pybtls.lib.BTLS.Distribution#

class Distribution(*args, **kwargs)[source]#

Bases: _Distribution

Overloaded function.

__init__(self: pybtls.lib.libbtls._Distribution) -> None
__init__(self: pybtls.lib.libbtls._Distribution, loc: float, scale: float, shape: float) -> None

Methods

`gen_exponential`
`gen_gamma`
`gen_gev`
`gen_gumbel`
`gen_lognormal`
`gen_multimodalnormal`
`gen_normal`	Overloaded function.
`gen_poisson`
`gen_triangular`	Overloaded function.
`gen_uniform`
`get_location`
`get_scale`
`get_shape`
`set_location`
`set_scale`
`set_shape`

gen_exponential(self: pybtls.lib.libbtls._Distribution) → float#

gen_gamma(self: pybtls.lib.libbtls._Distribution) → float#

gen_gev(self: pybtls.lib.libbtls._Distribution) → float#

gen_gumbel(self: pybtls.lib.libbtls._Distribution) → float#

gen_lognormal(self: pybtls.lib.libbtls._Distribution) → float#

gen_multimodalnormal(self: pybtls.lib.libbtls._Distribution, mmn: pybtls.lib.libbtls._MultiModalNormal) → float#

gen_normal(*args, **kwargs)#

Overloaded function.

gen_normal(self: pybtls.lib.libbtls._Distribution) -> float
gen_normal(self: pybtls.lib.libbtls._Distribution, mean: float, stdev: float) -> float

gen_poisson(self: pybtls.lib.libbtls._Distribution) → float#

gen_triangular(*args, **kwargs)#

Overloaded function.

gen_triangular(self: pybtls.lib.libbtls._Distribution) -> float
gen_triangular(self: pybtls.lib.libbtls._Distribution, loc: float, w: float) -> float

gen_uniform(self: pybtls.lib.libbtls._Distribution) → float#

get_location(self: pybtls.lib.libbtls._Distribution) → float#

get_scale(self: pybtls.lib.libbtls._Distribution) → float#

get_shape(self: pybtls.lib.libbtls._Distribution) → float#

set_location(self: pybtls.lib.libbtls._Distribution, loc: float) → None#

set_scale(self: pybtls.lib.libbtls._Distribution, scale: float) → None#

set_shape(self: pybtls.lib.libbtls._Distribution, shape: float) → None#