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See:
Description
Interface Summary | |
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IEdgeTracer | Interface for edge tracers. |
IParticleCounter | |
IPixelTypeFinder | Interface that are used for several Vectorizer. |
LazyPlugInFilter<E> | The idea is that you can call a plugin in both active and lazy mode. |
PixelJumperByte | Not sure if I need this, but this is a little bit of structure build on top of the ByteProcessor. |
SBPixelCompare | Interface for doing pixel compare. |
Class Summary | |
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AreaComparator | Compare area by pixel size. |
BaseMaxDistanceVectorizer | Vectorizer that is splitting lines based on max distance to line between end points. |
BaseParticleCounter | ParticleCounter count number of particles in a particle image. |
BaseVectorizer | Input image needs to be binary, that is gray scale with inverted LUT. |
ChainCodeHandler | Chain Code For MultiLine. |
CircleFinder | Class that can find a circle in MultiLine. |
ColorParticleAnalyzer | Analyzes a particle image in gray or RGB and group the particles according
to shape rules. Find a place in the base class where there is a hook for this extended functionality. Some of the methods can be moved to ColorParticleAnalyzer to remove dependency of ImageJ. |
ColorParticleAnalyzerIJ | Automatic particle counter for 24 bit RGB and 8 bit Gray. |
ColorReplacePixelHandler | Handles Color Replace for individual pixel, used with wrapper to work on whole image. Example of a PixelHandler that can be used to change a whole image. |
ColorReplacer | ColorReplacer replaces one color with another. This is for comparison of how the direct ImageJ way compares to the ImageOperation working on SLImage. |
ColorReplacerSL | ColorReplacer replaces one color with another. XXX: This class could be one generic class that could handle all PixelHanlers. |
DirectionBasedVectorizer | DirectionBasedVectorizer is a Vectorizer based on direction. |
DistanceBasedColorHypothesisFinder | Find a color hypothesis based on just distance of colors. |
EdgeTracer | Edge Tracer. |
EdgeTracerWand | Edge Tracer. |
LineProperties | LineProperties contains properties that are important for a line when you are dealing with curved multi line. |
LineVectorizer | LineVectorizer is a vectorizer using short line of default length 5. |
MaxDistanceVectorizer | Vectorizer that is splitting lines based on max distance to line between end points. |
NeighborChecker | Neighbor Checker. |
ParticleCounter | ParticleCounter count number of particles in a particle image. |
PixelTypeCalculator | PixelTypeCalculator stores some values for points and calculated the type of points based on them. |
PointProperties | LineProperties contains properties that are important for a point when you are dealing with curved multi line. |
PriorityBasedPixelTypeFinder | Classify points to find out what type they are. |
ProcessingFactory | Factories that belongs under Image Processing, but do not need their own
factory class. |
RGBColorParticleAnalyzerIJ | Particle analyzer where you set the RGB color for either foreground or background. |
SBByteCompare | Compare implementations for gray scale. |
SBColorCompare | Compare implementations for RGB. |
SBPendingVertical | Contains information about one line that needs to be checked. |
SBSegmentation | High level class for segmentation. |
SBShortCompare | Compare implementations for gray scale. |
SBSimpleCompare | Abstract class for compare. |
SegmentCounter | Segmentation for 24 bit RGB and 8 bit Gray. |
ShortLineBasedVectorizer | Base class for vectorizers that are using a local short line, to determine when to set point on multi line. |
SimplePixelTypeFinder | Find the type of a pixel. |
StreamVectorizer | Same vectorizer as MaxDistanceVectorizer, but logic implemented with streams. |
Enum Summary | |
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GeometricType | Not sure if I should just reuse PixelType. |
PixelType | Enum with types for annotating pixels. |
A vectorizer is an algorithm for transforming bitmap lines into vector lines.
There are 3 different implementations vectorizers in ShapeLogic.
There are currently 3 different vectorizer implementations.
They all assume that you are working on binary gray scale images images.
So before you can use a vectorizer you have to convert your bitmap to this format.
The 2 first had a lot of problems and are now deprecated.
The vectorizers are part of a class hierarchy of different vectorization
algorithms, all sub classed from BaseVectorizer.
Color and gray scale segmentation algorithm. The segmentation algorithm works on both RGB and 8 bit gray scale images.
It is currently writing out information to a dialog box.
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