def __pow__(self,power_val):
"""
The **^** operation to raise the steps to the power of.
Parameters
==============
other : int, float, Step, Steps.
The thing to raise to the power of these steps, a single step or series of steps can be combined with the steps.
Returns
============
Steps
A new steps object consisting of this object with additional step objects representing the other operand.
"""
return apply_math_function(self,power_val,np.power)
def __mod__(self,other):
"""
The **%** operation to take modulo int, float, step and steps objects like they are numbers.
.. note::
right and in-place subtraction is also available.
- 3 - steps
- steps -= 3
- steps - 3
Parameters
==============
other : int, float, Step, Steps.
The thing to modulo against these steps, a single step or series of steps can be combined with the steps.
Returns
============
Steps
A new steps object consisting of this object with additional step objects representing the other operand.
"""
return apply_math_function(self,other,np.fmod)
def __mul__(self,other):
"""
The \* operation to multiply int, float, step and steps objects like they are numbers.
.. note::
right and in-place multiplication is also available.
- 3\*steps
- steps \*=3
- steps\*3
Parameters
==============
other : int, float, Step, Steps.
The thing to multiply these steps, a single step or series of steps can be combined with the steps.
Returns
============
Steps
A new steps object consisting of this object with additional step objects representing the other operand.
"""
return apply_math_function(self,other,np.multiply)
def __truediv__(self,other):
"""
The \/ operation to divide int, float, step and steps objects like they are numbers.
.. note::
right and in-place division is also available.
- 3/steps
- steps /=3
- steps/3
Parameters
==============
other : int, float, Step, Steps.
The thing to divide these steps, a single step or series of steps can be combined with the steps.
Returns
============
Steps
A new steps object consisting of this object with additional step objects representing the other operand.
"""
return apply_math_function(self,other,np.true_divide)
def __rfloordiv__(self,other):
return apply_math_function(self,other,np.floor_divide)
def __rmul__(self,other):
return apply_math_function(self,other,np.multiply)
def __radd__(self,other):
return apply_math_function(self,other,np.add)