test_unitarity.at

Lines:
185
Definitions:
34
Dependencies:
groups.athermitian.atunitary.atlietypes.atrepresentations.ataql.at
Source:
GitHub

Definitions

NameSignatureDescription
uflag(int predicted) = string:
uflag(bool flag) = string:
as_predicted(int predicted, bool unitary) = bool:
passedflagpredicted, bool unitary) = string:
passedflag(bool flag) = string: if flag then "passed" else "failed" fi
test([(Param,int)] parameters,bool verbose) =
test([(Param,int)] parameters) = test(parameters,false) { default quiet }default quiet
print_test([(Param,int)] parameters) = void:
testparameters) = (bool,[(Param,KTypePol,int,bool)]):
print_testparameters) = void:
test_one(Param param,int unitary) = (bool,[(Param,KTypePol,int,bool)]):
print_test_one(Param param,int unitary) = void:
test_one_unitary(Param param) = (bool,[(Param,KTypePol,int,bool)]):
test_spherical_unipotent(RealForm G) = (bool,[(Param,KTypePol,int,bool)]):
print_test_spherical_unipotentG)= void:
test_Aq([Param] B) = (bool,[(Param,KTypePol,int,bool)]):
print_test_Aq([Param] B) = void:
print_test_Upq_Aq([Param] B) = void:
print_test_Upq_Aq(int p, int q, ratvec gamma) = void:
test_Aq(RealForm G) = (bool,[(Param,KTypePol,int,bool)]):
print_test_Aq(RealForm G) = void:
test_all_real_induced_one_dimensionalG) =
print_test_all_real_induced_one_dimensionalG) = void:
unitary_if(bool b) = int: if b then 1 else -1 fi
success((bool,[Param,KTypePol,int,bool]) (b,)) = bool: b
test1
test2
test3
test4
test5test(spherical_unipotent_representations (SO(5,4))).success
test6
test7bool:
test8bool:
test9