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| def | __init__ (self, appMod) |
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| def | buildFromImage (self, img, *args) |
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| def | buildSimple (self, nData, *args) |
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| def | calibFromImage (self, img, nPoly=1, fh=None) |
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| def | calibFromReader (self, imseq, nPoly=1, fh=None) |
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| def | calibSimple (self, nData, tCol=180) |
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| def | measure (self, I) |
| | Generate detection measurements from image input. More...
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| def | __init__ (self, appMod, fgIm) |
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| def | displayForeground_cv (self, ratio=None, window_name="Foreground") |
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| def | emptyState (self) |
| | Return empty state. More...
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| def | getBackground (self) |
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| def | getForeGround (self) |
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| def | getState (self) |
| | Return current/latest state. More...
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| def | info (self) |
| | Provide information about the current class implementation. More...
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| def | __init__ (self) |
| | Instantiate a detector Base activity class object. More...
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| def | adapt (self) |
| | Adapt any internal parameters based on activity state, signal, and any other historical information. More...
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| def | correct (self) |
| | Reconcile prediction and measurement as fitting. More...
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| def | detect (self, signal) |
| | Run detection only processing pipeline (no adaptation). More...
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| def | emptyDebug (self) |
| | Return empty debug state information. More...
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| def | getDebug (self) |
| | Return current/latest debug state information. More...
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| def | predict (self) |
| | Predict next state from current state. More...
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| def | process (self, signal) |
| | Process the new incoming signal on full detection pipeline. More...
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| def | save (self, fileName) |
| | Outer method for saving to a file given as a string. More...
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| def | saveTo (self, fPtr) |
| | Empty method for saving internal information to HDF5 file. More...
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Detection interface for neon colored targets.
Neon colors are defined by RGB coordinate values maximizing two of three color channels and being of low to mid valued in the third. This is defined as less than 180 out of 255, but can be overriden.
Generate detection measurements from image input.
Base method really doesn't compute anything, but will apply image processing if an image processor is define. In this manner, simple detection schemes may be implemented by passing the input image through the image processor.
Reimplemented from inImage.
Public Member Functions inherited from fgAppearance