Dimension specific Apodization methods¶
The following methods of form
where \(a\) is the function argument, and \(x\) are the coordinates along the dimension, apodize the components of the dependent variables along the respective dimensions. The dimensionality of \(a\) must be the reciprocal of that of \(x\). The resulting CSDM object has the same number of dimensions as the original object.
Method Summary

Apodize the components along the dimension with \(\sin(a x)\). 

Apodize the components along the dimension with \(\cos(a x)\). 

Apodize the components along the dimension with \(\tan(a x)\). 

Apodize the components along the dimension with \(\arcsin(a x)\). 

Apodize the components along the dimension with \(\arccos(a x)\). 

Apodize the components along the dimension with \(\arctan(a x)\). 

Apodize the components along the dimension with \(\exp(a x)\). 
Method Documentation
 csdmpy.apodize.sin(csdm, arg, dimension=0)¶
Apodize the components along the dimension with \(\sin(a x)\).
 Parameters:
csdm – A CSDM object.
arg – String or Quantity object. The function argument \(a\).
dimension – An integer or tuple of m integers cooresponding to the index/indices of the dimensions along which the sine of the dependent variable components is performed.
 Returns:
A CSDM object with dm dimensions, where d is the total number of dimensions from the original csdm object.
 csdmpy.apodize.cos(csdm, arg, dimension=0)¶
Apodize the components along the dimension with \(\cos(a x)\).
 Parameters:
csdm – A CSDM object.
arg – String or Quantity object. The function argument \(a\).
dimension – An integer or tuple of m integers cooresponding to the index/indices of the dimensions along which the cosine of the dependent variable components is performed.
 Returns:
A CSDM object with dm dimensions, where d is the total number of dimensions from the original csdm object.
 csdmpy.apodize.tan(csdm, arg, dimension=0)¶
Apodize the components along the dimension with \(\tan(a x)\).
 Parameters:
csdm – A CSDM object.
arg – String or Quantity object. The function argument \(a\).
dimension – An integer or tuple of m integers cooresponding to the index/indices of the dimensions along which the tangent of the dependent variable components is performed.
 Returns:
A CSDM object with dm dimensions, where d is the total number of dimensions from the original csdm object.
 csdmpy.apodize.arcsin(csdm, arg, dimension=0)¶
Apodize the components along the dimension with \(\arcsin(a x)\).
 Parameters:
csdm – A CSDM object.
arg – String or Quantity object. The function argument \(a\).
dimension – An integer or tuple of m integers cooresponding to the index/indices of the dimensions along which the inverse sine of the dependent variable components is performed.
 Returns:
A CSDM object with dm dimensions, where d is the total number of dimensions from the original csdm object.
 csdmpy.apodize.arccos(csdm, arg, dimension=0)¶
Apodize the components along the dimension with \(\arccos(a x)\).
 Parameters:
csdm – A CSDM object.
arg – String or Quantity object. The function argument \(a\).
dimension – An integer or tuple of m integers cooresponding to the index/indices of the dimensions along which the inverse cosine of the dependent variable components is performed.
 Returns:
A CSDM object with dm dimensions, where d is the total number of dimensions from the original csdm object.
 csdmpy.apodize.arctan(csdm, arg, dimension=0)¶
Apodize the components along the dimension with \(\arctan(a x)\).
 Parameters:
csdm – A CSDM object.
arg – String or Quantity object. The function argument \(a\).
dimension – An integer or tuple of m integers cooresponding to the index/indices of the dimensions along which the inverse tangent of the dependent variable components is performed.
 Returns:
A CSDM object with dm dimensions, where d is the total number of dimensions from the original csdm object.
 csdmpy.apodize.exp(csdm, arg, dimension=0)¶
Apodize the components along the dimension with \(\exp(a x)\).
 Parameters:
csdm – A CSDM object.
arg – String or Quantity object. The function argument \(a\).
dimension – An integer or tuple of m integers cooresponding to the index/indices of the dimensions along which the exp of the dependent variable components is performed.
 Returns:
A CSDM object with dm dimensions, where d is the total number of dimensions from the original csdm object.