 # BR(~chi_30 -> ~d_L* d ) 0.00000000E+00 2 2000001 -1 # BR(~chi_30 -> ~d_R db) 0.00000000E+00 2 -2000001 1 # BR(~chi_30 -> ~d_R* d ) 0.00000000E+00 2 1000004 -4 # BR(~chi_30 -> ~c_L cb) 0.00000000E+00 2 -1000004 4 # BR(~chi_30 -> ~c_L* c ) 0.00000000E+00 2 2000004 -4 # BR(~chi_30 -> ~c_R cb) 0.00000000E+00 2 -2000004 4 # BR(~chi_30 -> ~c_R* c ) 0.00000000E+00 2 1000003 -3 # BR(~chi_30 -> ~s_L sb) 0.00000000E+00 2 -1000003 3 # BR(~chi_30 -> ~s_L* s ) 0.00000000E+00 2 2000003 -3 # BR(~chi_30 -> ~s_R sb) 0.00000000E+00 2 -2000003 3 # BR(~chi_30 -> ~s_R* s ) 0.00000000E+00 2 1000006 -6 # BR(~chi_30 -> ~t_1 tb) 0.00000000E+00 2 -1000006 6 # BR(~chi_30 -> ~t_1* t ) 0.00000000E+00 2 2000006 -6 # BR(~chi_30 -> ~t_2 tb) 0.00000000E+00 2 -2000006 6 # BR(~chi_30 -> ~t_2* t ) 0.00000000E+00 2 1000005 -5 # BR(~chi_30 -> ~b_1 bb) 0.00000000E+00 2 -1000005 5 # BR(~chi_30 -> ~b_1* b ) 0.00000000E+00 2 2000005 -5 # BR(~chi_30 -> ~b_2 bb) 0.00000000E+00 2 -2000005 5 # BR(~chi_30 -> ~b_2* b ) 5.57220455E-04 2 1000011 -11 # BR(~chi_30 -> ~e_L- e+) 5.57220455E-04 2 -1000011 11 # BR(~chi_30 -> ~e_L+ e-) 1.25266782E-03 2 2000011 -11 # BR(~chi_30 -> ~e_R- e+) 1.25266782E-03 2 -2000011 11 # BR(~chi_30 -> ~e_R+ e-) 5.57220455E-04 2 1000013 -13 # BR(~chi_30 -> ~mu_L- mu+) 5.57220455E-04 2 -1000013 13 # BR(~chi_30 -> ~mu_L+ mu-) 1.25266782E-03 2 2000013 -13 # BR(~chi_30 -> ~mu_R- mu+) 1.25266782E-03 2 -2000013 13 # BR(~chi_30 -> ~mu_R+ mu-) 5.26279239E-03 2 1000015 -15 # BR(~chi_30 -> ~tau_1- tau+) 5.26279239E-03 2 -1000015 15 # BR(~chi_30 -> ~tau_1+ tau-) 6.72814564E-03 2 2000015 -15 # BR(~chi_30 -> ~tau_2- tau+) 6.72814564E-03 2 -2000015 15 # BR(~chi_30 -> ~tau_2+ tau-) 3.18920485E-03 2 1000012 -12 # BR(~chi_30 -> ~nu_eL nu_eb) 3.18920485E-03 2 -1000012 12 # BR(~chi_30 -> ~nu_eL* nu_e ) 3.18920485E-03 2 1000014 -14 # BR(~chi_30 -> ~nu_muL nu_mub) 3.18920485E-03 2 -1000014 14 # BR(~chi_30 -> ~nu_muL* nu_mu ) 3.20245934E-03 2 1000016 -16 # BR(~chi_30 -> ~nu_tau1 nu_taub) 3.20245934E-03 2 -1000016 16 # BR(~chi_30 -> ~nu_tau1* nu_tau ) # # PDG Width DECAY 1000035 2.58585079E+00 # neutralino4 decays # BR NDA ID1 ID2 2.15369294E-02 2 1000022 23 # BR(~chi_40 -> ~chi_10 Z ) 1.85499971E-02 2 1000023 23 # BR(~chi_40 -> ~chi_20 Z ) 0.00000000E+00 2 1000025 23 # BR(~chi_40 -> ~chi_30 Z ) 2.49541430E-01 2 1000024 -24 # BR(~chi_40 -> ~chi_1+ W-) 2.49541430E-01 2 -1000024 24 # BR(~chi_40 -> ~chi_1- W+) 0.00000000E+00 2 1000037 -24 # BR(~chi_40 -> ~chi_2+ W-) 0.00000000E+00 2 -1000037 24 # BR(~chi_40 -> ~chi_2- W+) 6.93213268E-02 2 1000022 25 # BR(~chi_40 -> ~chi_10 h ) 0.00000000E+00 2 1000022 35 # BR(~chi_40 -> ~chi_10 H ) 0.00000000E+00 2 1000022 36 # BR(~chi_40 -> ~chi_10 A ) 1.47602336E-01 2 1000023 25 # BR(~chi_40 -> ~chi_20 h ) 0.00000000E+00 2 1000023 35 # BR(~chi_40 -> ~chi_20 H ) 0.00000000E+00 2 1000023 36 # BR(~chi_40 -> ~chi_20 A ) 0.00000000E+00 2 1000025 25 # BR(~chi_40 -> ~chi_30 h ) 0.00000000E+00 2 1000025 35 # BR(~chi_40 -> ~chi_30 H ) 0.00000000E+00 2 1000025 36 # BR(~chi_40 -> ~chi_30 A ) 0.00000000E+00 2 1000024 -37 # BR(~chi_40 -> ~chi_1+ H-) 0.00000000E+00 2 -1000024 37 # BR(~chi_40 -> ~chi_1- H+) 0.00000000E+00 2 1000037 -37 # BR(~chi_40 -> ~chi_2+ H-) 0.00000000E+00 2 -1000037 37 # BR(~chi_40 -> ~chi_2- H+) 0.00000000E+00 2 1000002 -2 # BR(~chi_40 -> ~u_L ub) 0.00000000E+00 2 -1000002 2 # BR(~chi_40 -> ~u_L* u ) 0.00000000E+00 2 2000002 -2 # BR(~chi_40 -> ~u_R ub) 0.00000000E+00 2 -2000002 2 # BR(~chi_40 -> ~u_R* u ) 0.00000000E+00 2 1000001 -1 # BR(~chi_40 -> ~d_L db) 0.00000000E+00 2 -1000001 1 # BR(~chi_40 -> ~d_L* d ) 0.00000000E+00 2 2000001 -1 # BR(~chi_40 -> ~d_R db) 0.00000000E+00 2 -2000001 1 # BR(~chi_40 -> ~d_R* d ) 0.00000000E+00 2 1000004 -4 # BR(~chi_40 -> ~c_L cb) 0.00000000E+00 2 -1000004 4 # BR(~chi_40 -> ~c_L* c ) 0.00000000E+00 2 2000004 -4 # BR(~chi_40 -> ~c_R cb) 0.00000000E+00 2 -2000004 4 # BR(~chi_40 -> ~c_R* c ) 0.00000000E+00 2 1000003 -3 # BR(~chi_40 -> ~s_L sb) 0.00000000E+00 2 -1000003 3 # BR(~chi_40 -> ~s_L* s ) 0.00000000E+00 2 2000003 -3 # BR(~chi_40 -> ~s_R sb) 0.00000000E+00 2 -2000003 3 # BR(~chi_40 -> ~s_R* s ) 0.00000000E+00 2 1000006 -6 # BR(~chi_40 -> ~t_1 tb) 0.00000000E+00 2 -1000006 6 # BR(~chi_40 -> ~t_1* t ) 0.00000000E+00 2 2000006 -6 # BR(~chi_40 -> ~t_2 tb) 0.00000000E+00 2 -2000006 6 # BR(~chi_40 -> ~t_2* t ) 0.00000000E+00 2 1000005 -5 # BR(~chi_40 -> ~b_1 bb) 0.00000000E+00 2 -1000005 5 # BR(~chi_40 -> ~b_1* b ) 0.00000000E+00 2 2000005 -5 # BR(~chi_40 -> ~b_2 bb) 0.00000000E+00 2 -2000005 5 # BR(~chi_40 -> ~b_2* b ) 9.64835418E-03 2 1000011 -11 # BR(~chi_40 -> ~e_L- e+) 9.64835418E-03 2 -1000011 11 # BR(~chi_40 -> ~e_L+ e-) 3.75684470E-03 2 2000011 -11 # BR(~chi_40 -> ~e_R- e+) 3.75684470E-03 2 -2000011 11 # BR(~chi_40 -> ~e_R+ e-) 9.64835418E-03 2 1000013 -13 # BR(~chi_40 -> ~mu_L- mu+) 9.64835418E-03 2 -1000013 13 # BR(~chi_40 -> ~mu_L+ mu-) 3.75684470E-03 2 2000013 -13 # BR(~chi_40 -> ~mu_R- mu+) 3.75684470E-03 2 -2000013 13 # BR(~chi_40 -> ~mu_R+ mu-) 2.68215241E-03 2 1000015 -15 # BR(~chi_40 -> ~tau_1- tau+) 2.68215241E-03 2 -1000015 15 # BR(~chi_40 -> ~tau_1+ tau-) 1.62289809E-02 2 2000015 -15 # BR(~chi_40 -> ~tau_2- tau+) 1.62289809E-02 2 -2000015 15 # BR(~chi_40 -> ~tau_2+ tau-) 2.53796547E-02 2 1000012 -12 # BR(~chi_40 -> ~nu_eL nu_eb) 2.53796547E-02 2 -1000012 12 # BR(~chi_40 -> ~nu_eL* nu_e ) 2.53796547E-02 2 1000014 -14 # BR(~chi_40 -> ~nu_muL nu_mub) 2.53796547E-02 2 -1000014 14 # BR(~chi_40 -> ~nu_muL* nu_mu ) 2.54724352E-02 2 1000016 -16 # BR(~chi_40 -> ~nu_tau1 nu_taub) 2.54724352E-02 2 -1000016 16 # BR(~chi_40 -> ~nu_tau1* nu_tau ) PK!OvT? ? ,yaslha/tests/examples/test_example1_basic.py"""Sample codes of yaslha, serves also as test codes. This example contains basic read/write of SLHA data. """ import logging import unittest from nose.tools import assert_raises, eq_, ok_, raises # noqa: F401 from yaslha.parser import SLHAParser logger = logging.getLogger("test_info") class TestExampleBasic(unittest.TestCase): """Basic read/write of SLHA data.""" slha_string = """ # SUSY Les Houches Accord 1.0 - example input file # Snowmass point 1a Block MODSEL # Select model 1 1 # sugra Block SMINPUTS # Standard Model inputs 3 0.1172 # alpha_s(MZ) SM msbar 5 4.25 # Mb(mb) SM msbar 6 174.3 # Mtop(pole) Block MINPAR # SUSY breaking input parameters 3 10.0 # tanb 4 1.0 # sign(mu) 1 100.0 # m0 2 250.0 # m12 5 -100.0 # A0 """ def setUp(self): parser = SLHAParser() self.slha = parser.parse(self.slha_string) def test_read_1(self): # simply read the data from Block eq_(self.slha["MODSEL", 1], 1) eq_(self.slha["SMINPUTS", 3], 0.1172) eq_(self.slha["MINPAR", 3], 10.0) # block name is case-insensitive eq_(self.slha["SMinputs", 6], 174.3) def test_read_2(self): # read the data in another syntax eq_(self.slha["MODSEL"][1], 1) eq_(self.slha["SMinputs"][6], 174.3) # these are equivalent to, for example, minpar_block = self.slha["minpar"] eq_(minpar_block[3], 10.0) eq_(minpar_block[4], 1.0) def test_update(self): # update/add data self.slha["SMinputs", 6] = 172.3 self.slha["SMINPUTS", 11] = 0.511e-3 eq_(self.slha["SMINPUTS", 6], 172.3) eq_(self.slha["SMINPUTS"][11], 0.511e-3) # a bit more technical operation minpar_block = self.slha["minpar"] minpar_block[3] = 40.0 minpar_block[6] = 123.456 eq_(self.slha["minpar", 3], 40.0) eq_(self.slha["minpar", 6], 123.456) def test_add_block(self): # To create a new block self.slha["extpar", 1] = 100.12 eq_(self.slha["EXTPAR", 1], 100.12) # This doesn't work because self.slha["new"] is not yet defined (thus KeyError). with assert_raises(KeyError): self.slha["new"][1] = 100.12 def test_delete(self): # you can remove the data del self.slha["SMinputs", 6] del self.slha["minpar"][3] with assert_raises(KeyError): self.slha["minpar", 3] with assert_raises(KeyError): self.slha["sminputs"][6] # block structure is not removed even if all the data are removed del self.slha["minpar", 1] self.slha["minpar"][1] = 2 eq_(self.slha["minpar", 1], 2) # cspell:ignore modsel sugra tanb sminputs msbar mtop PK!Wo-yaslha/tests/examples/test_example2_simple.py"""Sample codes of yaslha, serves also as test codes. This example contains simple read/write of SLHA data. """ import logging import unittest from nose.tools import assert_raises, eq_, ok_, raises # noqa: F401 from yaslha.parser import SLHAParser logger = logging.getLogger("test_info") class TestExampleSimple(unittest.TestCase): """Simple read/write of SLHA data.""" slha_string = """ # SUSY Les Houches Accord 1.0 - example spectrum file # Info from spectrum calculator Block SPINFO # Program information 1 SOFTSUSY # spectrum calculator 2 1.8.4 # version number 3 Error Message 1 3 Error Message 2 # Input parameters Block MODSEL # Select model 1 1 # sugra Block MINPAR # SUSY breaking input parameters 1 1.00000000e+02 # m0(MGUT) MSSM drbar 2 2.50000000e+02 # m12(MGUT) MSSM drbar 3 1.00000000e+01 # tanb(MZ) MSSM drbar 4 1.00000000e+00 # sign(mu(MGUT)) MSSM drbar 5 -1.00000000e+02 # A0(MGUT) MSSM drbar # # mgut=2.551299875e+16 GeV Block MASS # Mass spectrum # PDG code mass particle 1000001 5.73103437e+02 # ~d_L 1000002 5.67658152e+02 # ~u_L 1000003 5.73029886e+02 # ~s_L 1000004 5.67583798e+02 # ~c_L 1000005 5.15617364e+02 # ~b_1 1000006 3.96457239e+02 # ~t_1 # Higgs mixing Block alpha # Effective Higgs mixing parameter -1.13716828e-01 # alpha Block stopmix # stop mixing matrix 1 1 5.37975095e-01 # O_{11} 1 2 8.42960733e-01 # O_{12} 2 1 8.42960733e-01 # O_{21} 2 2 -5.37975095e-01 # O_{22} Block gauge Q= 4.64649125e+02 1 3.60872342e-01 # g'(Q)MSSM drbar 2 6.46479280e-01 # g(Q)MSSM drbar 3 1.09623002e+00 # g3(Q)MSSM drbar Block hmix Q= 4.64649125e+02 # Higgs mixing parameters 1 3.58660361e+02 # mu(Q)MSSM drbar 2 9.75139550e+00 # tan beta(Q)MSSM drbar 3 2.44923506e+02 # higgs vev(Q)MSSM drbar 4 1.69697051e+04 # [m3^2/cosB sinB](Q)MSSM drbar Block au Q= 4.64649125e+02 3 3 -5.04995511e+02 # At(Q)MSSM drbar Block ad Q= 4.64649125e+02 3 3 -7.97992485e+02 # Ab(Q)MSSM drbar """ def setUp(self): parser = SLHAParser() self.slha = parser.parse(self.slha_string) def test_read_1(self): # Reading data of multi-param blocks eq_(self.slha["STOPMIX", 1, 1], 5.37975095e-01) eq_(self.slha["AU"][3, 3], -5.04995511e02) # To read data of no-param block, a dummy parameter None must be used. # (usually "Block ALPHA" is only the case) eq_(self.slha["ALPHA", None], -1.13716828e-01) eq_(self.slha["ALPHA"][None], -1.13716828e-01) # this syntax also works # reading the "Q" value of a block eq_(self.slha["GAUGE"].q, 4.64649125e02) def test_update(self): self.slha["STOPMIX"][1, 1] = 0.5 self.slha["AU", 1, 1] = 0.001 self.slha["ALPHA", None] = 1.0 eq_(self.slha["STOPMIX", 1, 1], 0.5) eq_(self.slha["AU"][1, 1], 0.001) eq_(self.slha["ALPHA"][None], 1.0) # create new block with multi params self.slha["lambda", 1, 2, 3] = 0.01 eq_(self.slha["LAMBDA", 1, 2, 3], 0.01) # the "Q" value self.slha["GAUGE"].q = 400.0 eq_(self.slha["GAUGE"].q, 400.0) # Q value can be set to any blocks (even if physically invalid). self.slha["MASS"].q = 123.45 eq_(self.slha["mass"].q, 123.45) def test_delete(self): # multi-param or no-param del self.slha["STOPMIX", 1, 1] del self.slha["Alpha"][None] with assert_raises(KeyError): self.slha["stopmix", 1, 1] with assert_raises(KeyError): self.slha["Alpha", None] # removing Q-value self.slha["gauge"].q = None eq_(self.slha["gauge"].q, None) def test_info_block(self): # blocks with names ending with "INFO" is specially treated. eq_(self.slha["spinfo"][1], ("SOFTSUSY",)) eq_(self.slha["spinfo"][2], ("1.8.4",)) eq_(self.slha["spinfo"][3], ("Error Message 1", "Error Message 2")) # all the contents must be a list of string. self.slha["dcinfo", 1] = ["DecayProgramName"] with assert_raises(TypeError): self.slha["dcinfo", 2] = 1.0 self.slha["dcinfo", 3] = ["Error message."] self.slha["dcinfo", 4] = ["Warning 1", "Warning 2"] eq_(self.slha["DCINFO"][3], ("Error message.",)) ok_(self.slha["DCINFO"][4], ("Warning 1", "Warning 2")) # append a value self.slha["dcinfo"].append(4, "Warning 3") eq_(len(self.slha["dcinfo"][4]), 3) # cspell:ignore softsusy modsel sminputs msbar drbar mgut mssm higgs hmix sugra tanb PK![J/yaslha/tests/examples/test_example3_advanced.py"""Sample codes of yaslha, serves also as test codes. This example contains simple read/write of SLHA data. """ import logging import unittest from nose.tools import assert_raises, eq_, ok_, raises # noqa: F401 from yaslha.parser import SLHAParser logger = logging.getLogger("test_info") class TestExampleAdvanced(unittest.TestCase): """Simple read/write of SLHA data.""" slha_string = """ # SUSY Les Houches Accord 1.0 - example spectrum file # Info from spectrum calculator Block SPINFO # Program information 1 SOFTSUSY # spectrum calculator 2 1.8.4 # version number # Input parameters Block MODSEL # Select model 1 1 # sugra Block MINPAR # SUSY breaking input parameters 3 1.00000000e+01 # tanb(MZ) MSSM drbar 2 2.50000000e+02 # m12(MGUT) MSSM drbar 4 1.00000000e+00 # sign(mu(MGUT)) MSSM drbar 1 1.00000000e+02 # m0(MGUT) MSSM drbar 5 -1.00000000e+02 # A0(MGUT) MSSM drbar # # mgut=2.551299875e+16 GeV Block MASS # Mass spectrum # PDG code mass particle 1000001 5.73103437e+02 # ~d_L 1000002 5.67658152e+02 # ~u_L 1000003 5.73029886e+02 # ~s_L 1000004 5.67583798e+02 # ~c_L 1000005 5.15617364e+02 # ~b_1 1000006 3.96457239e+02 # ~t_1 # Higgs mixing Block alpha # Effective Higgs mixing parameter -1.13716828e-01 # alpha Block stopmix # stop mixing matrix 1 1 5.37975095e-01 # O_{11} 1 2 8.42960733e-01 # O_{12} 2 1 8.42960733e-01 # O_{21} 2 2 -5.37975095e-01 # O_{22} Block gauge Q= 4.64649125e+02 1 3.60872342e-01 # g'(Q)MSSM drbar 2 6.46479280e-01 # g(Q)MSSM drbar 3 1.09623002e+00 # g3(Q)MSSM drbar Block hmix Q= 4.64649125e+02 # Higgs mixing parameters 1 3.58660361e+02 # mu(Q)MSSM drbar 2 9.75139550e+00 # tan beta(Q)MSSM drbar 3 2.44923506e+02 # higgs vev(Q)MSSM drbar 4 1.69697051e+04 # [m3^2/cosB sinB](Q)MSSM drbar Block au Q= 4.64649125e+02 3 3 -5.04995511e+02 # At(Q)MSSM drbar Block ad Q= 4.64649125e+02 3 3 -7.97992485e+02 # Ab(Q)MSSM drbar """ def setUp(self): parser = SLHAParser() self.slha = parser.parse(self.slha_string) def test_get(self): # default accessor raises KeyError if missing with assert_raises(KeyError): self.slha["Ad"][1, 1] with assert_raises(KeyError): self.slha["Ad", 1, 1] # get method allows to use default values eq_(self.slha["Ad"].get(3, 3, default=0), -7.97992485e02) eq_(self.slha["Ad"].get(2, 2, default=-123.456), -123.456) eq_(self.slha["Ad"].get(1, 1, default=None), None) eq_(self.slha.get("Au", 3, 3, default=0), -5.04995511e02) eq_(self.slha.get("Au", 2, 2, default=-1.0), -1.0) eq_(self.slha.get("Ad", 1, 1, default="NOTFOUND"), "NOTFOUND") def test_iterator_within_a_block(self): # block works as an iterator for key in self.slha["hmix"]: ok_(key in [1, 2, 3, 4]) minpar_keys = list(self.slha["minpar"]) eq_(minpar_keys, [3, 2, 4, 1, 5]) # order is saved alpha_keys = list(self.slha["alpha"]) eq_(alpha_keys, [None]) # no-param line has None as a spurious key stopmix_keys = list(self.slha["stopmix"]) eq_(stopmix_keys, [(1, 1), (1, 2), (2, 1), (2, 2)]) # multi-param as tuples # one can explicitly call Block.keys() method. eq_(list(self.slha["hmix"]), [1, 2, 3, 4]) eq_(list(self.slha["hmix"].keys()), [1, 2, 3, 4]) for k, v in self.slha["hmix"].items(): eq_(v, self.slha["hmix", k]) for k, v in self.slha["stopmix"].items(): eq_(v, self.slha["stopmix"][k]) eq_(v, self.slha["stopmix", k]) # you may notice this syntax is too tricky. def test_block_names(self): # SLHA.block_names() gives a generator for block names. expected_blocks = [ "spinfo", "modsel", "minpar", "mass", "alpha", "stopmix", "gauge", "hmix", "au", "ad", ] for block_name in self.slha.blocks.keys(): ok_(block_name.lower() in expected_blocks) expected_blocks.remove(block_name.lower()) eq_(len(expected_blocks), 0) # cspell:ignore softsusy modsel sminputs msbar drbar mgut mssm higgs hmix sugra tanb PK!kk,yaslha/tests/examples/test_example4_decay.py"""Sample codes of yaslha, serves also as test codes. This example contains how to handle DECAY blocks. """ import logging import unittest from nose.tools import assert_raises, eq_, ok_, raises # noqa: F401 from yaslha.parser import SLHAParser logger = logging.getLogger("test_info") class TestExampleDecayBlocks(unittest.TestCase): """Usage of DECAY blocks.""" slha_string = """ Block SPINFO # Program information 1 SOFTSUSY # spectrum calculator 2 1.8.4 # version number Block DCINFO # Program information 1 SDECAY # Decay package 2 1.0 # version number Block gauge Q= 4.64649125e+02 1 3.60872342e-01 # g'(Q)MSSM drbar 2 6.46479280e-01 # g(Q)MSSM drbar 3 1.09623002e+00 # g3(Q)MSSM drbar # PDG Width DECAY 1000023 1.95831641E-02 # chi_20 # BR NDA ID1 ID2 3.38444885E-02 2 -2000011 11 # BR(chi_20 -> ~e_R+ e- ) 3.38444885E-02 2 2000011 -11 # BR(chi_20 -> ~e_R- e+ ) 3.50457690E-02 2 -2000013 13 # BR(chi_20 -> ~mu_R+ mu- ) 3.50457690E-02 2 2000013 -13 # BR(chi_20 -> ~mu_R- mu+ ) 4.29284412E-01 2 -1000015 15 # BR(chi_20 -> ~tau_1+ tau- ) 4.29284412E-01 2 1000015 -15 # BR(chi_20 -> ~tau_1- tau+ ) 2.07507330E-06 2 1000022 22 # BR(chi_20 -> chi_10 photon ) # BR NDA ID1 ID2 ID3 1.75499602E-04 3 1000022 2 -2 # BR(chi_20 -> chi_10 u u ) 1.75229451E-04 3 1000022 4 -4 # BR(chi_20 -> chi_10 c c ) 2.33949042E-04 3 1000022 1 -1 # BR(chi_20 -> chi_10 d d ) DECAY 999 1.00E-02 # data for testing 0.10 2 123 4 # 0.0010 0.15 2 123 5 # 0.0015 0.30 2 123 -123 # 0.0030 0.40 3 123 123 123 # 0.0040 0.05 4 1 2 3 4 # 0.0005 """ def setUp(self): parser = SLHAParser() self.slha = parser.parse(self.slha_string) def test_read(self): # One can read decay blocks by the pid. n2_decay = self.slha[1000023] eq_(n2_decay.width, 1.95831641e-2) # total width eq_(n2_decay.br(-2000011, 11), 3.38444885e-02) eq_(n2_decay.br(11, -2000011), 3.38444885e-02) # order is irrelevant expected_partial_width = 1.95831641e-2 * 3.38444885e-2 eq_(n2_decay.partial_width(11, -2000011), expected_partial_width) def test_iterator_read(self): # decay block as an iterator for _key in self.slha[1000023]: pass for i, key in enumerate(self.slha[999].keys()): if i == 0: eq_(sorted(key), [4, 123]) elif i == 1: eq_(sorted(key), [5, 123]) elif i == 2: eq_(sorted(key), [-123, 123]) elif i == 3: eq_(sorted(key), [123, 123, 123]) else: eq_(sorted(key), [1, 2, 3, 4]) for i, key in enumerate(self.slha[999].keys(sort=True)): # the keys are sorted by the branding ratio descending. if i == 0: eq_(sorted(key), [123, 123, 123]) elif i == 1: eq_(sorted(key), [-123, 123]) elif i == 2: eq_(sorted(key), [5, 123]) elif i == 3: eq_(sorted(key), [4, 123]) else: eq_(sorted(key), [1, 2, 3, 4]) # branching ratio iterator for key, value in self.slha[999].items_br(): eq_(value, self.slha[999].br(*key)) # partial width iterator for key, value in self.slha[999].items_partial_width(): eq_(value, self.slha[999].partial_width(*key)) def test_update_and_remove(self): # modification is made through partial width, not by BRs. decay = self.slha[999] decay.set_partial_width(123, 4, 0.005) eq_(decay.partial_width(123, 4), 0.005) eq_(decay.width, 0.014) eq_(decay.br(123, 4), 0.005 / 0.014) self.slha[999].set_partial_width(123, 123, 0.006) eq_(self.slha[999].width, 0.020) eq_(self.slha[999].br(123, 123), 0.006 / 0.020) eq_(decay.br(123, 4), 0.005 / 0.020) self.slha[999].remove(123, 123) decay.remove(4, 3, 2, 1) decay.remove(5, 123) eq_(self.slha[999].width, 0.012) eq_(decay.br(123, -123), 0.003 / 0.012) # cspell:ignore softsusy sdecay mssm drbar PK!a8-yaslha/tests/examples/test_example5_blocks.py"""Sample codes of yaslha, serves also as test codes. This example contains block-wise operations. """ import copy import logging import unittest from nose.tools import assert_raises, eq_, ok_, raises # noqa: F401 from yaslha.block import Block, Decay from yaslha.parser import SLHAParser logger = logging.getLogger("test_info") class TestExampleBlockOperation(unittest.TestCase): """Block-wise operation for SLHA data.""" slha_string = """ Block SPINFO # Program information 1 SOFTSUSY # spectrum calculator 2 1.8.4 # version number Block MODSEL # Select model 1 1 # sugra Block alpha # Effective Higgs mixing parameter -1.13716828e-01 # alpha Block gauge Q= 4.64649125e+02 1 3.60872342e-01 # g'(Q)MSSM drbar 2 6.46479280e-01 # g(Q)MSSM drbar 3 1.09623002e+00 # g3(Q)MSSM drbar Block au Q= 4.64649125e+02 3 3 -5.04995511e+02 # At(Q)MSSM drbar DECAY 1000023 1.95831641E-02 # chi_20 5.00000000E-01 2 -2000011 11 4.00000000E-01 2 -2000013 13 1.00000000E-01 3 1000022 1 -1 DECAY 999 1.00E-02 # data for testing 0.10 2 123 4 # 0.0010 0.15 2 123 5 # 0.0015 0.30 2 123 -123 # 0.0030 0.40 3 123 123 123 # 0.0040 0.05 4 1 2 3 4 # 0.0005 """ def setUp(self): parser = SLHAParser() self.slha = parser.parse(self.slha_string) def test_basic_block_operation_1(self): gauge = self.slha["gauge"] # now one can handle this block itself gauge[1] = 0.1 gauge[2] = 0.4 gauge.q = 100.123 del gauge[3] # the original SLHA data **is** affected. eq_(self.slha["gauge"][1], 0.1) eq_(self.slha["gauge", 2], 0.4) eq_(self.slha["gauge"].q, 100.123) with assert_raises(KeyError): self.slha["gauge", 3] def test_basic_block_operation_2(self): # if you want to unlink the block from SLHA, you must use deep-copy. gauge_copied = copy.deepcopy(self.slha["Gauge"]) eq_(gauge_copied[1], 3.60872342e-01) eq_(gauge_copied.q, 4.64649125e02) # the data and q value are copied # changing the contents of the new block gauge_copied[2] = -0.2 del gauge_copied[3] # the new block is modified eq_(gauge_copied[2], -0.2) with assert_raises(KeyError): gauge_copied[3] # the original SLHA data is not modified. eq_(self.slha["gauge", 1], 3.60872342e-01) eq_(self.slha["gauge", 2], 6.46479280e-01) eq_(self.slha["gauge", 3], 1.09623002e00) # you may replace the block self.slha["gauge"] = gauge_copied eq_(self.slha["gauge", 1], 3.60872342e-01) eq_(self.slha["gauge", 2], -0.2) eq_(self.slha.get("gauge", 3), None) def test_slha_iterators_blocks(self): # iterator only for ordinal blocks expected = ["spinfo", "modsel", "alpha", "gauge", "au"] for name in self.slha.blocks: ok_(name.lower() in expected) expected.remove(name.lower()) ok_(len(expected) == 0) def test_slha_iterators_decays(self): # iterator only for decay blocks expected = [1000023, 999] for pid in self.slha.decays: ok_(pid in expected) expected.remove(pid) ok_(len(expected) == 0) def test_add_block(self): # a new block new_block = Block("") new_block.q = 123.456 new_block[3] = 10.05 # assign a new block to SLHA object self.slha["NEWBLOCK"] = new_block eq_(self.slha["newblock", 3], 10.05) eq_(self.slha["newblock"].q, 123.456) # the block name is modified accordingly eq_(self.slha["NewBlock"].name.lower(), "newblock") def test_add_block_2(self): # another method to add block new_block = Block("newblock") new_block.q = 123.456 new_block[3] = 10.05 self.slha.add_block(new_block) eq_(self.slha["newblock", 3], 10.05) eq_(self.slha["newblock"].q, 123.456) def test_add_decay_block(self): # a new block new_decay = Decay(789) new_decay.set_partial_width(123, 123, 0.01) new_decay.set_partial_width(123, -123, 0.02) new_decay.set_partial_width(4, 3, 2, 0.01) # assign a new block to SLHA object self.slha[789] = new_decay eq_(self.slha[789].br(123, 123), 0.25) eq_(self.slha[789].partial_width(123, -123), 0.02) eq_(self.slha[789].width, 0.04) def test_delete_block(self): # remove a block del self.slha["modsel"] with assert_raises(KeyError): self.slha["modsel"] # remove a decay block del self.slha[999] eq_(list(self.slha.decays.keys()), [1000023]) # cspell:ignore softsusy modsel sminputs msbar drbar mgut mssm higgs hmix sugra tanb PK!::.yaslha/tests/examples/test_example6_comment.py"""Sample codes of yaslha, serves also as test codes. This example contains comment handlings. """ import logging import unittest from nose.tools import assert_raises, eq_, ok_, raises # noqa: F401 from yaslha.parser import SLHAParser logger = logging.getLogger("test_info") class TestExampleComment(unittest.TestCase): """Advanced read/write of SLHA data.""" slha_string = """ # SLHA 1.0 # calculator Block SPINFO # Program information 1 SOFTSUSY # name 2 1.8.4 # version number # Input parameters Block MODSEL # Select model 1 1 # sugra Block MINPAR # SUSY breaking input parameters # comment between lines (1) 1 1.00000000e+02 # m0(MGUT) MSSM drbar 2 2.50000000e+02 # m12(MGUT) MSSM drbar # comment between lines (2) 3 1.00000000e+01 # tanb(MZ) MSSM drbar 4 1.00000000e+00 # sign(mu(MGUT)) MSSM drbar 5 -1.00000000e+02 # A0(MGUT) MSSM drbar # comment after minpar Block MASS # Mass spectrum # PDG code mass particle 1000001 5.73103437e+02 # ~d_L 1000002 5.67658152e+02 # ~u_L 1000003 5.73029886e+02 # ~s_L 1000004 5.67583798e+02 # ~c_L 1000005 5.15617364e+02 # ~b_1 1000006 3.96457239e+02 # ~t_1 Block hmix Q= 4.64649125e+02 1 3.58660361e+02 2 9.75139550e+00 3 2.44923506e+02 4 1.69697051e+04 # # PDG Width DECAY 1000023 1.95831641E-02 # chi_20 # BR NDA ID1 ID2 3.38444885E-02 2 -2000011 11 # BR(chi_20 -> ~e_R+ e- ) 3.38444885E-02 2 2000011 -11 # BR(chi_20 -> ~e_R- e+ ) 3.50457690E-02 2 -2000013 13 # BR(chi_20 -> ~mu_R+ mu- ) 3.50457690E-02 2 2000013 -13 # BR(chi_20 -> ~mu_R- mu+ ) 4.29284412E-01 2 -1000015 15 # BR(chi_20 -> ~tau_1+ tau- ) 4.29284412E-01 2 1000015 -15 # BR(chi_20 -> ~tau_1- tau+ ) 2.07507330E-06 2 1000022 22 # BR(chi_20 -> chi_10 photon ) # BR NDA ID1 ID2 ID3 1.75499602E-04 3 1000022 2 -2 # BR(chi_20 -> chi_10 u u ) 1.75229451E-04 3 1000022 4 -4 # BR(chi_20 -> chi_10 c c ) 2.33949042E-04 3 1000022 1 -1 # BR(chi_20 -> chi_10 d d ) #comment at SLHA-tail """ def setUp(self): parser = SLHAParser() self.slha = parser.parse(self.slha_string) def test_read_1(self): # simple examples of pre-head, head, and line comments # pre-head comment is always List[str] eq_(self.slha["modsel"].comment.pre["head"], ["# Input parameters"]) eq_(self.slha["spinfo"].comment.pre["head"], ["# SLHA 1.0", "# calculator"]) # head comment is always str eq_(self.slha["modsel"].comment["head"], "Select model") eq_(self.slha["spinfo"].comment["head"], "Program information") # line-tail comment depends on block type eq_(self.slha["modsel"].comment[1], "sugra") # str for ordinary block eq_(self.slha["mass"].comment[1000001], "~d_L") eq_(self.slha["spinfo"].comment[1], ["name"]) # List[str] for INFO blocks eq_(self.slha["spinfo"].comment[2], ["version number"]) # another method to access modsel = self.slha["modsel"] eq_(modsel.comment.pre["head"], ["# Input parameters"]) eq_(modsel.comment["head"], "Select model") eq_(modsel.comment[1], "sugra") # comments between lines are recognized as "pre" comments of the next lines. minpar = self.slha["minpar"] eq_(minpar.comment.pre[1], ["# comment between lines (1)"]) # always List[str] eq_(minpar.comment.pre[3], ["# comment between lines (2)"]) # comments after block are recognized as pre-block comments of the next blocks. eq_(self.slha["mass"].comment.pre["head"], ["# comment after minpar"]) # the comment at the end of file is specially treated eq_(self.slha.tail_comment, ["#comment at SLHA-tail"]) # always List[str] # empty string (or empty list) is returned if comment does not exist. eq_(self.slha["hmix"].comment.pre["head"], []) eq_(self.slha["hmix"].comment["head"], "") eq_(self.slha["hmix"].comment.pre[1], []) eq_(self.slha["hmix"].comment[1], "") def test_read_2(self): # for decay blocks eq_(self.slha[1000023].comment.pre["head"], ["#", "# PDG Width"]) eq_( self.slha[1000023].comment.pre[11, -2000011], ["# BR NDA ID1 ID2"], ) eq_(self.slha[1000023].comment[11, -2000011], "BR(chi_20 -> ~e_R+ e- )") def test_update(self): modsel = self.slha["modsel"] # line comments are a string. modsel.comment["head"] = "new head comment" modsel.comment[1] = "new comment 2" eq_(self.slha["modsel"].comment["head"], "new head comment") eq_(self.slha["modsel"].comment[1], "new comment 2") # pre-line comments are a list of string. modsel.comment.pre["head"] = ["new pre-head comment"] modsel.comment.pre[1] = ["new comment 1"] eq_(self.slha["modsel"].comment.pre["head"], ["new pre-head comment"]) eq_(self.slha["modsel"].comment.pre[1], ["new comment 1"]) # for INFO blocks, line comments are a list of string. eq_(self.slha["spinfo"].comment[1], ["name"]) eq_(self.slha["spinfo"].comment[2], ["version number"]) self.slha["spinfo"].comment[1] = ["new comment 1"] self.slha["spinfo"].comment[2] = ["new comment 2"] eq_(self.slha["spinfo"].comment[1], ["new comment 1"]) eq_(self.slha["spinfo"].comment[2], ["new comment 2"]) # add comments self.slha["minpar", 6] = 0.5 self.slha["minpar", 7] = 0.1 self.slha["minpar"].comment.pre[6] = ["extra parameters"] self.slha["minpar"].comment[6] = "extra 1" self.slha["minpar"].comment[7] = "extra 2" eq_(self.slha["minpar"].comment.pre[6], ["extra parameters"]) eq_(self.slha["minpar"].comment[6], "extra 1") eq_(self.slha["minpar"].comment[7], "extra 2") # one cannot assign comments to non-existing lines with assert_raises(KeyError): self.slha["minpar"].comment[8] = "non-existing line comment" with assert_raises(KeyError): self.slha["minpar"].comment.pre[8] = "non-existing pre-line comment" def test_delete(self): # comments can be removed by assigning None or empty values. self.slha["minpar"].comment[1] = None self.slha["minpar"].comment.pre[1] = None self.slha["minpar"].comment.pre["head"] = None self.slha["minpar"].comment["head"] = None eq_(self.slha["minpar"].comment[1], "") eq_(self.slha["minpar"].comment.pre[1], []) eq_(self.slha["minpar"].comment.pre["head"], []) eq_(self.slha["minpar"].comment["head"], "") # note the different types # cspell:ignore softsusy modsel sminputs msbar drbar mgut mssm higgs hmix sugra tanb PK!Yt// yaslha/tests/test_collections.py"""Unit test of `_collections` module.""" import collections import logging import unittest from typing import Any, MutableMapping from nose.tools import assert_raises, eq_, ok_ # noqa: F401 from yaslha._collections import OrderedCaseInsensitiveDict as oci_dict from yaslha._collections import OrderedTupleOrderInsensitiveDict as toi_dict logger = logging.getLogger("test_info") class TestOrderedCaseInsensitiveDict(unittest.TestCase): """Unit test of `OrderedCaseInsensitiveDict`.""" def setUp(self): self.d = oci_dict() # type: oci_dict[Any, Any] self.d["FIRST"] = 100 self.d[2] = None self.d[("Third", 0)] = (1, 2, 3) # inner elements are not normalized self.d[1] = "AnB" def test_init_by_list(self): d = oci_dict( [("a", 10), ("B", 30), (None, "AnB"), (1, "300aBC")] ) # type: oci_dict[Any, Any] eq_(d["A"], 10) eq_(d["b"], 30) eq_(d["B"], 30) eq_(d[None], "AnB") eq_(d[1], "300aBC") eq_(list(d.keys()), ["A", "B", None, 1]) def test_init_by_keywords(self): d = oci_dict( FiRST=3, SeCoND=None, third=(1, 2, 3), lAST="AnB" ) # type: oci_dict[Any, Any] eq_(d["FIRST"], 3) eq_(d["second"], None) eq_(d["third"], (1, 2, 3)) eq_(d["last"], "AnB") def test_contains(self): ok_("first" in self.d) ok_("FIRst" in self.d) ok_("_first" not in self.d) ok_(None not in self.d) ok_(2 in self.d) ok_(3 not in self.d) ok_(("Third", 0) in self.d) ok_(("third", 0) not in self.d) def test_delitem(self): del self.d["FIrST"] del self.d[1] eq_(list(self.d.keys()), [2, ("Third", 0)]) def test_dict(self): d = dict(self.d) # type: MutableMapping[Any, Any] eq_(len(d.keys()), 4) eq_(d["FIRST"], self.d["first"]) eq_(d[2], self.d[2]) eq_(d[("Third", 0)], self.d[("Third", 0)]) eq_(d[1], self.d[1]) def test_eq_self(self): other = oci_dict( [("fIRst", 100), (2, None), (("Third", 0), (1, 2, 3)), (1, "AnB")] ) # type: oci_dict[Any, Any] ok_(self.d == other) del other["first"] other["first"] = 100 # reorder ok_(self.d != other) ok_(self.d == dict(other)) ok_(dict(self.d) == other) ok_(dict(self.d) == dict(other)) def test_eq_ordered_dict(self): other = collections.OrderedDict( [("FIRST", 100), (2, None), (("Third", 0), (1, 2, 3)), (1, "AnB")] ) ok_(self.d == other) del other["FIRST"] other["FIRST"] = 100 # reorder ok_(self.d != other) ok_(self.d == dict(other)) ok_(dict(self.d) == other) ok_(dict(self.d) == dict(other)) def test_getitem_and_get(self): eq_(self.d["FiRST"], 100) eq_(self.d[2], None) eq_(self.d[("Third", 0)], (1, 2, 3)) with assert_raises(KeyError): self.d[("third", 0)] # inner elements are case sensitive eq_(self.d.get("FiRSt"), 100) eq_(self.d.get(2), None) eq_(self.d.get(("Third", 0)), (1, 2, 3)) eq_(self.d.get(("third", 0), "NotFound"), "NotFound") eq_(self.d.get(123, 456), 456) def test_len(self): eq_(len(self.d), 4) def test_clear(self): self.d.clear() eq_(len(self.d), 0) def test_move_to_end(self): self.d.move_to_end("FIRST", last=True) # case insensitive eq_(list(self.d.keys()), [2, ("Third", 0), 1, "FIRST"]) self.d.move_to_end(("Third", 0), last=False) eq_(list(self.d.keys()), [("Third", 0), 2, 1, "FIRST"]) def test_fromkeys(self): d = oci_dict.fromkeys(["a", "B", "thiRD", ("M", "n"), 3], True) eq_(list(d.keys()), ["A", "B", "THIRD", ("M", "n"), 3]) eq_(d["A"], True) eq_(d["B"], True) eq_(d["Third"], True) eq_(d[("M", "n")], True) eq_(d[3], True) def test_copy(self): d = self.d.copy() ok_(d == self.d) d.move_to_end("first") ok_(d != self.d) def test_keys_and_reversed(self): expected = ["FIRST", 2, ("Third", 0), 1] eq_(list(self.d.keys()), expected) eq_(list(reversed(self.d)), list(reversed(expected))) def test_values(self): eq_(list(self.d.values()), [100, None, (1, 2, 3), "AnB"]) def test_items(self): ks, vs = [], [] for k, v in self.d.items(): ks.append(k) vs.append(v) eq_(ks, list(self.d.keys())) eq_(vs, list(self.d.values())) def test_update(self): other = {"FIRST": 9, "seCond": 2, 2: True} self.d.update(other) eq_(self.d["fiRSt"], 9) eq_(self.d["Second"], 2) eq_(self.d[2], True) eq_(self.d[1], "AnB") def test_pop(self): eq_(self.d.pop("fiRSt"), 100) eq_(self.d.pop(2), None) with assert_raises(KeyError): self.d.pop("first") with assert_raises(KeyError): self.d.pop(100) eq_(self.d.pop(("Third", 0)), (1, 2, 3)) eq_(len(self.d), 1) def test_pop_with_default(self): eq_(self.d.pop("fiRSt", 9), 100) eq_(self.d.pop(2, default=9), None) eq_(self.d.pop("first", 12345), 12345) eq_(self.d.pop(100, default=12345), 12345) eq_(len(self.d), 2) def test_popitem(self): eq_(self.d.popitem(last=True), (1, "AnB")) eq_(self.d.popitem(last=False), ("FIRST", 100)) eq_(len(self.d), 2) class TestOrderedTupleOrderInsensitiveDict(unittest.TestCase): """Unit test of `OrderedTupleOrderInsensitiveDict`.""" def setUp(self): self.d = toi_dict() # type: toi_dict[Any, Any] self.d[1, 1, 1, 0] = 100 self.d[300] = None self.d[(2, 1), (4, 2), (2, 3)] = (1, 2, 3) # inner elements are not ordered self.d[4, 3, 2, 1] = "AnB" def test_init_by_list(self): d = toi_dict( [ ((0, 1, 1, 1), 100), (300, None), (((2, 3), (2, 1), (4, 2)), (1, 2, 3)), ((1, 3, 2, 4), "AnB"), ] ) # type: toi_dict[Any, Any] ok_(self.d, d) eq_(d[1, 0, 1, 1], 100) eq_(d[0, 1, 1, 1], 100) eq_(d[300], None) eq_(d[(2, 1), (2, 3), (4, 2)], (1, 2, 3)) eq_(d[(4, 2), (2, 1), (2, 3)], (1, 2, 3)) eq_(d[1, 2, 3, 4], "AnB") eq_(d[4, 2, 1, 3], "AnB") eq_(list(d.keys()), [(0, 1, 1, 1), 300, ((2, 1), (2, 3), (4, 2)), (1, 2, 3, 4)]) with assert_raises(KeyError): d[(2, 4), (1, 2), (2, 3)] def test_init_by_keywords(self): d = toi_dict(first=3, second=None) # type: toi_dict[Any, Any] eq_(d["first"], 3) eq_(d["second"], None) def test_contains(self): ok_((0, 1, 1, 1) in self.d) ok_((1, 0, 1, 1) in self.d) ok_((0, 0, 0, 0) not in self.d) ok_((1, 1, 1, 1) not in self.d) ok_(None not in self.d) ok_(10 not in self.d) ok_(((2, 1), (2, 3), (4, 2)) in self.d) ok_(((1, 2), (2, 3), (4, 2)) not in self.d) ok_(((1, 2), (2, 3), (2, 4)) not in self.d) # a bit tricky... ok_(300 in self.d) ok_((300,) not in self.d) ok_((1, 2, 3, 4) in self.d) def test_delitem(self): del self.d[0, 1, 1, 1] del self.d[300] del self.d[(4, 2), (2, 1), (2, 3)] eq_(list(self.d.keys()), [(1, 2, 3, 4)]) def test_dict(self): d = dict(self.d) # type: MutableMapping[Any, Any] eq_(len(d.keys()), 4) for k in d.keys(): eq_(d[k], self.d[k]) def test_eq_self(self): other = toi_dict( [ ((0, 1, 1, 1), 100), (300, None), (((2, 3), (2, 1), (4, 2)), (1, 2, 3)), ((1, 2, 3, 4), "AnB"), ] ) # type: toi_dict[Any, Any] ok_(self.d == other) del other[1, 1, 0, 1] other[1, 0, 1, 1] = 100 # reorder ok_(self.d != other) ok_(self.d == dict(other)) ok_(dict(self.d) == other) ok_(dict(self.d) == dict(other)) def test_eq_ordered_dict(self): other = collections.OrderedDict( [ ((0, 1, 1, 1), 100), (300, None), (((2, 1), (2, 3), (4, 2)), (1, 2, 3)), ((1, 2, 3, 4), "AnB"), ] ) ok_(self.d == other) del other[0, 1, 1, 1] other[0, 1, 1, 1] = 100 # reorder ok_(self.d != other) ok_(self.d == dict(other)) ok_(dict(self.d) == other) ok_(dict(self.d) == dict(other)) def test_getitem_and_get(self): eq_(self.d[1, 1, 1, 0], 100) eq_(self.d[0, 1, 1, 1], 100) eq_(self.d[300], None) eq_(self.d[(2, 3), (4, 2), (2, 1)], (1, 2, 3)) with assert_raises(KeyError): self.d[(1, 2), (2, 3), (2, 4)] # inner elements are order preserved eq_(self.d.get((1, 1, 0, 1)), 100) eq_(self.d.get(300), None) eq_(self.d.get((4, 3, 2, 1)), "AnB") eq_(self.d.get((4, 3, 2, 1), default=True), "AnB") eq_(self.d.get((4, 3, 2, 1), True), "AnB") eq_(self.d.get((1, 2, 3, 5)), None) eq_(self.d.get((1, 2, 3, 5), default=True), True) eq_(self.d.get((1, 2, 3, 5), True), True) eq_(self.d[0, 1, 1, 1], 100) eq_(self.d[0, 1, 1, 1], 100) def test_len(self): eq_(len(self.d), 4) def test_clear(self): self.d.clear() eq_(len(self.d), 0) def test_move_to_end(self): self.d.move_to_end((1, 1, 1, 0), last=True) # case insensitive eq_( list(self.d.keys()), [300, ((2, 1), (2, 3), (4, 2)), (1, 2, 3, 4), (0, 1, 1, 1)], ) self.d.move_to_end(((2, 3), (4, 2), (2, 1)), last=False) eq_( list(self.d.keys()), [((2, 1), (2, 3), (4, 2)), 300, (1, 2, 3, 4), (0, 1, 1, 1)], ) def test_fromkeys(self): d = toi_dict.fromkeys([(1, 0), 3, (-1, 1, 0), (3, 2, -3)], True) eq_(list(d.keys()), [(0, 1), 3, (-1, 0, 1), (-3, 2, 3)]) eq_(d[1, 0], True) eq_(d[3], True) eq_(d[0, 1, -1], True) eq_(d[2, 3, -3], True) def test_copy(self): d = self.d.copy() ok_(d == self.d) d.move_to_end((1, 0, 1, 1)) ok_(d != self.d) def test_keys_and_reversed(self): expected = [(0, 1, 1, 1), 300, ((2, 1), (2, 3), (4, 2)), (1, 2, 3, 4)] eq_(list(self.d.keys()), expected) eq_(list(reversed(self.d)), list(reversed(expected))) def test_values(self): eq_(list(self.d.values()), [100, None, (1, 2, 3), "AnB"]) def test_items(self): ks, vs = [], [] for k, v in self.d.items(): ks.append(k) vs.append(v) eq_(ks, list(self.d.keys())) eq_(vs, list(self.d.values())) def test_update(self): other = {(1, 0, 1, 1): 9, 300: 2, (3, 2, 1): True} self.d.update(other) eq_(self.d[1, 1, 0, 1], 9) eq_(self.d[300], 2) eq_(self.d[2, 3, 1], True) eq_(self.d[(2, 3), (2, 1), (4, 2)], (1, 2, 3)) eq_(self.d[1, 4, 2, 3], "AnB") eq_(len(self.d), 5) def test_pop(self): eq_(self.d.pop((1, 0, 1, 1)), 100) eq_(self.d.pop(300), None) with assert_raises(KeyError): self.d.pop((1, 1, 1, 0)) with assert_raises(KeyError): self.d.pop(300) eq_(self.d.pop((1, 2, 4, 3)), "AnB") eq_(len(self.d), 1) def test_pop_with_default(self): eq_(self.d.pop((1, 0, 1, 1), 9), 100) eq_(self.d.pop(300, default=9), None) eq_(self.d.pop((0, 1, 1, 1), 12345), 12345) eq_(self.d.pop((1, 0, 1, 1), default=12345), 12345) eq_(len(self.d), 2) def test_popitem(self): eq_(self.d.popitem(last=True), ((1, 2, 3, 4), "AnB")) eq_(self.d.popitem(last=False), ((0, 1, 1, 1), 100)) eq_(len(self.d), 2) PK!SL  yaslha/tests/test_converter.py"""Tests for convert sub-commmand.""" import logging import pathlib import re import traceback import unittest import coloredlogs from click.testing import CliRunner from nose.tools import eq_, ok_, raises # noqa: F401 import yaslha.dumper from yaslha.script import convert logger = logging.getLogger("test_info") def check_and_separate_output(result): """Separate STDERR-like lines from STDOUT text.""" if result.exit_code != 0: traceback.print_tb(result.exc_info[2]) print(result.exc_info[1]) eq_(result.exit_code, 0) # separate logging lines to STDERR re_logline = re.compile(r"(yaslha\.\w+:)? (CRITICAL|ERROR|WARNING|DEBUG|INFO)[: ]") stdout = [] stderr = [] for i in result.output.splitlines(): if re_logline.match(i): stderr.append(i) else: stdout.append(i) return stdout, stderr def compare_lines(a, b): """Compare two texts line by line.""" if isinstance(a, str): return compare_lines(a.splitlines(), b) if isinstance(b, str): return compare_lines(a, b.splitlines()) a.append("*END_OF_TEXT*") b.append("*END_OF_TEXT*") na, nb = len(a), len(b) for i, ta in enumerate(a): eq_(ta, b[i] if i < nb else "") eq_(na, nb) class TestConverter(unittest.TestCase): """Test class for converter sub-command.""" def setUp(self): coloredlogs.set_level(40) self.data_dir = pathlib.Path(__file__).parent / "data" self.inputs = [ str(path) for path in self.data_dir.glob("*.*") if path.is_file() ] self.runner = CliRunner() def test_idempotence(self): for input_file in self.inputs: for block_order in yaslha.dumper.BlocksOrder: for value_order in yaslha.dumper.ValuesOrder: for comment in yaslha.dumper.CommentsPreserve: args = [ "--input-type=SLHA", "--output-type=SLHA", "--blocks=" + block_order.name, "--values=" + value_order.name, "--comments=" + comment.name, ] result1 = self.runner.invoke(convert, args + [input_file]) result1_output, result1_stderr = check_and_separate_output( result1 ) result2 = self.runner.invoke( convert, args, input="\n".join(result1_output) ) result2_output, result2_stderr = check_and_separate_output( result2 ) compare_lines(result1_output, result2_output) PK!! yaslha/tests/test_copy.py"""Test for copy.deepcopy applied to SLHA object.""" import copy import logging import unittest from nose.tools import eq_ from yaslha.parser import SLHAParser logger = logging.getLogger("test_info") class TestCopy(unittest.TestCase): """Copy operation of SLHA data.""" slha_string = """ Block SPINFO # Program information 1 SOFTSUSY # spectrum calculator 2 1.8.4 # version number Block MODSEL # Select model 1 1 # sugra Block alpha # Effective Higgs mixing parameter -1.13716828e-01 # alpha Block gauge Q= 4.64649125e+02 1 3.60872342e-01 # g'(Q)MSSM drbar 2 6.46479280e-01 # g(Q)MSSM drbar 3 1.09623002e+00 # g3(Q)MSSM drbar Block au Q= 4.64649125e+02 3 3 -5.04995511e+02 # At(Q)MSSM drbar DECAY 1000023 1.95831641E-02 # chi_20 5.00000000E-01 2 -2000011 11 4.00000000E-01 2 -2000013 13 1.00000000E-01 3 1000022 1 -1 DECAY 999 1.00E-02 # data for testing 0.10 2 123 4 # 0.0010 0.15 2 123 5 # 0.0015 0.30 2 123 -123 # 0.0030 0.40 3 123 123 123 # 0.0040 0.05 4 1 2 3 4 # 0.0005 """ def setUp(self): parser = SLHAParser() self.slha = parser.parse(self.slha_string) def test_copy(self): eq_(self.slha["au", 3, 3], -5.04995511e02) eq_(self.slha["spinfo", 2], ("1.8.4",)) eq_(self.slha[999].partial_width(123, 123, 123), 0.40 * 0.01) c = copy.copy(self.slha) eq_(c["au", 3, 3], -5.04995511e02) eq_(c["spinfo", 2], ("1.8.4",)) eq_(c[999].br(123, 123, 123), 0.40) c["au", 3, 3] = 1 c["spinfo"].append(2, "another line") c[999].set_partial_width(123, 123, 123, 0.0) eq_(c["au", 3, 3], 1) eq_(c["spinfo", 2], ("1.8.4", "another line")) eq_(c[999].partial_width(123, 123, 123), 0) eq_(c[999].width, 0.006) eq_(self.slha["au", 3, 3], 1) eq_(self.slha["spinfo", 2], ("1.8.4", "another line")) eq_(self.slha[999].partial_width(123, 123, 123), 0) eq_(self.slha[999].width, 0.006) def test_deepcopy(self): eq_(self.slha["au", 3, 3], -5.04995511e02) eq_(self.slha["spinfo", 2], ("1.8.4",)) eq_(self.slha[999].partial_width(123, 123, 123), 0.40 * 0.01) c = copy.deepcopy(self.slha) eq_(c["au", 3, 3], -5.04995511e02) eq_(c["spinfo", 2], ("1.8.4",)) eq_(c[999].br(123, 123, 123), 0.40) c["au", 3, 3] = 1 c["spinfo"].append(2, "another line") c[999].set_partial_width(123, 123, 123, 0.0) eq_(c["au", 3, 3], 1) eq_(c["spinfo", 2], ("1.8.4", "another line")) eq_(c[999].partial_width(123, 123, 123), 0) eq_(c[999].width, 0.006) eq_(self.slha["au", 3, 3], -5.04995511e02) eq_(self.slha["spinfo", 2], ("1.8.4",)) eq_(self.slha[999].partial_width(123, 123, 123), 0.40 * 0.01) # cspell:ignore softsusy modsel sminputs msbar drbar mgut mssm higgs hmix sugra tanb PK!slx yaslha/utility.py"""Utility module.""" from collections import OrderedDict, defaultdict from typing import List, MutableMapping, Sequence, TypeVar, Union from yaslha._line import KeyType T = TypeVar("T", int, KeyType) BLOCKS_DEFAULT_ORDER = [ "SPINFO", "DCINFO", "MODSEL", "SMINPUTS", "MINPAR", "EXTPAR", "VCKMIN", "UPMNSIN", "MSQ2IN", "MSU2IN", "MSD2IN", "MSL2IN", "MSE2IN", "TUIN", "TDIN", "TEIN", "MASS", "NMIX", "UMIX", "VMIX", "ALPHA", "FRALPHA", "HMIX", "GAUGE", "MSOFT", "MSQ2", "MSU2", "MSD2", "MSL2", "MSE2", "STOPMIX", "SBOTMIX", "STAUMIX", "USQMIX", "DSQMIX", "SELMIX", "SNUMIX", "AU", "AD", "AE", "TU", "TD", "TE", "YU", "YD", "YE", ] # type: Sequence[str] def sort_blocks_default(block_names: Sequence[str]) -> List[str]: """Sort block names according to specified order.""" result = [] block_names = [n.upper() for n in block_names] peeked = OrderedDict([(k, False) for k in block_names]) for name in [n.upper() for n in BLOCKS_DEFAULT_ORDER]: if name in block_names: result.append(name) peeked[name] = True return result + [k for k, v in peeked.items() if not v] def sort_pids_default(pids: Sequence[T]) -> List[Union[T, int]]: """Sort block names according to specified order.""" tmp = defaultdict(list) # type: MutableMapping[str, List[Union[T, int]]] for i in pids: if not isinstance(i, int): tmp["11_not_int"].append(i) # fail safe continue j = i % 1000000 if i < 1000000: tmp["01_sm"].append(i) elif i >= 3000000: tmp["10_others"].append(i) elif i == 1000021: tmp["02_gluino"].append(i) elif j <= 6: if j % 2: tmp["04_sq-down"].append(i) else: tmp["03_sq-up"].append(i) elif i in [1000022, 1000023, 1000025, 1000035]: tmp["05_neut"].append(i) elif i in [1000024, 1000037]: tmp["06_char"].append(i) elif j in [11, 13, 15]: tmp["07_slep"].append(i) elif j in [12, 14, 16]: tmp["08_snu"].append(i) else: tmp["09_susy"].append(i) return [pid for group in sorted(tmp.keys()) for pid in sorted(tmp[group])] PK!55yaslha/yaslha.cfg.default[SLHADumper] blocks_order: default values_order: default comments_preserve: none separate_blocks: False forbid_last_linebreak: False document_blocks@list: # space-separated block names # hidden options block_str: BLOCK decay_str: DECAY float_lower: False write_version: True [YAMLDumper] blocks_order: default values_order: default comments_preserve: none [JSONDumper] blocks_order: default values_order: default comments_preserve: none PK!H.&-'yaslha-0.2.1.dist-info/entry_points.txtN+I/N.,()L,HPza<..PK!-PPyaslha-0.2.1.dist-info/LICENSEMIT License Copyright (c) 2018-2019 Sho Iwamoto / Misho Permission is hereby granted, free of charge, to any person obtaining a copy of this software, to deal in the software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the software, and to permit persons to whom the software is furnished to do so, subject to the following conditions: The above copyright notice and this permission notice shall be included in all copies or substantial portions of the software. 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