![]() Theįirst composite will be placed on the day-side of the scene, and the DayNightCompositor ĭayNightCompositor merges two different composites. Save_datasets(), but the loaded composite now has only Images unless keep_palette=True is passed to PaletteCompositor have been migrated to use Since Satpy 0.40, all built-in composites that used The same dataset as the dataset to be palettized, it must be contained Palettize() enhancement and pass keep_palette=True The SingleBandCompositor with an associated For example, building an overview compositeĬan be done manually within Python code with:ĭeprecated since version 0.40: Composites produced with PaletteCompositor will result inĪn image with mode RGB when enhanced. GenericCompositor class can be used to create basic singleĬhannel and RGB composites. ![]() That are specific to an instrument can be placed in YAML config files namedĪccordingly (e.g., seviri.yaml or viirs.yaml). General-use compositor code dealing with visible or infrared satelliteĭata can be put in a configuration file called visir.yaml. That are used repeatedly be configured in YAML configuration files. Show basic examples of creating and using them with an existing The below sections summarize the composites that come with Satpy and RGBA at the moment) and updates attributes. Which handles various image modes ( L, LA, RGB, and The majority use the GenericCompositor base class There are many built-in compositors available in Satpy. The key/values of the DataID used to identify it. Resulting composites are usually a combination of the prerequisites’ attributes and Composites are defined as arrays of data that are created by processing and/orĬombining one or multiple data arrays (prerequisites) together.Ĭomposites are generated in satpy using Compositor classes.
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