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## com.bbn.openmap.layer.rpf
Class RpfColortable

    java.lang.Object
      com.bbn.openmap.layer.rpf.RpfColortable

public class RpfColortable
extends java.lang.Object

Set up the colors used in creating the images. They are created from RGB value arrays read in from the RPF file. If the number of colors that are allowed is less than 216, then the RpfColortable looks inside the RpfFile and uses the color conversion tables inside. There will still be 216 color indexes, but some of the colors will be duplicates.

Nested Class Summary
`static class` | `RpfColortable.ColorConversionTable`
`static class` | `RpfColortable.ColorOffset`

Field Summary
`static int` | `CADRG_COLORS`
`protected boolean` | `Cib`
`static int` | `CIB_SPEC_CODE_ID`
`int[]` | `colorConvTable` Color conversion table (to be filled) from within frame, colortable section.
`java.awt.Color[]` | `colors` The actual OMColors to use in the image construction.
`static int` | `COLORS_16`
`static int` | `COLORS_216`
`static int` | `COLORS_32`
`static int` | `DEFAULT_OPAQUENESS`
`protected int` | `entryNumber` The index of the RpfEntry in the A.TOC file being used for the current colors.
`protected int` | `numColors`
`protected int` | `opaqueness`
`protected int` | `reducedColorTable` Index to use a color conversion table, and if so, which one.
`java.lang.String` | `seriesCode` Chart Series Code for these colors.
`protected int` | `tocNumber` The index of the A.TOC file in the RpfTocHandler being used for the current colors.
`char` | `zone` Zone ID for these colors.

Constructor Summary
`RpfColortable()`
`RpfColortable(int nColors)`
`RpfColortable(int nColors, int opaque, boolean cib)`

Method Summary
`int` | `getColorTableReduction()` Returns the color reduction index.
`int` | `getEntryNumber()` Not really used, but someone might need them.
`int` | `getNumColors()` Returns the number of colors.
`int` | `getOpaqueness()`
`int` | `getOpaquePercent()`
`int` | `getTocNumber()` Not really used, but someone might need them.
`boolean` | `isCib()`
`boolean` | `isSameATOCIndexes(int tocIndex, int entryIndex)` Return true of the toc index and entry index are the same as what the colortable is currently holding.
`static void` | `main(java.lang.String[] args)`
`java.awt.Color[]` | `parseColorLookUpTable(BinaryFile binFile, RpfFileSections.RpfLocationRecord[] loc)` The method to call to read in the colortable from within the RPF file.
`void` | `setATOCIndexes(int tocIndex, int entryIndex)` Should be set when a new colortable is read in, so that you can tell when you don't have to read a new one.
`void` | `setCib(boolean value)` If this object is going to provide colors for CIB imagery, you have to let this object know that.
`void` | `setFrom(RpfColortable colortable)` Load the provided colortable with the color values of this colortable.
`void` | `setNumColors(int numColorsValue)`
`void` | `setOpaqueness(int value)` Set the alpha values of the OMColors, which governs the transparency/opaqueness of the images.
`void` | `setOpaquePercent(int percent)` Set the alpha values of the OMColors, which governs the transparency/opaqueness of the images.

Methods inherited from class java.lang.Object
`clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait`

Field Detail

### CADRG_COLORS

    public static final int CADRG_COLORS

See Also:
  Constant Field Values

### COLORS_216

    public static final int COLORS_216

See Also:
  Constant Field Values

### COLORS_32

    public static final int COLORS_32

See Also:
  Constant Field Values

### COLORS_16

    public static final int COLORS_16

See Also:
  Constant Field Values

### CIB_SPEC_CODE_ID

    public static final int CIB_SPEC_CODE_ID

See Also:
  Constant Field Values

### DEFAULT_OPAQUENESS

    public static final int DEFAULT_OPAQUENESS

See Also:
  Constant Field Values

### colorConvTable

    public int[] colorConvTable

  Color conversion table (to be filled) from within frame, colortable section. The colortable is always 216 entries long. If you want fewer colors, some of the entries are duplicated.

### reducedColorTable

    protected int reducedColorTable

  Index to use a color conversion table, and if so, which one.

### numColors

    protected int numColors

### Cib

    protected boolean Cib

### opaqueness

    protected int opaqueness

### colors

    public java.awt.Color[] colors

  The actual OMColors to use in the image construction.

### zone

    public char zone

  Zone ID for these colors.

### seriesCode

    public java.lang.String seriesCode

  Chart Series Code for these colors.

### tocNumber

    protected int tocNumber

  The index of the A.TOC file in the RpfTocHandler being used for the current colors.

### entryNumber

    protected int entryNumber

  The index of the RpfEntry in the A.TOC file being used for the current colors.

Constructor Detail

### RpfColortable

    public RpfColortable()

### RpfColortable

    public RpfColortable(int nColors)

### RpfColortable

    public RpfColortable(int nColors,
                         int opaque,
                         boolean cib)

Method Detail

### setFrom

    public void setFrom(RpfColortable colortable)

  Load the provided colortable with the color values of this colortable. The A.TOC values that are set by the RpfFrameCacheHandler are not set, just the color table information read from the RPF frame file.

  Parameters:
    `colortable` -

### setOpaqueness

    public void setOpaqueness(int value)

  Set the alpha values of the OMColors, which governs the transparency/opaqueness of the images.

  Parameters:
    `value` - index between 0-255 (0 is transparent, 255 is opaque)

### getOpaqueness

    public int getOpaqueness()

### setOpaquePercent

    public void setOpaquePercent(int percent)

  Set the alpha values of the OMColors, which governs the transparency/opaqueness of the images. This method lets you set the value as a percentage between 0-100.

  Parameters:
    `percent` - index between 0-100 (0 is transparent, 100 is opaque)

### getOpaquePercent

    public int getOpaquePercent()

### setNumColors

    public void setNumColors(int numColorsValue)

### getNumColors

    public int getNumColors()

  Returns the number of colors.

### getColorTableReduction

    public int getColorTableReduction()

  Returns the color reduction index. These values correspond to the constants defined in this class.

### setCib

    public void setCib(boolean value)

  If this object is going to provide colors for CIB imagery, you have to let this object know that. Set this to true. It is false by default.

  Parameters:
    `value` - true if the colortable will be used for greyscale images.

### isCib

    public boolean isCib()

### setATOCIndexes

    public void setATOCIndexes(int tocIndex,
                               int entryIndex)

  Should be set when a new colortable is read in, so that you can tell when you don't have to read a new one.

### isSameATOCIndexes

    public boolean isSameATOCIndexes(int tocIndex,
                                     int entryIndex)

  Return true of the toc index and entry index are the same as what the colortable is currently holding.

### getTocNumber

    public int getTocNumber()

  Not really used, but someone might need them. Returns the A.TOC index number of the colors, to compare to see if a new colortable is needed.

### getEntryNumber

    public int getEntryNumber()

  Not really used, but someone might need them. Returns the A.TOC entry number of the colors, to compare to see if a new colortable is needed.

### parseColorLookUpTable

    public java.awt.Color[] parseColorLookUpTable(BinaryFile binFile,
                                                  RpfFileSections.RpfLocationRecord[] loc)

  The method to call to read in the colortable from within the RPF file. The method will use the input to determine where in the file to read from.

  Parameters:
    `binFile` - the file to read it in from.
    `loc` - the RpfLocationRecord that tells you where the sections are.
  Returns:
    an array of OMColors to use in images.

### main

    public static void main(java.lang.String[] args)

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