Use CLI commands to automate your workflow and make iterative processing easier.
Add images to your project or change the project/instance settings.
| Command Name | Required Parameter | Optional Parameter | Description |
|---|---|---|---|
| headless | Hides user interface. Find more about this command here. | ||
| newScene | Create a new empty scene. | ||
| load | MyProject.rcproj | recoverAutosave|deleteAutosave |
Load an existing project from the MyProject.rcproj file. Use optional parameters to define the action if there is an autosaved file present for this project. Using recoverAutosave will open the autosaved project, while deleteAutosave will delete the autosaved project and load the original one.
More information about the Autosave feature can be found here. To set the preference globally for all projects, use set command with appAutoSaveCliHandling key. Find more information in the section CLI Settings Keys & Values. |
| save | MyProject.rcproj | Save the current project to its original location or save as MyProject.rcproj. | |
| start | Run the processes configured for the Start button. Adjust these settings in Application Settings under Start button settings. | ||
| unlockPPIProject | myProject.rcproj | Save and unlock your PPI projects to make them compatible for use with the latest RealityCapture versions. Use the whole path with the project's name and extension where you want to store the unlocked project. | |
| add | imageName | Add an image or image list. | |
| addFolder | folderName | Add all images to the specified folder. To include subdirectories, use the command set with a key appIncSubdirs as follows: -set "appIncSubdirs=true". Find more information in the section CLI Settings Keys & Values. | |
| importVideo | videoFileName extractedVideoFramesLocation jumpsLength |
Import frames extracted from a video (videoFileName including the path). The frames are extracted into a folder (extractedVideoFramesLocation) using an interval between frames defined by the jumpsLength (in seconds). | |
| importLeicaBlk3D | fileName | Import image sequence with .cmi extension (fileName including path) captured by Leica BLK3D. | |
| importLaserScan | laserscanName | params.xml | Add a laser scan or a laser-scan list using the current settings or the settings from the params.xml file (optional parameter). You can export these settings from the application in the Laser Scan Import dialog. |
| importLaserScanFolder | folderName | params.xml | Add all laser scans in the specified folder using settings from the params.xml file. You can export these settings from the application in the Laser Scan Import dialog. |
| importHDRimages | fileName|folderName|imageList | params.xml | Import HDR image (imageName), list of images (imageList) or all images from a folder (folderName) using the current settings or the settings from params.xml. You can export these settings from the application in the 16-bit/HDR Images Import dialog. |
| addImageWithCalibration | fileName xmpFileName |
Import an image as well as the corresponding XMP file. Use whole paths to the files. | |
| importImageSelection | fileName | Select some scene images and/or laser scans listed in a file (filename including the path). | |
| selectImage | imagePath|regexp | Select a specified image (imagePath) or images defined by regular expression (regexp). See examples here. | |
| selectAllImages | Select all images in the project. | ||
| deselectAllImages | Deselect all images in the project. | ||
| invertImageSelection | Invert the current image selection. | ||
| removeCalibrationGroups | Clear all inputs from their calibration groups. | ||
| setImageLayer | index pathImage layerType | Set the layer from the image defined with the pathImage parameter (path to the layer image) to the image defined with the index parameter. The index corresponds to the image order in the 1Ds view, starting at 0 (zero). The layerType parameter defines which layer to set onto the chosen image (e.g., mask, texture). | |
| setImagesLayer | pathImage layerType | Set the layer from the image defined with the pathImage parameter (path to the layer image) to the selection of images. The layerType parameter defines which layer to set onto the selected images (e.g., mask, texture). | |
| removeImageLayer | layerType | Remove the layers corresponding to the layerType parameter (e.g. mask, texture) from the selected images. | |
| importCache | folderName | Import resource cache data from a specified folder. | |
| clearCache | Clear the application cache. You must save the project before clearing the application cache. | ||
| execRCCMD | Commands.rccmd | Execute commands listed in the .rccmd file. You can find the instructions on how to write the file in the section Commands Outside Command Prompt. | |
| quit | Quit the application. |
The following ones enable you to set some preferences for further processing of images.
| Command Name | Required Parameter | Optional Parameter | Description |
|---|---|---|---|
| setFeatureSource | 0|1|2 |
Define a feature source mode for the selected images: 0 – Merge using overlaps, 1 – Use component features, 2 – Use all image features. |
|
| enableAlignment | true|false | Enable/disable selected images in the registration process. | |
| enableMeshing | true|false | Enable/disable selected images in the model computation/meshing. | |
| enableTexturingAndColoring | true|false | Enable/disable selected images during the coloring and texture calculation. | |
| setWeightInTexturing | <0,1> | Set weight for selected images during the coloring and texture calculation. | |
| enableColorNormalizationReference | true|false | Set selected images as color references in the color normalization process. The colors for these images will not be changed. | |
| enableColorNormalization | true|false | Enable or disable selected images in the color normalization process. | |
| setDownscaleForDepthMaps | integer | Set a downscale factor for depth-map computation for the selected images. | |
| enableInComponent | true|false | Enable selected images in meshing and continue. Applicable only for the registered images. | |
| setCalibrationGroupByExif | Set the calibration group of all inputs based on their Exif. | ||
| setConstantCalibrationGroups | Group all selected inputs into a single calibration group. | ||
| lockPoseForContinue | true|false | Set relative camera pose unchanged for the selected images during the next registration. Applicable only for the registered images. | |
| setPriorCalibrationGroup | number |
Set a prior calibration group for the selected images: -1 - do not group, another number - group into the same calibration group. |
|
| setPriorLensGroup | number | Set a prior lens group for the selected images. Using -1 means do not group; any other number means to group the selected images into the same distortion group. | |
| editInputSelection | "key=value" | Edit the settings of the selected inputs based on the value in the Selected inputs panel or its key. More information can be found here. |
You can use these commands to delegate actions to a certain RealityCapture instance. You can find out more about the delegation of commands here.
| Command Name | Required Parameter | Optional Parameter | Description |
|---|---|---|---|
| setInstanceName | instanceName | Assign a name to a RealityCapture instance. | |
| delegateTo | instanceName|* | Delegate a command or a sequence of commands to a specific instance of RealityCapture (instanceName) or to the first available instance (using the * symbol as a parameter). | |
| waitCompleted | instanceName|* | Pause execution of other commands until the current process is finished in a specified instance of RealityCapture (instanceName) or in the first available instance (using the * as a parameter). | |
| getStatus | instanceName|* | Return the progress status of a running process in a specified instance of RealityCapture (instanceName) or in the first available instance (using the * symbol as a parameter). | |
| pauseInstance | instanceName|* | Pause a currently running process in a specified instance of RealityCapture (instanceName) or in the first available instance (using the * symbol as a parameter). | |
| unpauseInstance | instanceName|* | Unpause a currently paused process in a specified instance of RealityCapture (instanceName) or in the first available instance (using the * symbol as a parameter). | |
| abortInstance | instanceName|* | Abort a currently running process in a specified instance of RealityCapture (instanceName) or in the first available instance (using the * symbol as a parameter). If processing is done using the CLI commands, all processes after the running process will also be aborted. |
The following commands can be used to calculate camera poses and calibration and to handle components and control points.
| Command Name | Required Parameter | Optional Parameter | Description |
|---|---|---|---|
| align | Align images using the current settings. | ||
| draft | Align images in the draft mode using the current settings. | ||
| update | Update all components and models by a rigid transformation to fit the actual constraints and control points. | ||
| detectFeatures | Run feature detection according to the alignment settings. Detected features will be saved in the application cache. | ||
| mergeComponents | Merge already created components. When using this command, no new images are added to the existing components. | ||
| exportXMP | params.xml |
Export camera metadata of components created in the last alignment in the XMP format using the current settings or the settings from params.xml file (optional parameter).
You can export this file from the XMP metadata export dialog. The components must fulfill the condition defined by the command setMinComponentSize. NOTE: XMP files are stored in the same folder as the respective images. |
|
| exportXMPForSelectedComponent |
Export camera metadata of a selected component in XMP format using the current settings. An example is available in the paragraph "Metadata (XMP) Export Settings" below. NOTE: XMP files are stored in the same folder as the respective images. |
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| importComponent | component.rcalign | Import a component from the component.rcalign file. | |
| exportLatestComponents | folderName | Export components created in the last alignment as RealityCapture Alignment Components (.rcalign) into a specified folder. The components must fulfill the condition defined by the command setMinComponentSize. | |
| setMinComponentSize | size | Specify the minimal component size for export when using the exportLatestComponents and exportXMP commands. The default value is 5. | |
| exportSelectedComponentDir | folderName | Export the selected component into a folder (folderName including the path) as a RealityCapture Alignment Component (.rcalign). | |
| exportSelectedComponentFile | fileName | Export the selected component into a RealityCapture Alignment Component file. | |
| exportRegistration | fileName | params.xml | Export registration to a specified file using the current settings or the settings from the params.xml file (optional parameter). You can export these settings from the application in the Export Registration dialog. |
| exportUndistortedImages | folderName | params.xml | Export undistorted images into a specified folder using the current settings or the settings from the params.xml file (optional parameter). You can export these settings from the application in the Export Registration dialog. |
| exportSTMap | folderName params.xml | Export ST maps for the selected images. If folderName and params.xml are not specified, results are stored along with the original images using the current settings. You can export the settings file from the application in the Export Registration dialog. | |
| exportSparsePointCloud | fileName | params.xml | Export 3D tie points (a sparse point cloud) into a specified file (fileName including the path and format extension) using the current settings or the settings from the params.xml file (optional parameter). You can export these settings from the application within the Export Point Cloud dialog. |
| selectComponent | componentName | Select a component with the specified name (componentName) for further processing. | |
| selectMaximalComponent | Select the largest component for further processing. | ||
| selectComponentWithLeastReprojectionError | Select the component with the smallest reprojection error, based on the calculated Mean error [pixels], for further processing. | ||
| renameSelectedComponent | newComponentName | Rename the currently selected component. | |
| deleteSelectedComponent | Delete the currently selected component. | ||
| deleteComponent | index | Delete a component based on the chosen index. Keep in mind that index numbers start at 0 (zero). | |
| deleteAllComponents | Delete all components. | ||
| importFlightLog | flFileName | params.xml | Import a flight log using the current settings or the settings from the params.xml file (optional parameter). You can export these settings from the application in the Import Flight Log dialog. |
| importGroundControlPoints | gcpFileName | params.xml | Import ground control points using the current settings or the settings from the params.xml file (optional parameter). You can export these settings from the application in the Export Ground Control Points dialog. |
| importControlPointsMeasurements | cpmFileName | params.xml | Import measurements of control points (CPs) using the current settings or the settings from the params.xml file (optional parameter). You can export these settings from the application in the Export Control Points Measurements dialog. |
| editControlPointSelection | "key=value" | Edit the settings/parameters of the selected control points based on the value in the Selected control point(s) panel or its key. More information can be found here. | |
| deleteControlPoint | index | Delete a selected control point. If an optional parameter index is used, a control point with a corresponding index will be removed. Index numbers start at 0 (zero) and follow the order of control points in the 1Ds view. | |
| deleteControlPointMeasurement | Remove selected control point measurements (images assigned to a control point). Images have to be selected in the 1Ds view under the corresponding control point. | ||
| exportGroundControlPoints | gcpFileName | params.xml | Export ground control points using the current settings or the settings from the params.xml file (optional parameter). You can export these settings from the application in the Export Ground Control dialog. |
| exportControlPointsMeasurements | cpmFileName | params.xml | Export measurements of control points using the current settings or the settings from the params.xml file (optional parameter). You can export these settings from the application in the Export Control Points Measurements dialog when pressing the Shift key together with the button Control Points in the Export part of the Alignment tab. |
| defineDistance | PointNameA PointNameB distance | constraintName | Define a distance constraint between two control points. If constraintName is not defined, the distance name is created automatically. Alternatively, you can load distance constraints from a file (see below). |
| defineDistance | fileName | params.xml | Import a distance constraint from a file (filename including path) using the current settings or the settings from the params.xml file (optional parameter). You can export these settings from the application in the Import Distance Definitions dialog. The list of supported formats distancedefinitions.xml can be found in the installation folder. |
| editConstraintSelection | "key=value" | Edit the settings/parameters of the selected constraints based on the value in the Selected constraint(s) panel or its key. More information can be found here. | |
| deleteConstraint | Remove selected distance constraints. Constraints have to be selected in the 1Ds view. | ||
| detectMarkers | params.xml | Detect markers in images using the current settings or the settings from the params.xml file (optional parameter). You can export these settings from the Detect Markers tool in the application. | |
| setCamerasGravityDirection | componentID | If the image's XMP file contains gravity information (xcr:Gravity), the component will be rotated so the -z vector is in the direction of the gravity vector. This does not apply to the dense point cloud (mesh/model), only to the sparse point cloud (alignment). Will apply to the selected component or to the component defined with the optional parameters (component ID). |
These commands can be used to calculate models and perform coloring and texturing.
| Command Name | Required Parameter | Optional Parameter | Description |
|---|---|---|---|
| resetGround | Set the ground plane back to its original orientation and position. | ||
| setGroundPlaneFromReconstructionRegion | Automatically center a model using a reconstruction region into the middle of the grid, adjusting both rotation and transformation. | ||
| setReconstructionRegionAuto | Set a reconstruction region automatically. | ||
| setReconstructionRegion | box.rcbox | Import a reconstruction region from the box.rcbox file. | |
| setReconstructionRegionOnCPs | controlPoint controlPoint controlPoint controlPoint|heightValue |
Set a reconstruction region on existing control points. Three control points define the base of the region, and the height of the region is defined by the fourth control point or by entering the height value. You can find more about this command in the examples here. | |
| scaleReconstructionRegion | scaleX scaleY scaleZ |
origin|center absolute|factor | Scale the reconstruction region in each axis (scaleX, scaleY, and scaleZ). Scale parameters can be treated either as absolute values (absolute) or scale factors (factor) from the center of the region (center) or its origin (origin) defined by the first control point when using setReconstructionRegionOnCPs command. Default values are "absolute" and "center". You can find more about this command in the examples here. |
| moveReconstructionRegion | moveX moveY moveZ |
Move the reconstruction region along the region's axes. The values are in the coordinate system’s units. You can find more about this command in the examples here. | |
| rotateReconstructionRegion | rotateX rotateY rotateZ |
Rotate the reconstruction region around its axes. All values are in degrees. You can find more about this command in the examples here. | |
| offsetReconstructionRegion | offsetX offsetY offsetZ |
Offset the reconstruction region on its axes by the values of its dimensions. You can find more about this command in the examples here. | |
| exportReconstructionRegion | box.rcbox | Export a reconstruction region to the box.rcbox file. | |
| calculatePreviewModel | Calculate 3D mesh in the preview quality. | ||
| calculateNormalModel | Calculate 3D mesh in the normal quality. | ||
| calculateHighModel | Calculate 3D mesh in the highest quality. | ||
| continueModelCalculation | If the model calculation was paused or if there was a crash, it is possible to continue the calculation using this command. Find more about this command here. |
When you have successfully created a model, you can use these tools to process it further by means of the command line.
| Command Name | Required Parameter | Optional Parameter | Description |
|---|---|---|---|
| selectModel | modelName | Select a model with the specified name (modelName). | |
| deleteSelectedModel | Delete the currently selected model. | ||
| duplicateSelectedModel | Duplicate the selected model (including textures). | ||
| renameSelectedModel | newModelName | Rename the currently selected model. | |
| correctColors | layerName | Run color correction for all layers or a specified layer (layerName) in the selected component. | |
| unwrap | params.xml | Calculate the unwrap of a model using the current settings or the settings from the params.xml (optional parameter). You can export these settings from the Unwrap tool in the application. | |
| calculateTexture | params.xml | Calculate texture using the current settings or the settings from the params.xml file (optional parameter). You can export these settings from the Color and Texture Settings panel in the application. | |
| reprojectTexture | sourceModel resultModel | params.xml | Reproject texture from a textured model (sourceModel) to an unwrapped model (resultModel) using the current settings or the settings from the params.xml file (optional parameter). sourceModel and resultModel are model names from the application. You can export these settings from the Texture Reprojection tool in the application. |
| calculateVertexColors | Calculate coloring using the current settings. | ||
| calculatePreviewVertexColors | Calculate draft coloring using the current settings. | ||
| simplify | targetTriangleCount or params.xml | Simplify a selected model using the current settings (use it without any parameters) to the selected triangle count (targetTriangleCount) or using the settings from the params.xml file. You can export these settings from the Simplify Tool in the application. | |
| smooth | params.xml | Smooth a selected model using the current settings or the settings from the params.xml file. You can export these settings from the Smoothing tool in the application. | |
| closeHoles | maxEdgesCount | Close model holes using the current settings or a specified maximal number of edges (maxEdgesCount). | |
| cleanModel | Clean the selected model: remove non-manifold edges and vertices, close small holes, etc. | ||
| selectTrianglesInsideReconReg | Select triangles inside the reconstruction region. | ||
| selectTrianglesOutsideReconReg | Select triangles outside the reconstruction region. | ||
| selectMarginalTriangles | Select triangles that enclose the volume but are not part of the current reconstruction. | ||
| selectLargeTrianglesAbs | edgeSizeThreshold | Select triangles with edge lengths larger than the threshold (edgeSizeThreshold). | |
| selectLargeTrianglesRel | edgeSizeThreshold | Select triangles with an edge length larger than the threshold (edgeSizeThreshold) multiplied by the average edge length. | |
| selectLargestModelComponent | Select triangles that belong to the largest connected component of the model. | ||
| invertTrianglesSelection | Invert a selection of triangles. | ||
| deselectModelTriangles | Deselect all model triangles. | ||
| removeSelectedTriangles | Create a new model with selected triangles left out (the same behavior as achieved with the Filter Selection tool). | ||
| cutByBox | inner|outer | fillHoles | Filter out the triangles inside or outside of the reconstruction region. The required parameter defines which triangles will be filtered out, and the optional parameter fillHoles determines if the cut holes will be filled (can be set to true or false, corresponding to the Yes and No values). If the optional parameter is not chosen, the default value will be used (Yes). This tool creates a new model. |
| exportModel | modelName fileName | params.xml | Export a model (modelName from the project) as a file (fileName including path and file extension) using the current settings or the settings from the params.xml (optional parameter). You can export the file from the Export model dialog. |
| exportSelectedModel | fileName | params.xml | Export the selected model as a file (fileName including path and file extension) using the current settings or the settings from the params.xml (optional parameter). You can export the file from the Export model dialog. |
| importModel | fileName | Import a model from a file (fileName including path). | |
| calculateOrthoProjection | params.rcortho | Calculate an orthographic projection using settings from the params.rcortho file. Instructions on how to obtain the file can be found here. | |
| selectOrthoProjection | orthoName | Select an orthographic projection with the specified name (orthoName). | |
| editOrthoProjectionSelection | "key=value" | Edit the settings/parameters of the selected ortho projections based on the value in the Selected ortho photo(s) panel or its key. More information can be found here. | |
| exportOrthoProjection | fileName params.xml | Export selected orthographic projection (image, DSM or DTM) into a file (fileName including file path and the file extension) using settings from the params.xml file. You can export the parameters file from the Export Ortho Photo, Export Digital Surface Model, and Export Digital Terrain Model dialog. | |
| calculateCrossSections | step axis | Calculate Cross Sections either using current settings or by setting the axis (local axis of reconstruction region) and the step between each cross section. | |
| exportCrossSections | fileName | params.xml | Export selected cross sections as a file (fileName including path and file extension) using the current settings or the settings from the params.xml (optional parameter). You can export the file from the Export Cross Sections dialog. |
| renameCrossSections | crossSectionsName | Rename selected cross sections. | |
| selectCrossSections | crossSectionsName | Select cross sections by name. | |
| computeContours | params.xml | Compute contours for the selected Ortho using the current settings or the settings from the params.xml file (optional parameter). You can export these settings from the Contours Tool in the application. | |
| exportContours | fileName | params.xml | Export selected contours as a file (fileName including path and file extension) using the current settings or the settings from the params.xml (optional parameter). You can export the file from the Export Contours dialog. |
| renameContours | contoursName | Rename selected contours. | |
| selectContours | contoursName | Select contours by name. | |
| exportShapes | fileName | params.xml | Export selected shapes as a file (fileName including path and file extension .json) using the current settings or the settings from the params.xml (optional parameter). You can export the file from the Export Shapes dialog. |
| importShapesToSelectedOrtho | fileName mosaicing|measurements | Import shapes from a file (fileName including path and file extension) to the selected ortho. Their type will be defined based on which shape-creating tool is activated: Measure or Enhance Mosaic. | |
| importShapesToOrtho | fileName orthoProjectionName mosaicing|measurements | Import shapes from a file (fileName including path and file extension) to ortho (orthoProjectionName). Their type will be defined based on which shape-creating tool is activated: Measure or Enhance Mosaic. | |
| selectShape | shapeName | Select shape by name | |
| addShapeToSelection | shapeName | add a shape to the current selection by name | |
| exportReport | outputFileName templateFileName | Export a report into a file (outputFileName including the path and the .html extension) using a template (templateFileName including the path). The default templates are stored in the installation folder\Reports. | |
| printReport | reportString | Write out report texts in the Command Prompt. This command can be used when RealityCapture is run with a batch file. It does not work with delegation. Learn more about report customization here. | |
| exportDepthAndMask | folderName params.xml | Export depth maps and/or masks for the selected images. If folderName and params.xml are not specified, results are stored along with the original images using the current settings. You can export the settings file from the application in the Export Depth Maps and Masks dialog. | |
| exportLod | fileName | params.xml | Export the selected model as a linear Level-of-Detail model into a file (fileName including path and file extension) using the current settings or the settings from the params.xml (optional parameter). You can export the file from the Export LoD dialog. For export to Cesium 3D Tiles (.json) file format, use the command export3dTiles. |
| export3dTiles | fileName | params.xml | Export the selected model as a hierarchical Level-of-Detail model into a .json file (fileName including path and file extension) using the current settings or the settings from the params.xml (optional parameter). You can export the file from the Export LoD dialog after selecting Cesium 3D Tiles (.json) file format. |
| renderMeshFromCustomPositionYPR | fileName params.xml|fileName width height focalLength x y z yaw pitch roll |
Export a render of the model from a camera position with the viewpoint defined by yaw, pitch, and roll orientation.
Example for a render from above of a model at 0,0,0 in local Euclidean space:
Realitycapture.exe -renderMeshFromCustomPositionYPR "D:/Project/render.png" 1280 720 100 0 0 150 0 0 0
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| renderMeshFromCustomPositionLookAt | fileName params.xml|fileName width height focalLength x y z atX atY atZ | upX upY upZ |
Export a render of a model from a camera position, which looks at another defined position, with an option to specify the vertical axis.
Example for a side view of a model at 0,0,0 in local Euclidean space while defining the vertical axis going up the Z axis:
Realitycapture.exe -renderMeshFromCustomPositionLookAt "D:/Project/render.png" 1280 720 50 0 -100 0 0 0 10 0 0 1
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| renderMeshFromCustomGridPositionYPR | fileName params.xml|fileName width height focalLength x y z yaw pitch roll | Export a render of the model from a custom grid position, with the viewpoint defined by yaw, pitch, and roll orientation. | |
| renderMeshFromCustomGridPositionLookAt | fileName params.xml|fileName width height focalLength x y z atX atY atZ | upX upY upZ | Export a model render from a custom grid position, with the viewpoint directed toward a defined target, and the option to specify the vertical axis. |
| uploadToSketchfab | APIToken | Upload your model to Sketchfab. The required parameter is the Sketchfab API token and it can be found in the account settings of your Sketchfab account. |
Use these settings to create and adjust classifications.
| Command Name | Required Parameter | Optional Parameter | Description |
|---|---|---|---|
| dtmClassify | params.xml | Classify vertices of the selected model into pre-defined classes using the current settings or the settings from the params.xml file (optional parameter). You can export these settings from the AI Classify tool in the application. | |
| selectClassification | classificationName | Select a classification using its specified name (classificationName parameter). | |
| renameSelectedClassification | newClassificationName | Rename the selected classification to the specified new name (newClassificationName). | |
| transferClassification | params.xml | Transfer classification from the labels layer images. A file with parameters exported from the AI Classify tool panel can be used as an optional parameter. | |
| exportClassificationSettings | XMLfilePath | Export settings from the AI Classify tool panel. For the required parameter (XMLfilePath) specify the full path for export, including the file name and format extension (.xml). | |
| importClassificationSettings | XMLfilePath | Import settings to the AI Classify tool panel. For the required parameter (XMLfilePath) specify the full path for import, including the file name and format extension (.xml). | |
| overrideSelectedVertices | className | Override the selected vertices and change their class to the currently selected class, or to the class specified by name (optional). | |
| selectClass | className | Select a class from the selected classification using the specified class name. | |
| deselectClass | Deselect all selected classes. | ||
| renameSelectedClass | newClassName | Change the name of the selected class to the specified new class name (newClassName). | |
| setSelectedClassAsGroundForDTM | true OR false | Change the Use as ground for DTM setting in the Selected Class panel for the selected class. Set to true to use it as ground for DTM, or false to exclude it. | |
| setSelectedClassAsGroundForExport | Change the Export class LAS setting in the Selected Class panel to Ground (2). | ||
| setSelectedClassLasFormat | 0 - 12 | Change the Export class LAS setting to a value corresponding to a number from 0 to 12. | |
| selectVerticesOfSelectedClass | Select model vertices based on the selected class. | Select model vertices based on the selected class. | |
| selectClassificationFormat | classificationFormatName | Select the classification format based on the specified classification format name. | |
| renameSelectedClassificationFormat | newClassificationFormatName | Rename the selected classification format to the specified new classification format name. | |
| exportSelectedClassificationFormat | filePath | Export the selected classification format by specifying its name and the full path, including the file name and the .cfd extension. | |
| importClassificationFormat | filePath | Import the classification format by specifying its full path and name, including the .cfd extension. | |
| colorModelBySelectedClassification | Colorize the model according to the classes in the selected classification. | ||
| deleteSelectedClassification | Delete the selected classification. |
You can use these commands to alter the settings and behavior of the application.
| Command Name | Required Parameter | Optional Parameter | Description |
|---|---|---|---|
| set | "key=value" | Change an application setting. Learn more about how to use this command here. | |
| preset | "key=value" | Change an application setting during the setup phase. Ideal for changes that require a reset of the application. Learn more about how to use this command here. | |
| reset | ui | cfg | cfgui | all | Reset the user interface, settings, or both. It is also possible to make RealityCapture like a clean install. This command works only when used in a batch file, and it won't work with delegation commands. What is going to be reset is determined by the chosen parameter: ui - reset user interface, cfg - reset application settings, cfgui - reset both interface and settings, all - make it like a clean install. | |
| silent | crashReportPath | Suppress warning dialogs and uploading of the crash reports. The application will store reports in the specified location instead of showing the upload wizard. | |
| writeProgress | fileName | timeout | Write any new progress change into a specified file (fileName including the path). Optional timeout parameter will also output during a defined period of time (timeout in seconds). More about the file structure can be found in the section Error-handling Commands. |
| printProgress | timeout | Print progress change into the Windows Command Prompt for any new change. Optional timeout parameter will also output during a defined period of time (timeout in seconds). | |
| tag | Writes out a tag into the Windows Command Prompt. It respects the order of the used commands and will be run after the process ran before it finishes. | ||
| stdConsole | Enables console redirection to the application standard output. When used, you will see the application console content mirrored also in the standard Windows console. This also enables further redirections for CLI purposes. | ||
| disableOnlineCommunication | Disable any online communication. | ||
| importGlobalSettings | settings.rcconfig | Import application global settings from the settings.rcconfig file. | |
| exportGlobalSettings | settings.rcconfig | Export application global settings to the settings.rcconfig file. | |
| setProjectCoordinateSystem | authority:id | Set a project coordinate system defined by an authority, and its ID (can be found in a specific database, e.g. epsg.xml and local.xml). An example can be found here. | |
| setOutputCoordinateSystem | authority:id | Set an output coordinate system defined by an authority, and its ID (can be found in a specific database, e.g. epsg.xml and local.xml). An example can be found here. |