Belle II Software development
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function object that implements cosecans(x) == 1/cos(x) by tan(x) / sin(x). More...
Protected Member Functions | |
virtual void | SetUp () |
set up the maps for the tests | |
Protected Attributes | |
i2dMap | _map |
map filled with values obtained by sinHalf functor | |
i2dMultiMap | _multimap |
multimap filled with values obtained by sinHalf functor | |
i2dMultiMap | _nanMultiMap |
multimap filled with values obtained by secans functor -> contains a NaN! | |
i2dMap | _nanMap |
map filled with values obtained by secans functor -> contains a NaN! | |
int | _nEntries |
the number of pairs that will be put into the maps for the tests | |
function object that implements cosecans(x) == 1/cos(x) by tan(x) / sin(x).
This construction should give a NaN if the argument is 0 (but hopefully cppcheck can be fooled to not raise a division by zero error) NOTE: it is tested if this actually is the case! function object that implements sin(i/2). This does give positive and negative weights, but no NaNs class for testing the helper functions from MapHelperFunctions.h
Definition at line 91 of file mapHelperFunctions.cc.
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set up the maps for the tests
Definition at line 94 of file mapHelperFunctions.cc.
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map filled with values obtained by sinHalf functor
Definition at line 103 of file mapHelperFunctions.cc.
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multimap filled with values obtained by sinHalf functor
Definition at line 104 of file mapHelperFunctions.cc.
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map filled with values obtained by secans functor -> contains a NaN!
Definition at line 106 of file mapHelperFunctions.cc.
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multimap filled with values obtained by secans functor -> contains a NaN!
Definition at line 105 of file mapHelperFunctions.cc.
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the number of pairs that will be put into the maps for the tests
Definition at line 107 of file mapHelperFunctions.cc.