<?xml version="1.0" encoding="utf-8"?>
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<!DOCTYPE IDCARD SYSTEM "IDCARD.dtd">
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<!--用于MRZ证件的分类-->
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<IDCARD>
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<CIDCardTemplate nMainDocumentID="44288" chDocumentName="MRZ" engDocumentName="MRZ" imageSizeType="3">
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<vecProcessImage>
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<CProcessImage processType="3">
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<CEraseBlackBorderEx>
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<RECT Left="0" Top="0" Right="10000" Bottom="10000" />
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<RECT Left="500" Top="500" Right="9200" Bottom="9500" />
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</CEraseBlackBorderEx>
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</CProcessImage>
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</vecProcessImage>
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<vecRegion>
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<CRegion nIndex="0" nRegionType="4" nProcessOrder="1">
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<!--处理该区域需要的图像信息的光的类型-->
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<vecImageLightType>
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<!--1:可见光图;2:红外光图;4:紫外光图 -->
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<LIGHTTYPE>2</LIGHTTYPE>
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<LIGHTTYPE>1</LIGHTTYPE>
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</vecImageLightType>
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<!--定义区域的定位信息,如果是头像区域还需要进一步精确定位，识别区域就不用了-->
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<!--bAccurateLocate为1表示需要进一步精确定位,0代表不需要-->
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<CLocateRegion bAccurateLocate="0">
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<vecProcessImage/>
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<!--rcMinRect:指定定位区域的最小范围，即定位后的区域范围必须包含这个区域-->
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<RECT Left="10000" Top="10000" Right="0" Bottom="0" />
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<vecAnchorLocateInfo>
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<!--nDisToAnchor的值也是整图的百分比*10000计算出来的-->
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<CAnchorLocateInfo nAnchorIndex="0" nDisToAnchor="100" anchorType="1" />
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<CAnchorLocateInfo nAnchorIndex="0" nDisToAnchor="9900" anchorType="2" />
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<CAnchorLocateInfo nAnchorIndex="0" nDisToAnchor="7000" anchorType="3" />
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<CAnchorLocateInfo nAnchorIndex="0" nDisToAnchor="9900" anchorType="4" />
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</vecAnchorLocateInfo>
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<!--该区域定义的区域类型基准点的信息-->
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<vecCLocateAnchor/>
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</CLocateRegion>
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<CLocateLine>
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<!--rcHorizontal：进行行的左右边界定位时的区域范围，坐标单位为所在区域的百分比*100-->
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<RECT Left="0" Top="0" Right="100" Bottom="100" />
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<!--rcVertical：进行行的上下边界定位时的区域范围，坐标单位为所在区域的百分比*100-->
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<RECT Left="0" Top="0" Right="100" Bottom="100" />
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<!--nLocateMethod:0灰度变化的方式进行行定位;1投影方式进行行定位-->
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<!--bHeight:是否等高-->
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<!--bSpace:是否等间距-->
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<!--bWidth:是否等宽-->
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<!--nMinElementNum:该行最少元素数-->
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<!--nMaxElementNum:该行最多元素数-->
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<!--nMinWidth:元素的最小宽度-->
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<!--nMaxWidth:元素的最大宽度-->
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<!--nMinHeight:元素的最小高度-->
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<!--nMaxHeight:元素的最大高度-->
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<!--nMinSpace:元素间的最小间距-->
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<!--nMaxSpace:元素间的最大间距-->
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<CLocateInfo bEraseStart="0" nMinWHRatio="0" nMaxWHRatio="160" nSplitWHRatio="2000" bSplit="0" nNumType="0" bSpace="0" bWidth="0" bHeight="0" bRemoveLineNoise="0" nMinElementNum="2" nMaxElementNum="3" nMinWidth="6500" nMaxWidth="9999" nMinHeight="230" nMaxHeight="820" nMinSpace="10" nMaxSpace="700" bPostProcess="0">
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<vecCLocateMethod>
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<CLocateMethod nLocateMethod="4">
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<vecProcessImage>
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<CProcessImage processType="1">
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<CTrueColorToGrayEx nFilter="-1">
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<RECT Top="0" Right="0" Bottom="0" Left="0" />
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</CTrueColorToGrayEx>
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</CProcessImage>
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<CProcessImage processType="8" nEnable="1">
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<CTiltCorrection nMaxAngle="0.3" bSameSize="1" nMinAngle="0.017" nFilledType="0"/>
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</CProcessImage>
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<CProcessImage processType="2">
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<CGrayToBinaryEx>
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<vecBinaryParam>
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<BINARYPARAM nBlockNum="8" nMethod="7" />
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<BINARYPARAM nBlockNum="1" nMethod="6" />
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</vecBinaryParam>
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<RECT Left="0" Top="0" Right="0" Bottom="0" />
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</CGrayToBinaryEx>
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</CProcessImage>
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</vecProcessImage>
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</CLocateMethod>
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<CLocateMethod nLocateMethod="4">
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<vecProcessImage>
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<CProcessImage processType="1">
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<CTrueColorToGrayEx nFilter="-1">
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<RECT Top="0" Right="0" Bottom="0" Left="0" />
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</CTrueColorToGrayEx>
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</CProcessImage>
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<CProcessImage processType="7">
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<CMedianFilterEx >
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<RECT Top="0" Right="0" Bottom="0" Left="0" />
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</CMedianFilterEx>
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</CProcessImage>
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<CProcessImage processType="2">
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<CGrayToBinaryEx>
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<vecBinaryParam>
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<BINARYPARAM nBlockNum="1" nMethod="6" />
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</vecBinaryParam>
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<RECT Left="0" Top="0" Right="0" Bottom="0" />
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</CGrayToBinaryEx>
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</CProcessImage>
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</vecProcessImage>
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</CLocateMethod>
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<CLocateMethod nLocateMethod="4">
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<vecProcessImage>
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<CProcessImage processType="1">
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<CTrueColorToGrayEx nFilter="-1">
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<RECT Top="0" Right="0" Bottom="0" Left="0" />
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</CTrueColorToGrayEx>
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</CProcessImage>
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<CProcessImage processType="2">
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<CGrayToBinaryEx>
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<vecBinaryParam>
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<BINARYPARAM nBlockNum="1" nMethod="6" />
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</vecBinaryParam>
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<RECT Left="0" Top="0" Right="0" Bottom="0" />
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</CGrayToBinaryEx>
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</CProcessImage>
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</vecProcessImage>
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</CLocateMethod>
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<CLocateMethod nLocateMethod="4">
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<vecProcessImage>
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<CProcessImage processType="1">
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<CTrueColorToGrayEx nFilter="-1">
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<RECT Top="0" Right="0" Bottom="0" Left="0" />
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</CTrueColorToGrayEx>
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</CProcessImage>
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<CProcessImage processType="2">
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<CGrayToBinaryEx>
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<vecBinaryParam>
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<BINARYPARAM nBlockNum="1" nMethod="3" />
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</vecBinaryParam>
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<RECT Left="0" Top="0" Right="0" Bottom="0" />
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</CGrayToBinaryEx>
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</CProcessImage>
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</vecProcessImage>
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</CLocateMethod>
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<CLocateMethod nLocateMethod="1">
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<vecProcessImage>
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<CProcessImage processType="1">
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<CTrueColorToGrayEx nFilter="0">
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<RECT Top="0" Right="0" Bottom="0" Left="0" />
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</CTrueColorToGrayEx>
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</CProcessImage>
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<CProcessImage processType="2">
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<CGrayToBinaryEx>
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<vecBinaryParam>
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<!-- <BINARYPARAM nBlockNum="2" nMethod="7" /> -->
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<BINARYPARAM nBlockNum="1" nMethod="6" />
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</vecBinaryParam>
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<RECT Left="0" Top="0" Right="0" Bottom="0" />
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</CGrayToBinaryEx>
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</CProcessImage>
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</vecProcessImage>
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</CLocateMethod>
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</vecCLocateMethod>
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<!--在定位前进行的预处理信息，一般是二值化-->
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</CLocateInfo>
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<!--采用定位算法对行定位后，边界要浮动的大小，可以为负数
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也是整图的百分比*10000计算出来的-->
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<positionPlus nLeftPlus="-200" nRightPlus="200" nTopPlus="-100" nBottomPlus="100" />
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</CLocateLine>
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<vecLine>
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<CLine nIndex="1" bStartOffset="0" bEndOffset="1" bExist="1" bNeedRecog="1" nCheckKeyWord="0">
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<RECT Left="0" Top="0" Right="0" Bottom="0" />
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<vecRecogInfo>
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<CRecogInfo bIgnorePoint="0" nMaxPointWidth="0" nMaxPointHeight="0" bMatchRegExp="0" charOrder="\C[<\C]\C[\C<]{2}[\C<]{31，-1}" bConfirmParams="0" nProcessOrder="0" nKernelType="0">
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<CLocateInfo bEraseStart="0" nMinWHRatio="0" nMaxWHRatio="130" nSplitWHRatio="2000" bSplit="0" nNumType="0" bSpace="0" bWidth="0" bHeight="0" bRemoveLineNoise="0" nMinElementNum="35" nMaxElementNum="48" nMinWidth="80" nMaxWidth="330" nMinHeight="175" nMaxHeight="480" nMinSpace="0" nMaxSpace="140" bPostProcess="0">
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<vecCLocateMethod>
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<CLocateMethod nLocateMethod="4">
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</CLocateMethod>
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<CLocateMethod nLocateMethod="1">
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<vecProcessImage>
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<CProcessImage processType="1">
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<CTrueColorToGrayEx nFilter="-1">
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<RECT Top="0" Right="0" Bottom="0" Left="0"/>
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</CTrueColorToGrayEx>
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</CProcessImage>
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<CProcessImage processType="7">
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<CMedianFilterEx >
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<RECT Top="0" Right="0" Bottom="0" Left="0" />
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</CMedianFilterEx>
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</CProcessImage>
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<CProcessImage processType="2">
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<CGrayToBinaryEx>
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<vecBinaryParam>
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<BINARYPARAM nBlockNum="1" nMethod="3" />
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</vecBinaryParam>
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<RECT Left="0" Top="0" Right="0" Bottom="0" />
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</CGrayToBinaryEx>
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</CProcessImage>
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</vecProcessImage>
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</CLocateMethod>
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<CLocateMethod nLocateMethod="1">
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<vecProcessImage>
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<CProcessImage processType="1">
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<CTrueColorToGrayEx nFilter="0">
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<RECT Top="0" Right="0" Bottom="0" Left="0"/>
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</CTrueColorToGrayEx>
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</CProcessImage>
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<CProcessImage processType="2">
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<CGrayToBinaryEx>
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<vecBinaryParam>
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<BINARYPARAM nBlockNum="1" nMethod="6" />
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<BINARYPARAM nBlockNum="1" nMethod="7" />
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</vecBinaryParam>
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<RECT Left="0" Top="0" Right="0" Bottom="0" />
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</CGrayToBinaryEx>
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</CProcessImage>
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</vecProcessImage>
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</CLocateMethod>
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</vecCLocateMethod>
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</CLocateInfo>
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<vecKernal>
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<!--nRecogType:0识别区域，1识别字符-->
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<!--nRecogImgeType:进行识别时需要的图像类型，0代表灰度，1代表二值-->
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<CKernalInfo kernalMainType="1" nKernalSubType="6" nFilterType="0" nFillingMethod="1" strFilterPlus="" nRecogType="1" nRecogImgeType="0">
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<vecCharRatio>
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<CCharRatio strChars="" charType="0" nWHRatio="60" />
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</vecCharRatio>
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</CKernalInfo>
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</vecKernal>
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</CRecogInfo>
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</vecRecogInfo>
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<!--vecRecogUnit:行内识别单元的信息-->
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<vecRecogUnit>
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<!--nIndex:识别单元序号-->
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<!--cellNameEng="" cellName:识别单元名称-->
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<!--bLocate:该识别单元是否需要定位-->
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<!--bReRecog:该识别单元是否需要重新识别-->
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<!--nOutputThreshold:输出界限一，待输出的识别结果的字频的值不能低于该值-->
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<!--输出界限二，字频值< nOutputThreshold的个数最大不能超过该值，否则将不输出-->
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<CRecogUnit nIndex="0" bLocate="0" bRecog="0">
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<vecRecogInfo/>
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</CRecogUnit>
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</vecRecogUnit>
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<!--vecLineKeyWord:记录该行内用来定位的关键字信息-->
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<vecLineKeyWord/>
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<!--记录该行定义基准点的信息-->
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<vecCLocateAnchor>
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<!--CLocateAnchor nDisToAnchor="0" nAnchorIndex="1" anchorType="3" /-->
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</vecCLocateAnchor>
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</CLine>
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<CLine nIndex="0" bStartOffset="0" bEndOffset="1" bExist="1" bNeedRecog="1" nCheckKeyWord="0">
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<!--rcLineResult:行的初始位置信息，初始值尽量写最小的区域范围，这样最准确
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如果都为0代表该值不可靠，坐标单位为坐标均为占整张图像的百分比*10000
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-->
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<RECT Left="0" Top="0" Right="0" Bottom="0" />
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<vecRecogInfo>
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<CRecogInfo bIgnorePoint="0" nMaxPointWidth="0" nMaxPointHeight="0" bMatchRegExp="0" charOrder="[\D\C<]{9}\D\C[\C<]{2}\D{6}\D{1}[MF]\D{7}[\D\C<]{14}[\D<]\D" bConfirmParams="0" nProcessOrder="0" nKernelType="0">
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<!--定位字符的信息-->
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<!--定位字符的信息-->
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<!--nLocateMethod: 0,用识别核心做定位;
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1，提取连通域的方法进行定位;
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2，投影方法进行定位
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-->
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<!--nMinElementNum:该行最少元素数-->
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<!--nMaxElementNum:该行最多元素数-->
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<!--nMinWidth:元素的最小宽度-->
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<!--nMaxWidth:元素的最大宽度-->
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<!--nMinHeight:元素的最小高度-->
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<!--nMaxHeight:元素的最大高度-->
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<!--nMinSpace:元素间的最小间距-->
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<!--nMaxSpace:元素间的最大间距-->
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<CLocateInfo bEraseStart="0" nMinWHRatio="0" nMaxWHRatio="130" nSplitWHRatio="2000" bSplit="0" nNumType="0" bSpace="0" bWidth="0" bHeight="0" bRemoveLineNoise="0" nMinElementNum="35" nMaxElementNum="48" nMinWidth="70" nMaxWidth="320" nMinHeight="220" nMaxHeight="480" nMinSpace="0" nMaxSpace="140" bPostProcess="0">
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<vecCLocateMethod>
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<CLocateMethod nLocateMethod="4">
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</CLocateMethod>
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<CLocateMethod nLocateMethod="1">
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<vecProcessImage>
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<CProcessImage processType="1">
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<CTrueColorToGrayEx nFilter="0">
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<RECT Top="0" Right="0" Bottom="0" Left="0"/>
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</CTrueColorToGrayEx>
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</CProcessImage>
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<CProcessImage processType="2">
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<CGrayToBinaryEx>
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<vecBinaryParam>
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<BINARYPARAM nBlockNum="1" nMethod="6" />
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</vecBinaryParam>
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<RECT Left="0" Top="0" Right="0" Bottom="0" />
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</CGrayToBinaryEx>
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</CProcessImage>
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</vecProcessImage>
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</CLocateMethod>
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<CLocateMethod nLocateMethod="1">
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<vecProcessImage>
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<CProcessImage processType="1">
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<CTrueColorToGrayEx nFilter="0">
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<RECT Top="0" Right="0" Bottom="0" Left="0"/>
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</CTrueColorToGrayEx>
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</CProcessImage>
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<CProcessImage processType="2">
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<CGrayToBinaryEx>
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<vecBinaryParam>
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<BINARYPARAM nBlockNum="1" nMethod="3"/>
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</vecBinaryParam>
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<RECT Left="0" Top="0" Right="0" Bottom="0" />
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</CGrayToBinaryEx>
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</CProcessImage>
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</vecProcessImage>
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</CLocateMethod>
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<CLocateMethod nLocateMethod="1">
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<vecProcessImage>
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<CProcessImage processType="1">
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<CTrueColorToGrayEx nFilter="0">
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<RECT Top="0" Right="0" Bottom="0" Left="0"/>
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</CTrueColorToGrayEx>
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</CProcessImage>
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<CProcessImage processType="2">
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<CGrayToBinaryEx>
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<vecBinaryParam>
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<BINARYPARAM nBlockNum="1" nMethod="6"/>
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<BINARYPARAM nBlockNum="1" nMethod="7" />
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</vecBinaryParam>
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<RECT Left="0" Top="0" Right="0" Bottom="0" />
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</CGrayToBinaryEx>
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</CProcessImage>
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</vecProcessImage>
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</CLocateMethod>
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</vecCLocateMethod>
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</CLocateInfo>
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<vecKernal>
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<!--nRecogType:0识别区域，1识别字符-->
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<!--nRecogImgeType:进行识别时需要的图像类型，0代表灰度，1代表二值-->
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<CKernalInfo kernalMainType="1" nKernalSubType="6" nFilterType="0" nFillingMethod="1" strFilterPlus="" nRecogType="1" nRecogImgeType="0">
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<vecCharRatio>
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<CCharRatio strChars="" charType="0" nWHRatio="60" />
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</vecCharRatio>
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</CKernalInfo>
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</vecKernal>
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</CRecogInfo>
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</vecRecogInfo>
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<!--nRecogType:0识别区域，1识别字符-->
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<!--nRecogImgeType:进行识别时需要的图像类型，0代表灰度，1代表二值-->
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<!--charOrder:字符的排列情况，用正则表达式表示-->
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<!--kernalMainType识别核心主类型
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TH_OCR=1,
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SSFT152=2,
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BARCODE=3
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-->
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<!--vecRecogUnit:行内识别单元的信息-->
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<vecRecogUnit>
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<!--nIndex:识别单元序号-->
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<!--cellNameEng="" cellName:识别单元名称-->
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<!--bLocate:该识别单元是否需要定位-->
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<!--bReRecog:该识别单元是否需要重新识别-->
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<!--nOutputThreshold:输出界限一，待输出的识别结果的字频的值不能低于该值-->
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<!--输出界限二，字频值< nOutputThreshold的个数最大不能超过该值，否则将不输出-->
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<CRecogUnit nIndex="1" bLocate="0" bRecog="0">
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<vecRecogInfo/>
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</CRecogUnit>
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</vecRecogUnit>
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<!--vecLineKeyWord:记录该行内用来定位的关键字信息-->
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<vecLineKeyWord/>
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<!--vecAnchor:记录该行定义基准点的信息-->
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<vecCLocateAnchor/>
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</CLine>
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</vecLine>
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</CRegion>
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</vecRegion>
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<vecAnchor>
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<CAnchor nIndex="0" anchorPos="-1" anchorType="0" bEnable="0" nMinPos="-1" nMaxPos="-1" />
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</vecAnchor>
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<vecOutPutResult>
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<COutPutResult nIndex="0" cellRecogType="20" cellNameEng="MRZ1" cellName="MRZ1" nOutputThreshold="0" nOutputNumber="0" bFormatResult="0">
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</COutPutResult>
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<COutPutResult nIndex="1" cellRecogType="20" cellNameEng="MRZ2" cellName="MRZ2" nOutputThreshold="0" nOutputNumber="0" bFormatResult="0">
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</COutPutResult>
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</vecOutPutResult>
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</CIDCardTemplate>
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</IDCARD>
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