Sprawl2D¶
-
MLModule
¶ genre Morphology
author MeVis Medical Solutions AG
package MeVisLab/Standard
dll MLBeam
definition mlBeam.def see also CavitySeeker
,ConstrainedConnectionCost
keywords extend
,kernel
,holes
,boundary
,segmentation
Purpose¶
The module Sprawl2D
generates a mask image where points are connected by a similar value.
2D sprawling of a given object based on a reference image: Around each object voxel a 2D area defined by the kernel size is searched for connected points - either other object voxels or voxels of the reference image above a given image value. For each such point identified, the given object is extended along a straight path to these points. Calculations are repeated iteratively until a stable result is achieved.
Input Fields¶
Both input images must have the same size.
Output Fields¶
Parameter Fields¶
Field Index¶
Base Level : Double |
Boundary Level : Double |
Boundary Mode : Enum |
Kernel X : Integer |
Kernel Y : Integer |
Visible Fields¶
Kernel X¶
-
name:
kernelX
, type:
Integer
, default:
3
, minimum:
1
, maximum:
999
, deprecated name:
KernelX
¶ Sets the X-extend of the rectangular area used for sprawling.
Kernel Y¶
-
name:
kernelY
, type:
Integer
, default:
3
, minimum:
1
, maximum:
999
, deprecated name:
KernelY
¶ Sets the Y-extend of the rectangular area used for sprawling.
Boundary Mode¶
-
name:
boundaryMode
, type:
Enum
, default:
GlobalThreshold
, deprecated name:
BoundaryMode
¶ Defines the threshold of voxels in the reference image.
Values:
Title | Name | Description |
---|---|---|
Global Threshold | GlobalThreshold | All points with values above the Boundary Level are selected. |
Local Threshold | LocalThreshold | All points with values above ( |
Boundary Level¶
-
name:
boundaryLevel
, type:
Double
, default:
2
, deprecated name:
BoundaryLevel
¶ Sets a value used in the calculation of the threshold chosen in
Boundary Mode
.
Base Level¶
-
name:
baseLevel
, type:
Double
, default:
0
, deprecated name:
BaseLevel
¶ Sets a value used in the calculation of the threshold chosen in
Boundary Mode
.