CLI Migration Guide

Introduction

This guide covers the process of upgrading the RapidCompact CLI v1.4.0-v6.x.x (legacy) to the RapidPipeline 3D Processor CLI v7.0.0 and newer.

It also compares the differences between the versions in terms of commands and general CLI usage, settings and schemas, as well as the JSON configuration settings files.

CLI Commands Differences

caution

The 3D Processor CLI (v.7.0.0 +) and most of the available commands and arguments are not compatible with older versions of the RapidCompact CLI (legacy) and vice versa.

For converting commands and configuration setting JSON files from RapidCompact (legacy) v1 - 6.x to v7.0.0 and newer, please refer to the Conversion Script and Future Updates sections further below.

CLI Commands Comparison Overview

tip

Even though certain legacy commands will not be directly supported within 3D Processor v7.0.0 and newer, most settings and commands can be converted through the Conversion Script.

Commands: General

RC 6.x Command	3DP Command	additional info
-h [--help]	-i [ --help ]	same behavior
-i [--import]	-i [ --import ]	same behavior
-e [--export]	✨	re-introduction with 3DP v7.2.0 update, in v7.0.0 and 7.1.0 file exports are configured within the settings JSON files, documentation here
-w [--export_web arg]	❌	command retired
-p [--print_info]	-p [ --print_info ]	same behavior
--pop	❌	command retired, for certain operations such as LOD creation a new modifier (scheduled for v7.2.0) will replace the usage of this command
--duplicate	❌	command retired, with 3DP this functionality is now automated depending on the utilized configuration settings
--flatten	❌	command retired, with 3DP instead the sceneGraphFlattening object now performs the same operation
--scale	❌	command retired, with 3DP instead the scaleFactor setting in modelEdit object within 3dEdit section now performs the same operation
-g [--get]	✨	re-introduction with a future 3DP update, however arguments for this command will change, as settings names and structures changed
-s [--set]	✨	re-introduction with a future 3DP update, however arguments for this command will change, as settings names and structures changed
--read_config	--read_config	same behavior
--write_config	--write_config	same behavior, however 3DP currently only writes out an example of 3D processing settings, as settings are now organized within a object based structure which does not allow for mutually exclusive instructions any more, see the 3D Processing Schema as reference here
--write_metrics	--write_metrics	same behavior
--write_info	--write_info	same behavior
--selfdocument	❌	command retired

Commands: Main Operations

RC 6.x Command	3DP Command	additional info
-c [--compact]	❌	command retired, with 3DP instead the optimize object specifies the optimization process within the JSON settings files, the new --run command executes the general processing
-u [--unwrap]	❌	command retired, with 3DP instead the uvAtlasGenerator within the optimize object specifies the unwrapping process within the JSON settings files
-b [--bake]	❌	command retired, with 3DP instead the textureBaker within the optimize object specifies the baking process within the JSON settings files
--triangulate	❌	command retired, with 3DP triangulation is triggered automatically

Commands: Color Assignment

RC 6.x Command	3DP Command	additional info
--colorize_vertex_ao	❌	command retired
--set_checker_texture	❌	command retired, with 3DP instead the addCheckerTexture object within defaultMaterial in the 3dEdit section now performs the same operation

Commands: Mesh Modification

RC 6.x Command	3DP Command	additional info
-d [ --decimate ]	❌	command retired, with 3DP instead the decimator within the optimize object specifies the decimation process within the JSON settings files
--remove_duplicate_vertices	❌	command retired, with 3DP this functionality is now automated depending on the utilized configuration settings
--remove_invisible_geometry	❌	command retired, with 3DP instead the occlusionCulling object within the meshCulling section now performs the same operation
--remove_small_features	❌	command retired, with 3DP instead the smallFeatureCulling object within the meshCulling section now performs the same operation

Commands: Rendering

RC 6.x Command	3DP Command	additional info
-v [--set_view_matrix]	❌	command retired, similar functionality now served by the cameraPosition setting, documentation here
--render_image arg	--render arg	similar behavior, however the render command now requires a JSON configuration file validated against the rendering schema, see more documentation here
--render_turntable arg arg	--render arg	similar behavior, however the render command now requires a JSON configuration file validated against the rendering schema, see more documentation here

CLI Settings Differences

caution

The 3D Processor CLI (v.7.0.0 +) and corresponding Configuration Settings files (JSON) are NOT compatible with older versions of the RapidCompact CLI (legacy).

RapidCompact CLI Settings (legacy)

The RapidCompact CLI v1-6 does not have a settings schema, settings are directly ingested, potentially resulting in Errors or Warnings.

Settings have no hierarchy (all settings are on the same level).

Settings which exist, but are not specified in the configuration file are still applied in their default state.

tip

For an automated conversion of the CLI commands and settings please refer to the last section of this guide below.

Example (all CLI v6.10.0 compact (general optimization) and decimation category settings with defaults):

{
  "compact:addUVsToTiledMeshes": false,
  "compact:aggregateUVs": false,
  "compact:allowRectangularPOTTextures": false,
  "compact:animationSimplification": "none",
  "compact:atlasingFactor": 1,
  "compact:atlasingMode": "separateAlpha",
  "compact:baseColorFlatTexThreshold": 0,
  "compact:defaultFlatTexThreshold": 0,
  "compact:displacementFlatTexThreshold": 0,
  "compact:emissiveFlatTexThreshold": 0,
  "compact:materialNamingScript": "",
  "compact:metallicFlatTexThreshold": 0,
  "compact:nodeNamingScript": "",
  "compact:normalsFlatTexThreshold": 0,
  "compact:occlusionFlatTexThreshold": 0,
  "compact:pixelsPerUnitLength": 0,
  "compact:powerOfTwoTextures": "ceil",
  "compact:quality": "default",
  "compact:removeInvisibleGeometry": false,
  "compact:removeSmallFeatures": "",
  "compact:roughnessFlatTexThreshold": 0,
  "compact:specularFlatTexThreshold": 0,
  "compact:splitMode": "auto",
  "decimation:boundaryPreservationFactor": 0.5,
  "decimation:collapseDistanceThreshold": 0.0050000000000000001,
  "decimation:collapseUnconnectedVertices": true,
  "decimation:defaultTarget": "f:20000",
  "decimation:method": "quadric",
  "decimation:preserveCommonMeshBorders": true,
  "decimation:preserveMaterialBorders": false,
  "decimation:preserveNormals": false,
  "decimation:preserveTiledUVs": false,
  "decimation:preserveTopology": false,
  "decimation:preserveUVs": false,
  "decimation:probQuadricStddev": 0,
  "decimation:recomputeNormals": true,
  "decimation:tiledUVThreshold": 1.5
}

info

All other settings under the following categories are still being applied with their defaults:

ao, baking, compact, export, flattening, general, geoCompression, import, inpainting, logging, material, packing, remeshing, rendering, segmentation, unwrapping, visibility

Read more about RapidCompact CLI legacy settings here

3D Processor CLI Settings

Settings are depending on 3 new schemas:

Settings Category	Schema	Description
3D Processing	3D Processing Schema	Direct operations on the 3D Data, such as Optimization, Compression, etc.
Rendering	Rendering Schema	Rendering of 3D Data using the RapidPipeline PBR Renderer
System	System Schema	System Settings - only relevant for the 3D Processor CLI

The major differences here are that there are hierarchical settings structures with 2 distinct groups:

• Objects (setting categories)
• Settings (within objects)

Example (CLI v7.0.0 optimize and decimation category settings file example with defaults):

{
  "optimize": {
    "3dModelOptimizationMethod": {
      "meshAndMaterialOptimization": {
        "decimator": {
          "target": {
            "faces": {
              "value": 1
            },
            "deviation": {
              "value": 0.0
            }
          },
          "materialOptimization": {
          "materialMerger": {
            "materialRegenerator": {
              "uvAtlasGenerator": {
                "textureBaker": {
                  "normalMap": {}
                }
              }
            }
           }
          },
          "preserveTopology": false,
          "preserveNormals": false,
          "preserveMeshBorders": true,
          "preserveMaterialBorders": false,
          "collapseUnconnectedVertices": true,
          "boundaryPreservationFactor": 0.50,
          "collapseDistanceThreshold": 0.005,
          "method": "quadric"
        }
      }
    }
  },
  "export": [
    {
      "fileName": "",
      "textureMapFilePrefix": "",
      "discard": {},
      "format": {
        "gltf": {
          "pbrMaterial": {}
        }
      }
    }
  ]
}

info

As per 3D Processing Schema the example above is only one variation of expressing 3D optimization with mesh decimation. Read more about possible configuration settings within optimize here.

In addition, note that the export section is required as with 3D Processor the specification of the export format takes place within the configuration settings file itself.

CLI Settings Comparison Overview

AO

RC 6.x Setting and Type	3DP Setting and Type	additional info
ao:enabled boolean	⦸	In 3DP this is now an object: aoBaker, documentation here
ao:filterRadius real	filterRadius real	same behavior, part of aoBaker
ao:replaceMissingAlbedo boolean	❌	setting retired
ao:replaceOriginal boolean	replaceOriginal boolean	same behavior, part of aoBaker
ao:strength real	strength real	same behavior, part of aoBaker
ao:textureSamples integer	textureSamples integer	same behavior, part of aoBaker
ao:vertexSamples integer	❌	setting retired

Baking

RC 6.x Setting and Type	3DP Setting and Type	additional info
baking:bakeCombinedScene boolean	bakeCombinedScene boolean	same behavior, part of textureBaker
baking:baseColorMapResolution integer	baseColor integer	same behavior, part of bakingResolution of type object within textureBaker
baking:clearcoatMapResolution integer	clearcoat integer	same behavior, part of bakingResolution of type object within textureBaker
baking:clearcoatNormalMapResolution integer	clearcoatNormal integer	same behavior, part of bakingResolution of type object within textureBaker
baking:clearcoatRoughnessMapResolution integer	clearcoatRoughness integer	same behavior, part of bakingResolution of type object within textureBaker
baking:displacementMapResolution integer	displacement integer	same behavior, part of bakingResolution of type object within textureBaker
baking:emissiveMapResolution integer	emissive integer	same behavior, part of bakingResolution of type object within textureBaker
baking:fixedAtlasResolution boolean	texMapAutoScaling boolean	this is now the reverse, the default is also reversed to achieve the same behavior, part of textureBaker
baking:forceNormalRebaking boolean	❌	setting retired
baking:forcedDisplacementMax real	✨	will be re-introduced as part of a new displacement baker object
baking:forcedDisplacementMin real	✨	will be re-introduced as part of a new displacement baker object
baking:generateDisplacement boolean	✨	will be re-introduced as new displacement baker object
baking:generateNormal boolean	⦸	In 3DP this is now an object: normalMap baker, documentation here
baking:genericMapResolution integer	default integer	now driven by new setting for default texture resolution, part of bakingResolution of type object within textureBaker
baking:iridescenceMapResolution integer	iridescence integer	same behavior, part of bakingResolution of type object within textureBaker
baking:iridescenceThicknessMapResolution integer	iridescenceThickness integer	same behavior, part of bakingResolution of type object within textureBaker
baking:metallicMapResolution integer	metallic integer	same behavior, part of bakingResolution of type object within textureBaker
baking:normalMapResolution integer	normal integer	same behavior, part of bakingResolution of type object within textureBaker
baking:normalMapScale real	normalMapScale real	same behavior, part of object normalMap baker, documentation here
baking:occlusionMapResolution integer	occlusion integer	same behavior, part of bakingResolution of type object within textureBaker
baking:recomputeNormals boolean	recomputeNormals boolean	same behavior, part of object normalMap baker, documentation here
baking:roughnessMapResolution integer	roughness integer	same behavior, part of bakingResolution of type object within textureBaker
baking:sampleCount integer	sampleCount integer	same behavior, part of textureBaker
baking:sheenColorMapResolution integer	sheenColor integer	same behavior, part of bakingResolution of type object within textureBaker
baking:sheenRoughnessMapResolution integer	sheenRoughness integer	same behavior, part of bakingResolution of type object within textureBaker
baking:skipNormalsRoughnessThreshold real	skipNormalsRoughnessThreshold real	same behavior, part of object normalMap baker, documentation here
baking:specularColorMapResolution integer	specularColor integer	same behavior, part of bakingResolution of type object within textureBaker
baking:specularValueMapResolution integer	specularValue integer	same behavior, part of bakingResolution of type object within textureBaker
baking:tangentSpaceNormals boolean	tangentSpace boolean	same behavior, part of object normalMap baker, documentation here
baking:thicknessMapResolution integer	thickness integer	same behavior, part of bakingResolution of type object within textureBaker
baking:topologicalHolesToAlpha boolean	topologicalHolesToAlpha boolean	same behavior, part of textureBaker
baking:transmissionMapResolution integer	transmission integer	same behavior, part of bakingResolution of type object within textureBaker

Compact

caution

The compact command is discontinued with 3D Processor. All relevant settings and functionalities are now converted into or are themselves part of objects which cover specific aspects of the compact operation. The majority of these can now be found within the optimize processing category example: compact:aggregateUVs is now the object materialUVAggregator.

RC 6.x Setting and Type	3DP Setting and Type	additional info
compact:addUVsToTiledMeshes boolean	❌	setting retired
compact:aggregateUVs boolean	⦸	In 3DP this is now an object: materialUVAggregator, documentation here
compact:allowRectangularPOTTextures boolean	allowRectangularAtlases boolean	same behavior, part of uvAtlasGenerator documentation here
compact:animationSimplification string	simplification string	same behavior, part of animationOptimization, documentation here
compact:atlasingFactor integer	atlasFactor integer	same behavior, part of uvAtlasGenerator documentation here
compact:atlasingMode string	atlasMode string	same behavior, part of uvAtlasGenerator documentation here
compact:baseColorFlatTexThreshold integer	baseColor integer	same behavior, part of dropTextures, documentation here
compact:defaultFlatTexThreshold integer	default integer	same behavior, part of dropTextures, documentation here
compact:displacementFlatTexThreshold integer	displacement integer	same behavior, part of dropTextures, documentation here
compact:emissiveFlatTexThreshold integer	emissive integer	same behavior, part of dropTextures, documentation here
compact:materialNamingScript string	✨	will be re-introduced with v7.1 release
compact:metallicFlatTexThreshold integer	metallic integer	same behavior, part of dropTextures, documentation here
compact:nodeNamingScript string	✨	will be re-introduced with v7.1 release
compact:normalsFlatTexThreshold integer	normal integer	same behavior, part of dropTextures, documentation here
compact:occlusionFlatTexThreshold integer	occlusion integer	same behavior, part of dropTextures, documentation here
compact:pixelsPerUnitLength real	✨	will be re-introduced, automated by screensize object within modifier, documentation here
compact:powerOfTwoTextures string	powerOfTwoResolution string	same behavior, part of textureBaker, documentation here
compact:quality string	❌	setting retired
compact:removeInvisibleGeometry boolean	⦸	In 3DP this is now an object: occlusionCulling within meshCulling, documentation here
compact:removeSmallFeatures boolean	⦸	In 3DP this is now an object: smallFeatureCulling within meshCulling, documentation here
compact:roughnessFlatTexThreshold integer	roughness integer	same behavior, part of dropTextures, documentation here
compact:specularFlatTexThreshold integer	specularValue integer, specularColor integer	same behavior, part of dropTextures, documentation here
compact:splitMode string	❌	setting retired

Decimation

caution

The decimate command is already deprecated in RapidCompact 6.x (legacy) and is also discontinued with 3D Processor. All relevant settings and functionalities are now part of the decimator object within the optimize processing category.

RC 6.x Setting and Type	3DP Setting and Type	additional info
decimation:boundaryPreservationFactor real	boundaryPreservationFactor real	same behavior, part of decimator object, documentation here
decimation:collapseDistanceThreshold real	collapseDistanceThreshold real	same behavior, part of decimator object, documentation here
decimation:collapseUnconnectedVertices boolean	collapseUnconnectedVertices boolean	same behavior, part of decimator object, documentation here
decimation:defaultTarget string	⦸	In 3DP this is now an object Faces(Target), part of decimator object, documentation here
decimation:method string	method string	same behavior, part of decimator object, documentation here
decimation:preserveCommonMeshBorders boolean	preserveMeshBorders boolean	same behavior, part of decimator object, documentation here
decimation:preserveMaterialBorders boolean	preserveMaterialBorders boolean	same behavior, part of decimator object, documentation here
decimation:preserveNormals boolean	preserveNormals boolean	same behavior, part of decimator object, documentation here
decimation:preserveTiledUVs boolean	keepTiledUVs boolean	In 3DP this is now part of materialMerger object, which also can be part of the decimator object documentation here
decimation:preserveTopology boolean	preserveTopology boolean	same behavior, part of decimator object, documentation here
decimation:preserveUVs boolean	⦸	In 3DP this is now an object and can be activated as a oneOf choice within onlyMaterial or within the decimator, both are options within optimize
decimation:recomputeNormals boolean	❌	setting retired, in 3DP this is now triggered automatically if a decimation takes place and no UV or normal preservation is active.
decimation:tiledUVThreshold real	tilingThreshold real	In 3DP this is now part of materialMerger object, which also can be part of the decimator object documentation here

Export

RC 6.x Setting and Type	3DP Setting and Type	additional info
export:baseColorMapFormat string	baseColor (glTF) string	same behavior, now part of each specific 3D format's material settings, see example for the glTF format here
export:centerModel boolean	centerModel boolean	same behavior, part of export object, documentation here
export:clearcoatMapFormat string	clearcoat (glTF) string	same behavior, now part of each specific 3D format's material settings, see example for the glTF format here
export:clearcoatNormalMapFormat string	clearcoatNormal (glTF) string	same behavior, now part of each specific 3D format's material settings, see example for the glTF format here
export:clearcoatRoughnessMapFormat string	clearcoatRoughness (glTF) string	same behavior, now part of each specific 3D format's material settings, see example for the glTF format here
export:convertToMetalRough boolean	convertMetalRoughness (glTF) boolean	same behavior, now part of each specific 3D format's material settings, see example for the glTF format here
export:discardUnusedUVs boolean	unusedUVs boolean	same behavior, now part of discard object within export, documentation here
export:displacementMapFormat string	displacement string	same behavior, now part of each specific 3D format's material settings, see example for the usd format here
export:displacementToNormalMapAlpha boolean	displacementToNormalMapAlpha boolean	same behavior, now part of obj format's mtl settings, documentation here
export:emissiveMapFormat string	emissive (glTF) string	same behavior, now part of each specific 3D format's material settings, see example for the glTF format here
export:excludeTangents boolean	excludeTangents boolean	same behavior, now part of each specific 3D format's settings within export, see example for the glTF format here
export:fbxAxisSystem string	axisSystem string	same behavior, now part of fbx format's settings within export, documentation here
export:fbxNormalmapYFlip boolean	flipNormalmapY boolean	same behavior, now part of fbx format's settings within export, documentation here
export:fbxUnits string	units string	same behavior, now part of fbx format's settings within export, documentation here
export:fbxUnitsConversion boolean	unitConversion boolean	same behavior, now part of fbx format's settings within export, documentation here
export:forceDoubleSidedMaterials boolean	forceDoubleSidedMaterials (glTF) boolean	now part of each specific 3D format's settings within export, see example for the glTF format here
export:forceSeparateOcclusionMap boolean	separateOcclusionMap boolean	now part of each specific 3D format's settings within export, see example for the glTF format here
export:geometryCompression string	geometryCompression (glTF) string	same behavior, now part of glTF, glb, vrm's format's settings within export, documentation here
export:gltfIgnorePbrExtensions boolean	excludePbrExtensions boolean	same behavior, now part of glTF, glb, vrm's format's material settings within export, documentation here
export:iridescenceMapFormat string	iridescence (glTF) string	same behavior, now part of each specific 3D format's material settings, see example for the glTF format here
export:iridescenceThicknessMapFormat string	iridescenceThickness (glTF) string	same behavior, now part of each specific 3D format's material settings, see example for the glTF format here
export:jpgQuality integer	quality integer	same behavior, now part of each specific 3D format's material settings, under new object textureCompression see example for the glTF format here
export:jpgQualityNormals integer	qualityNormals integer	same behavior, now part of each specific 3D format's material settings, under new object textureCompression see example for the glTF format here
export:ktxCompressionSpeed integer	compressionSpeed integer	same behavior, now part of each specific 3D format's material settings, under new object textureCompression see example for the glTF format here
export:ktxQuality integer	quality integer	same behavior, now part of each specific 3D format's material settings, under new object textureCompression see example for the glTF format here
export:maxBaseColorMapResolution integer	baeColor (glTF) integer	same behavior, now part of each specific 3D format's material settings, see example for the glTF format's maxTextureResolution here
export:maxClearcoatMapResolution integer	clearcoat (glTF) integer	same behavior, now part of each specific 3D format's material settings, see example for the glTF format's maxTextureResolution here
export:maxClearcoatNormalMapResolution integer	clearcoatNormal (glTF) integer	same behavior, now part of each specific 3D format's material settings, see example for the glTF format's maxTextureResolution here
export:maxClearcoatRoughnessMapResolution integer	clearcoatRoughness (glTF) integer	same behavior, now part of each specific 3D format's material settings, see example for the glTF format's maxTextureResolution here
export:maxDisplacementMapResolution integer	displacement integer	same behavior, now part of each specific 3D format's material settings, see example for the glTF format's maxTextureResolution here
export:maxEmissiveMapResolution integer	emissive (glTF) integer	same behavior, now part of each specific 3D format's material settings, see example for the glTF format's maxTextureResolution here
export:maxGenericMapResolution integer	❌	setting retired
export:maxIridescenceMapResolution integer	iridescence (glTF) integer	same behavior, now part of each specific 3D format's material settings, see example for the glTF format's maxTextureResolution here
export:maxIridescenceThicknessMapResolution integer	iridescenceThickness (glTF) integer	same behavior, now part of each specific 3D format's material settings, see example for the glTF format's maxTextureResolution here
export:maxMetallicMapResolution integer	metallicRoughness (glTF) integer	same behavior, now part of each specific 3D format's material settings, see example for the glTF format's maxTextureResolution here
export:maxNormalMapResolution integer	normal (glTF) integer	same behavior, now part of each specific 3D format's material settings, see example for the glTF format's maxTextureResolution here
export:maxOcclusionMapResolution integer	occlusion (glTF) integer	same behavior, now part of each specific 3D format's material settings, see example for the glTF format's maxTextureResolution here
export:maxRoughnessMapResolution integer	metallicRoughness (glTF) integer	same behavior, now part of each specific 3D format's material settings, see example for the glTF format's maxTextureResolution here
export:maxSheenColorMapResolution integer	sheenColor (glTF) integer	same behavior, now part of each specific 3D format's material settings, see example for the glTF format's maxTextureResolution here
export:maxSheenRoughnessMapResolution integer	sheenRoughness (glTF) integer	same behavior, now part of each specific 3D format's material settings, see example for the glTF format's maxTextureResolution here
export:maxSpecularMapResolution integer	specular (glTF) integer	same behavior, now part of each specific 3D format's material settings, see example for the glTF format's maxTextureResolution here
export:maxThicknessMapResolution integer	thickness (glTF) integer	same behavior, now part of each specific 3D format's material settings, see example for the glTF format's maxTextureResolution here
export:maxTransmissionMapResolution integer	transmission (glTF) integer	same behavior, now part of each specific 3D format's material settings, see example for the glTF format's maxTextureResolution here
export:metallicMapFormat string	metallicRoughness (glTF) string	same behavior, now part of each specific 3D format's material settings, see example for the glTF format here
export:mipmapCount integer	mipmapCount integer	same behavior, now part of ktx format's textureCompression settings see documentation here
export:normalMapFormat string	normal (glTF) string	same behavior, now part of each specific 3D format's material settings, see example for the glTF format here
export:occlusionMapFormat string	occlusion (glTF) string	same behavior, now part of each specific 3D format's material settings, see example for the glTF format here
export:overrideMaterials string	❌	setting retired, now superseded by defaultMaterial settings within materialReplacer in 3D Edit section
export:preferBinaryFormat boolean	preferBinaryFormat boolean	same behavior, now part of fbx format's settings within export, documentation here
export:preferredUVChannel integer	preferredUVChannel integer	same behavior, now part of obj format's settings, documentation here
export:preserveTextureFilenames boolen	preserveTextureFilenames boolean	same behavior, part of each export slot object within export, documentation here
export:roughnessMapFormat string	metallicRoughness (glTF) string	same behavior, now part of each specific 3D format's material settings, see example for the glTF format here
export:scaling real	scalingFactor real	same behavior, now part of modelEdit object within 3D Edit section, documentation here
export:sheenColorMapFormat string	sheenColor (glTF) string	same behavior, now part of each specific 3D format's material settings, see example for the glTF format here
export:specGlossMapFormat string	specularGlossiness (glTF) string	same behavior, now part of each specific 3D format's material settings, see example for the glTF format here
export:specularMapFormat string	specular (glTF) string	same behavior, now part of each specific 3D format's material settings, see example for the glTF format here
export:textureCopyPolicy string	reencodeTextures string	similar behavior, different string arguments, now part of each export slot object within export, documentation here
export:textureMapFilePrefix string	textureMapFilePrefix string	same behavior, now part of each export slot object within export, documentation here
export:textureNamingScript string	✨	will be re-introduced with v7.1 release
export:thicknessMapFormat string	thickness (glTF) string	same behavior, now part of each specific 3D format's material settings, see example for the glTF format here
export:transmissionMapFormat string	transmission (glTF) string	same behavior, now part of each specific 3D format's material settings, see example for the glTF format here
export:uastcQuality string	uastcQuality string	same behavior, now part of each specific 3D format's material settings, under new object textureCompression see example for the glTF format here
export:unlitMaterials boolean	forceUnlitMaterials boolean	same behavior, now part of glTF format's material settings, see documentation here
export:usdProfile string	usdProfile string	same behavior, now part of usd format's settings within export, documentation here
export:usdUnits string	usdUnits string	same behavior, now part of usd format's settingswithin export, documentation here
export:webpQuality integer	quality integer	same behavior, now part of each specific 3D format's material settings, under new object textureCompression see example for the glTF format here
export:webpQualityNormals integer	qualityNormals integer	same behavior, now part of each specific 3D format's material settings, under new object textureCompression see example for the glTF format here

flattening

RC 6.x Setting and Type	3DP Setting and Type	additional info
flattening:mode string	mode string	same behavior, now part of sceneGraphFlattening object, documentation here
flattening:preservedSceneDepth integer	preservedSceneDepth integer	same behavior, now part of sceneGraphFlattening object, documentation here

general

RC 6.x Setting and Type	3DP Setting and Type	additional info
general:maxConcurrentThreads integer	maxConcurrentThreads integer	same behavior, now part of system schema, documentation here
general:normalsComputationMethod string	computationMethod string	same behavior, now part of meshNormals object within 3D Edit section, documentation here
general:normalsHardAngleDeg real	hardAngleThreshold real	same behavior, now part of meshNormals object within 3D Edit section, documentation here

geoCompression

RC 6.x Setting and Type	3DP Setting and Type	additional info
geoCompression:boneWeightQuantization integer	boneWeightsQuantization integer	same behavior, now part of draco mesh compression within glTF format object in export section, documentation here
geoCompression:normalQuantization integer	normalQuantization integer	same behavior, now part of draco mesh compression within glTF format object in export section, documentation here
geoCompression:positionQuantization integer	positionQuantization integer	same behavior, now part of draco mesh compression within glTF format object in export section, documentation here
geoCompression:uvQuantization integer	uvQuantization integer	same behavior, now part of draco mesh compression within glTF format object in export section, documentation here

import

RC 6.x Setting and Type	3DP Setting and Type	additional info
import:alphaMapBlendToMaskThreshold real	alphaBlendToMaskThreshold real	same behavior, now part of materialEdit object in 3dEdit section, documentation here
import:alphaMapToOpaqueThreshold real	alphaMapToOpaqueThreshold real	same behavior, now part of materialEdit object in 3dEdit section, documentation here
import:discardAnimations boolean	animations boolean	same behavior, now part of discard object within import section, documentation here
import:discardCameras boolean	cameras boolean	same behavior, now part of discard object within import section, documentation here
import:discardLights boolean	lights boolean	same behavior, now part of discard object within import section, documentation here
import:discardMorphTargets boolean	morpTargets boolean	same behavior, now part of discard object within import section, documentation here
import:discardUnusedUVs boolean	unusedUVs boolean	same behavior, now part of discard object within import section, documentation here
import:fbxNormalmapYFlip boolean	normalmapYFlip boolean	same behavior, now part of general object within import section, documentation here
import:maxCADTessellationDeviation real	❌	retired in facor of new tessellationResolution setting within CAD object in import section, documentation here
import:recomputeNormals boolean	recomputeInputNormals boolean	same behavior, now part of meshNormals object in 3dEdit section, documentation here
import:restrictToSubfolders boolean	restrictToSubfolders boolean	same behavior, now part of system schema, documentation here
import:rotateZUp boolean	rotateZUp boolean	same behavior, now part of general object within import section, documentation here
import:usdProfile string	profile string	same behavior, now part of USD object within import section, documentation here

inpainting

RC 6.x Setting and Type	3DP Setting and Type	additional info
inpainting:radius real	inpaintingRadius real	same behavior, now part of textureBaker object within optimize section, documentation here

logging

RC 6.x Setting and Type	3DP Setting and Type	additional info
logging:infoLevel integer	infoLevel integer	same behavior, now part of streams object in system schema, documentation here

material

RC 6.x Setting and Type	3DP Setting and Type	additional info
material:defaultBaseColor string	baseColor array	same behavior, now part of defaultMaterial object within 3dEdit section, documentation here
material:defaultMetallic real	metallic real	same behavior, now part of defaultMaterial object within 3dEdit section, documentation here
material:defaultRoughness real	roughness real	same behavior, now part of defaultMaterial object within 3dEdit section, documentation here

packing

RC 6.x Setting and Type	3DP Setting and Type	additional info
packing:pixel_distance integer	packingPixelDistance integer	same behavior, now part of uvAtlasGenerator object within 3dEdit and optimize sections, documentation here (3D Edit) and here (optimize)
packing:resolution integer	packingResolution integer	same behavior, now part of uvAtlasGenerator object within 3dEdit and optimize sections, documentation here (3D Edit) and here (optimize)

remeshing

RC 6.x Setting and Type	3DP Setting and Type	additional info
remeshing:enabled boolean	boolean	In 3DP this is now an object remesher, part of the optimize section, documentation here
remeshing:method string	method string	same behavior, now part of remesher object in optimize section, documentation here
remeshing:resolution integer	resolution integer	same behavior, now part of remesher object in optimize section, documentation here

rendering

RC 6.x Setting and Type	3DP Setting and Type	additional info
rendering:IBLBackgroundBlur integer	IBLBackgroundBlur integer	same behavior, now part of streams object in rendering settings and schema, documentation here
rendering:IBLFilePath string	IBLFilePath string	same behavior, now part of streams object in rendering settings and schema, documentation here
rendering:IBLIntensity integer	IBLIntensity integer	same behavior, now part of streams object in rendering settings and schema, documentation here
rendering:background string	background string	same behavior, now part of streams object in rendering settings and schema, documentation here
rendering:cameraPosition string	cameraPosition array	same behavior, now part of streams object in rendering settings and schema, documentation here
rendering:cameraUpVector string	cameraUpVector array	same behavior, now part of streams object in rendering settings and schema, documentation here
rendering:cameraVerticalFOVDeg integer	cameraVerticalFOVDeg integer	same behavior, now part of streams object in rendering settings and schema, documentation here
rendering:cameraViewVector string	cameraViewVector array	same behavior, now part of streams object in rendering settings and schema, documentation here
rendering:disableEnvMap boolean	disableEnvMap boolean	same behavior, now part of streams object in rendering settings and schema, documentation here
rendering:enableDropShadow boolean	enableDropShadow boolean	same behavior, now part of streams object in rendering settings and schema, documentation here
rendering:imageHeight integer	imageHeight integer	same behavior, now part of streams object in rendering settings and schema, documentation here
rendering:imageWidth integer	imageWidth integer	same behavior, now part of streams object in rendering settings and schema, documentation here
rendering:sampleCount integer	sampleCount integer	same behavior, now part of streams object in rendering settings and schema, documentation here
rendering:shadingMode string	shadingMode string	same behavior, now part of streams object in rendering settings and schema, documentation here
rendering:showBackFaces boolean	showBackFaces boolean	same behavior, now part of streams object in rendering settings and schema, documentation here
rendering:toneMapper string	toneMapper string	same behavior, now part of streams object in rendering settings and schema, documentation here

segmentation

RC 6.x Setting and Type	3DP Setting and Type	additional info
segmentation:chartAngleDeg real	real	same behavior, now part of uvAtlasGenerator object within 3dEdit and optimize sections, documentation here (3D Edit) and here (optimize)
segmentation:cutAngleDeg real	real	same behavior, now part of uvAtlasGenerator object within 3dEdit and optimize sections, documentation here (3D Edit) and here (optimize)
segmentation:maxPrimitivesPerChart integer	integer	same behavior, now part of uvAtlasGenerator object within 3dEdit and optimize sections, documentation here (3D Edit) and here (optimize)

unwrapping

RC 6.x Setting and Type	3DP Setting and Type	additional info
unwrapping:cutOverlappingPieces boolean	cutOverlappingPieces boolean	same behavior, now part of uvAtlasGenerator object within 3dEdit and optimize sections, documentation here (3D Edit) and here (optimize)
unwrapping:maxAngleErrorDeg real	maxAngleError real	same behavior, now part of uvAtlasGenerator object within 3dEdit and optimize sections, documentation here (3D Edit) and here (optimize)
unwrapping:method string	method string	same behavior, now part of uvAtlasGenerator object within 3dEdit and optimize sections, documentation here (3D Edit) and here (optimize)

visibility

RC 6.x Setting and Type	3DP Setting and Type	additional info
visibility:diffusion string	diffusion string	same behavior, now part of occlusionCulling object within meshCulling section, documentation here
visibility:perMesh boolean	perMesh boolean	same behavior, now part of occlusionCulling object within meshCulling section, documentation here
visibility:quality string	quality string	same behavior, now part of occlusionCulling object within meshCulling section, documentation here

Conversion Script (BETA)

The conversion script is able to batch convert RapidCompact CLI commands and JSON settings files into 3D Processor CLI commands and JSON settings files. The script is python based.

info

GitHub Repo available with 3D Processor v7.1.0 release (announced here)

Current Limitations

RapidCompact Legacy Commands and support status within the conversion script (converted input):

Command	Description	Support Status	additional info
-i [ --import ]	imports an asset from a file	✅	multiple occurances in one legacy commandline are converted into multiple 3DP command lines
-e [ --export ]	exports an asset to a file	✅	converted into 3DP v7.0.x-7.1.x export slots (json settings file)
-p [ --print_info ]	prints information about the current 3D asset	⦸	no conversion needed
-c [ --compact ]	turns the current asset into a simplified, textured representation	✅	multiple occurances in one legacy commandline are converted into multiple 3DP command lines
-s [ --set ]	sets the setting with the given name to the given value	✅	no direct command equivalent, converted into the respective section (json settings file)
--read_config	reads and apply the given config file	⦸	no conversion needed
--write_config	writes current settings to the given config file	⦸	no conversion needed, see remarks in the commands section above
--write_info	writes information about the current 3D asset to a JSON file	⦸	no conversion needed
--write_metrics	writes metrics to a file using this ID	⦸	no conversion needed
--render_image	renders an image of the current asset to a file	✅	see remarks in the rendering commands section above
--render_turntable	renders a turntable-like image series to a directory	✅	see remarks in the rendering commands section above
--pop	removes the current 3D asset from the stack	✅	multiple occurances in one legacy commandline might trigger conversion into multiple 3DP command lines
--remove_invisible_geometry	removes geometry that cannot be seen from the asset	❌
--remove_small_features	removes lumps of geometry [...]	❌
--remove_duplicate_vertices	removes duplicated vertices from the asset	❌
-g [ --get ]	gets the value of the given setting and prints it	❌
--duplicate	duplicates the current 3D asset on the stack	❌
--scale	scales the current 3D asset on the stack using units relative to the asset	❌
--flatten	flattens (combining meshes and transformations) the 3D asset at the top of the stack	❌
--export_web	exports to a directory with HTML 3D viewer	❌

Future Updates

• Reintroduction of --export command, which enables to dynamically specify one or more output file format(s) as well as output file name(s) (e.g. --export output.glb --export output.usdz)
• Allow for direct ingestion and conversion of most legacy RapidCompact (v1-6) JSON configuration settings files and selected legacy commands into 3D Processor CLI v7.x