ImFusion Suite
Basics
Introduction
Loading Data
Views / Visualization
Annotations
Running Algorithms on Data
Views
Interaction
Windowing
Blending
Interaction list
Annotations
Creation and Editing Annotations
Essential properties
Global annotation vs. annotation attached to a data
Curved View Annotations
Data Annotations
Workspaces
Saving Workspaces
Loading Workspaces
Editing Workspace Files
Nesting of Workspace Files
Placeholders in Workspace files
Defining Placeholders
Running Workspace Batches
Global Settings
General settings
Visualization settings
DataWidget settings
Overlay settings
Interaction mapper
License information
Import/Export settings
Plugin settings
Tutorial Videos
Loading and Visualizing Medical Image Data
Running Algorithms
Annotating Data
Interactive Segmentation
Segmenting Interactively
Multi-Modal Image Registration
Working with Meshes
Working with Point Clouds
Aligning Point Clouds and Meshes
Working with Videos and Streams
Exporting Data
Modules
Base
Point cloud
Annotation
Working with Point Clouds
Transformation
Processing
Rendering
Algorithms
Apply Mask
Input
Output
Description
Apply Deformation
Input
Output
Description
Apply Transformation
Input
Output
Description
Attach Displacement Field
Input
Output
Description
Attach Mask
Input
Output
Description
Basic Processing
Input
Output
Description
Combine Images
Input
Output
Description
Combine Point Clouds
Input
Output
Description
Combine Split Volumes
Input
Output
Description
Filter
Input
Output
Description
Compare Images
Input
Output
Description
Connectivity Analysis
Input
Output
Description
Convert To Label Map
Input
Output
Description
Convert to Volume
Input
Output
Description
Distance Transformation
Input
Output
Description
Duplicate Data
Input
Output
Description
Edit Anatomy
Input
Output
Description
Edit Deformations
Input
Output
Description
See also
Edit Mask
Input
Output
Description
Edit Transformation
Input
Output
Description
Extract Point Cloud
Input
Output
Description
Extract Selection
Input
Output
Description
Image Inpainting
Input
Output
Description
Image Resampling
Input
Output
Description
Image Statistics
Input
Output
Description
Labels Operations
Input
Output
Description
Link Mouse Pointer
Input
Output
Description
Link Pose
Input
Output
Description
Link Pose Deformable
Input
Output
Description
Match Windowing
Input
Output
Description
Merges Channels
Input
Output
Description
Morphological Operations
Input
Output
Description
Notes
Reduce to Selection
Input
Output
Description
Replace Values
Input
Output
Description
Set Modality
Input
Output
Description
Set Property
Input
Output
Description
Split Channels
Input
Output
Description
Split Images
Input
Output
Description
Superpixels Filter
Input
Output
Description
Superpixels Segmentation
Input
Output
Description
Tracking Properties
Input
Output
Description
Volume Freehand Cropping
Input
Output
Description
IO
Algorithms
2D Image Set
Input
Output
Description
2D Image
Description
ImFusionFile
Description
Mesh File
Input
Output
Description
MetaImage
Description
Point Cloud
Input
Output
Description
Raw Image
Description
Unpack Video
Input
Output
Description
Mesh
Mesh
Annotation
Context menu
Mesh Display Options
Mesh Data Controller
Algorithms
Combine Meshes
Input
Output
Description
Create Mesh Primitive
Input
Output
Description
Interactive Mesh and Point Cloud Editing
Input
Output
Description
Mesh Boolean Operations
Input
Output
Description
Mesh Post Processing
Input
Output
Description
Visualize Mesh or Point Cloud Distances
Input
Output
Description
DICOM
DICOM settings
Algorithms
DICOM Editor
Description
Scan for DICOM Files
Input
Output
Description
Show Dicom Tags
Input
Output
Description
Importing DICOM files
Importing from PACS
Stream
Algorithms
Forward to OutStream
Input
Output
Description
Fuse Tracking Streams
Input
Output
Description
Record Stream
Input
Output
Description
Tracking Stream Visualization
Input
Output
Description
Video Camera Stream
Input
Output
Description
Video File Stream
Input
Output
Description
Imaging Plugins
Tracking Plugins
Machine Learning
Algorithms
Operations Sequence
Input
Output
Description
Image Samplers
Input
Output
Description
Landmark Prediction Algorithm
Input
Output
Description
Create Pixelwise Stream
Input
Output
Description
Registration
Algorithms
Analyze Motion
Input
Output
Description
Fit Bounding Box
Input
Output
Description
Image Registration
Input
Output
Description
Linear Grid Image Registration
Input
Output
Description
Point Correspondences
Input
Output
Description
Registration Results
Input
Output
Description
Reset Linked Pose
Input
Output
Description
Surface Registration
Input
Output
Description
Visualize Deformation
Input
Output
Description
Visualize Displacement
Input
Output
Description
Volume Compounding
Input
Output
Description
Segmentation
Algorithms
Extract Mesh
Input
Output
Description
Fiducial Extraction
Input
Output
Description
Interactive Segmentation
Input
Description
Interactive Watershed Segmentation
Description
Labeling
Input
Description
Statistics
Input
Output
Description
Structures View
Input
Output
Description
Ultrasound
Ultrasound Sweep
Structure
Image Pose Look-up
Visualization
Algorithms
Sweep Compounding
Input
Output
Description
Sweep Properties
Input
Output
Description
Ultrasound Calibration
Input
Output
Description
References
Ultrasound Registration
Input
Output
Description
Live Ultrasound
Algorithms
Record Ultrasound Sweeps
Input
Output
Description
Frame Grabbing of Ultrasound Images
Preparing the Ultrasound Machine
Connecting a Framegrabber Device
Processing the Video Stream into an Ultrasound Stream
Configuring a Frame Geometry
Configuring other Processing Parameters
Configuring Presets for the Frame Geometry
Creating a New Preset
Using an Existing Preset
Deleting an Existing Preset
Modifying an Existing Preset
Saving the Configured Presets
CT
Algorithms
Cone Beam Simulation
Input
Output
Description
Hounsfield Calibration
Input
Output
Description
CT Reconstruction
XRay 2D-3D Registration
Input
Output
Description
Initialization
Edit X-Ray Geometry
History
Parameters:
Post Processing
Input
Parameters
Vision
Camera Calibration Data Component
Contents of Camera Calibration Data Component
Creating a Camera Calibration Data Component
Marker Board Configuration Widget
Single Markers
1. ArUco Marker
2. AprilTag Marker
3. STag Marker
Marker Boards
1. ArUco Board
2. ChArUco board
3. Chessboard
4. Circle Board
5. April Tag Board
Camera Calibration Settings
Algorithms
Ball Pivoting
Input
Output
Description
Barcode Decoder
Input
Output
Description
Calibrate Point Cloud
Input
Output
Description
Camera Calibration
Input
Output
Description
Camera Registration
Input
Output
Description
Compare Tracking Sequences
Input
Output
Description
Convert to Dense Point Cloud
Input
Output
Description
Crop Mesh or Point Cloud
Input
Output
Description
Edit Camera Calibration
Input
Output
Description
Feature Detection
Input
Output
Description
Filter Point Cloud
Input
Output
Description
Hand-Eye Calibration
Input
Output
Description
Image Undistortion
Input
Output
Description
Interlaced To Stereo
Input
Output
Description
Live Hand-Eye Calibration
Input
Output
Description
Live Hand-Eye Evaluation
Input
Output
Description
Live Stereo Calibration
Input
Output
Description
Live Tracking
Input
Output
Description
Marker Detection
Input
Output
Description
Marker Generation
Input
Output
Description
Mesh Alignment
Input
Output
Description
Mesh Collision Detection
Input
Output
Description
Mesh Measurements
Input
Output
Description
Object Detection
Input
Output
Description
Point Cloud Measuring
Input
Output
Description
Point Cloud Overlap
Input
Output
Description
Point Cloud Triangulation
Input
Output
Description
Poisson Reconstruction
Input
Output
Description
Pose Graph Optimization
Input
Output
Description
Stereo Reconstruction
Input
Output
Description
Texture Mapping
Input
Output
Description
Other links
ImFusion Website
Support Forum
ImFusion Suite
Base
Algorithms
Attach Mask
View page source
Attach Mask
¶
Input
¶
Any 2D or 3D image or image set, mask will be attached to it
A 2D or 3D image or image set to use as mask. If this second set runs out of images before all images in the first one have been assigned a mask, the last one is used for the rest.
Output
¶
None
Description
¶
The mask image is attached to the input image as explicit mask.