composite_rsr_plot(1)

composite_rsr_plot1

Plot spectral responses for a set of satellite imagers

Overview

usage: composite_rsr_plot [-h] --platform_name

[PLATFORM_NAME [PLATFORM_NAME ...]] --sensor

[SENSOR [SENSOR ...]] [-x XLIMITS XLIMITS] [-t MINIMUM_RESPONSE] [-no_platform_name_in_legend] [--title TITLE] [--wavelength_resolution WAVELENGTH_RESOLUTION] [-o FILENAME] [-v] (--bandname BANDNAME | --wavelength WAVELENGTH | --range [RANGE [RANGE ...]])

Plot spectral responses for a set of satellite imagers

optional arguments:

-h, --help

show this help message and exit

--platform_name [PLATFORM_NAME [PLATFORM_NAME ...]], -p [PLATFORM_NAME [PLATFORM_NAME ...]]

The Platform name

--sensor [SENSOR [SENSOR ...]], -s [SENSOR [SENSOR ...]]

The sensor/instrument name

-x XLIMITS XLIMITS, --xlimits XLIMITS XLIMITS

x-axis boundaries for plot

-t MINIMUM_RESPONSE, --minimum_response MINIMUM_RESPONSE

Minimum response: Any response lower than this will be ignored when plotting

-no_platform_name_in_legend

No platform name in legend

--title TITLE

Plot title

--wavelength_resolution WAVELENGTH_RESOLUTION

The step in wavelength (nanometers) when scanning the spectral range trying to find bands

-o FILENAME, --filename FILENAME

Output plot file name

-v, --verbose

Turn logging on

--bandname BANDNAME, -b BANDNAME

The sensor band name

--wavelength WAVELENGTH, -w WAVELENGTH

the approximate spectral wavelength in micron

--range [RANGE [RANGE ...]], -r [RANGE [RANGE ...]]

The wavelength range for the plot

Releases

Unchanged in 4 releases since Debian 10 (Buster).

  1. 10–13

From pyspectral-bin 0.13.5+ds-1 in Debian 13 (Trixie). Parsed by carta from the page's man source.