Miscellaneous#

sycomore.gamma = 2.67522e+08 [ M^-1 T I ]#

Quantity in the SI system.

sycomore.gamma_bar = 4.25775e+07 [ M^-1 T I ]#

Quantity in the SI system.

sycomore.linspace(*args, **kwargs)#

Overloaded function.

  1. linspace(arg0: sycomore._sycomore.Quantity, arg1: sycomore._sycomore.Quantity, arg2: int) -> List[sycomore._sycomore.Quantity]

Generate evenly-spaced samples

  1. linspace(arg0: sycomore._sycomore.Quantity, arg1: int) -> List[sycomore._sycomore.Quantity]

Generate evenly-spaced samples

  1. linspace(arg0: numpy.ndarray[sycomore._sycomore.Quantity], arg1: numpy.ndarray[sycomore._sycomore.Quantity], arg2: int) -> List[numpy.ndarray[sycomore._sycomore.Quantity]]

Generate evenly-spaced samples

  1. linspace(arg0: numpy.ndarray[sycomore._sycomore.Quantity], arg1: int) -> List[numpy.ndarray[sycomore._sycomore.Quantity]]

Generate evenly-spaced samples

sycomore.round(arg0: sycomore._sycomore.Quantity, arg1: sycomore._sycomore.Quantity) → sycomore._sycomore.Quantity#

Round to x nearest multiple of r