acos(<#1466#>x<#1466#>)
,
asin(<#1467#>x<#1467#>)
,
atan(<#1468#>x<#1468#>)
,
atan2(<#1469#>x;SPMnbsp; y<#1469#>)
,
ceil(<#1470#>x<#1470#>)
,
cos(<#1471#>x<#1471#>)
,
cosh(<#1472#>x<#1472#>)
,
exp(<#1473#>x<#1473#>)
,
fabs(<#1474#>x<#1474#>)
,
floor(<#1475#>x<#1475#>)
,
fmod(<#1476#>x;SPMnbsp; y<#1476#>)
,
frexp(<#1477#>x<#1477#>)
,
ldexp(<#1478#>x;SPMnbsp; y<#1478#>)
,
log(<#1479#>x<#1479#>)
,
log10(<#1480#>x<#1480#>)
,
modf(<#1481#>x<#1481#>)
,
pow(<#1482#>x;SPMnbsp; y<#1482#>)
,
sin(<#1483#>x<#1483#>)
,
sinh(<#1484#>x<#1484#>)
,
sqrt(<#1485#>x<#1485#>)
,
tan(<#1486#>x<#1486#>)
,
tanh(<#1487#>x<#1487#>)
.
Note that frexp
and modf
have a different call/return
pattern than their C equivalents: they take a single argument and
return a pair of values, rather than returning their second return
value through an `output parameter' (there is no such thing in Python).
The module also defines two mathematical constants:
pi
and e
.