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Icons.xpsm
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<?xml version="1.0" encoding="UTF-8"?>
<!--
********************************************************************
PixInsight XML Process Serialization Module - XPSM 1.0
********************************************************************
Generated on 2024-08-31T02:37:11.690Z
PixInsight Core 1.8.9-3 (x64)
Copyright (c) 2003-2024 Pleiades Astrophoto
********************************************************************
-->
<xpsm version="1.0" xmlns="http://www.pixinsight.com/xpsm" xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xsi:schemaLocation="http://www.pixinsight.com/xpsm http://pixinsight.com/xpsm/xpsm-1.0.xsd">
<instance class="CosmeticCorrection" version="256" id="CosmoCorrect_instance">
<table id="targetFrames" rows="0"/>
<parameter id="masterDarkPath"></parameter>
<parameter id="outputDir"></parameter>
<parameter id="outputExtension">.xisf</parameter>
<parameter id="prefix"></parameter>
<parameter id="postfix">_cc</parameter>
<parameter id="overwrite" value="false"/>
<parameter id="amount" value="1.00"/>
<parameter id="cfa" value="false"/>
<parameter id="useMasterDark" value="false"/>
<parameter id="hotDarkCheck" value="false"/>
<parameter id="hotDarkLevel" value="1.0000000"/>
<parameter id="coldDarkCheck" value="false"/>
<parameter id="coldDarkLevel" value="0.0000000"/>
<parameter id="useAutoDetect" value="true"/>
<parameter id="hotAutoCheck" value="true"/>
<parameter id="hotAutoValue" value="3.0"/>
<parameter id="coldAutoCheck" value="false"/>
<parameter id="coldAutoValue" value="3.0"/>
<parameter id="useDefectList" value="false"/>
<table id="defects" rows="0"/>
</instance>
<instance class="MorphologicalTransformation" version="256" id="Star_Reduce_instance">
<time start="2024-07-31T01:25:36.196Z" span="1.722684"/>
<parameter id="operator" value="Erosion"/>
<parameter id="interlacingDistance" value="1"/>
<parameter id="lowThreshold" value="0.000000"/>
<parameter id="highThreshold" value="0.000000"/>
<parameter id="numberOfIterations" value="1"/>
<parameter id="amount" value="1.00"/>
<parameter id="selectionPoint" value="0.50"/>
<parameter id="structureName"></parameter>
<parameter id="structureSize" value="15"/>
<table id="structureWayTable" rows="1">
<tr>
<td id="mask">0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x01,0x01,0x01,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x01,0x01,0x01,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x01,0x01,0x01,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00</td>
</tr>
</table>
</instance>
<instance class="DynamicCrop" version="2" id="DynamicCrop_instance">
<parameter id="refWidth" value="1"/>
<parameter id="refHeight" value="1"/>
<parameter id="outWidth" value="1.00"/>
<parameter id="outHeight" value="1.00"/>
<parameter id="centerX" value="0.50000000"/>
<parameter id="centerY" value="0.50000000"/>
<parameter id="width" value="1.00000000"/>
<parameter id="height" value="1.00000000"/>
<parameter id="angle" value="0.0000000000"/>
<parameter id="scaleX" value="1.00000000"/>
<parameter id="scaleY" value="1.00000000"/>
<parameter id="optimizeFast" value="true"/>
<parameter id="interpolation" value="Auto"/>
<parameter id="clampingThreshold" value="0.30"/>
<parameter id="smoothness" value="1.50"/>
<parameter id="gammaCorrection" value="false"/>
<parameter id="xResolution" value="72.000"/>
<parameter id="yResolution" value="72.000"/>
<parameter id="metric" value="false"/>
<parameter id="forceResolution" value="false"/>
<parameter id="red" value="0.000000"/>
<parameter id="green" value="0.000000"/>
<parameter id="blue" value="0.000000"/>
<parameter id="alpha" value="1.000000"/>
<parameter id="noGUIMessages" value="false"/>
</instance>
<instance class="RangeSelection" version="256" id="MaskRangeSelection_instance">
<parameter id="lowRange" value="0.000000"/>
<parameter id="highRange" value="1.000000"/>
<parameter id="fuzziness" value="0.00"/>
<parameter id="smoothness" value="0.00"/>
<parameter id="screening" value="false"/>
<parameter id="toLightness" value="true"/>
<parameter id="invert" value="false"/>
</instance>
<instance class="SCNR" version="256" id="SCNR_instance">
<mask id="range_mask" inverted="false" deleted="false"/>
<time start="2024-07-31T00:34:12.866Z" span="0.1026425"/>
<parameter id="amount" value="1.00"/>
<parameter id="protectionMethod" value="AverageNeutral"/>
<parameter id="colorToRemove" value="Green"/>
<parameter id="preserveLightness" value="true"/>
</instance>
<instance class="PixelMath" version="256" id="HT_Stretch_Unlinked_instance">
<time start="2024-07-31T19:03:47.578Z" span="3.2479904"/>
<parameter id="expression">/* Unlinked Stretch in Pixelmath - V1
by Bill Blanshan
Drag the bottom left arrow over into the image you want stretched */
C = -2.8 ; //Shadow Clipping (Defualt value -2.8)
B = 0.20 ; //Background value (Higher the value, more stretched)
//Equations by Juan Conejero (Thanks Juan!!!)
c = min(max(0,med($T)+C*1.4826*mdev($T)),1);
mtf(mtf(B,med($T)-c),max(0,($T-c)/~c))</parameter>
<parameter id="expression1"></parameter>
<parameter id="expression2"></parameter>
<parameter id="expression3"></parameter>
<parameter id="useSingleExpression" value="true"/>
<parameter id="symbols">C,B,c</parameter>
<parameter id="clearImageCacheAndExit" value="false"/>
<parameter id="cacheGeneratedImages" value="false"/>
<parameter id="generateOutput" value="true"/>
<parameter id="singleThreaded" value="false"/>
<parameter id="optimization" value="true"/>
<parameter id="use64BitWorkingImage" value="false"/>
<parameter id="rescale" value="false"/>
<parameter id="rescaleLower" value="0"/>
<parameter id="rescaleUpper" value="1"/>
<parameter id="truncate" value="true"/>
<parameter id="truncateLower" value="0"/>
<parameter id="truncateUpper" value="1"/>
<parameter id="createNewImage" value="false"/>
<parameter id="showNewImage" value="true"/>
<parameter id="newImageId"></parameter>
<parameter id="newImageWidth" value="0"/>
<parameter id="newImageHeight" value="0"/>
<parameter id="newImageAlpha" value="false"/>
<parameter id="newImageColorSpace" value="SameAsTarget"/>
<parameter id="newImageSampleFormat" value="SameAsTarget"/>
<table id="outputData" rows="0"/>
</instance>
<instance class="PixelMath" version="256" id="HT_Stretch_Linked_RGB_instance">
<time start="2024-07-31T18:53:19.241Z" span="3.9233753"/>
<parameter id="expression">/* Linked Stretch in Pixelmath - V1
by Bill Blanshan
Drag the bottom left arrow over into the image you want stretched */
C = -2.8 ; //Shadow Clipping (Defualt value -2.8)
B = 0.20 ; //Background value (Higher the value, more stretched)
//Equations by Juan Conejero (Thanks Juan!!!)
m = (med($T[0])+med($T[1])+med($T[2]))/3;
d = (mdev($T[0])+mdev($T[1])+mdev($T[2]))/3;
c = min( max(0,m+C*1.4826*d),1);
mtf(mtf(B,m-c),max(0,($T-c)/~c))</parameter>
<parameter id="expression1"></parameter>
<parameter id="expression2"></parameter>
<parameter id="expression3"></parameter>
<parameter id="useSingleExpression" value="true"/>
<parameter id="symbols">C,B,c,m,d,</parameter>
<parameter id="clearImageCacheAndExit" value="false"/>
<parameter id="cacheGeneratedImages" value="false"/>
<parameter id="generateOutput" value="true"/>
<parameter id="singleThreaded" value="false"/>
<parameter id="optimization" value="true"/>
<parameter id="use64BitWorkingImage" value="false"/>
<parameter id="rescale" value="false"/>
<parameter id="rescaleLower" value="0"/>
<parameter id="rescaleUpper" value="1"/>
<parameter id="truncate" value="true"/>
<parameter id="truncateLower" value="0"/>
<parameter id="truncateUpper" value="1"/>
<parameter id="createNewImage" value="false"/>
<parameter id="showNewImage" value="true"/>
<parameter id="newImageId"></parameter>
<parameter id="newImageWidth" value="0"/>
<parameter id="newImageHeight" value="0"/>
<parameter id="newImageAlpha" value="false"/>
<parameter id="newImageColorSpace" value="SameAsTarget"/>
<parameter id="newImageSampleFormat" value="SameAsTarget"/>
<table id="outputData" rows="0"/>
</instance>
<instance class="ScreenTransferFunction" version="256" id="STF_instance">
<table id="STF" rows="4">
<tr>
<td id="c0" value="0.00000"/>
<td id="c1" value="1.00000"/>
<td id="m" value="0.50000"/>
<td id="r0" value="0.00000"/>
<td id="r1" value="1.00000"/>
</tr>
<tr>
<td id="c0" value="0.00000"/>
<td id="c1" value="1.00000"/>
<td id="m" value="0.50000"/>
<td id="r0" value="0.00000"/>
<td id="r1" value="1.00000"/>
</tr>
<tr>
<td id="c0" value="0.00000"/>
<td id="c1" value="1.00000"/>
<td id="m" value="0.50000"/>
<td id="r0" value="0.00000"/>
<td id="r1" value="1.00000"/>
</tr>
<tr>
<td id="c0" value="0.00000"/>
<td id="c1" value="1.00000"/>
<td id="m" value="0.50000"/>
<td id="r0" value="0.00000"/>
<td id="r1" value="1.00000"/>
</tr>
</table>
<parameter id="interaction" value="SeparateChannels"/>
</instance>
<instance class="NarrowbandNormalization" version="256" id="NarowbandNormalization_instance">
<parameter id="palette" value="Palette_HOO"/>
<parameter id="lightness" value="Lightness_Off"/>
<parameter id="blendMode" value="Blend_Mode1"/>
<parameter id="haBlend" value="0.000"/>
<parameter id="scnr" value="0.000"/>
<parameter id="o3Boost" value="0.000"/>
<parameter id="s2Boost" value="0.000"/>
<parameter id="ShadowPointment" value="0.000"/>
<parameter id="highlightReduction" value="0.000"/>
<parameter id="brightness" value="0.000"/>
</instance>
<instance class="NoiseXTerminator" version="256" id="NoiseX_instance">
<time start="2024-04-24T14:26:35.938Z" span="12.835757"/>
<parameter id="ai_file">NoiseXTerminator.2.pb</parameter>
<parameter id="denoise" value="0.90"/>
<parameter id="detail" value="0.15"/>
</instance>
<instance class="BlurXTerminator" version="256" id="BlurXT_instance">
<time start="2024-05-14T13:55:44.953Z" span="23.577622"/>
<parameter id="ai_file">BlurXTerminator.4.pb</parameter>
<parameter id="correct_only" value="false"/>
<parameter id="correct_first" value="false"/>
<parameter id="nonstellar_then_stellar" value="false"/>
<parameter id="lum_only" value="false"/>
<parameter id="sharpen_stars" value="0.40"/>
<parameter id="adjust_halos" value="0.30"/>
<parameter id="nonstellar_psf_diameter" value="0.00"/>
<parameter id="auto_nonstellar_psf" value="true"/>
<parameter id="sharpen_nonstellar" value="0.90"/>
</instance>
<instance class="GradientCorrection" version="1" id="GradientCorrection_instance">
<time start="2024-05-16T15:40:37.905Z" span="6.4131456"/>
<parameter id="reference" value="0.50"/>
<parameter id="lowThreshold" value="0.20"/>
<parameter id="lowTolerance" value="0.50"/>
<parameter id="highThreshold" value="0.25"/>
<parameter id="highTolerance" value="0.00"/>
<parameter id="iterations" value="15"/>
<parameter id="scale" value="5.00"/>
<parameter id="smoothness" value="0.40"/>
<parameter id="downsamplingFactor" value="16"/>
<parameter id="protection" value="false"/>
<parameter id="protectionThreshold" value="0.10"/>
<parameter id="protectionAmount" value="0.50"/>
<parameter id="protectionSmoothingFactor" value="16"/>
<parameter id="lowClippingLevel" value="0.000076"/>
<parameter id="automaticConvergence" value="true"/>
<parameter id="convergenceLimit" value="0.00001000"/>
<parameter id="maxIterations" value="10"/>
<parameter id="useSimplification" value="false"/>
<parameter id="simplificationDegree" value="1"/>
<parameter id="simplificationScale" value="1024"/>
<parameter id="generateSimpleModel" value="false"/>
<parameter id="generateGradientModel" value="false"/>
<parameter id="generateProtectionMasks" value="false"/>
<parameter id="gridSamplingDelta" value="16"/>
</instance>
<instance class="PixelMath" version="256" id="MaskBlur_instance">
<time start="2024-08-02T03:32:51.676Z" span="0.11241604"/>
<parameter id="expression">gconv($T, //Image name
7, //sigma - Increase to add more blur
1, //aspectRatio - Default: 1
0 ) //rotationAngle - Default: 0</parameter>
<parameter id="expression1"></parameter>
<parameter id="expression2"></parameter>
<parameter id="expression3"></parameter>
<parameter id="useSingleExpression" value="true"/>
<parameter id="symbols"></parameter>
<parameter id="clearImageCacheAndExit" value="false"/>
<parameter id="cacheGeneratedImages" value="false"/>
<parameter id="generateOutput" value="true"/>
<parameter id="singleThreaded" value="false"/>
<parameter id="optimization" value="true"/>
<parameter id="use64BitWorkingImage" value="false"/>
<parameter id="rescale" value="false"/>
<parameter id="rescaleLower" value="0"/>
<parameter id="rescaleUpper" value="1"/>
<parameter id="truncate" value="true"/>
<parameter id="truncateLower" value="0"/>
<parameter id="truncateUpper" value="1"/>
<parameter id="createNewImage" value="false"/>
<parameter id="showNewImage" value="true"/>
<parameter id="newImageId"></parameter>
<parameter id="newImageWidth" value="0"/>
<parameter id="newImageHeight" value="0"/>
<parameter id="newImageAlpha" value="false"/>
<parameter id="newImageColorSpace" value="SameAsTarget"/>
<parameter id="newImageSampleFormat" value="SameAsTarget"/>
<table id="outputData" rows="0"/>
</instance>
<instance class="PixelMath" version="256" id="GH_Stretch_instance">
<time start="2023-01-29T09:52:17.123Z" span="2.2104115"/>
<parameter id="expression">/* Generalized Hyperbolic Stretching in Pixelmath - V1
by Bill Blanshan
Drag the bottom left arrow over into the image you want stretched */
D = 800; //Controls the amount of stretch
b = 1; // >0<1= Hyperbolic, 1=Harmonic,>1= Super-hyperbolic stretch
HP= 1; //Highlight point
//Equations by David Payne (Thanks Dave!!!)
SP= med($T)*.5; //Symmetry point, typically left of hystogram peak
q0= (1+(D*b)*SP)^(-1/b);
qWP= 2-(1+(D*b)*(HP-SP))^(-1/b);
q1= 2-2*(1+(D*b)*(HP-SP))^(-1/b)+(1+(D*b)*(2*HP-SP-1))^(-1/b);
iif($T<SP,0*exp(-(D*b)*(SP-$T))+1*(1+(D*b)*(SP-$T))^(-1/b)-q0,
2-0*exp(-(D*b)*($T-SP))-(1-0)*(1+(D*b)*($T-SP))^(-1/b)-q0 )
/(q1-q0);
//Equation by David Payne</parameter>
<parameter id="expression1"></parameter>
<parameter id="expression2"></parameter>
<parameter id="expression3"></parameter>
<parameter id="useSingleExpression" value="true"/>
<parameter id="symbols">D,b,SP,HP,q0,qWP,q1</parameter>
<parameter id="clearImageCacheAndExit" value="false"/>
<parameter id="cacheGeneratedImages" value="false"/>
<parameter id="generateOutput" value="true"/>
<parameter id="singleThreaded" value="false"/>
<parameter id="optimization" value="true"/>
<parameter id="use64BitWorkingImage" value="false"/>
<parameter id="rescale" value="false"/>
<parameter id="rescaleLower" value="0"/>
<parameter id="rescaleUpper" value="1"/>
<parameter id="truncate" value="true"/>
<parameter id="truncateLower" value="0"/>
<parameter id="truncateUpper" value="1"/>
<parameter id="createNewImage" value="true"/>
<parameter id="showNewImage" value="true"/>
<parameter id="newImageId"></parameter>
<parameter id="newImageWidth" value="0"/>
<parameter id="newImageHeight" value="0"/>
<parameter id="newImageAlpha" value="false"/>
<parameter id="newImageColorSpace" value="SameAsTarget"/>
<parameter id="newImageSampleFormat" value="SameAsTarget"/>
<table id="outputData" rows="0"/>
</instance>
<instance class="PixelMath" version="256" id="Green_Mask_instance">
<time start="2024-08-22T22:18:58.717Z" span="5.05517"/>
<parameter id="expression">// Simple Green Color Mask
S= 1.0 ;// Mask Strength (Range= 0 to 1)
//Equations:
iif(H($T)<(1/6),0,iif(H($T)<=(1/3),
~mtf((H($T)-(1/6))/(1/6),~S)*
CIEc($T),iif(H($T)<=(3/6),~mtf(((3/6)-H($T))/
(1/6),~S)*CIEc($T),0)))</parameter>
<parameter id="expression1"></parameter>
<parameter id="expression2"></parameter>
<parameter id="expression3"></parameter>
<parameter id="useSingleExpression" value="true"/>
<parameter id="symbols">S,</parameter>
<parameter id="clearImageCacheAndExit" value="false"/>
<parameter id="cacheGeneratedImages" value="false"/>
<parameter id="generateOutput" value="true"/>
<parameter id="singleThreaded" value="false"/>
<parameter id="optimization" value="true"/>
<parameter id="use64BitWorkingImage" value="false"/>
<parameter id="rescale" value="true"/>
<parameter id="rescaleLower" value="0"/>
<parameter id="rescaleUpper" value="1"/>
<parameter id="truncate" value="true"/>
<parameter id="truncateLower" value="0"/>
<parameter id="truncateUpper" value="1"/>
<parameter id="createNewImage" value="true"/>
<parameter id="showNewImage" value="true"/>
<parameter id="newImageId">GreenMask</parameter>
<parameter id="newImageWidth" value="0"/>
<parameter id="newImageHeight" value="0"/>
<parameter id="newImageAlpha" value="false"/>
<parameter id="newImageColorSpace" value="Gray"/>
<parameter id="newImageSampleFormat" value="i8"/>
<table id="outputData" rows="0"/>
</instance>
<instance class="PixelMath" version="256" id="Yellow_Mask_instance">
<time start="2024-07-31T23:32:30.271Z" span="5.2366549"/>
<parameter id="expression">// Simple Yellow Color Mask
S= 1.0 ;// Mask Strength (Range= 0 to 1)
//Equations:
iif(H($T)<0,0,iif(H($T)<=(1/6),
~mtf((H($T)-0)/(1/6),~S)*
CIEc($T),iif(H($T)<=(1/3),~mtf(((1/3)-
H($T))/(1/6),~S)*CIEc($T),0)));</parameter>
<parameter id="expression1"></parameter>
<parameter id="expression2"></parameter>
<parameter id="expression3"></parameter>
<parameter id="useSingleExpression" value="true"/>
<parameter id="symbols">S</parameter>
<parameter id="clearImageCacheAndExit" value="false"/>
<parameter id="cacheGeneratedImages" value="false"/>
<parameter id="generateOutput" value="true"/>
<parameter id="singleThreaded" value="false"/>
<parameter id="optimization" value="true"/>
<parameter id="use64BitWorkingImage" value="false"/>
<parameter id="rescale" value="true"/>
<parameter id="rescaleLower" value="0"/>
<parameter id="rescaleUpper" value="1"/>
<parameter id="truncate" value="true"/>
<parameter id="truncateLower" value="0"/>
<parameter id="truncateUpper" value="1"/>
<parameter id="createNewImage" value="true"/>
<parameter id="showNewImage" value="true"/>
<parameter id="newImageId">YellowMask</parameter>
<parameter id="newImageWidth" value="0"/>
<parameter id="newImageHeight" value="0"/>
<parameter id="newImageAlpha" value="false"/>
<parameter id="newImageColorSpace" value="Gray"/>
<parameter id="newImageSampleFormat" value="i8"/>
<table id="outputData" rows="0"/>
</instance>
<instance class="PixelMath" version="256" id="Cyan_Mask_instance">
<time start="2024-07-31T22:55:05.449Z" span="5.3521256"/>
<parameter id="expression">// Simple Cyan Color Mask
S= 1.0 ;// Mask Strength (Range= 0 to 1)
//Equations:
iif(H($T)<(1/3),0,iif(H($T)<=(3/6),
~mtf((H($T)-(1/3))/(1/6),~S)*
CIEc($T),iif(H($T)<=(2/3),~mtf(((2/3)-
H($T))/(1/6),~S)*CIEc($T),0)))</parameter>
<parameter id="expression1"></parameter>
<parameter id="expression2"></parameter>
<parameter id="expression3"></parameter>
<parameter id="useSingleExpression" value="true"/>
<parameter id="symbols">S,</parameter>
<parameter id="clearImageCacheAndExit" value="false"/>
<parameter id="cacheGeneratedImages" value="false"/>
<parameter id="generateOutput" value="true"/>
<parameter id="singleThreaded" value="false"/>
<parameter id="optimization" value="true"/>
<parameter id="use64BitWorkingImage" value="false"/>
<parameter id="rescale" value="true"/>
<parameter id="rescaleLower" value="0"/>
<parameter id="rescaleUpper" value="1"/>
<parameter id="truncate" value="true"/>
<parameter id="truncateLower" value="0"/>
<parameter id="truncateUpper" value="1"/>
<parameter id="createNewImage" value="true"/>
<parameter id="showNewImage" value="true"/>
<parameter id="newImageId">CyanMask</parameter>
<parameter id="newImageWidth" value="0"/>
<parameter id="newImageHeight" value="0"/>
<parameter id="newImageAlpha" value="false"/>
<parameter id="newImageColorSpace" value="Gray"/>
<parameter id="newImageSampleFormat" value="i8"/>
<table id="outputData" rows="0"/>
</instance>
<instance class="PixelMath" version="256" id="Blue_Mask_instance">
<time start="2024-08-02T03:27:08.481Z" span="2.1104069"/>
<parameter id="expression">// Simple Blue Color Mask
S= 1.0 ;// Mask Strength (Range= 0 to 1)
//Equations:
S= iif(H($T)<(3/6),0,iif(H($T)<=(4/6),~mtf((H($T)-(3/6))/(1/6),
0)*CIEc($T),iif(H($T)<=(5/6),~mtf(((5/6)-H($T))/(1/6),0)*
CIEc($T),0)))</parameter>
<parameter id="expression1"></parameter>
<parameter id="expression2"></parameter>
<parameter id="expression3"></parameter>
<parameter id="useSingleExpression" value="true"/>
<parameter id="symbols">S,</parameter>
<parameter id="clearImageCacheAndExit" value="false"/>
<parameter id="cacheGeneratedImages" value="false"/>
<parameter id="generateOutput" value="true"/>
<parameter id="singleThreaded" value="false"/>
<parameter id="optimization" value="true"/>
<parameter id="use64BitWorkingImage" value="false"/>
<parameter id="rescale" value="true"/>
<parameter id="rescaleLower" value="0"/>
<parameter id="rescaleUpper" value="1"/>
<parameter id="truncate" value="true"/>
<parameter id="truncateLower" value="0"/>
<parameter id="truncateUpper" value="1"/>
<parameter id="createNewImage" value="true"/>
<parameter id="showNewImage" value="true"/>
<parameter id="newImageId">BlueMask</parameter>
<parameter id="newImageWidth" value="0"/>
<parameter id="newImageHeight" value="0"/>
<parameter id="newImageAlpha" value="false"/>
<parameter id="newImageColorSpace" value="Gray"/>
<parameter id="newImageSampleFormat" value="i8"/>
<table id="outputData" rows="0"/>
</instance>
<instance class="PixelMath" version="256" id="Magenta_Mask_instance">
<time start="2024-07-31T22:54:01.213Z" span="6.7784068"/>
<parameter id="expression">// Simple Magenta Color Mask
S= 1.0 ;// Mask Strength (Range= 0 to 1)
//Equations:
iif(H($T)<=0,~mtf((0-H($T))/(1/6),~S)*CIEc($T),
iif(H($T)<(2/3),0,iif(H($T)<=(5/6),
~mtf((H($T)-(2/3))/(1/6),~S)*CIEc($T),
~mtf((1+0-H($T))/(1/6),~S)*CIEc($T))))</parameter>
<parameter id="expression1"></parameter>
<parameter id="expression2"></parameter>
<parameter id="expression3"></parameter>
<parameter id="useSingleExpression" value="true"/>
<parameter id="symbols">S,</parameter>
<parameter id="clearImageCacheAndExit" value="false"/>
<parameter id="cacheGeneratedImages" value="false"/>
<parameter id="generateOutput" value="true"/>
<parameter id="singleThreaded" value="false"/>
<parameter id="optimization" value="true"/>
<parameter id="use64BitWorkingImage" value="false"/>
<parameter id="rescale" value="true"/>
<parameter id="rescaleLower" value="0"/>
<parameter id="rescaleUpper" value="1"/>
<parameter id="truncate" value="true"/>
<parameter id="truncateLower" value="0"/>
<parameter id="truncateUpper" value="1"/>
<parameter id="createNewImage" value="true"/>
<parameter id="showNewImage" value="true"/>
<parameter id="newImageId">MagentaMask</parameter>
<parameter id="newImageWidth" value="0"/>
<parameter id="newImageHeight" value="0"/>
<parameter id="newImageAlpha" value="false"/>
<parameter id="newImageColorSpace" value="Gray"/>
<parameter id="newImageSampleFormat" value="i8"/>
<table id="outputData" rows="0"/>
</instance>
<instance class="PixelMath" version="256" id="Red_Mask_instance">
<time start="2024-07-31T22:53:35.377Z" span="6.9774374"/>
<parameter id="expression">// Simple Red Color Mask
S= 1.0 ;// Mask Strength (Range= 0 to 1)
//Equations:
iif(H($T)<=0,~mtf((H($T)+1-(5/6))/(1/6),~S)*
CIEc($T),iif(H($T)<=(1/6),~mtf(((1/6)-H($T))/(1/6),~S)*
CIEc($T),iif(H($T)<(5/6),0,~mtf((H($T)-(5/6))/(1/6),~S)*
CIEc($T))))</parameter>
<parameter id="expression1"></parameter>
<parameter id="expression2"></parameter>
<parameter id="expression3"></parameter>
<parameter id="useSingleExpression" value="true"/>
<parameter id="symbols">S,</parameter>
<parameter id="clearImageCacheAndExit" value="false"/>
<parameter id="cacheGeneratedImages" value="false"/>
<parameter id="generateOutput" value="true"/>
<parameter id="singleThreaded" value="false"/>
<parameter id="optimization" value="true"/>
<parameter id="use64BitWorkingImage" value="false"/>
<parameter id="rescale" value="true"/>
<parameter id="rescaleLower" value="0"/>
<parameter id="rescaleUpper" value="1"/>
<parameter id="truncate" value="true"/>
<parameter id="truncateLower" value="0"/>
<parameter id="truncateUpper" value="1"/>
<parameter id="createNewImage" value="true"/>
<parameter id="showNewImage" value="true"/>
<parameter id="newImageId">RedMask</parameter>
<parameter id="newImageWidth" value="0"/>
<parameter id="newImageHeight" value="0"/>
<parameter id="newImageAlpha" value="false"/>
<parameter id="newImageColorSpace" value="Gray"/>
<parameter id="newImageSampleFormat" value="i8"/>
<table id="outputData" rows="0"/>
</instance>
<instance class="PixelMath" version="256" id="starless_for_RESCREENING_instance">
<time start="2024-07-31T23:47:34.951Z" span="0.75832571"/>
<parameter id="expression">$T</parameter>
<parameter id="expression1"></parameter>
<parameter id="expression2"></parameter>
<parameter id="expression3"></parameter>
<parameter id="useSingleExpression" value="true"/>
<parameter id="symbols"></parameter>
<parameter id="clearImageCacheAndExit" value="false"/>
<parameter id="cacheGeneratedImages" value="false"/>
<parameter id="generateOutput" value="true"/>
<parameter id="singleThreaded" value="false"/>
<parameter id="optimization" value="true"/>
<parameter id="use64BitWorkingImage" value="false"/>
<parameter id="rescale" value="false"/>
<parameter id="rescaleLower" value="0"/>
<parameter id="rescaleUpper" value="1"/>
<parameter id="truncate" value="true"/>
<parameter id="truncateLower" value="0"/>
<parameter id="truncateUpper" value="1"/>
<parameter id="createNewImage" value="true"/>
<parameter id="showNewImage" value="true"/>
<parameter id="newImageId">starless_1</parameter>
<parameter id="newImageWidth" value="0"/>
<parameter id="newImageHeight" value="0"/>
<parameter id="newImageAlpha" value="false"/>
<parameter id="newImageColorSpace" value="SameAsTarget"/>
<parameter id="newImageSampleFormat" value="SameAsTarget"/>
<table id="outputData" rows="0"/>
</instance>
<instance class="PixelMath" version="256" id="stars_for_RESCREENING_instance">
<time start="2024-07-31T23:47:26.420Z" span="0.984727"/>
<parameter id="expression">$T</parameter>
<parameter id="expression1"></parameter>
<parameter id="expression2"></parameter>
<parameter id="expression3"></parameter>
<parameter id="useSingleExpression" value="true"/>
<parameter id="symbols"></parameter>
<parameter id="clearImageCacheAndExit" value="false"/>
<parameter id="cacheGeneratedImages" value="false"/>
<parameter id="generateOutput" value="true"/>
<parameter id="singleThreaded" value="false"/>
<parameter id="optimization" value="true"/>
<parameter id="use64BitWorkingImage" value="false"/>
<parameter id="rescale" value="false"/>
<parameter id="rescaleLower" value="0"/>
<parameter id="rescaleUpper" value="1"/>
<parameter id="truncate" value="true"/>
<parameter id="truncateLower" value="0"/>
<parameter id="truncateUpper" value="1"/>
<parameter id="createNewImage" value="true"/>
<parameter id="showNewImage" value="true"/>
<parameter id="newImageId">stars_1</parameter>
<parameter id="newImageWidth" value="0"/>
<parameter id="newImageHeight" value="0"/>
<parameter id="newImageAlpha" value="false"/>
<parameter id="newImageColorSpace" value="SameAsTarget"/>
<parameter id="newImageSampleFormat" value="SameAsTarget"/>
<table id="outputData" rows="0"/>
</instance>
<instance class="PixelMath" version="256" id="RESCREEN_starless_stars_instance">
<time start="2024-07-31T23:47:38.352Z" span="1.5537769"/>
<parameter id="expression">~((~starless_1)*(~stars_1))</parameter>
<parameter id="expression1"></parameter>
<parameter id="expression2"></parameter>
<parameter id="expression3"></parameter>
<parameter id="useSingleExpression" value="true"/>
<parameter id="symbols"></parameter>
<parameter id="clearImageCacheAndExit" value="false"/>
<parameter id="cacheGeneratedImages" value="false"/>
<parameter id="generateOutput" value="true"/>
<parameter id="singleThreaded" value="false"/>
<parameter id="optimization" value="true"/>
<parameter id="use64BitWorkingImage" value="false"/>
<parameter id="rescale" value="false"/>
<parameter id="rescaleLower" value="0"/>
<parameter id="rescaleUpper" value="1"/>
<parameter id="truncate" value="true"/>
<parameter id="truncateLower" value="0"/>
<parameter id="truncateUpper" value="1"/>
<parameter id="createNewImage" value="true"/>
<parameter id="showNewImage" value="true"/>
<parameter id="newImageId">RescreenedResult</parameter>
<parameter id="newImageWidth" value="0"/>
<parameter id="newImageHeight" value="0"/>
<parameter id="newImageAlpha" value="false"/>
<parameter id="newImageColorSpace" value="SameAsTarget"/>
<parameter id="newImageSampleFormat" value="SameAsTarget"/>
<table id="outputData" rows="0"/>
</instance>
<instance class="PixelMath" version="256" id="HOONormalizationV5_instance">
<time start="2024-07-31T18:47:42.911Z" span="21.133679"/>
<parameter id="expression">/* Normalize HOO data with Pixelmath - V5
by Bill Blanshan */
NormMode= 0 ; //<-- 0= L-Normalization,1= C-Normalization
BlendMode= 0 ; //<-- 0= Lukomatico, 1= AAC
Luminance= 0 ; //<-- 0=OFF, 1=Original, 2=Ha
Mask= 1 ; //<-- Nebulosity Mask, 0-OFF, 1=On
HaBlend= 0.6 ; //<-- Higher the value, more "SHO" like image
OIIIBoost= 1.0 ; //<-- Increase to boost OIII
HLRecover= 1.0 ; //<-- If highlights are clipped, increase >1
HLReduction= 1.0 ; //<-- If highlights are too bright, increase >1
Brightness= 1.0 ; //<-- Increase to stretch image
/* Drag the bottom left arrow over to your HOO image
Hope you enjoy!!!
1) NormMode: I developed 2 different normalization methods;
L-Normalization and C-Normalization. "L" stands for Linear
Stretch normalization and "C" stands for Curve Stretch
normalization.
"L" mode is a linear stretch of the image to normalize
OIII to that of Ha.
Advanage: OIII can dominate Ha signals to show off more
"Hubble Pallet" like blue colors in OIII areas. If no
clipping occurs, the image can result in good natural
contrast without the need for luminance control.
Disadvantage: Ha signal within stronger OIII areas can
be reduced. Also, depending on the OIII signal strength,
this normalization process can blow out "clip" the
highlights. An example of this would be the Rosette
nebula which has a strong OIII core. To help with this,
You can choose to use the "Luminance" feature (read below)
to help recover the highlights. You can also use the
"HLRecovery" feature which will rescale the image back
into normal unclipped range.
"C" mode is a curve stretch of the image to normalize
OIII to that of Ha.
Advanage: Because this is a curve stretch, this
significantly reduces highlight clipping while increasing
the intensity of the OIII signal. Ha and OIII signals
are more even in the highlight zone while the shadow
and midtones are stretched vs one signal over coming the
other which is what happens with linear normalization.
Disadvantage: If the OIII signal is weak, a heavy
normalization curve stretch could wash out some
contrast. The contrast can be regained using the
"Luminance" feature but may not be as detailed as the
L-Normalization process; it all depends on the target.
2) BlendMode: Here we have two options to help create
the synthetic green channel using the Ha and OIII
data. Mode:0 and Mode:1
Mode: 0 is the Luke Newbould "Lukomatico" approach,
where we blend in the Ha to that of the normalized OIII
to create the green channel. Here, Ha is red, OIII
is blue, and green is the blend. Depending on the
HaBlend value used, the results can produce images
that have "SHO" like appearance.
Mode: 1 is my ACC method of creating a synthetic
green, but unlike Mode: 0, here we blend the Ha data to
that of original OIII data to create the Green. We
then use Ha for Red and normalized OIII for blue.
The advantage of this method is to help showcase the
"HOO" pallet more by showing off the Reds and Blues.
The Ha blend is controlled by the "HaBlend" feature
3) Luminance: The advantage of luminance control is to
help control the image from being clipped, especially
when L-Normalization is used, but is also good for showing
more detail i.e. if Ha "2" mode is used. When luminance
feature is set to Off "0", the produced image has no
luminance correction. When set to "1", the produced image
brightness is being controlled by using the luminance
from the original image. When set to "2" or Ha,
the produced image is using the luminance from
the Ha data. Using Ha as luminance can really help
produce a very detailed final image.
4) Mask: This feature helps us mask out background noise
that can result during the normalization process. It
is recommended to leave this mask ON "1" but you have
the option to turn is off "0".
5) HaBlend: This feature allows you to control the blend
amount of the Ha signal to that of the OIII signal
to help create the synthetic green channel i.e. 0.60
is a 60% blend of Ha and 40% of OIII. Example: When
using the L-normalization mode and a BlendMode of 0
"Lukomatico" method, the higher this HaBlend value is,
the more "SHO" like image is produced.
6) OIIIBoost: This feauture allows you to boost or
reduce more OIII signal into your image. a value greater
than 1 will boost and a value less than 1 will reduce.
It is unlikely you will need to use this but I gave you
the option just in case.
7) HLRecover: This feature is a linear rescaling method
to help recover highlights in case they have been clipped.
The default value is 1, so if you run this normalization
process and your image is clipped, you can increase this
value to unclip the image e.g. a value of 1.1 or 1.2 might
be ok. Always leave at value 1 unless you need to recover
clipped data.
8) HLReduction: This feature is a reversed curve stretch
on the highlights alone. example, the Rosette nebula has
a bright core. You can use this method by increasing the
value to greater than 1 to help reduce the highlights while
keeping your shadows the same. This method can also work
in reverse, meaning, you can reduce this value to increase
highlights ;-)
9) Brightness: This is the final step within this
pixelmath script. This feature will perform a curve
stretch to increase overall brightness of the image with
a value greater than 1. A value less than 1 will reduce
brightness but should not be used to regain clipping, that
should be done using the HLRecover feature.
Notes:
1) It is suggested the image used should be a non-linear
starless image. An image with stars will result in
an image with severly discolored stars. IF you want to
try this script on linear data, make sure that Luminance
is off "0", but the star color will not be great
2) Preferred stretching method for any narrowband data
is the "unlinked stretch". This method helps with
equalization of the narrowband data and helps
normalization work better. Stretching methods like
EZ Soft Stretch and GHS are "linked" stretches so the
results can vary using these methods. Unlinked is perfered.
Also, dont over stretch your image! This can happen
when using stretching scipts/maths if the image has
been denoised in the linear stage. So please control
your stretching :-)
3) Make sure your starless image is background neutralized.
When performing this on a non-linear image, and using
the BackgroundNeutralization process, it is best to set
the BackgroundNeutralization Upper limit value to a
value higher than your backround reading. Then set the
working mode to "Target Background" and use a value
to your liking e.g. 0.150. This helps give good results
for normalization.
4) Preferred method for adding the stars back is using
the "unscreen/screen" method, or my RGB to Narrowband
pixelmath so that star color is preserved.
*/
E1= adev($T[0])/adev($T[1]);
E2= iif(NormMode==0,((E1*OIIIBoost)*($T[1]-med($T[1]))+med($T[0])),
mtf(0.5/(E1*OIIIBoost),$T[1]-med($T[1]))+med($T[0]) );
E3= iif(BlendMode==0,(($T[0]*HaBlend)+(E2*~HaBlend)),
(($T[0]*HaBlend)+($T[1]*~HaBlend)));
E5= iif($T==$T[0],$T[0],iif($T==$T[1],E3,E2));
E6= rescale(CIEL($T),min(med($T[0]),med($T[1]),med($T[2])),0.20);
E7= iif(Mask==0,E5,(E5*E6)+($T*~E6));
E8= ($T[0]^2+$T[1]^2+$T[2]^2)/($T[0]+$T[1]+$T[2]);
E9= (E7[0]^2+E7[1]^2+E7[2]^2)/(E7[0]+E7[1]+E7[2]);
E10= rescale(iif(Luminance==0,E7,iif(Luminance==1,E7*(E8/E9),
E7*($T[0])/E9)),0,HLRecover);
E11= ((mtf(~(1/HLReduction*.5),E10-min($T))+min($T))*
E10)+(E10*~E10);
E12= mtf((1/Brightness*.5),E11-min($T))+min($T);
E12</parameter>
<parameter id="expression1"></parameter>
<parameter id="expression2"></parameter>
<parameter id="expression3"></parameter>
<parameter id="useSingleExpression" value="true"/>
<parameter id="symbols">Symbols,
NormMode,BlendMode,OIIIBoost,Brightness,HaBlend,
Luminance,HLReduction,HLRecover,Mask,
C1,C2,C3,
E1,E2,E3,E4,E5,E6,E7,E8,E9,E10,
E11,E12,E13,E14,E15,E16,E17,
R1,G1,B1,R2,G2,B2,R3,G3,B3,L,a,b,
X,Y,Z,X1,Y1,Z1,X2,Y2,Z2,X3,Y3,Z3,</parameter>
<parameter id="clearImageCacheAndExit" value="false"/>
<parameter id="cacheGeneratedImages" value="false"/>
<parameter id="generateOutput" value="true"/>
<parameter id="singleThreaded" value="false"/>
<parameter id="optimization" value="true"/>
<parameter id="use64BitWorkingImage" value="false"/>
<parameter id="rescale" value="false"/>
<parameter id="rescaleLower" value="0"/>
<parameter id="rescaleUpper" value="1"/>
<parameter id="truncate" value="true"/>
<parameter id="truncateLower" value="0"/>
<parameter id="truncateUpper" value="1"/>