Color Matrix Image Drawing Effects

Dennis Lang
Rate me:
4.98/5 (20 votes)
26 Apr 2010CPOL9 min read
78K
7.4K
This program demonstrates the graphics effects of drawing an image with a ColorMatrix.
colormatrix-v1.5-src.zip
- ColorMatrix-v1.5
  - AboutDialog.cs
  - AboutDialog.Designer.cs
  - AboutDialog.resx
  - ColorMatrix.csproj
  - colormatrix.html
  - ColorMatrix.sln
  - ColorMatrix48.ico
  - doc-info
    - alpha50.jpg
    - background.jpg
    - colormatrix.html
    - ColorMatrix48.png
    - ColorMatrixBg2.png
    - edit-cells.png
    - formborderstyle.png
    - grey.jpg
    - hidden-buttons.png
    - invert-green.jpg
    - ld-globeNoShadow200-comet.gif
    - main-screen.png
    - main-screenSml.png
    - rgb-shift-dest.jpg
    - spinbox.jpg
    - spinbox.png
    - table-col.png
    - tablelayout.png
    - table-row.png
    - Thumbs.db
    - unit-bg.jpg
    - unit-dest.jpg
    - unit-over.jpg
  - FilterGrid.cs
  - FilterGrid.Designer.cs
  - FilterGrid.resx
  - filters.gzip
  - Filters
    - blue100.png
    - blue100.xml
    - dark50alpha.png
    - dark50alpha.xml
    - gray.png
    - gray.xml
    - green100.png
    - green100.xml
    - invertGreen.png
    - invertGreen.xml
    - merge50alpha.png
    - merge50alpha.xml
    - red100.png
    - red100.xml
    - unit.png
    - unit.xml
    - white50alpha.png
    - white50alpha.xml
  - HelpDialog.cs
  - HelpDialog.Designer.cs
  - HelpDialog.resx
  - ImagePanel.cs
  - ImagePanel.Designer.cs
  - ImagePanel.resx
  - Images
    - background.png
    - colorWheel.png
    - image1.png
    - image2.png
    - image3.png
    - image4.png
    - transparent.png
    - white.png
  - MainForm.cs
  - MainForm.Designer.cs
  - MainForm.resx
  - Program.cs
  - Properties
    - AssemblyInfo.cs
    - Resources.Designer.cs
    - Resources.resx
    - Settings.Designer.cs
    - Settings.settings
  - Resources
    - aboutBg.png
    - bot8.png
    - button.png
    - ColorMatrix.png
    - ColorMatrix48.ico
    - ColorMatrixBg.png
    - left8.png
    - ll20.png
    - lr20.png
    - lr8.png
    - red48.png
    - redCurve48.png
    - redDonut48.png
    - right8.png
    - Thumbs.db
    - top8.png
    - topSlot.png
    - ul20.png
    - url20.png
  - web-dennis-lang.html.url
colormatrix-v1.5.zip
- colormatrix-v1.5.exe
ColorMatrix-v1.3a.zip
- ColorMatrix-v1.3
  - AboutDialog.cs
  - AboutDialog.Designer.cs
  - AboutDialog.resx
  - ColorMatrix.csproj
  - colormatrix.html
  - ColorMatrix.sln
  - ColorMatrix48.ico
  - FilterGrid.cs
  - FilterGrid.Designer.cs
  - FilterGrid.resx
  - filters.gzip
  - HelpDialog.cs
  - HelpDialog.Designer.cs
  - HelpDialog.resx
  - ImagePanel.cs
  - ImagePanel.Designer.cs
  - ImagePanel.resx
  - Images
    - background.png
    - colorWheel.png
    - image1.png
    - image2.png
    - image3.png
    - image4.png
    - transparent.png
    - white.png
  - MainForm.cs
  - MainForm.Designer.cs
  - MainForm.resx
  - Program.cs
  - Properties
    - AssemblyInfo.cs
    - Resources.Designer.cs
    - Resources.resx
    - Settings.Designer.cs
    - Settings.settings
  - Resources
    - aboutBg.png
    - bot8.png
    - button.png
    - ColorMatrix.png
    - ColorMatrix48.ico
    - ColorMatrixBg.png
    - left8.png
    - ll20.png
    - lr20.png
    - lr8.png
    - red48.png
    - redCurve48.png
    - redDonut48.png
    - right8.png
    - Thumbs.db
    - top8.png
    - topSlot.png
    - ul20.png
    - url20.png
  - web-dennis-lang.html.url
ColorMatrix-exe.zip
- ColorMatrix.exe
ColorMatrix-v1.3-src.zip
- AboutDialog.cs
- AboutDialog.Designer.cs
- AboutDialog.resx
- ColorMatrix.csproj
- colormatrix.html
- ColorMatrix.sln
- ColorMatrix48.ico
- FilterGrid.cs
- FilterGrid.Designer.cs
- FilterGrid.resx
- filters.gzip
- HelpDialog.cs
- HelpDialog.Designer.cs
- HelpDialog.resx
- ImagePanel.cs
- ImagePanel.Designer.cs
- ImagePanel.resx
- MainForm.cs
- MainForm.Designer.cs
- MainForm.resx
- Program.cs
- AssemblyInfo.cs
- Resources.Designer.cs
- Resources.resx
- Settings.Designer.cs
- Settings.settings
- aboutBg.png
- bot8.png
- button.png
- ColorMatrix.png
- ColorMatrix48.ico
- ColorMatrixBg.png
- left8.png
- ll20.png
- lr20.png
- lr8.png
- red48.png
- redCurve48.png
- redDonut48.png
- right8.png
- Thumbs.db
- top8.png
- topSlot.png
- ul20.png
- url20.png
- web-dennis-lang.html.url
<html>

<head>
<style>
BODY {
    color: #ffffff;
    foo: url("background.jpg");
	background-image: 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}

.bg { background-color: #505050;}
.cm1 { background-color: #606050;}
.cm2 { background-color: #506050;}
.cm3 { background-color: #505050;}
.fgr { color: #ff0000; }
.fgg { color: #00ff00; }
.fgb { color: #0000ff; }
.LIw { color:yellow; }
LI { color:White; }
H2 { color:Orange; }
.or { color:Orange; }
.bu { color:Blue; }

</style>

<title>ColorMatrix Help v1.2 (March 2010)</title>
</head>

<BODY bgcolor="#404040" vlink="#10f010" hlink="#80ff80" alink="#80ff00" link=#ffffff>
<a name=top>

<table>
<tr>
  <td> 
    <b>Author: </b><span class="or">lang.dennis<b>@</b>comcast.net</span>
    <b>Linkedin: </b><span class="or">http://www.linkedin.com/pub/1/119/293 </span> <br>
    <b>Home Page: </b><a href="http://home.comcast.net/~lang.dennis/index.html"> 
    http://home.comcast.net/~lang.dennis</a>
</table>

<p>
<hr>
<p>
<table>
<tr><td>
<table frame="box">
  <tr>
   <td>
      <!- img alt="colormatrix" src="colormatrix48.png" ->
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dwAAAABJRU5ErkJggg==" alt="colormatrix48" />

   </td>
  </tr>
</table>
<td>
<h2>C# - ColorMatrix v1.1</h2>
</table>

<p>

  This C# application demonstrates the effect of using the ColorMatrix operator on an image.
  This program contains several sample matrix filters which you can select and modify.
  The top portion of the program interface contains three images.  A background image, an overlay and the result of
  applying the color matrix on the overlay rendered on top of the background image.


  Each of the three panels display their image over a checkerboard background to make it easier to see
  partial transparent areas (alpha < 255). The bottom section of the interface shows the active
  color matrix filter on the left and a gallery of pre-built filters on the right.


<p>
  <center>
  <!- img src=main-screen.png -> 
  <img src="data:image/png;base64,
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////////////////////////////////////////////////////////////////////////////
////////////////////////////////////////////////////////////////////////////
////////////////////////////////////////////////////////////////////////////
////////////////////////////////////////////////////////////////////////////
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alt="main-screen" />
</center>


<p>
<h2>Program Features include:</h2>
<div>
  <blockquote class="bg">
    <li> Three quick image load buttons for the background and overlay image
    <li> Load user images into backgroud or overlay
    <li> Save final image
    <li> Edit color matrix
    <li> Select one or more matrix cells and use slider bar to modify selections and see results
    <li> Save and Load color matrix with image.
    <li> Select from sample filters
    <li> Load additional sample filters.
    <li> Spinning "about" dialog on open and close (eye candy)
  </blockquote>
</div>

Here is a code fragment which shows how you can call <b>DrawImage</b> with a <span class="or">ColorMatrix</span>.

  <blockquote class="bg">
  <pre><quote>
    float gamma = 1.0f;     // no change in gamma
    ImageAttributes imageAttributes = new ImageAttributes();
    imageAttributes.ClearColorMatrix();
    imageAttributes.SetColorMatrix(new <span class="or">ColorMatrix</span>(m_f2Array), 
        ColorMatrixFlag.Default, ColorAdjustType.Bitmap);
    imageAttributes.SetGamma(gamma, ColorAdjustType.Bitmap);

    Rectangle rect = new Rectangle(Point.Empty, image.Size);
    g.<b>DrawImage</b>(image, rect, 0, 0, image.Width, image.Height, GraphicsUnit.Pixel, imageAttributes);

  </pre></quote>
  </blockquote>
<p>
As an image is rendered using the color matrix, each color (Red, Green, Blue, Alpha) is multiple by the color matrix.
The right column of the matrix is not used.  The bottom row is used to add a value to the computed color.  
Think of it as an offset.  
<p>
Before appling the matrix, the input source colors are scale from their native range of 0..255 to a range of 0..1.
The scale is reversed to produce the final destination colors.
The final colors are truncate to their native range of 0..255.
<p>
The color matrix can have negative numbers and numbers greater than 1. 

<p>
<h2>Modify Color Matrix </h2>

To change the color matrix, click on the cell you want to change and enter a new value.
The typical value is in the range of -1.0 to 1.0, thou any value is allowed.
If you hold the control key down, you can select multiple cells and use the slider bar to adjust all of them together.
The track bar will adjust the selected grid cells between the lower value in the left numeric box and the upper value in the right numeric box.
<p>
<center>
<!- img src="edit-cells.png" alt="edit-cells" ->
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////////////////////////////////////////////////////////////////////////////
////////////////////////////////////////////////////////////////////////////
////////////////////////////////////////////////////////////////////////////
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gSK3rdTdkm6RJVDktpW6W2S6/w9QiNmxM312fAAAAABJRU5ErkJggg==" alt="edit-cell" />
</center>
<p>


If you change cells, press the <b>Apply</b> button to apply the new matrix to the overlay image.
If you use the slider bar, it will automatically apply the changes.

<h2>Load and Save</h2>
You can save your color matrix by pressing the <b>Save...</b> button. The matrix is saved as an XML file with a copy of the current result image.
I provide a <b>Filter</b> directory where sample filters are stored.

<h2> Color Matrix Math </h2>
<table>

The color matrix is applied to every pixel in the image as it is drawn into the graphics buffer.
The following figure shows how a single source pixel is converted to a single destination pixel.
Futher down I show specific sample matrix filters.
<p>
<tr>
 <td>
   Source
 <td>
 <td>
   Matrix
 <td>
 <td>
   Destination


<tr>
  <td class="cm1">

<table border=1>
<tr>
  <td class="fgr"> Rs 
  <td class="fgg"> Gs 
  <td class="fgb"> Bs 
  <td> As 
</table>

<td>
*
<td class="cm2">
  
<table border=1>
<col bgcolor="#c06060">
<col bgcolor="#60c060">
<col bgcolor="#6060c0">
<col>
<col>
<tr>
  <td> Rr <td> Gr <td> Br <td> Ar <td> 0
<tr>
  <td> Rg <td> Gg <td> Bg <td> Ag <td> 0
<tr>
  <td> Rb <td> Gb <td> Bb <td> Ab <td> 0
<tr>
  <td> Ra <td> Ga <td> Ba <td> Aa <td> 0
<tr>
  <td> Ro <td> Go <td> Bo <td> Ao <td> 0
</table>

<td>
 =
<td class="cm3">
 
<table border=1>
<col bgcolor="#a06060">
<col bgcolor="#60a060">
<col bgcolor="#6060a0">
<col>
<tr>
 <td class="fgr"> Rd <td class="fgg"> Gd <td class="fgb"> Bd <td> Ad 
</table>

</table>

Where:
<blockquote>
  Rd = (Rr * Rs) + (Rg + Gs) + (Rb * Bs) + (Ra * As) + Ro  <br>
  Gd = (Gr * Rs) + (Gg + Gs) + (Gb * Bs) + (Ga * As) + Bo  <br>
  Bd = (Br * Rs) + (Bg + Gs) + (Bb * Bs) + (Ba * As) + Go  <br>
  Ad = (Ar * Rs) + (Ag + Gs) + (Ab * Bs) + (Aa * As) + Ao  <br>
</blockquote>
<p>

<hr>
<p>
<h2> Unit matrix which leaves the image with its original colors.</h2>
<p>
In all of these examples, the color matrix is only applied to the 2nd image (overlay).
The first image is the background, second is the overlay, 
and third is the result of drawing the overlay with the color matrix over the background image.
<p>
The 4 numbers under the source column is a sample Red,Green,Blue,Alpha pixel value.
The 4 numbers under the destination column is the result of applying the matrix to the sample source pixel.

<table>

<tr>
 <td>
   Source
 <td>
 <td>
   Matrix
 <td>
 <td>
   Destination


<tr>
  <td class="cm1">

<table border=1>

<tr>
  <td> 10 <td> 20 <td> 30 <td> 40 
</table>

<td>
*
<td class="cm2">
  
<table border=1>
<tr>
  <td> 1 <td> 0 <td> 0 <td> 0 <td> 0
<tr>                 
  <td> 0 <td> 1 <td> 0 <td> 0 <td> 0
<tr>                 
  <td> 0 <td> 0 <td> 1 <td> 0 <td> 0
<tr>                 
  <td> 0 <td> 0 <td> 0 <td> 1 <td> 0
<tr>                 
  <td> 0 <td> 0 <td> 0 <td> 0 <td> 0
</table>

<td>
 =
<td class="cm3">
 
<table border=1>
<tr>
 <td> 10 <td> 20 <td> 30 <td> 40 
</table>


<td>
 &nbsp;
<td>

<table frame="box">
<tr>
 <td> Background
 <td>
 <td> Overlay
 <td>
 <td> Bg + Overlay(colorMatrix)

<tr>
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alt="unit-dest" />
</table>
</table>


<hr>
<p>
<h2>Example of the unit matrix which shifts colors. </h2>
Red becomes Green, Green becomes Blue and Blue becomes Red. 
<table>

<tr>
 <td>
   Source
 <td>
 <td>
   Matrix
 <td>
 <td>
   Destination


<tr>
  <td class="cm1">

<table border=1>

<tr>
 <td> 10 <td> 20 <td> 30 <td> 40 
</table>

<td>
*
<td class="cm2">
  
<table border=1>
<tr>
  <td> 0 <td> 1 <td> 0 <td> 0 <td> 0
<tr>                 
  <td> 0 <td> 0 <td> 1 <td> 0 <td> 0
<tr>                 
  <td> 1 <td> 0 <td> 0 <td> 0 <td> 0
<tr>                 
  <td> 0 <td> 0 <td> 0 <td> 1 <td> 0
<tr>                 
  <td> 0 <td> 0 <td> 0 <td> 0 <td> 0
</table>

<td>
 =
<td class="cm3">
 
<table border=1>
<tr>
 <td> 30 <td> 10 <td> 20 <td> 40
</table>

<td>


<table frame="box">
<tr>
 <td> Background
 <td>
 <td> Overlay
 <td>
 <td> Bg + Overlay(colorMatrix)
<tr>
<td>
 <!- img src="unit-bg.jpg" width=128 height=128 ->
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<td>
 +
<td>
 <!- img src="unit-over.jpg" width=128 height=128 ->
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<td>
=
<td>
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</table>
</table>



<hr>
<p>
<h2>Example to exclude all colors but green and invert green magnitude. </h2>

<table>

<tr>
 <td>
   Source
 <td>
 <td>
   Matrix
 <td>
 <td>
   Destination


<tr>
  <td class="cm1">

<table border=1>

<tr>
 <td> 10 <td> 20 <td> 30 <td> 40 
</table>

<td>
*
<td class="cm2">
  
<table border=1 width="100">
<tr align="right">
  <td> 0 <td> 0 <td> 0 <td> 0 <td> 0
<tr align="right">                 
  <td> 0 <td> -1 <td> 0 <td> 0 <td> 0
<tr align="right">                 
  <td> 0 <td> 0 <td> 0 <td> 0 <td> 0
<tr align="right">                 
  <td> 0 <td> 0 <td> 0 <td> 1 <td> 0
<tr align="right">                 
  <td> 0 <td> 1 <td> 0 <td> 0 <td> 0
</table>

<td>
 =
<td class="cm3">
 
<table border=1>
<tr>
 <td> 0 <td> 245 <td> 00 <td> 40
</table>

<td>


<table frame="box">
<tr>
 <td> Background
 <td>
 <td> Overlay
 <td>
 <td> Bg + Overlay(colorMatrix)
<tr>
<td>
  <!- img src="unit-bg.jpg" width=128 height=128 ->
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<td>
 +
<td>
 <!- img src="unit-over.jpg" width=128 height=128->
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alt="unit-over" />



<td>
=
<td>
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</table>
</table>


<hr>
<p>
<h2>Example matrix to blend 50% of overlay image using alpha. </h2>
When the overlay is drawn on top of the background, the alpha of the overlay controls how much of the 
overlay colors is stored in the destination pixel.  When the alpha is less than 100% (native color value of 255)
the destination pixel is calculated as followes:
<blockQuote>
    destColor = overlayColor * alphaPercent + backgroundColr * (100% - alphaPercent)  
    <p>
    Example with Alpha=60%:<br>
        <table border=1>
        <tr><td>     <td>Overlay    <td> Background <td>Equation <td>Result
        <tr><td>Red  <td> 10        <td> 20         <td> 10*0.6 + 20*0.4 <td> 14
        <tr><td>Green<td> 20        <td> 20         <td> 20*0.6 + 20*0.4 <td> 20
        <tr><td>Blue <td> 30        <td> 20         <td> 30*0.6 + 20*0.4 <td> 26
        </table> 
    An overlay color(10,20,30) blended at 60% on top of a gray color(20,20,20) becomes (14,20,26)
</blockquote>

<table>

<tr>
 <td>
   Source
 <td>
 <td>
   Matrix
 <td>
 <td>
   Destination


<tr>
  <td class="cm1">

<table border=1>

<tr>
 <td> 10 <td> 20 <td> 30 <td> 40 
</table>

<td>
*
<td class="cm2">
  
<table border=1 width="100">
<tr align="right">
  <td> 1 <td> 0 <td> 0 <td> 0 <td> 0
<tr align="right">                 
  <td> 0 <td> 1 <td> 0 <td> 0 <td> 0
<tr align="right">                 
  <td> 0 <td> 0 <td> 1 <td> 0 <td> 0
<tr align="right">                 
  <td> 0 <td> 0 <td> 0 <td> 0.5 <td> 0
<tr align="right">                 
  <td> 0 <td> 0 <td> 0 <td> 0 <td> 0
</table>

<td>
 =
<td class="cm3">
 
<table border=1>
<tr>
 <td> 10 <td> 20 <td> 30 <td> 20
</table>

<td>


<table frame="box">
<tr>
 <td> Background
 <td>
 <td> Overlay
 <td>
 <td> Bg + Overlay(colorMatrix)
<tr>
<td>
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<td>
 +
<td>
 <!- img src="unit-over.jpg" width=128 height=128->
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alt="unit-over" />




<td>
=
<td>
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</table>
</table>



<hr>
<h2>Grey scale </h2>
By setting the upper 3x3 section of the color matrix to the same value, it produces a grey scale image.  
All three color channels (red, green, blue) are set to the sum of the source channels (Rs+Gs+Bs).
To reduce saturation (color exceeding maximum range), I included a -0.5 in the offset row.  
By using a negative offset I reduce the intensity.
<blockquote>
    (Red * 1 + Blue * 1 + Green * 1) -0.5 * 256 = destination_color_channel
<br>
    100 + 20 + 30 - 128 = 22
</blockquote>



<table>

<tr>
 <td>
   Source
 <td>
 <td>
   Matrix
 <td>
 <td>
   Destination


<tr>
  <td class="cm1">

<table border=1>

<tr>
 <td> 100 <td> 20 <td> 30 <td> 40 
</table>

<td>
*
<td class="cm2">
  
<table border=1 width="140">
<tr align="right">
  <td> 1 <td> 1 <td> 1 <td> 0 <td> 0
<tr align="right">                 
  <td> 1 <td> 1 <td> 1 <td> 0 <td> 0
<tr align="right">                 
  <td> 1 <td> 1 <td> 1 <td> 0 <td> 0
<tr align="right">                 
  <td> 0 <td> 0 <td> 0 <td> 1 <td> 0
<tr align="right">                 
  <td>-0.5<td>-0.5<td>-0.5<td> 0 <td> 0
</table>

<td>
 =
<td class="cm3">
 
<table border=1>
<tr>
 <td> 22 <td> 22 <td> 22 <td> 40
</table>

<td>


<table frame="box">
<tr>
 <td> Background
 <td>
 <td> Overlay
 <td>
 <td> Bg + Overlay(colorMatrix)
<tr>
<td>
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  <td> 
    <b>Author: </b><span class="or">lang.dennis<b>@</b>comcast.net</span>
    <b>Linkedin: </b><span class="or">http://www.linkedin.com/pub/1/119/293 </span> <br>
    <b>Home Page: </b><a href="http://home.comcast.net/~lang.dennis/index.html"> 
    http://home.comcast.net/~lang.dennis</a>
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License

This article, along with any associated source code and files, is licensed under The Code Project Open License (CPOL)
Written By
Dennis Lang
Software Developer (Senior) IBM / WSI
United States
I love C/C++ for its speed and power and C#/Visual Studio for quick application development.

Unix/Linux is my favorite OS

Android Studio is the best IDE I have used.
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