scale_factor#
- tensor.scale_factor(p0: float) int #
Sets the scale factor to be applied to the tensor glyph.
The factor is applied to major, middle, and minor eigenvectors.- Args:
- p0:
‘value’ the scale factor that to apply to the tensor glyph
- Examples:
# # Activating a tensor variable # ensight.variables.activate("uniaxial_tensor") # # Selecting all parts as parents # ensight.part.select_all() # # Grouping a bunch of tensor attribute commands # (One of which is the scale factor) # ensight.tensor.begin() ensight.tensor.variable("uniaxial_tensor") ensight.tensor.scale_factor(1.6700e+00) ensight.tensor.display_compression("ON") ensight.tensor.display_tension("ON") ensight.tensor.display_major("ON") ensight.tensor.display_minor("ON") ensight.tensor.display_middle("ON") ensight.tensor.tip_shape("triangle") ensight.tensor.tip_size(1.0000e-01) ensight.tensor.color_by("direction") ensight.tensor.compression_rgb(1.0000e+00,0.0000e+00,4.0000e-01) ensight.tensor.tension_rgb(0.0000e+00,8.0000e-01,1.0000e+00) ensight.tensor.line_width_by("direction") ensight.tensor.compression_line_width(2) ensight.tensor.tension_line_width(4) ensight.tensor.end() # # Creating the tensor glyph part # ensight.tensor.create() # # Now selecting the tensor glyph part # ensight.part.select_begin(5) # # And changing the scale factor back to 1 # ensight.part.modify_begin() ensight.tensor.scale_factor(1.0000e+00) ensight.part.modify_end()
- Returns:
zero on success, non-zero on error