WriteVariablesTime¶

class sharpy.postproc.writevariablestime.WriteVariablesTime[source]¶

Write variables with time

WriteVariablesTime is a class inherited from BaseSolver

It is a postprocessor that outputs the value of variables with time onto a text file.

settings_types¶

Acceptable data types of the input data

settings_default¶

Default values for input data should the user not provide them

dir¶

directory to output the information

The settings that this solver accepts are given by a dictionary, with the following key-value pairs:

Name	Type	Description	Default
`delimiter`	`str`	Delimiter to be used in the output file	`` ``
`FoR_variables`	`list(str)`	Variables of `StructTimeStepInfo` associated to the frame of reference to be writen	`['']`
`FoR_number`	`list(int)`	Number of the A frame of reference to output (for multibody configurations)	`numpy.array`
`structure_variables`	`list(str)`	Variables of `StructTimeStepInfo` associated to the frame of reference to be writen	`['']`
`structure_nodes`	`list(int)`	Number of the nodes to be writen	`numpy.array`
`aero_panels_variables`	`list(str)`	Variables of `AeroTimeStepInfo` associated to panels to be writen	`['']`
`aero_panels_isurf`	`list(int)`	Number of the panels’ surface to be output	`numpy.array`
`aero_panels_im`	`list(int)`	Chordwise index of the panels to be output	`numpy.array`
`aero_panels_in`	`list(int)`	Spanwise index of the panels to be output	`numpy.array`
`aero_nodes_variables`	`list(str)`	Variables of `AeroTimeStepInfo` associated to nodes to be writen	`['']`
`aero_nodes_isurf`	`list(int)`	Number of the nodes’ surface to be output	`numpy.array`
`aero_nodes_im`	`list(int)`	Chordwise index of the nodes to be output	`numpy.array`
`aero_nodes_in`	`list(int)`	Spanwise index of the nodes to be output	`numpy.array`
`cleanup_old_solution`	`bool`	Remove the existing files	`False`
`vel_field_variables`	`list(str)`	Variables associated to the velocity field. Only `uext` implemented so far	`[]`
`vel_field_points`	`list(float)`	List of coordinates of the control points as x1, y1, z1, x2, y2, z2 …	`numpy.array`