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Trace: • Add models to the Gallery • Add content to the wiki • Relational Growth Grammars • Flux Light Model • XL and Java extension • First steps on light modelling
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02_user_tutorials:20_light:01_first_steps:use_fluxmodel

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02_user_tutorials:20_light:01_first_steps:use_fluxmodel [2025/12/12 12:29] – groimp02_user_tutorials:20_light:01_first_steps:use_fluxmodel [2026/03/20 17:25] (current) – Tim
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 +====== Flux Light Model ======
 +
 In this tutorial we will see how to get started with a FluxModel in GroIMP. In this tutorial we will see how to get started with a FluxModel in GroIMP.
  
-Go [[01_user_documentation:08_light:02_gpu|here]] to see more about how the FluxModel is defined in GroIMP.+======  ======
  
-====== Light Model ======+Go [[01_user_documentation:08_light:02_gpu|here]] to see more about how the FluxModel is defined in GroIMP.
  
 First, we setup of the Flux Light Model: First, we setup of the Flux Light Model:
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 The light distribution and spectral distribution (i.e. the ''DISTRIBUTION'', ''WAVELENGTHS'' and ''AMPLITUDES'' arrays) can also be provided from ''.ies'' files.  The light distribution and spectral distribution (i.e. the ''DISTRIBUTION'', ''WAVELENGTHS'' and ''AMPLITUDES'' arrays) can also be provided from ''.ies'' files. 
  
-See [[01_user_documentation:groimp-platform:input-and-output-in-groimp|here]] for more information on the supported file formats.+See [[01_user_documentation:03_interacting_with_groimp:14_io:99_all_mimetypes|here]] for more information on the supported file formats.
  
 Then, let's create a parameterizable light node – using file references for physical and spectral power distribution. Then, let's create a parameterizable light node – using file references for physical and spectral power distribution.
02_user_tutorials/20_light/01_first_steps/use_fluxmodel.1765538945.txt.gz · Last modified: 2025/12/12 12:29 by groimp