mtxop¶
honeybee-radiance-postprocess mtxop¶
Commands to work with Radiance matrices using NumPy.
honeybee-radiance-postprocess mtxop [OPTIONS] COMMAND [ARGS]...
operate-three¶
Operations between three Radiance matrices.
The input matrices must be Radiance binary matrices. The operations will be performed elementwise for the matrices.
honeybee-radiance-postprocess mtxop operate-three [OPTIONS] FIRST_MTX
SECOND_MTX THIRD_MTX
Options
- --operator-one <operator_one>¶
Operation between the two matrices.
- Options
- - | / | *
- --operator-two <operator_two>¶
Operation between the two matrices.
- Options
- - | / | *
- --conversion <conversion>¶
Conversion as a string. This option is useful to post-process the results from 3 RGB components into one as part of this command.
- --binary, --ascii¶
Switch between binary and ascii input matrices. Default is binary.
- -n, --name <name>¶
Output file name.
- Default
output
- -of, --output-folder <output_folder>¶
Output folder.
Arguments
- FIRST_MTX¶
Required argument
- SECOND_MTX¶
Required argument
- THIRD_MTX¶
Required argument
operate-two¶
Operations between two Radiance matrices.
The input matrices must be Radiance binary matrices. The operations will be performed elementwise for the matrices.
honeybee-radiance-postprocess mtxop operate-two [OPTIONS] FIRST_MTX SECOND_MTX
Options
- --operator <operator>¶
Operation between the two matrices.
- Options
- - | / | *
- --conversion <conversion>¶
Conversion as a string. This option is useful to post-process the results from 3 RGB components into one as part of this command.
- --binary, --ascii¶
Switch between binary and ascii input matrices. Default is binary.
- -n, --name <name>¶
Output file name.
- Default
output
- -of, --output-folder <output_folder>¶
Output folder.
Arguments
- FIRST_MTX¶
Required argument
- SECOND_MTX¶
Required argument