op="0" Right="0" Bottom="0" Left="0" />
												</CTrueColorToGrayEx>
											</CProcessImage>
											<CProcessImage processType="2">
												<CGrayToBinaryEx>
													<vecBinaryParam>
														<BINARYPARAM nBlockNum="1" nMethod="6" />
													</vecBinaryParam>
													<!--processRect-->
													<RECT Left="0" Top="0" Right="0" Bottom="0" />
												</CGrayToBinaryEx>
											</CProcessImage>
										</vecProcessImage>
									</CLocateMethod>
								</vecCLocateMethod>
							</CLocateInfo>
							<!--采用定位算法对行定位后，边界要浮动的大小，可以为负数
							也是整图的百分比*10000计算出来的-->
							<positionPlus nLeftPlus="-120" nRightPlus="120" nTopPlus="-120" nBottomPlus="150" />
						</CLocateLine>
						<vecLine>
							<!--nIndex:该行在区域内是第几行，以第一行或者最后一行为基准从0开始的偏移-->
							<!--bStartOffset:如果是以区域的第一行为基准，该值为true,否则为false-->
							<!--bEndOffset:如果是以区域的最后一行为基准，该值为false，否则为false-->
							<!--nLineType:0代表不需要识别，1代表需要识别-->
							<CLine nIndex="0" bStartOffset="1" bEndOffset="0" bExist="1" bNeedRecog="1" nCheckKeyWord="0">
								<!--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
									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
								-->
								<RECT Left="0" Top="0" Right="0" Bottom="0" />
								<!--nRecogType:0识别区域，1识别字符-->
								<!--nRecogImgeType:进行识别时需要的图像类型，0代表灰度，1代表二值-->
								<!--cellRecogType:识别内容
										NAMECH=0,//中文姓名
										SEX=1,//性别
										NATION=2,//民族
										BIRTHDAY=3,//出生日期
										ISSUINGDATE=4,//签发日期
										VALIDPERIOD=5,//有效期至
										ADDRESSS=6,//地址
										IDNUMBER=7,//身份证号码










										PPMRZ1=8,//护照类型证件的机读码第一行










										PPMRZ2=9,//护照类型证件的机读码第二行










										OTHER=10//其他类型
								-->
								<!--charOrder:字符的排列情况，用正则表达式表示-->
								<!--kernalMainType识别核心主类型 
										TH_OCR=1,
										SSFT152=2,
										BARCODE=3
								-->
								<CRecogInfo bIgnorePoint="0" nMaxPointWidth="0" nMaxPointHeight="0" bMatchRegExp="1" charOrder="V[&lt;\C]ITA[\C&lt;]{1,-1}" bConfirmParams="0">
									<!--定位字符的信息-->
									<!--定位字符的信息-->
									<!--nLocateMethod:  0,用识别核心做定位;
														1，提取连通域的方法进行定位;
														2，投影方法进行定位










									-->
									<!--nMinElementNum:该行最少元素数-->
									<!--nMaxElementNum:该行最多元素数-->
									<!--nMinWidth:元素的最小宽度-->
									<!--nMaxWidth:元素的最大宽度-->
									<!--nMinHeight:元素的最小高度-->
									<!--nMaxHeight:元素的最大高度-->
									<!--nMinSpace:元素间的最小间距-->
									<!--nMaxSpace:元素间的最大间距-->
									<CLocateInfo bEraseStart="0" nMinWHRatio="0" nMaxWHRatio="100" nSplitWHRatio="2000" bSplit="0" nNumType="0" bSpace="0" bWidth="0" bHeight="0" bRemoveLineNoise="0" nMinElementNum="36" nMaxElementNum="36" nMinWidth="80" nMaxWidth="230" nMinHeight="175" nMaxHeight="360" nMinSpace="0" nMaxSpace="140" bPostProcess="1">
										<vecCLocateMethod>
											<CLocateMethod nLocateMethod="1">
												<vecProcessImage>
													<CProcessImage processType="1">
														<CTrueColorToGrayEx nFilter="0">
															<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
														</CTrueColorToGrayEx>
													</CProcessImage>
													<CProcessImage processType="2">
														<CGrayToBinaryEx>
															<vecBinaryParam>
																<BINARYPARAM nBlockNum="10" nMethod="7" />
																<BINARYPARAM nBlockNum="1" nMethod="6" />
															</vecBinaryParam>
															<!--processRect-->
															<RECT Left="0" Top="0" Right="0" Bottom="0" />
														</CGrayToBinaryEx>
													</CProcessImage>
												</vecProcessImage>
											</CLocateMethod>
											<CLocateMethod nLocateMethod="1">
												<vecProcessImage>
													<CProcessImage processType="1">
														<CTrueColorToGrayEx nFilter="0">
															<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
														</CTrueColorToGrayEx>
													</CProcessImage>
													<CProcessImage processType="2">
														<CGrayToBinaryEx>
															<vecBinaryParam>
																<BINARYPARAM nBlockNum="10" nMethod="7" />
																<BINARYPARAM nBlockNum="1" nMethod="1" />
															</vecBinaryParam>
															<!--processRect-->
															<RECT Left="0" Top="0" Right="0" Bottom="0" />
														</CGrayToBinaryEx>
													</CProcessImage>
												</vecProcessImage>
											</CLocateMethod>
											<CLocateMethod nLocateMethod="1">
												<vecProcessImage>
													<CProcessImage processType="1">
														<CTrueColorToGrayEx nFilter="0">
															<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
														</CTrueColorToGrayEx>
													</CProcessImage>
													<CProcessImage processType="2">
														<CGrayToBinaryEx>
															<vecBinaryParam>
																<!--	<BINARYPARAM nBlockNum="2" nMethod="7"/>-->
																<BINARYPARAM nBlockNum="1" nMethod="3" />
															</vecBinaryParam>
															<!--processRect-->
															<RECT Left="0" Top="0" Right="0" Bottom="0" />
														</CGrayToBinaryEx>
													</CProcessImage>
												</vecProcessImage>
											</CLocateMethod>
											<CLocateMethod nLocateMethod="1">
												<vecProcessImage>
													<CProcessImage processType="1">
														<CTrueColorToGrayEx nFilter="0">
															<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
														</CTrueColorToGrayEx>
													</CProcessImage>
													<CProcessImage processType="2">
														<CGrayToBinaryEx>
															<vecBinaryParam>
																<BINARYPARAM nBlockNum="1" nMethod="5" />
															</vecBinaryParam>
															<!--processRect-->
															<RECT Left="0" Top="0" Right="0" Bottom="0" />
														</CGrayToBinaryEx>
													</CProcessImage>
												</vecProcessImage>
											</CLocateMethod>
										</vecCLocateMethod>
									</CLocateInfo>
									<vecKernal>
										<!--nRecogType:0识别区域，1识别字符-->
										<!--nRecogImgeType:进行识别时需要的图像类型，0代表灰度，1代表二值-->
										<CKernalInfo kernalMainType="1" nKernalSubType="6" nFilterType="0" nFillingMethod="1" strFilterPlus="" nRecogType="1" nRecogImgeType="0">
											<vecCharRatio>
												<CCharRatio strChars="" charType="0" nWHRatio="60" />
											</vecCharRatio>
										</CKernalInfo>
									</vecKernal>
								</CRecogInfo>
								<!--vecRecogUnit:行内识别单元的信息-->
								<vecRecogUnit>
									<!--nIndex:识别单元序号-->
									<!--cellName:识别单元名称-->
									<!--bLocate:该识别单元是否需要定位-->
									<!--bReRecog:该识别单元是否需要重新识别-->
									<!--OutputThreshold:输出界限一，待输出的识别结果的字频的值不能低于该值-->
									<!--输出界限二，字频值< OutputThreshold的个数最大不能超过该值，否则将不输出-->
									<CRecogUnit nIndex="10" bLocate="0" bRecog="0"></CRecogUnit>
								</vecRecogUnit>
								<!--vecLineKeyWord:记录该行内用来定位的关键字信息-->
								<vecLineKeyWord>
									<CKeyWord nMinWidth="-1" nMaxHeight="-1" content="V" nMinHeight="-1" nConfirmType="1" nMaxWidth="-1">
										<vecCLocateAnchor>
											<CLocateAnchor nDisToAnchor="0" nAnchorIndex="3" anchorType="2" />
										</vecCLocateAnchor>
									</CKeyWord>
								</vecLineKeyWord>
								<!--记录该行定义基准点的信息-->
								<vecCLocateAnchor>
									<CLocateAnchor nDisToAnchor="0" nAnchorIndex="1" anchorType="3" />
								</vecCLocateAnchor>
							</CLine>
							<CLine nIndex="1" bStartOffset="1" bEndOffset="0" bExist="1" bNeedRecog="1" nCheckKeyWord="0">
								<!--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
									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
								-->
								<RECT Left="0" Top="0" Right="0" Bottom="0" />
								<!--nRecogType:0识别区域，1识别字符-->
								<!--nRecogImgeType:进行识别时需要的图像类型，0代表灰度，1代表二值-->
								<!--cellRecogType:识别内容
										NAMECH=0,//中文姓名
										SEX=1,//性别
										NATION=2,//民族
										BIRTHDAY=3,//出生日期
										ISSUINGDATE=4,//签发日期
										VALIDPERIOD=5,//有效期至
										ADDRESSS=6,//地址
										IDNUMBER=7,//身份证号码

















										PPMRZ1=8,//护照类型证件的机读码第一行

















										PPMRZ2=9,//护照类型证件的机读码第二行

















										OTHER=10//其他类型
								-->
								<!--charOrder:字符的排列情况，用正则表达式表示-->
								<!--kernalMainType识别核心主类型 
										TH_OCR=1,
										SSFT152=2,
										BARCODE=3
								-->
								<CRecogInfo bIgnorePoint="0" nMaxPointWidth="0" nMaxPointHeight="0" bMatchRegExp="1" charOrder="[\D\C]{8}[\D\C&lt;]\D\C{3}\D{7}[MF]\D{7}[&lt;\C]{1}[\C\D]{1}\D{6}" bConfirmParams="0">
									<!--定位字符的信息-->
									<!--定位字符的信息-->
									<!--nLocateMethod:  0,用识别核心做定位;
														1，提取连通域的方法进行定位;
														2，投影方法进行定位

















									-->
									<!--nMinElementNum:该行最少元素数-->
									<!--nMaxElementNum:该行最多元素数-->
									<!--nMinWidth:元素的最小宽度-->
									<!--nMaxWidth:元素的最大宽度-->
									<!--nMinHeight:元素的最小高度-->
									<!--nMaxHeight:元素的最大高度-->
									<!--nMinSpace:元素间的最小间距-->
									<!--nMaxSpace:元素间的最大间距-->
									<CLocateInfo bEraseStart="0" nMinWHRatio="0" nMaxWHRatio="100" nSplitWHRatio="2000" bSplit="0" nNumType="0" bSpace="0" bWidth="0" bHeight="0" bRemoveLineNoise="0" nMinElementNum="36" nMaxElementNum="36" nMinWidth="70" nMaxWidth="220" nMinHeight="175" nMaxHeight="360" nMinSpace="0" nMaxSpace="140" bPostProcess="1">
										<vecCLocateMethod>
											<CLocateMethod nLocateMethod="1">
												<vecProcessImage>
													<CProcessImage processType="1">
														<CTrueColorToGrayEx nFilter="0">
															<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
														</CTrueColorToGrayEx>
													</CProcessImage>
													<CProcessImage processType="2">
														<CGrayToBinaryEx>
															<vecBinaryParam>
																<!--<BINARYPARAM nBlockNum="30" nMethod="7"/>-->
																<BINARYPARAM nBlockNum="1" nMethod="6" />
															</vecBinaryParam>
															<!--processRect-->
															<RECT Left="0" Top="0" Right="0" Bottom="0" />
														</CGrayToBinaryEx>
													</CProcessImage>
												</vecProcessImage>
											</CLocateMethod>
											<CLocateMethod nLocateMethod="1">
												<vecProcessImage>
													<CProcessImage processType="1">
														<CTrueColorToGrayEx nFilter="0">
															<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
														</CTrueColorToGrayEx>
													</CProcessImage>
													<CProcessImage processType="2">
														<CGrayToBinaryEx>
															<vecBinaryParam>
																<BINARYPARAM nBlockNum="10" nMethod="7" />
																<BINARYPARAM nBlockNum="1" nMethod="1" />
															</vecBinaryParam>
															<!--processRect-->
															<RECT Left="0" Top="0" Right="0" Bottom="0" />
														</CGrayToBinaryEx>
													</CProcessImage>
												</vecProcessImage>
											</CLocateMethod>
											<CLocateMethod nLocateMethod="1">
												<vecProcessImage>
													<CProcessImage processType="1">
														<CTrueColorToGrayEx nFilter="0">
															<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
														</CTrueColorToGrayEx>
													</CProcessImage>
													<CProcessImage processType="2">
														<CGrayToBinaryEx>
															<vecBinaryParam>
																<!--<BINARYPARAM nBlockNum="2" nMethod="7"/>-->
																<BINARYPARAM nBlockNum="1" nMethod="3" />
															</vecBinaryParam>
															<!--processRect-->
															<RECT Left="0" Top="0" Right="0" Bottom="0" />
														</CGrayToBinaryEx>
													</CProcessImage>
												</vecProcessImage>
											</CLocateMethod>
											<CLocateMethod nLocateMethod="1">
												<vecProcessImage>
													<CProcessImage processType="1">
														<CTrueColorToGrayEx nFilter="0">
															<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
														</CTrueColorToGrayEx>
													</CProcessImage>
													<CProcessImage processType="2">
														<CGrayToBinaryEx>
															<vecBinaryParam>
																<BINARYPARAM nBlockNum="1" nMethod="5" />
															</vecBinaryParam>
															<!--processRect-->
															<RECT Left="0" Top="0" Right="0" Bottom="0" />
														</CGrayToBinaryEx>
													</CProcessImage>
												</vecProcessImage>
											</CLocateMethod>
										</vecCLocateMethod>
									</CLocateInfo>
									<vecKernal>
										<!--nRecogType:0识别区域，1识别字符-->
										<!--nRecogImgeType:进行识别时需要的图像类型，0代表灰度，1代表二值-->
										<CKernalInfo kernalMainType="1" nKernalSubType="6" nFilterType="0" nFillingMethod="1" strFilterPlus="" nRecogType="1" nRecogImgeType="0">
											<vecCharRatio>
												<CCharRatio strChars="" charType="0" nWHRatio="60" />
											</vecCharRatio>
										</CKernalInfo>
									</vecKernal>
								</CRecogInfo>
								<!--vecRecogUnit:行内识别单元的信息-->
								<vecRecogUnit>
									<!--nIndex:识别单元序号-->
									<!--cellName:识别单元名称-->
									<!--bLocate:该识别单元是否需要定位-->
									<!--bReRecog:该识别单元是否需要重新识别-->
									<!--OutputThreshold:输出界限一，待输出的识别结果的字频的值不能低于该值-->
									<!--输出界限二，字频值< OutputThreshold的个数最大不能超过该值，否则将不输出-->
									<CRecogUnit nIndex="11" bLocate="0" bRecog="0"></CRecogUnit>
								</vecRecogUnit>
								<!--vecLineKeyWord:记录该行内用来定位的关键字信息-->
								<vecLineKeyWord></vecLineKeyWord>
								<!--vecAnchor:记录该行定义基准点的信息-->
								<vecCLocateAnchor></vecCLocateAnchor>
							</CLine>
						</vecLine>
					</CRegion>  
					<CRegion nIndex="1" nRegionType="0" nProcessOrder="1">
						<vecImageLightType>
							<!--1:可见光图;2:红外光图;4:紫外光图 -->
							<LIGHTTYPE>1</LIGHTTYPE>
							<LIGHTTYPE>2</LIGHTTYPE>
						</vecImageLightType>
						<CLocateRegion bAccurateLocate="0">
							<vecProcessImage></vecProcessImage>
							<!--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-->
							<RECT Left="9900" Top="9900" Right="0" Bottom="0" />
							<vecAnchorLocateInfo>
								<!--nDisToAnchor的值也是整图的百分比*10000计算出来的-->
								<CAnchorLocateInfo nAnchorIndex="3" nDisToAnchor="-800" anchorType="1" />
								<CAnchorLocateInfo nAnchorIndex="0" nDisToAnchor="567" anchorType="1" />
								<CAnchorLocateInfo nAnchorIndex="3" nDisToAnchor="1662" anchorType="2" />
								<CAnchorLocateInfo nAnchorIndex="0" nDisToAnchor="3074" anchorType="2" />
								<CAnchorLocateInfo nAnchorIndex="1" nDisToAnchor="-4377" anchorType="3" />
								<CAnchorLocateInfo nAnchorIndex="0" nDisToAnchor="2336" anchorType="3" />
								<CAnchorLocateInfo nAnchorIndex="1" nDisToAnchor="-502" anchorType="4" />
								<CAnchorLocateInfo nAnchorIndex="0" nDisToAnchor="6990" anchorType="4" />
							</vecAnchorLocateInfo>
							<!--该区域定义的区域类型基准点的信息-->
							<vecCLocateAnchor></vecCLocateAnchor>
						</CLocateRegion>
					</CRegion>
					<CRegion nIndex="2" nRegionType="1" nProcessOrder="2">
						<!--处理该区域需要的图像信息的光的类型-->
						<vecImageLightType>
							<!--1:可见光图;2:红外光图;4:紫外光图 -->
							<LIGHTTYPE>2</LIGHTTYPE>
							<LIGHTTYPE>1</LIGHTTYPE>
						</vecImageLightType>
						<!--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-->
						<!--bAccurateLocate为1表示需要进一步精确定位,0代表不需要-->
						<CLocateRegion bAccurateLocate="0">
							<vecProcessImage></vecProcessImage>
							<!--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-->
							<RECT Left="9900" Top="9900" Right="0" Bottom="0" />
							<vecAnchorLocateInfo>
								<!--nDisToAnchor的值也是整图的百分比*10000计算出来的-->
								<CAnchorLocateInfo nAnchorIndex="3" nDisToAnchor="2105" anchorType="1" />
								<CAnchorLocateInfo nAnchorIndex="0" nDisToAnchor="3210" anchorType="1" />
								<CAnchorLocateInfo nAnchorIndex="3" nDisToAnchor="5134" anchorType="2" />
								<CAnchorLocateInfo nAnchorIndex="0" nDisToAnchor="6359" anchorType="2" />
								<CAnchorLocateInfo nAnchorIndex="1" nDisToAnchor="-5327" anchorType="3" />
								<CAnchorLocateInfo nAnchorIndex="0" nDisToAnchor="1919" anchorType="3" />
								<CAnchorLocateInfo nAnchorIndex="1" nDisToAnchor="-3973" anchorType="4" />
								<CAnchorLocateInfo nAnchorIndex="0" nDisToAnchor="3288" anchorType="4" />
							</vecAnchorLocateInfo>
							<vecCLocateAnchor></vecCLocateAnchor>
						</CLocateRegion>
						<CLocateLine>
							<!--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-->
							<RECT Left="0" Top="0" Right="100" Bottom="100" />
							<!--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-->
							<RECT Left="20" Top="0" Right="60" Bottom="100" />
							<!--nLocateMethod:0灰度变化的方式进行行定位;1投影方式进行行定位-->
							<!--bHeight:是否等高-->
							<!--bSpace:是否等间距-->
							<!--bWidth:是否等宽-->
							<!--nMinElementNum:该行最少元素数-->
							<!--nMaxElementNum:该行最多元素数-->
							<!--nMinWidth:元素的最小宽度-->
							<!--nMaxWidth:元素的最大宽度-->
							<!--nMinHeight:元素的最小高度-->
							<!--nMaxHeight:元素的最大高度-->
							<!--nMinSpace:元素间的最小间距-->
							<!--nMaxSpace:元素间的最大间距-->
							<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="900" nMaxWidth="9900" nMinHeight="133" nMaxHeight="500" nMinSpace="110" nMaxSpace="535" bPostProcess="0">
								<vecCLocateMethod>
									<CLocateMethod nLocateMethod="0">
										<!--在定位前进行的预处理信息，一般是二值化-->
										<vecProcessImage>
											<CProcessImage processType="1">
												<CTrueColorToGrayEx nFilter="0">
													<RECT Top="0" Right="0" Bottom="0" Left="0" />
												</CTrueColorToGrayEx>
											</CProcessImage>
										</vecProcessImage>
									</CLocateMethod>
									<CLocateMethod nLocateMethod="1">
										<!--在定位前进行的预处理信息，一般是二值化-->
										<vecProcessImage>
											<CProcessImage processType="1">
												<CTrueColorToGrayEx nFilter="0">
													<RECT Top="0" Right="0" Bottom="0" Left="0" />
												</CTrueColorToGrayEx>
											</CProcessImage>
											<CProcessImage processType="2">
												<CGrayToBinaryEx>
													<vecBinaryParam>
														<BINARYPARAM nBlockNum="2" nMethod="7" />
														<BINARYPARAM nBlockNum="1" nMethod="3" />
													</vecBinaryParam>
													<!--processRect-->
													<RECT Left="0" Top="0" Right="0" Bottom="0" />
												</CGrayToBinaryEx>
											</CProcessImage>
										</vecProcessImage>
									</CLocateMethod>
									<CLocateMethod nLocateMethod="1">
										<!--在定位前进行的预处理信息，一般是二值化-->
										<vecProcessImage>
											<CProcessImage processType="1">
												<CTrueColorToGrayEx nFilter="0">
													<RECT Top="0" Right="0" Bottom="0" Left="0" />
												</CTrueColorToGrayEx>
											</CProcessImage>
											<CProcessImage processType="2">
												<CGrayToBinaryEx>
													<vecBinaryParam>
														<BINARYPARAM nBlockNum="1" nMethod="6" />
													</vecBinaryParam>
													<!--processRect-->
													<RECT Left="0" Top="0" Right="0" Bottom="0" />
												</CGrayToBinaryEx>
											</CProcessImage>
										</vecProcessImage>
									</CLocateMethod>
								</vecCLocateMethod>
							</CLocateInfo>
							<!--采用定位算法对行定位后，边界要浮动的大小，可以为负数
							也是整图的百分比*10000计算出来的-->
							<positionPlus nLeftPlus="-120" nRightPlus="120" nTopPlus="-70" nBottomPlus="70" />
						</CLocateLine>
						<vecLine>
							<!--nIndex:该行在区域内是第几行，以第一行或者最后一行为基准从0开始的偏移-->
							<!--bStartOffset:如果是以区域的第一行为基准，该值为true,否则为false-->
							<!--bEndOffset:如果是以区域的最后一行为基准，该值为false，否则为false-->
							<!--nLineType:0代表不需要识别，1代表需要识别-->
							<CLine nIndex="0" bStartOffset="1" bEndOffset="0" bExist="1" bNeedRecog="0" nCheckKeyWord="0">
							</CLine>
							<CLine nIndex="1" bStartOffset="1" bEndOffset="0" bExist="1" bNeedRecog="1" nCheckKeyWord="0">
								<!--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
									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
								-->
								<RECT Left="0" Top="0" Right="0" Bottom="0" />
								<CRecogInfo bIgnorePoint="0" nMaxPointWidth="0" nMaxPointHeight="0" bMatchRegExp="1" charOrder="\D{2}\D{2}\D{2}" bConfirmParams="0">

									<CLocateInfo bEraseStart="0" nMinWHRatio="0" nMaxWHRatio="100" nSplitWHRatio="2000" bSplit="0" nNumType="0" bSpace="0" bWidth="0" bHeight="0" bRemoveLineNoise="0" nMinElementNum="6" nMaxElementNum="6" nMinWidth="60" nMaxWidth="220" nMinHeight="175" nMaxHeight="360" nMinSpace="0" nMaxSpace="370" bPostProcess="1">
										<vecCLocateMethod>
											<CLocateMethod nLocateMethod="1">
												<vecProcessImage>
													<CProcessImage processType="1">
														<CTrueColorToGrayEx nFilter="0">
															<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
														</CTrueColorToGrayEx>
													</CProcessImage>
													<CProcessImage processType="2">
														<CGrayToBinaryEx>
															<vecBinaryParam>
																<!--<BINARYPARAM nBlockNum="30" nMethod="7"/>-->
																<BINARYPARAM nBlockNum="1" nMethod="6" />
															</vecBinaryParam>
															<!--processRect-->
															<RECT Left="0" Top="0" Right="0" Bottom="0" />
														</CGrayToBinaryEx>
													</CProcessImage>
												</vecProcessImage>
											</CLocateMethod>
											<CLocateMethod nLocateMethod="1">
												<vecProcessImage>
													<CProcessImage processType="1">
														<CTrueColorToGrayEx nFilter="0">
															<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
														</CTrueColorToGrayEx>
													</CProcessImage>
													<CProcessImage processType="2">
														<CGrayToBinaryEx>
															<vecBinaryParam>
																<BINARYPARAM nBlockNum="10" nMethod="7" />
																<BINARYPARAM nBlockNum="1" nMethod="1" />
															</vecBinaryParam>
															<!--processRect-->
															<RECT Left="0" Top="0" Right="0" Bottom="0" />
														</CGrayToBinaryEx>
													</CProcessImage>
												</vecProcessImage>
											</CLocateMethod>
											<CLocateMethod nLocateMethod="1">
												<vecProcessImage>
													<CProcessImage processType="1">
														<CTrueColorToGrayEx nFilter="0">
															<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
														</CTrueColorToGrayEx>
													</CProcessImage>
													<CProcessImage processType="2">
														<CGrayToBinaryEx>
															<vecBinaryParam>
																<!--<BINARYPARAM nBlockNum="2" nMethod="7"/>-->
																<BINARYPARAM nBlockNum="1" nMethod="3" />
															</vecBinaryParam>
															<!--processRect-->
															<RECT Left="0" Top="0" Right="0" Bottom="0" />
														</CGrayToBinaryEx>
													</CProcessImage>
												</vecProcessImage>
											</CLocateMethod>
											<CLocateMethod nLocateMethod="1">
												<vecProcessImage>
													<CProcessImage processType="1">
														<CTrueColorToGrayEx nFilter="0">
															<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
														</CTrueColorToGrayEx>
													</CProcessImage>
													<CProcessImage processType="2">
														<CGrayToBinaryEx>
															<vecBinaryParam>
																<BINARYPARAM nBlockNum="1" nMethod="5" />
															</vecBinaryParam>
															<!--processRect-->
															<RECT Left="0" Top="0" Right="0" Bottom="0" />
														</CGrayToBinaryEx>
													</CProcessImage>
												</vecProcessImage>
											</CLocateMethod>
										</vecCLocateMethod>
									</CLocateInfo>
									<vecKernal>
										<!--nRecogType:0识别区域，1识别字符-->
										<!--nRecogImgeType:进行识别时需要的图像类型，0代表灰度，1代表二值-->
										<CKernalInfo kernalMainType="1" nKernalSubType="6" nFilterType="0" nFillingMethod="1" strFilterPlus="" nRecogType="1" nRecogImgeType="0">
											<vecCharRatio>
												<CCharRatio strChars="" charType="0" nWHRatio="60" />
											</vecCharRatio>
										</CKernalInfo>
									</vecKernal>
								</CRecogInfo>
								<!--vecRecogUnit:行内识别单元的信息-->
								<vecRecogUnit>
									<!--nIndex:识别单元序号-->
									<!--cellName:识别单元名称-->
									<!--bLocate:该识别单元是否需要定位-->
									<!--bReRecog:该识别单元是否需要重新识别-->
									<!--OutputThreshold:输出界限一，待输出的识别结果的字频的值不能低于该值-->
									<!--输出界限二，字频值< OutputThreshold的个数最大不能超过该值，否则将不输出-->
									<CRecogUnit nIndex="20" bLocate="0" bRecog="0"></CRecogUnit>
								</vecRecogUnit>
								<!--vecLineKeyWord:记录该行内用来定位的关键字信息-->
								<vecLineKeyWord></vecLineKeyWord>
								<!--vecAnchor:记录该行定义基准点的信息-->
								<vecCLocateAnchor>
									<CLocateAnchor nDisToAnchor="0" nAnchorIndex="2" anchorType="4" />
								</vecCLocateAnchor>
							</CLine>

							<CLine nIndex="2" bStartOffset="1" bEndOffset="0" bExist="0" bNeedRecog="0" nCheckKeyWord="0">
							</CLine>
						</vecLine>
					</CRegion>
					<CRegion nIndex="3" nRegionType="1" nProcessOrder="3">
						<!--处理该区域需要的图像信息的光的类型-->
						<vecImageLightType>
							<!--1:可见光图;2:红外光图;4:紫外光图 -->
							<LIGHTTYPE>2</LIGHTTYPE>
							<LIGHTTYPE>1</LIGHTTYPE>
						</vecImageLightType>
						<!--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-->
						<!--bAccurateLocate为1表示需要进一步精确定位,0代表不需要-->
						<CLocateRegion bAccurateLocate="0">
							<vecProcessImage></vecProcessImage>
							<!--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-->
							<RECT Left="9900" Top="9900" Right="0" Bottom="0" />
							<vecAnchorLocateInfo>
								<!--nDisToAnchor的值也是整图的百分比*10000计算出来的-->
								<CAnchorLocateInfo nAnchorIndex="3" nDisToAnchor="1695" anchorType="1" />
								<CAnchorLocateInfo nAnchorIndex="0" nDisToAnchor="2913" anchorType="1" />
								<CAnchorLocateInfo nAnchorIndex="3" nDisToAnchor="4455" anchorType="2" />
								<CAnchorLocateInfo nAnchorIndex="0" nDisToAnchor="5725" anchorType="2" />
								<CAnchorLocateInfo nAnchorIndex="2" nDisToAnchor="431" anchorType="3" />
								<CAnchorLocateInfo nAnchorIndex="0" nDisToAnchor="3311" anchorType="3" />
								<CAnchorLocateInfo nAnchorIndex="1" nDisToAnchor="-1473" anchorType="4" />
								<CAnchorLocateInfo nAnchorIndex="0" nDisToAnchor="5773" anchorType="4" />
							</vecAnchorLocateInfo>
							<vecCLocateAnchor></vecCLocateAnchor>
						</CLocateRegion>
						<CLocateLine>
							<!--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-->
							<RECT Left="0" Top="0" Right="100" Bottom="100" />
							<!--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-->
							<RECT Left="0" Top="0" Right="100" Bottom="100" />
							<!--nLocateMethod:0灰度变化的方式进行行定位;1投影方式进行行定位-->
							<!--bHeight:是否等高-->
							<!--bSpace:是否等间距-->
							<!--bWidth:是否等宽-->
							<!--nMinElementNum:该行最少元素数-->
							<!--nMaxElementNum:该行最多元素数-->
							<!--nMinWidth:元素的最小宽度-->
							<!--nMaxWidth:元素的最大宽度-->
							<!--nMinHeight:元素的最小高度-->
							<!--nMaxHeight:元素的最大高度-->
							<!--nMinSpace:元素间的最小间距-->
							<!--nMaxSpace:元素间的最大间距-->
							<CLocateInfo bEraseStart="0" nMinWHRatio="0" nMaxWHRatio="160" nSplitWHRatio="2000" bSplit="0" nNumType="0" bSpace="0" bWidth="0" bHeight="0" bRemoveLineNoise="0" nMinElementNum="3" nMaxElementNum="4" nMinWidth="860" nMaxWidth="9900" nMinHeight="140" nMaxHeight="350" nMinSpace="110" nMaxSpace="465" bPostProcess="0">
								<vecCLocateMethod>
									<CLocateMethod nLocateMethod="0">
										<!--在定位前进行的预处理信息，一般是二值化-->
										<vecProcessImage>
											<CProcessImage processType="1">
												<CTrueColorToGrayEx nFilter="0">
													<RECT Top="0" Right="0" Bottom="0" Left="0" />
												</CTrueColorToGrayEx>
											</CProcessImage>
										</vecProcessImage>
									</CLocateMethod>
									<CLocateMethod nLocateMethod="1">
										<!--在定位前进行的预处理信息，一般是二值化-->
										<vecProcessImage>
											<CProcessImage processType="1">
												<CTrueColorToGrayEx nFilter="0">
													<RECT Top="0" Right="0" Bottom="0" Left="0" />
												</CTrueColorToGrayEx>
											</CProcessImage>
											<CProcessImage processType="2">
												<CGrayToBinaryEx>
													<vecBinaryParam>
														<BINARYPARAM nBlockNum="2" nMethod="7" />
														<BINARYPARAM nBlockNum="1" nMethod="3" />
													</vecBinaryParam>
													<!--processRect-->
													<RECT Left="0" Top="0" Right="0" Bottom="0" />
												</CGrayToBinaryEx>
											</CProcessImage>
										</vecProcessImage>
									</CLocateMethod>
									<CLocateMethod nLocateMethod="1">
										<!--在定位前进行的预处理信息，一般是二值化-->
										<vecProcessImage>
											<CProcessImage processType="1">
												<CTrueColorToGrayEx nFilter="0">
													<RECT Top="0" Right="0" Bottom="0" Left="0" />
												</CTrueColorToGrayEx>
											</CProcessImage>
											<CProcessImage processType="2">
												<CGrayToBinaryEx>
													<vecBinaryParam>
														<BINARYPARAM nBlockNum="1" nMethod="6" />
													</vecBinaryParam>
													<!--processRect-->
													<RECT Left="0" Top="0" Right="0" Bottom="0" />
												</CGrayToBinaryEx>
											</CProcessImage>
										</vecProcessImage>
									</CLocateMethod>
								</vecCLocateMethod>
							</CLocateInfo>
							<!--采用定位算法对行定位后，边界要浮动的大小，可以为负数
							也是整图的百分比*10000计算出来的-->
							<positionPlus nLeftPlus="-120" nRightPlus="120" nTopPlus="-70" nBottomPlus="70" />
						</CLocateLine>
						<vecLine>
							<!--nIndex:该行在区域内是第几行，以第一行或者最后一行为基准从0开始的偏移-->
							<!--bStartOffset:如果是以区域的第一行为基准，该值为true,否则为false-->
							<!--bEndOffset:如果是以区域的最后一行为基准，该值为false，否则为false-->
							<!--nLineType:0代表不需要识别，1代表需要识别-->


							<CLine nIndex="0" bStartOffset="1" bEndOffset="0" bExist="1" bNeedRecog="1" nCheckKeyWord="0">
								<!--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
									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
								-->
								<RECT Left="0" Top="0" Right="0" Bottom="0" />
								<CRecogInfo bIgnorePoint="0" nMaxPointWidth="0" nMaxPointHeight="0" bMatchRegExp="0" charOrder="" bConfirmParams="0">

									<CLocateInfo bEraseStart="0" nMinWHRatio="0" nMaxWHRatio="110" nSplitWHRatio="2000" bSplit="0" nNumType="0" bSpace="0" bWidth="0" bHeight="0" bRemoveLineNoise="0" nMinElementNum="2" nMaxElementNum="-1" nMinWidth="60" nMaxWidth="270" nMinHeight="221" nMaxHeight="397" nMinSpace="0" nMaxSpace="125" bPostProcess="1">
										<vecCLocateMethod>
											<CLocateMethod nLocateMethod="1">
												<vecProcessImage>
													<CProcessImage processType="1">
														<CTrueColorToGrayEx nFilter="0">
															<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
														</CTrueColorToGrayEx>
													</CProcessImage>
													<CProcessImage processType="2">
														<CGrayToBinaryEx>
															<vecBinaryParam>
																<!--<BINARYPARAM nBlockNum="30" nMethod="7"/>-->
																<BINARYPARAM nBlockNum="1" nMethod="6" />
															</vecBinaryParam>
															<!--processRect-->
															<RECT Left="0" Top="0" Right="0" Bottom="0" />
														</CGrayToBinaryEx>
													</CProcessImage>
												</vecProcessImage>
											</CLocateMethod>
											<CLocateMethod nLocateMethod="1">
												<vecProcessImage>
													<CProcessImage processType="1">
														<CTrueColorToGrayEx nFilter="0">
															<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
														</CTrueColorToGrayEx>
													</CProcessImage>
													<CProcessImage processType="2">
														<CGrayToBinaryEx>
															<vecBinaryParam>
																<BINARYPARAM nBlockNum="10" nMethod="7" />
															</vecBinaryParam>
															<!--processRect-->
															<RECT Left="0" Top="0" Right="0" Bottom="0" />
														</CGrayToBinaryEx>
													</CProcessImage>
												</vecProcessImage>
											</CLocateMethod>
										</vecCLocateMethod>
									</CLocateInfo>
									<vecKernal>
										<!--nRecogType:0识别区域，1识别字符-->
										<!--nRecogImgeType:进行识别时需要的图像类型，0代表灰度，1代表二值-->
										<CKernalInfo kernalMainType="1" nKernalSubType="7" nFilterType="256" nFillingMethod="1" strFilterPlus="" nRecogType="1" nRecogImgeType="0">
											<vecCharRatio>
												<CCharRatio strChars="" charType="3" nWHRatio="93" />
												<CCharRatio strChars="I" charType="10" nWHRatio="40" />
											</vecCharRatio>
										</CKernalInfo>
										<CKernalInfo kernalMainType="1" nKernalSubType="6" nFilterType="0" nFillingMethod="1" strFilterPlus="" nRecogType="1" nRecogImgeType="0">
											<vecCharRatio>
												<CCharRatio strChars="" charType="3" nWHRatio="93" />
											</vecCharRatio>
										</CKernalInfo>
									</vecKernal>
								</CRecogInfo>
								<!--vecRecogUnit:行内识别单元的信息-->
								<vecRecogUnit>
									<!--nIndex:识别单元序号-->
									<!--cellName:识别单元名称-->
									<!--bLocate:该识别单元是否需要定位-->
									<!--bReRecog:该识别单元是否需要重新识别-->
									<!--OutputThreshold:输出界限一，待输出的识别结果的字频的值不能低于该值-->
									<!--输出界限二，字频值< OutputThreshold的个数最大不能超过该值，否则将不输出-->
									<CRecogUnit nIndex="15" bLocate="0" bRecog="0"></CRecogUnit>
								</vecRecogUnit>
								<!--vecLineKeyWord:记录该行内用来定位的关键字信息-->
								<vecLineKeyWord></vecLineKeyWord>
								<!--vecAnchor:记录该行定义基准点的信息-->
								<vecCLocateAnchor></vecCLocateAnchor>
							</CLine>
							<CLine nIndex="1" bStartOffset="1" bEndOffset="0" bExist="1" bNeedRecog="1" nCheckKeyWord="0">
								<!--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
									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
								-->
								<RECT Left="0" Top="0" Right="0" Bottom="0" />
								<CRecogInfo bIgnorePoint="0" nMaxPointWidth="0" nMaxPointHeight="0" bMatchRegExp="1" charOrder="\D{2}\D{2}\D{2}" bConfirmParams="0">

									<CLocateInfo bEraseStart="0" nMinWHRatio="0" nMaxWHRatio="100" nSplitWHRatio="2000" bSplit="0" nNumType="0" bSpace="0" bWidth="0" bHeight="0" bRemoveLineNoise="0" nMinElementNum="6" nMaxElementNum="6" nMinWidth="60" nMaxWidth="220" nMinHeight="175" nMaxHeight="360" nMinSpace="0" nMaxSpace="370" bPostProcess="1">
										<vecCLocateMethod>
											<CLocateMethod nLocateMethod="1">
												<vecProcessImage>
													<CProcessImage processType="1">
														<CTrueColorToGrayEx nFilter="0">
															<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
														</CTrueColorToGrayEx>
													</CProcessImage>
													<CProcessImage processType="2">
														<CGrayToBinaryEx>
															<vecBinaryParam>
																<!--<BINARYPARAM nBlockNum="30" nMethod="7"/>-->
																<BINARYPARAM nBlockNum="1" nMethod="6" />
															</vecBinaryParam>
															<!--processRect-->
															<RECT Left="0" Top="0" Right="0" Bottom="0" />
														</CGrayToBinaryEx>
													</CProcessImage>
												</vecProcessImage>
											</CLocateMethod>
											<CLocateMethod nLocateMethod="1">
												<vecProcessImage>
													<CProcessImage processType="1">
														<CTrueColorToGrayEx nFilter="0">
															<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
														</CTrueColorToGrayEx>
													</CProcessImage>
													<CProcessImage processType="2">
														<CGrayToBinaryEx>
															<vecBinaryParam>
																<BINARYPARAM nBlockNum="10" nMethod="7" />
																<BINARYPARAM nBlockNum="1" nMethod="1" />
															</vecBinaryParam>
															<!--processRect-->
															<RECT Left="0" Top="0" Right="0" Bottom="0" />
														</CGrayToBinaryEx>
													</CProcessImage>
												</vecProcessImage>
											</CLocateMethod>
											<CLocateMethod nLocateMethod="1">
												<vecProcessImage>
													<CProcessImage processType="1">
														<CTrueColorToGrayEx nFilter="0">
															<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
														</CTrueColorToGrayEx>
													</CProcessImage>
													<CProcessImage processType="2">
														<CGrayToBinaryEx>
															<vecBinaryParam>
																<!--<BINARYPARAM nBlockNum="2" nMethod="7"/>-->
																<BINARYPARAM nBlockNum="1" nMethod="3" />
															</vecBinaryParam>
															<!--processRect-->
															<RECT Left="0" Top="0" Right="0" Bottom="0" />
														</CGrayToBinaryEx>
													</CProcessImage>
												</vecProcessImage>
											</CLocateMethod>
											<CLocateMethod nLocateMethod="1">
												<vecProcessImage>
													<CProcessImage processType="1">
														<CTrueColorToGrayEx nFilter="0">
															<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
														</CTrueColorToGrayEx>
													</CProcessImage>
													<CProcessImage processType="2">
														<CGrayToBinaryEx>
															<vecBinaryParam>
																<BINARYPARAM nBlockNum="1" nMethod="5" />
															</vecBinaryParam>
															<!--processRect-->
															<RECT Left="0" Top="0" Right="0" Bottom="0" />
														</CGrayToBinaryEx>
													</CProcessImage>
												</vecProcessImage>
											</CLocateMethod>
										</vecCLocateMethod>
									</CLocateInfo>
									<vecKernal>
										<!--nRecogType:0识别区域，1识别字符-->
										<!--nRecogImgeType:进行识别时需要的图像类型，0代表灰度，1代表二值-->
										<CKernalInfo kernalMainType="1" nKernalSubType="6" nFilterType="0" nFillingMethod="1" strFilterPlus="" nRecogType="1" nRecogImgeType="0">
											<vecCharRatio>
												<CCharRatio strChars="" charType="0" nWHRatio="60" />
											</vecCharRatio>
										</CKernalInfo>
									</vecKernal>
								</CRecogInfo>
								<!--vecRecogUnit:行内识别单元的信息-->
								<vecRecogUnit>
									<!--nIndex:识别单元序号-->
									<!--cellName:识别单元名称-->
									<!--bLocate:该识别单元是否需要定位-->
									<!--bReRecog:该识别单元是否需要重新识别-->
									<!--OutputThreshold:输出界限一，待输出的识别结果的字频的值不能低于该值-->
									<!--输出界限二，字频值< OutputThreshold的个数最大不能超过该值，否则将不输出-->
									<CRecogUnit nIndex="16" bLocate="0" bRecog="0"></CRecogUnit>
								</vecRecogUnit>
								<!--vecLineKeyWord:记录该行内用来定位的关键字信息-->
								<vecLineKeyWord></vecLineKeyWord>
								<!--vecAnchor:记录该行定义基准点的信息-->
								<vecCLocateAnchor></vecCLocateAnchor>
							</CLine>

							<CLine nIndex="2" bStartOffset="1" bEndOffset="0" bExist="1" bNeedRecog="0" nCheckKeyWord="0">
							</CLine>
							<CLine nIndex="3" bStartOffset="1" bEndOffset="0" bExist="0" bNeedRecog="0" nCheckKeyWord="0">
							</CLine>
						</vecLine>
					</CRegion>
					<CRegion nIndex="4" nRegionType="1" nProcessOrder="4">
						<!--处理该区域需要的图像信息的光的类型-->
						<vecImageLightType>
							<!--1:可见光图;2:红外光图;4:紫外光图 -->
							<LIGHTTYPE>2</LIGHTTYPE>
							<LIGHTTYPE>1</LIGHTTYPE>
						</vecImageLightType>
						<!--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-->
						<!--bAccurateLocate为1表示需要进一步精确定位,0代表不需要-->
						<CLocateRegion bAccurateLocate="0">
							<vecProcessImage></vecProcessImage>
							<!--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-->
							<RECT Left="9900" Top="9900" Right="0" Bottom="0" />
							<vecAnchorLocateInfo>
								<!--nDisToAnchor的值也是整图的百分比*10000计算出来的-->
								<CAnchorLocateInfo nAnchorIndex="3" nDisToAnchor="4399" anchorType="1" />
								<CAnchorLocateInfo nAnchorIndex="0" nDisToAnchor="5810" anchorType="1" />
								<CAnchorLocateInfo nAnchorIndex="3" nDisToAnchor="7029" anchorType="2" />
								<CAnchorLocateInfo nAnchorIndex="0" nDisToAnchor="8671" anchorType="2" />
								<CAnchorLocateInfo nAnchorIndex="2" nDisToAnchor="706" anchorType="3" />
								<CAnchorLocateInfo nAnchorIndex="0" nDisToAnchor="3601" anchorType="3" />
								<CAnchorLocateInfo nAnchorIndex="1" nDisToAnchor="-2224" anchorType="4" />
								<CAnchorLocateInfo nAnchorIndex="0" nDisToAnchor="4933" anchorType="4" />
							</vecAnchorLocateInfo>
							<vecCLocateAnchor></vecCLocateAnchor>
						</CLocateRegion>
						<CLocateLine>
							<!--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-->
							<RECT Left="0" Top="0" Right="100" Bottom="100" />
							<!--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-->
							<RECT Left="20" Top="0" Right="60" Bottom="100" />
							<!--nLocateMethod:0灰度变化的方式进行行定位;1投影方式进行行定位-->
							<!--bHeight:是否等高-->
							<!--bSpace:是否等间距-->
							<!--bWidth:是否等宽-->
							<!--nMinElementNum:该行最少元素数-->
							<!--nMaxElementNum:该行最多元素数-->
							<!--nMinWidth:元素的最小宽度-->
							<!--nMaxWidth:元素的最大宽度-->
							<!--nMinHeight:元素的最小高度-->
							<!--nMaxHeight:元素的最大高度-->
							<!--nMinSpace:元素间的最小间距-->
							<!--nMaxSpace:元素间的最大间距-->
							<CLocateInfo bEraseStart="0" nMinWHRatio="0" nMaxWHRatio="160" nSplitWHRatio="2000" bSplit="0" nNumType="0" bSpace="0" bWidth="0" bHeight="0" bRemoveLineNoise="0" nMinElementNum="1" nMaxElementNum="1" nMinWidth="860" nMaxWidth="9900" nMinHeight="140" nMaxHeight="350" nMinSpace="110" nMaxSpace="465" bPostProcess="0">
								<vecCLocateMethod>
									<CLocateMethod nLocateMethod="0">
										<!--在定位前进行的预处理信息，一般是二值化-->
										<vecProcessImage>
											<CProcessImage processType="1">
												<CTrueColorToGrayEx nFilter="0">
													<RECT Top="0" Right="0" Bottom="0" Left="0" />
												</CTrueColorToGrayEx>
											</CProcessImage>
										</vecProcessImage>
									</CLocateMethod>
									<CLocateMethod nLocateMethod="1">
										<!--在定位前进行的预处理信息，一般是二值化-->
										<vecProcessImage>
											<CProcessImage processType="1">
												<CTrueColorToGrayEx nFilter="0">
													<RECT Top="0" Right="0" Bottom="0" Left="0" />
												</CTrueColorToGrayEx>
											</CProcessImage>
											<CProcessImage processType="2">
												<CGrayToBinaryEx>
													<vecBinaryParam>
														<BINARYPARAM nBlockNum="2" nMethod="7" />
														<BINARYPARAM nBlockNum="1" nMethod="3" />
													</vecBinaryParam>
													<!--processRect-->
													<RECT Left="0" Top="0" Right="0" Bottom="0" />
												</CGrayToBinaryEx>
											</CProcessImage>
										</vecProcessImage>
									</CLocateMethod>
									<CLocateMethod nLocateMethod="1">
										<!--在定位前进行的预处理信息，一般是二值化-->
										<vecProcessImage>
											<CProcessImage processType="1">
												<CTrueColorToGrayEx nFilter="0">
													<RECT Top="0" Right="0" Bottom="0" Left="0" />
												</CTrueColorToGrayEx>
											</CProcessImage>
											<CProcessImage processType="2">
												<CGrayToBinaryEx>
													<vecBinaryParam>
														<BINARYPARAM nBlockNum="1" nMethod="6" />
													</vecBinaryParam>
													<!--processRect-->
													<RECT Left="0" Top="0" Right="0" Bottom="0" />
												</CGrayToBinaryEx>
											</CProcessImage>
										</vecProcessImage>
									</CLocateMethod>
								</vecCLocateMethod>
							</CLocateInfo>
							<!--采用定位算法对行定位后，边界要浮动的大小，可以为负数
							也是整图的百分比*10000计算出来的-->
							<positionPlus nLeftPlus="-120" nRightPlus="120" nTopPlus="-70" nBottomPlus="70" />
						</CLocateLine>
						<vecLine> 
							<CLine nIndex="0" bStartOffset="1" bEndOffset="0" bExist="1" bNeedRecog="1" nCheckKeyWord="0">
								<!--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
									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
								-->
								<RECT Left="0" Top="0" Right="0" Bottom="0" />
								<CRecogInfo bIgnorePoint="0" nMaxPointWidth="0" nMaxPointHeight="0" bMatchRegExp="1" charOrder="\C{1}[\D\C]{1}\D{7}" bConfirmParams="0">

									<CLocateInfo bEraseStart="0" nMinWHRatio="40" nMaxWHRatio="110" nSplitWHRatio="2000" bSplit="0" nNumType="0" bSpace="0" bWidth="0" bHeight="0" bRemoveLineNoise="0" nMinElementNum="9" nMaxElementNum="9" nMinWidth="60" nMaxWidth="220" nMinHeight="148" nMaxHeight="300" nMinSpace="0" nMaxSpace="130" bPostProcess="1">
										<vecCLocateMethod>
											<CLocateMethod nLocateMethod="1">
												<vecProcessImage>
													<CProcessImage processType="1">
														<CTrueColorToGrayEx nFilter="0">
															<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
														</CTrueColorToGrayEx>
													</CProcessImage>
													<CProcessImage processType="2">
														<CGrayToBinaryEx>
															<vecBinaryParam>
																<BINARYPARAM nBlockNum="10" nMethod="8" />
															</vecBinaryParam>
															<!--processRect-->
															<RECT Left="0" Top="0" Right="0" Bottom="0" />
														</CGrayToBinaryEx>
													</CProcessImage>
												</vecProcessImage>
											</CLocateMethod>
										</vecCLocateMethod>
									</CLocateInfo>
									<vecKernal>
										<!--nRecogType:0识别区域，1识别字符-->
										<!--nRecogImgeType:进行识别时需要的图像类型，0代表灰度，1代表二值-->
										<CKernalInfo kernalMainType="1" nKernalSubType="7" nFilterType="256" nFillingMethod="1" strFilterPlus="" nRecogType="1" nRecogImgeType="0">
											<vecCharRatio>
												<CCharRatio strChars="" charType="2" nWHRatio="75" />
												<CCharRatio strChars="" charType="3" nWHRatio="71" />
												<CCharRatio strChars="1" charType="10" nWHRatio="50" />

											</vecCharRatio>
										</CKernalInfo>
										<CKernalInfo kernalMainType="1" nKernalSubType="11" nFilterType="3" nFillingMethod="1" strFilterPlus="" nRecogType="1" nRecogImgeType="0">
											<vecCharRatio>
												<CCharRatio strChars="" charType="2" nWHRatio="75" />
												<CCharRatio strChars="" charType="3" nWHRatio="71" />
												<CCharRatio strChars="1" charType="10" nWHRatio="50" />
											</vecCharRatio>
										</CKernalInfo>
									</vecKernal>
								</CRecogInfo>
								<!--vecRecogUnit:行内识别单元的信息-->
								<vecRecogUnit>
									<!--nIndex:识别单元序号-->
									<!--cellName:识别单元名称-->
									<!--bLocate:该识别单元是否需要定位-->
									<!--bReRecog:该识别单元是否需要重新识别-->
									<!--OutputThreshold:输出界限一，待输出的识别结果的字频的值不能低于该值-->
									<!--输出界限二，字频值< OutputThreshold的个数最大不能超过该值，否则将不输出-->
									<CRecogUnit nIndex="14" bLocate="0" bRecog="0"></CRecogUnit>
								</vecRecogUnit>
								<!--vecLineKeyWord:记录该行内用来定位的关键字信息-->
								<vecLineKeyWord></vecLineKeyWord>
								<!--vecAnchor:记录该行定义基准点的信息-->
								<vecCLocateAnchor></vecCLocateAnchor>
							</CLine>
						</vecLine>
					</CRegion>
				</vecRegion>
				<vecDeriveUnit>
					<CDeriveUnit nEndCharIndex="1" nSrcRecogUnitIndex="10" nIndex="0" nStartCharIndex="1" />
					<CDeriveUnit nEndCharIndex="8" nSrcRecogUnitIndex="11" nIndex="1" nStartCharIndex="0" />
					<CDeriveUnit nEndCharIndex="-1" nSrcRecogUnitIndex="10" nIndex="3" nStartCharIndex="5" >
						<vecFlagFind>
							<CFlagFind nPosType="1" nFindType="1" bStart="0" nStartIndex="0" strFlag="\C" nNum="1" nIndexPlus="0" />
						</vecFlagFind>
					</CDeriveUnit>
					<CDeriveUnit nEndCharIndex="20" nSrcRecogUnitIndex="11" nIndex="4" nStartCharIndex="20" />
					<CDeriveUnit nEndCharIndex="18" nSrcRecogUnitIndex="11" nIndex="5" nStartCharIndex="13" />
					<CDeriveUnit nEndCharIndex="4" nSrcRecogUnitIndex="10" nIndex="7" nStartCharIndex="2"/>
					<CDeriveUnit nEndCharIndex="-1" nSrcRecogUnitIndex="10" nIndex="8" nStartCharIndex="5" >
						<vecFlagFind>
							<CFlagFind nPosType="1" nFindType="0" bStart="1" nStartIndex="5" strFlag="&lt;&lt;" nNum="1" nIndexPlus="-1" />
						</vecFlagFind>
					</CDeriveUnit>
					<CDeriveUnit nEndCharIndex="-1" nSrcRecogUnitIndex="10" nIndex="9" nStartCharIndex="-1" >
						<vecFlagFind>
							<CFlagFind nPosType="0" nFindType="0" bStart="1" nStartIndex="5" strFlag="&lt;&lt;" nNum="1" nIndexPlus="2" />
							<CFlagFind nPosType="1" nFindType="1" bStart="0" nStartIndex="0" strFlag="\C" nNum="1" nIndexPlus="0" />
						</vecFlagFind>
					</CDeriveUnit>
					<CDeriveUnit nEndCharIndex="12" nSrcRecogUnitIndex="11" nIndex="12" nStartCharIndex="10" />
					<CDeriveUnit nEndCharIndex="29" nSrcRecogUnitIndex="11" nIndex="18" nStartCharIndex="29" />
					<CDeriveUnit nEndCharIndex="26" nSrcRecogUnitIndex="11" nIndex="21" nStartCharIndex="21" />
					<CDeriveUnit nEndCharIndex="31" nSrcRecogUnitIndex="11" nIndex="22" nStartCharIndex="30" />
				</vecDeriveUnit>
				<vecAnchor>
					<CAnchor bEnable="0" nIndex="1" anchorPos="-1" nMaxPos="-1" nMinPos="-1" anchorType="3" />
					<CAnchor bEnable="0" nIndex="2" anchorPos="-1" nMaxPos="-1" nMinPos="-1" anchorType="4" />
					<CAnchor bEnable="0" nIndex="3" anchorPos="-1" nMaxPos="-1" nMinPos="-1" anchorType="2" />
				</vecAnchor>
				<vecMergeUnit> 
					<CMergeUnit nDestUnitIndex="18" nDestUnitType="4" nSrcUnitIndex="18" nSrcUnitType="4" strSrc="M" strDest="MULT" nProcessPos="-1" bMeet="1" bSynchronous="0" nOperateType="5"/>
				</vecMergeUnit>
				<vecOutPutResult>
					<COutPutResult nIndex="20" cellRecogType="5" cellName="入境日期" nOutputThreshold="0" nOutputNumber="0" bFormatResult="1">
						<CFormatInfo strDefault="" strInFormat="DDMMYY" strOutFormat="YYYY-MM-DD" />
					</COutPutResult>
				</vecOutPutResult>
			</CSubTemplate>  
			<CSubTemplate nSubID="40"><!--印度签证-->
				<vecRegion>
					<!--CRegion:区域信息
					nIndex:区域编号
					nRegionType:区域类型,0代表头像区域,1代表识别区域
					nProcessOrder:该区域被处理的顺序










					rcPosition 坐标均为占整张图像的百分比*10000
					-->
					<CRegion nIndex="0" nRegionType="1" nProcessOrder="0">
						<!--处理该区域需要的图像信息的光的类型-->
						<vecImageLightType>
							<!--1:可见光图;2:红外光图;4:紫外光图 -->
							<LIGHTTYPE>2</LIGHTTYPE>
							<LIGHTTYPE>1</LIGHTTYPE>
						</vecImageLightType>
						<!--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-->
						<!--bAccurateLocate为1表示需要进一步精确定位,0代表不需要-->
						<CLocateRegion bAccurateLocate="0">
							<vecProcessImage></vecProcessImage>
							<!--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-->
							<RECT Left="9900" Top="9900" Right="0" Bottom="0" />
							<vecAnchorLocateInfo>
								<!--nDisToAnchor的值也是整图的百分比*10000计算出来的-->
								<CAnchorLocateInfo nAnchorIndex="0" nDisToAnchor="90" anchorType="1" />
								<CAnchorLocateInfo nAnchorIndex="0" nDisToAnchor="9999" anchorType="2" />
								<CAnchorLocateInfo nAnchorIndex="0" nDisToAnchor="7000" anchorType="3" />
								<CAnchorLocateInfo nAnchorIndex="0" nDisToAnchor="9600" anchorType="4" />
							</vecAnchorLocateInfo>
							<!--该区域定义的区域类型基准点的信息-->
							<vecCLocateAnchor></vecCLocateAnchor>
						</CLocateRegion>
						<CLocateLine>
							<!--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-->
							<RECT Left="0" Top="0" Right="100" Bottom="100" />
							<!--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-->
							<RECT Left="0" Top="0" Right="100" Bottom="100" />
							<!--nLocateMethod:0灰度变化的方式进行行定位;1投影方式进行行定位-->
							<!--bHeight:是否等高-->
							<!--bSpace:是否等间距-->
							<!--bWidth:是否等宽-->
							<!--nMinElementNum:该行最少元素数-->
							<!--nMaxElementNum:该行最多元素数-->
							<!--nMinWidth:元素的最小宽度-->
							<!--nMaxWidth:元素的最大宽度-->
							<!--nMinHeight:元素的最小高度-->
							<!--nMaxHeight:元素的最大高度-->
							<!--nMinSpace:元素间的最小间距-->
							<!--nMaxSpace:元素间的最大间距-->
							<CLocateInfo bEraseStart="0" nMinWHRatio="0" nMaxWHRatio="160" nSplitWHRatio="2000" bSplit="0" nNumType="0" bSpace="0" bWidth="0" bHeight="0" bRemoveLineNoise="0" nMinElementNum="2" nMaxElementNum="2" nMinWidth="7000" nMaxWidth="9900" nMinHeight="140" nMaxHeight="350" nMinSpace="140" nMaxSpace="450" bPostProcess="0">
								<vecCLocateMethod>
									<CLocateMethod nLocateMethod="1">
										<!--在定位前进行的预处理信息，一般是二值化-->
										<vecProcessImage>
											<CProcessImage processType="1">
												<CTrueColorToGrayEx nFilter="0">
													<RECT Top="0" Right="0" Bottom="0" Left="0" />
												</CTrueColorToGrayEx>
											</CProcessImage>
											<CProcessImage processType="2">
												<CGrayToBinaryEx>
													<vecBinaryParam>
														<BINARYPARAM nBlockNum="2" nMethod="7" />
														<BINARYPARAM nBlockNum="1" nMethod="3" />
													</vecBinaryParam>
													<!--processRect-->
													<RECT Left="0" Top="0" Right="0" Bottom="0" />
												</CGrayToBinaryEx>
											</CProcessImage>
										</vecProcessImage>
									</CLocateMethod>
									<CLocateMethod nLocateMethod="1">
										<!--在定位前进行的预处理信息，一般是二值化-->
										<vecProcessImage>
											<CProcessImage processType="1">
												<CTrueColorToGrayEx nFilter="0">
													<RECT Top="0" Right="0" Bottom="0" Left="0" />
												</CTrueColorToGrayEx>
											</CProcessImage>
											<CProcessImage processType="2">
												<CGrayToBinaryEx>
													<vecBinaryParam>
														<BINARYPARAM nBlockNum="1" nMethod="6" />
													</vecBinaryParam>
													<!--processRect-->
													<RECT Left="0" Top="0" Right="0" Bottom="0" />
												</CGrayToBinaryEx>
											</CProcessImage>
										</vecProcessImage>
									</CLocateMethod>
								</vecCLocateMethod>
							</CLocateInfo>
							<!--采用定位算法对行定位后，边界要浮动的大小，可以为负数
							也是整图的百分比*10000计算出来的-->
							<positionPlus nLeftPlus="-120" nRightPlus="120" nTopPlus="-120" nBottomPlus="150" />
						</CLocateLine>
						<vecLine>
							<!--nIndex:该行在区域内是第几行，以第一行或者最后一行为基准从0开始的偏移-->
							<!--bStartOffset:如果是以区域的第一行为基准，该值为true,否则为false-->
							<!--bEndOffset:如果是以区域的最后一行为基准，该值为false，否则为false-->
							<!--nLineType:0代表不需要识别，1代表需要识别-->
							<CLine nIndex="0" bStartOffset="1" bEndOffset="0" bExist="1" bNeedRecog="1" nCheckKeyWord="0">
								<!--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
									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
								-->
								<RECT Left="0" Top="0" Right="0" Bottom="0" />
								<!--nRecogType:0识别区域，1识别字符-->
								<!--nRecogImgeType:进行识别时需要的图像类型，0代表灰度，1代表二值-->
								<!--cellRecogType:识别内容
										NAMECH=0,//中文姓名
										SEX=1,//性别
										NATION=2,//民族
										BIRTHDAY=3,//出生日期
										ISSUINGDATE=4,//签发日期
										VALIDPERIOD=5,//有效期至
										ADDRESSS=6,//地址
										IDNUMBER=7,//身份证号码










										PPMRZ1=8,//护照类型证件的机读码第一行










										PPMRZ2=9,//护照类型证件的机读码第二行










										OTHER=10//其他类型
								-->
								<!--charOrder:字符的排列情况，用正则表达式表示-->
								<!--kernalMainType识别核心主类型 
										TH_OCR=1,
										SSFT152=2,
										BARCODE=3
								-->
								<CRecogInfo bIgnorePoint="0" nMaxPointWidth="0" nMaxPointHeight="0" bMatchRegExp="1" charOrder="V[&lt;\C]IND[\C&lt;]{1,-1}" bConfirmParams="0">
									<!--定位字符的信息-->
									<!--定位字符的信息-->
									<!--nLocateMethod:  0,用识别核心做定位;
														1，提取连通域的方法进行定位;
														2，投影方法进行定位










									-->
									<!--nMinElementNum:该行最少元素数-->
									<!--nMaxElementNum:该行最多元素数-->
									<!--nMinWidth:元素的最小宽度-->
									<!--nMaxWidth:元素的最大宽度-->
									<!--nMinHeight:元素的最小高度-->
									<!--nMaxHeight:元素的最大高度-->
									<!--nMinSpace:元素间的最小间距-->
									<!--nMaxSpace:元素间的最大间距-->
									<CLocateInfo bEraseStart="0" nMinWHRatio="0" nMaxWHRatio="100" nSplitWHRatio="2000" bSplit="0" nNumType="0" bSpace="0" bWidth="0" bHeight="0" bRemoveLineNoise="0" nMinElementNum="44" nMaxElementNum="44" nMinWidth="80" nMaxWidth="230" nMinHeight="175" nMaxHeight="360" nMinSpace="0" nMaxSpace="140" bPostProcess="1">
										<vecCLocateMethod>
											<CLocateMethod nLocateMethod="1">
												<vecProcessImage>
													<CProcessImage processType="1">
														<CTrueColorToGrayEx nFilter="0">
															<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
														</CTrueColorToGrayEx>
													</CProcessImage>
													<CProcessImage processType="2">
														<CGrayToBinaryEx>
															<vecBinaryParam>
																<BINARYPARAM nBlockNum="10" nMethod="7" />
																<BINARYPARAM nBlockNum="1" nMethod="6" />
															</vecBinaryParam>
															<!--processRect-->
															<RECT Left="0" Top="0" Right="0" Bottom="0" />
														</CGrayToBinaryEx>
													</CProcessImage>
												</vecProcessImage>
											</CLocateMethod>
											<CLocateMethod nLocateMethod="1">
												<vecProcessImage>
													<CProcessImage processType="1">
														<CTrueColorToGrayEx nFilter="0">
															<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
														</CTrueColorToGrayEx>
													</CProcessImage>
													<CProcessImage processType="2">
														<CGrayToBinaryEx>
															<vecBinaryParam>
																<BINARYPARAM nBlockNum="10" nMethod="7" />
																<BINARYPARAM nBlockNum="1" nMethod="1" />
															</vecBinaryParam>
															<!--processRect-->
															<RECT Left="0" Top="0" Right="0" Bottom="0" />
														</CGrayToBinaryEx>
													</CProcessImage>
												</vecProcessImage>
											</CLocateMethod>
											<CLocateMethod nLocateMethod="1">
												<vecProcessImage>
													<CProcessImage processType="1">
														<CTrueColorToGrayEx nFilter="0">
															<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
														</CTrueColorToGrayEx>
													</CProcessImage>
													<CProcessImage processType="2">
														<CGrayToBinaryEx>
															<vecBinaryParam>
																<!--	<BINARYPARAM nBlockNum="2" nMethod="7"/>-->
																<BINARYPARAM nBlockNum="1" nMethod="3" />
															</vecBinaryParam>
															<!--processRect-->
															<RECT Left="0" Top="0" Right="0" Bottom="0" />
														</CGrayToBinaryEx>
													</CProcessImage>
												</vecProcessImage>
											</CLocateMethod>
											<CLocateMethod nLocateMethod="1">
												<vecProcessImage>
													<CProcessImage processType="1">
														<CTrueColorToGrayEx nFilter="0">
															<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
														</CTrueColorToGrayEx>
													</CProcessImage>
													<CProcessImage processType="2">
														<CGrayToBinaryEx>
															<vecBinaryParam>
																<BINARYPARAM nBlockNum="1" nMethod="5" />
															</vecBinaryParam>
															<!--processRect-->
															<RECT Left="0" Top="0" Right="0" Bottom="0" />
														</CGrayToBinaryEx>
													</CProcessImage>
												</vecProcessImage>
											</CLocateMethod>
										</vecCLocateMethod>
									</CLocateInfo>
									<vecKernal>
										<!--nRecogType:0识别区域，1识别字符-->
										<!--nRecogImgeType:进行识别时需要的图像类型，0代表灰度，1代表二值-->
										<CKernalInfo kernalMainType="1" nKernalSubType="6" nFilterType="0" nFillingMethod="1" strFilterPlus="" nRecogType="1" nRecogImgeType="0">
											<vecCharRatio>
												<CCharRatio strChars="" charType="0" nWHRatio="60" />
											</vecCharRatio>
										</CKernalInfo>
									</vecKernal>
								</CRecogInfo>
								<!--vecRecogUnit:行内识别单元的信息-->
								<vecRecogUnit>
									<!--nIndex:识别单元序号-->
									<!--cellName:识别单元名称-->
									<!--bLocate:该识别单元是否需要定位-->
									<!--bReRecog:该识别单元是否需要重新识别-->
									<!--OutputThreshold:输出界限一，待输出的识别结果的字频的值不能低于该值-->
									<!--输出界限二，字频值< OutputThreshold的个数最大不能超过该值，否则将不输出-->
									<CRecogUnit nIndex="10" bLocate="0" bRecog="0"></CRecogUnit>
								</vecRecogUnit>
								<!--vecLineKeyWord:记录该行内用来定位的关键字信息-->
								<vecLineKeyWord></vecLineKeyWord>
								<!--记录该行定义基准点的信息-->
								<vecCLocateAnchor>
									<CLocateAnchor nDisToAnchor="0" nAnchorIndex="1" anchorType="3" />
								</vecCLocateAnchor>
							</CLine>
							<CLine nIndex="1" bStartOffset="1" bEndOffset="0" bExist="1" bNeedRecog="1" nCheckKeyWord="0">
								<!--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
									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
								-->
								<RECT Left="0" Top="0" Right="0" Bottom="0" />
								<!--nRecogType:0识别区域，1识别字符-->
								<!--nRecogImgeType:进行识别时需要的图像类型，0代表灰度，1代表二值-->
								<!--cellRecogType:识别内容
										NAMECH=0,//中文姓名
										SEX=1,//性别
										NATION=2,//民族
										BIRTHDAY=3,//出生日期
										ISSUINGDATE=4,//签发日期
										VALIDPERIOD=5,//有效期至
										ADDRESSS=6,//地址
										IDNUMBER=7,//身份证号码

















										PPMRZ1=8,//护照类型证件的机读码第一行

















										PPMRZ2=9,//护照类型证件的机读码第二行

















										OTHER=10//其他类型
								-->
								<!--charOrder:字符的排列情况，用正则表达式表示-->
								<!--kernalMainType识别核心主类型 
										TH_OCR=1,
										SSFT152=2,
										BARCODE=3
								-->
								<CRecogInfo bIgnorePoint="0" nMaxPointWidth="0" nMaxPointHeight="0" bMatchRegExp="1" charOrder="[\D\C]{8}[\D\C&lt;]\D\C[\C&lt;]{2}\D{7}[MF][\D&lt;]{19}" bConfirmParams="0">
									<!--定位字符的信息-->
									<!--定位字符的信息-->
									<!--nLocateMethod:  0,用识别核心做定位;
														1，提取连通域的方法进行定位;
														2，投影方法进行定位

















									-->
									<!--nMinElementNum:该行最少元素数-->
									<!--nMaxElementNum:该行最多元素数-->
									<!--nMinWidth:元素的最小宽度-->
									<!--nMaxWidth:元素的最大宽度-->
									<!--nMinHeight:元素的最小高度-->
									<!--nMaxHeight:元素的最大高度-->
									<!--nMinSpace:元素间的最小间距-->
									<!--nMaxSpace:元素间的最大间距-->
									<CLocateInfo bEraseStart="0" nMinWHRatio="0" nMaxWHRatio="100" nSplitWHRatio="2000" bSplit="0" nNumType="0" bSpace="0" bWidth="0" bHeight="0" bRemoveLineNoise="0" nMinElementNum="44" nMaxElementNum="44" nMinWidth="70" nMaxWidth="220" nMinHeight="175" nMaxHeight="360" nMinSpace="0" nMaxSpace="140" bPostProcess="1">
										<vecCLocateMethod>
											<CLocateMethod nLocateMethod="1">
												<vecProcessImage>
													<CProcessImage processType="1">
														<CTrueColorToGrayEx nFilter="0">
															<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
														</CTrueColorToGrayEx>
													</CProcessImage>
													<CProcessImage processType="2">
														<CGrayToBinaryEx>
															<vecBinaryParam>
																<!--<BINARYPARAM nBlockNum="30" nMethod="7"/>-->
																<BINARYPARAM nBlockNum="1" nMethod="6" />
															</vecBinaryParam>
															<!--processRect-->
															<RECT Left="0" Top="0" Right="0" Bottom="0" />
														</CGrayToBinaryEx>
													</CProcessImage>
												</vecProcessImage>
											</CLocateMethod>
											<CLocateMethod nLocateMethod="1">
												<vecProcessImage>
													<CProcessImage processType="1">
														<CTrueColorToGrayEx nFilter="0">
															<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
														</CTrueColorToGrayEx>
													</CProcessImage>
													<CProcessImage processType="2">
														<CGrayToBinaryEx>
															<vecBinaryParam>
																<BINARYPARAM nBlockNum="10" nMethod="7" />
																<BINARYPARAM nBlockNum="1" nMethod="1" />
															</vecBinaryParam>
															<!--processRect-->
															<RECT Left="0" Top="0" Right="0" Bottom="0" />
														</CGrayToBinaryEx>
													</CProcessImage>
												</vecProcessImage>
											</CLocateMethod>
											<CLocateMethod nLocateMethod="1">
												<vecProcessImage>
													<CProcessImage processType="1">
														<CTrueColorToGrayEx nFilter="0">
															<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
														</CTrueColorToGrayEx>
													</CProcessImage>
													<CProcessImage processType="2">
														<CGrayToBinaryEx>
															<vecBinaryParam>
																<!--<BINARYPARAM nBlockNum="2" nMethod="7"/>-->
																<BINARYPARAM nBlockNum="1" nMethod="3" />
															</vecBinaryParam>
															<!--processRect-->
															<RECT Left="0" Top="0" Right="0" Bottom="0" />
														</CGrayToBinaryEx>
													</CProcessImage>
												</vecProcessImage>
											</CLocateMethod>
											<CLocateMethod nLocateMethod="1">
												<vecProcessImage>
													<CProcessImage processType="1">
														<CTrueColorToGrayEx nFilter="0">
															<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
														</CTrueColorToGrayEx>
													</CProcessImage>
													<CProcessImage processType="2">
														<CGrayToBinaryEx>
															<vecBinaryParam>
																<BINARYPARAM nBlockNum="1" nMethod="5" />
															</vecBinaryParam>
															<!--processRect-->
															<RECT Left="0" Top="0" Right="0" Bottom="0" />
														</CGrayToBinaryEx>
													</CProcessImage>
												</vecProcessImage>
											</CLocateMethod>
										</vecCLocateMethod>
									</CLocateInfo>
									<vecKernal>
										<!--nRecogType:0识别区域，1识别字符-->
										<!--nRecogImgeType:进行识别时需要的图像类型，0代表灰度，1代表二值-->
										<CKernalInfo kernalMainType="1" nKernalSubType="6" nFilterType="0" nFillingMethod="1" strFilterPlus="" nRecogType="1" nRecogImgeType="0">
											<vecCharRatio>
												<CCharRatio strChars="" charType="0" nWHRatio="60" />
											</vecCharRatio>
										</CKernalInfo>
									</vecKernal>
								</CRecogInfo>
								<!--vecRecogUnit:行内识别单元的信息-->
								<vecRecogUnit>
									<!--nIndex:识别单元序号-->
									<!--cellName:识别单元名称-->
									<!--bLocate:该识别单元是否需要定位-->
									<!--bReRecog:该识别单元是否需要重新识别-->
									<!--OutputThreshold:输出界限一，待输出的识别结果的字频的值不能低于该值-->
									<!--输出界限二，字频值< OutputThreshold的个数最大不能超过该值，否则将不输出-->
									<CRecogUnit nIndex="11" bLocate="0" bRecog="0"></CRecogUnit>
								</vecRecogUnit>
								<!--vecLineKeyWord:记录该行内用来定位的关键字信息-->
								<vecLineKeyWord></vecLineKeyWord>
								<!--vecAnchor:记录该行定义基准点的信息-->
								<vecCLocateAnchor></vecCLocateAnchor>
							</CLine>
						</vecLine>
					</CRegion>

				</vecRegion>
				<vecDeriveUnit>

				</vecDeriveUnit>
				<vecAnchor>
					<CAnchor bEnable="0" nIndex="1" anchorPos="-1" nMaxPos="-1" nMinPos="-1" anchorType="3" />
				</vecAnchor>
				<vecMergeUnit>        
				</vecMergeUnit>
			</CSubTemplate>  
			<CSubTemplate nSubID="41"><!--印尼签证-->
				<vecRegion>
					<!--CRegion:区域信息
					nIndex:区域编号
					nRegionType:区域类型,0代表头像区域,1代表识别区域
					nProcessOrder:该区域被处理的顺序










					rcPosition 坐标均为占整张图像的百分比*10000
					-->
					<CRegion nIndex="0" nRegionType="1" nProcessOrder="0">
						<!--处理该区域需要的图像信息的光的类型-->
						<vecImageLightType>
							<!--1:可见光图;2:红外光图;4:紫外光图 -->
							<LIGHTTYPE>2</LIGHTTYPE>
							<LIGHTTYPE>1</LIGHTTYPE>
						</vecImageLightType>
						<!--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-->
						<!--bAccurateLocate为1表示需要进一步精确定位,0代表不需要-->
						<CLocateRegion bAccurateLocate="0">
							<vecProcessImage></vecProcessImage>
							<!--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-->
							<RECT Left="9900" Top="9900" Right="0" Bottom="0" />
							<vecAnchorLocateInfo>
								<!--nDisToAnchor的值也是整图的百分比*10000计算出来的-->
								<CAnchorLocateInfo nAnchorIndex="0" nDisToAnchor="90" anchorType="1" />
								<CAnchorLocateInfo nAnchorIndex="0" nDisToAnchor="9999" anchorType="2" />
								<CAnchorLocateInfo nAnchorIndex="0" nDisToAnchor="8200" anchorType="3" />
								<CAnchorLocateInfo nAnchorIndex="0" nDisToAnchor="9600" anchorType="4" />
							</vecAnchorLocateInfo>
							<!--该区域定义的区域类型基准点的信息-->
							<vecCLocateAnchor></vecCLocateAnchor>
						</CLocateRegion>
						<CLocateLine>
							<!--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-->
							<RECT Left="0" Top="0" Right="100" Bottom="100" />
							<!--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-->
							<RECT Left="10" Top="0" Right="80" Bottom="100" />
							<!--nLocateMethod:0灰度变化的方式进行行定位;1投影方式进行行定位-->
							<!--bHeight:是否等高-->
							<!--bSpace:是否等间距-->
							<!--bWidth:是否等宽-->
							<!--nMinElementNum:该行最少元素数-->
							<!--nMaxElementNum:该行最多元素数-->
							<!--nMinWidth:元素的最小宽度-->
							<!--nMaxWidth:元素的最大宽度-->
							<!--nMinHeight:元素的最小高度-->
							<!--nMaxHeight:元素的最大高度-->
							<!--nMinSpace:元素间的最小间距-->
							<!--nMaxSpace:元素间的最大间距-->
							<CLocateInfo bEraseStart="0" nMinWHRatio="0" nMaxWHRatio="160" nSplitWHRatio="2000" bSplit="0" nNumType="0" bSpace="0" bWidth="0" bHeight="0" bRemoveLineNoise="0" nMinElementNum="2" nMaxElementNum="2" nMinWidth="7000" nMaxWidth="9900" nMinHeight="200" nMaxHeight="300" nMinSpace="0" nMaxSpace="450" bPostProcess="0">
								<vecCLocateMethod>
									<CLocateMethod nLocateMethod="1">
										<!--在定位前进行的预处理信息，一般是二值化-->
										<vecProcessImage>
											<CProcessImage processType="1">
												<CTrueColorToGrayEx nFilter="0">
													<RECT Top="0" Right="0" Bottom="0" Left="0" />
												</CTrueColorToGrayEx>
											</CProcessImage>
											<CProcessImage processType="2">
												<CGrayToBinaryEx>
													<vecBinaryParam>
														<BINARYPARAM nBlockNum="2" nMethod="7" />
														<BINARYPARAM nBlockNum="1" nMethod="3" />
													</vecBinaryParam>
													<!--processRect-->
													<RECT Left="0" Top="0" Right="0" Bottom="0" />
												</CGrayToBinaryEx>
											</CProcessImage>
										</vecProcessImage>
									</CLocateMethod>
									<CLocateMethod nLocateMethod="1">
										<!--在定位前进行的预处理信息，一般是二值化-->
										<vecProcessImage>
											<CProcessImage processType="1">
												<CTrueColorToGrayEx nFilter="0">
													<RECT Top="0" Right="0" Bottom="0" Left="0" />
												</CTrueColorToGrayEx>
											</CProcessImage>
											<CProcessImage processType="2">
												<CGrayToBinaryEx>
													<vecBinaryParam>
														<BINARYPARAM nBlockNum="1" nMethod="6" />
													</vecBinaryParam>
													<!--processRect-->
													<RECT Left="0" Top="0" Right="0" Bottom="0" />
												</CGrayToBinaryEx>
											</CProcessImage>
										</vecProcessImage>
									</CLocateMethod>
								</vecCLocateMethod>
							</CLocateInfo>
							<!--采用定位算法对行定位后，边界要浮动的大小，可以为负数
							也是整图的百分比*10000计算出来的-->
							<positionPlus nLeftPlus="-120" nRightPlus="120" nTopPlus="-120" nBottomPlus="150" />
						</CLocateLine>
						<vecLine>
							<!--nIndex:该行在区域内是第几行，以第一行或者最后一行为基准从0开始的偏移-->
							<!--bStartOffset:如果是以区域的第一行为基准，该值为true,否则为false-->
							<!--bEndOffset:如果是以区域的最后一行为基准，该值为false，否则为false-->
							<!--nLineType:0代表不需要识别，1代表需要识别-->
							<CLine nIndex="0" bStartOffset="1" bEndOffset="0" bExist="1" bNeedRecog="1" nCheckKeyWord="0">
								<!--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
									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
								-->
								<RECT Left="0" Top="0" Right="0" Bottom="0" />
								<!--nRecogType:0识别区域，1识别字符-->
								<!--nRecogImgeType:进行识别时需要的图像类型，0代表灰度，1代表二值-->
								<!--cellRecogType:识别内容
										NAMECH=0,//中文姓名
										SEX=1,//性别
										NATION=2,//民族
										BIRTHDAY=3,//出生日期
										ISSUINGDATE=4,//签发日期
										VALIDPERIOD=5,//有效期至
										ADDRESSS=6,//地址
										IDNUMBER=7,//身份证号码










										PPMRZ1=8,//护照类型证件的机读码第一行










										PPMRZ2=9,//护照类型证件的机读码第二行










										OTHER=10//其他类型
								-->
								<!--charOrder:字符的排列情况，用正则表达式表示-->
								<!--kernalMainType识别核心主类型 
										TH_OCR=1,
										SSFT152=2,
										BARCODE=3
								-->
								<CRecogInfo bIgnorePoint="0" nMaxPointWidth="0" nMaxPointHeight="0" bMatchRegExp="1" charOrder="V[&lt;\C]IDN[\C&lt;]{1,-1}" bConfirmParams="0">
									<!--定位字符的信息-->
									<!--定位字符的信息-->
									<!--nLocateMethod:  0,用识别核心做定位;
														1，提取连通域的方法进行定位;
														2，投影方法进行定位










									-->
									<!--nMinElementNum:该行最少元素数-->
									<!--nMaxElementNum:该行最多元素数-->
									<!--nMinWidth:元素的最小宽度-->
									<!--nMaxWidth:元素的最大宽度-->
									<!--nMinHeight:元素的最小高度-->
									<!--nMaxHeight:元素的最大高度-->
									<!--nMinSpace:元素间的最小间距-->
									<!--nMaxSpace:元素间的最大间距-->
									<CLocateInfo bEraseStart="0" nMinWHRatio="0" nMaxWHRatio="100" nSplitWHRatio="2000" bSplit="0" nNumType="0" bSpace="0" bWidth="0" bHeight="0" bRemoveLineNoise="0" nMinElementNum="44" nMaxElementNum="44" nMinWidth="80" nMaxWidth="230" nMinHeight="175" nMaxHeight="360" nMinSpace="0" nMaxSpace="140" bPostProcess="1">
										<vecCLocateMethod>
											<CLocateMethod nLocateMethod="1">
												<vecProcessImage>
													<CProcessImage processType="1">
														<CTrueColorToGrayEx nFilter="0">
															<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
														</CTrueColorToGrayEx>
													</CProcessImage>
													<CProcessImage processType="2">
														<CGrayToBinaryEx>
															<vecBinaryParam>
																<BINARYPARAM nBlockNum="10" nMethod="7" />
																<BINARYPARAM nBlockNum="1" nMethod="6" />
															</vecBinaryParam>
															<!--processRect-->
															<RECT Left="0" Top="0" Right="0" Bottom="0" />
														</CGrayToBinaryEx>
													</CProcessImage>
												</vecProcessImage>
											</CLocateMethod>
											<CLocateMethod nLocateMethod="1">
												<vecProcessImage>
													<CProcessImage processType="1">
														<CTrueColorToGrayEx nFilter="0">
															<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
														</CTrueColorToGrayEx>
													</CProcessImage>
													<CProcessImage processType="2">
														<CGrayToBinaryEx>
															<vecBinaryParam>
																<BINARYPARAM nBlockNum="10" nMethod="7" />
																<BINARYPARAM nBlockNum="1" nMethod="1" />
															</vecBinaryParam>
															<!--processRect-->
															<RECT Left="0" Top="0" Right="0" Bottom="0" />
														</CGrayToBinaryEx>
													</CProcessImage>
												</vecProcessImage>
											</CLocateMethod>
											<CLocateMethod nLocateMethod="1">
												<vecProcessImage>
													<CProcessImage processType="1">
														<CTrueColorToGrayEx nFilter="0">
															<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
														</CTrueColorToGrayEx>
													</CProcessImage>
													<CProcessImage processType="2">
														<CGrayToBinaryEx>
															<vecBinaryParam>
																<!--	<BINARYPARAM nBlockNum="2" nMethod="7"/>-->
																<BINARYPARAM nBlockNum="1" nMethod="3" />
															</vecBinaryParam>
															<!--processRect-->
															<RECT Left="0" Top="0" Right="0" Bottom="0" />
														</CGrayToBinaryEx>
													</CProcessImage>
												</vecProcessImage>
											</CLocateMethod>
											<CLocateMethod nLocateMethod="1">
												<vecProcessImage>
													<CProcessImage processType="1">
														<CTrueColorToGrayEx nFilter="0">
															<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
														</CTrueColorToGrayEx>
													</CProcessImage>
													<CProcessImage processType="2">
														<CGrayToBinaryEx>
															<vecBinaryParam>
																<BINARYPARAM nBlockNum="1" nMethod="5" />
															</vecBinaryParam>
															<!--processRect-->
															<RECT Left="0" Top="0" Right="0" Bottom="0" />
														</CGrayToBinaryEx>
													</CProcessImage>
												</vecProcessImage>
											</CLocateMethod>
										</vecCLocateMethod>
									</CLocateInfo>
									<vecKernal>
										<!--nRecogType:0识别区域，1识别字符-->
										<!--nRecogImgeType:进行识别时需要的图像类型，0代表灰度，1代表二值-->
										<CKernalInfo kernalMainType="1" nKernalSubType="6" nFilterType="0" nFillingMethod="1" strFilterPlus="" nRecogType="1" nRecogImgeType="0">
											<vecCharRatio>
												<CCharRatio strChars="" charType="0" nWHRatio="60" />
											</vecCharRatio>
										</CKernalInfo>
									</vecKernal>
								</CRecogInfo>
								<!--vecRecogUnit:行内识别单元的信息-->
								<vecRecogUnit>
									<!--nIndex:识别单元序号-->
									<!--cellName:识别单元名称-->
									<!--bLocate:该识别单元是否需要定位-->
									<!--bReRecog:该识别单元是否需要重新识别-->
									<!--OutputThreshold:输出界限一，待输出的识别结果的字频的值不能低于该值-->
									<!--输出界限二，字频值< OutputThreshold的个数最大不能超过该值，否则将不输出-->
									<CRecogUnit nIndex="10" bLocate="0" bRecog="0"></CRecogUnit>
								</vecRecogUnit>
								<!--vecLineKeyWord:记录该行内用来定位的关键字信息-->
								<vecLineKeyWord></vecLineKeyWord>
								<!--记录该行定义基准点的信息-->
								<vecCLocateAnchor>
									<CLocateAnchor nDisToAnchor="0" nAnchorIndex="1" anchorType="3" />
								</vecCLocateAnchor>
							</CLine>
							<CLine nIndex="1" bStartOffset="1" bEndOffset="0" bExist="1" bNeedRecog="1" nCheckKeyWord="0">
								<!--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
									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
								-->
								<RECT Left="0" Top="0" Right="0" Bottom="0" />
								<!--nRecogType:0识别区域，1识别字符-->
								<!--nRecogImgeType:进行识别时需要的图像类型，0代表灰度，1代表二值-->
								<!--cellRecogType:识别内容
										NAMECH=0,//中文姓名
										SEX=1,//性别
										NATION=2,//民族
										BIRTHDAY=3,//出生日期
										ISSUINGDATE=4,//签发日期
										VALIDPERIOD=5,//有效期至
										ADDRESSS=6,//地址
										IDNUMBER=7,//身份证号码

















										PPMRZ1=8,//护照类型证件的机读码第一行

















										PPMRZ2=9,//护照类型证件的机读码第二行

















										OTHER=10//其他类型
								-->
								<!--charOrder:字符的排列情况，用正则表达式表示-->
								<!--kernalMainType识别核心主类型 
										TH_OCR=1,
										SSFT152=2,
										BARCODE=3
								-->
								<CRecogInfo bIgnorePoint="0" nMaxPointWidth="0" nMaxPointHeight="0" bMatchRegExp="1" charOrder="[\D\C]{8}[\D\C&lt;]\D\C[\C&lt;]{2}\D{7}[MF][\D&lt;]{19}" bConfirmParams="0">
									<!--定位字符的信息-->
									<!--定位字符的信息-->
									<!--nLocateMethod:  0,用识别核心做定位;
														1，提取连通域的方法进行定位;
														2，投影方法进行定位

















									-->
									<!--nMinElementNum:该行最少元素数-->
									<!--nMaxElementNum:该行最多元素数-->
									<!--nMinWidth:元素的最小宽度-->
									<!--nMaxWidth:元素的最大宽度-->
									<!--nMinHeight:元素的最小高度-->
									<!--nMaxHeight:元素的最大高度-->
									<!--nMinSpace:元素间的最小间距-->
									<!--nMaxSpace:元素间的最大间距-->
									<CLocateInfo bEraseStart="0" nMinWHRatio="0" nMaxWHRatio="100" nSplitWHRatio="2000" bSplit="0" nNumType="0" bSpace="0" bWidth="0" bHeight="0" bRemoveLineNoise="0" nMinElementNum="44" nMaxElementNum="44" nMinWidth="70" nMaxWidth="220" nMinHeight="175" nMaxHeight="360" nMinSpace="0" nMaxSpace="140" bPostProcess="1">
										<vecCLocateMethod>
											<CLocateMethod nLocateMethod="1">
												<vecProcessImage>
													<CProcessImage processType="1">
														<CTrueColorToGrayEx nFilter="0">
															<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
														</CTrueColorToGrayEx>
													</CProcessImage>
													<CProcessImage processType="2">
														<CGrayToBinaryEx>
															<vecBinaryParam>
																<!--<BINARYPARAM nBlockNum="30" nMethod="7"/>-->
																<BINARYPARAM nBlockNum="1" nMethod="6" />
															</vecBinaryParam>
															<!--processRect-->
															<RECT Left="0" Top="0" Right="0" Bottom="0" />
														</CGrayToBinaryEx>
													</CProcessImage>
												</vecProcessImage>
											</CLocateMethod>
											<CLocateMethod nLocateMethod="1">
												<vecProcessImage>
													<CProcessImage processType="1">
														<CTrueColorToGrayEx nFilter="0">
															<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
														</CTrueColorToGrayEx>
													</CProcessImage>
													<CProcessImage processType="2">
														<CGrayToBinaryEx>
															<vecBinaryParam>
																<BINARYPARAM nBlockNum="10" nMethod="7" />
																<BINARYPARAM nBlockNum="1" nMethod="1" />
															</vecBinaryParam>
															<!--processRect-->
															<RECT Left="0" Top="0" Right="0" Bottom="0" />
														</CGrayToBinaryEx>
													</CProcessImage>
												</vecProcessImage>
											</CLocateMethod>
											<CLocateMethod nLocateMethod="1">
												<vecProcessImage>
													<CProcessImage processType="1">
														<CTrueColorToGrayEx nFilter="0">
															<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
														</CTrueColorToGrayEx>
													</CProcessImage>
													<CProcessImage processType="2">
														<CGrayToBinaryEx>
															<vecBinaryParam>
																<!--<BINARYPARAM nBlockNum="2" nMethod="7"/>-->
																<BINARYPARAM nBlockNum="1" nMethod="3" />
															</vecBinaryParam>
															<!--processRect-->
															<RECT Left="0" Top="0" Right="0" Bottom="0" />
														</CGrayToBinaryEx>
													</CProcessImage>
												</vecProcessImage>
											</CLocateMethod>
											<CLocateMethod nLocateMethod="1">
												<vecProcessImage>
													<CProcessImage processType="1">
														<CTrueColorToGrayEx nFilter="0">
															<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
														</CTrueColorToGrayEx>
													</CProcessImage>
													<CProcessImage processType="2">
														<CGrayToBinaryEx>
															<vecBinaryParam>
																<BINARYPARAM nBlockNum="1" nMethod="5" />
															</vecBinaryParam>
															<!--processRect-->
															<RECT Left="0" Top="0" Right="0" Bottom="0" />
														</CGrayToBinaryEx>
													</CProcessImage>
												</vecProcessImage>
											</CLocateMethod>
										</vecCLocateMethod>
									</CLocateInfo>
									<vecKernal>
										<!--nRecogType:0识别区域，1识别字符-->
										<!--nRecogImgeType:进行识别时需要的图像类型，0代表灰度，1代表二值-->
										<CKernalInfo kernalMainType="1" nKernalSubType="6" nFilterType="0" nFillingMethod="1" strFilterPlus="" nRecogType="1" nRecogImgeType="0">
											<vecCharRatio>
												<CCharRatio strChars="" charType="0" nWHRatio="60" />
											</vecCharRatio>
										</CKernalInfo>
									</vecKernal>
								</CRecogInfo>
								<!--vecRecogUnit:行内识别单元的信息-->
								<vecRecogUnit>
									<!--nIndex:识别单元序号-->
									<!--cellName:识别单元名称-->
									<!--bLocate:该识别单元是否需要定位-->
									<!--bReRecog:该识别单元是否需要重新识别-->
									<!--OutputThreshold:输出界限一，待输出的识别结果的字频的值不能低于该值-->
									<!--输出界限二，字频值< OutputThreshold的个数最大不能超过该值，否则将不输出-->
									<CRecogUnit nIndex="11" bLocate="0" bRecog="0"></CRecogUnit>
								</vecRecogUnit>
								<!--vecLineKeyWord:记录该行内用来定位的关键字信息-->
								<vecLineKeyWord></vecLineKeyWord>
								<!--vecAnchor:记录该行定义基准点的信息-->
								<vecCLocateAnchor></vecCLocateAnchor>
							</CLine>
						</vecLine>
					</CRegion>

				</vecRegion>
				<vecDeriveUnit>

				</vecDeriveUnit>
				<vecAnchor>
					<CAnchor bEnable="0" nIndex="1" anchorPos="-1" nMaxPos="-1" nMinPos="-1" anchorType="3" />
				</vecAnchor>
				<vecMergeUnit>        
				</vecMergeUnit>
			</CSubTemplate>  
			<CSubTemplate nSubID="42"><!--英国签证-->
				<vecRegion>
					<!--CRegion:区域信息
					nIndex:区域编号
					nRegionType:区域类型,0代表头像区域,1代表识别区域
					nProcessOrder:该区域被处理的顺序










					rcPosition 坐标均为占整张图像的百分比*10000
					-->
					<CRegion nIndex="0" nRegionType="1" nProcessOrder="0">
						<!--处理该区域需要的图像信息的光的类型-->
						<vecImageLightType>
							<!--1:可见光图;2:红外光图;4:紫外光图 -->
							<LIGHTTYPE>2</LIGHTTYPE>
							<LIGHTTYPE>1</LIGHTTYPE>
						</vecImageLightType>
						<!--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-->
						<!--bAccurateLocate为1表示需要进一步精确定位,0代表不需要-->
						<CLocateRegion bAccurateLocate="0">
							<vecProcessImage></vecProcessImage>
							<!--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-->
							<RECT Left="9900" Top="9900" Right="0" Bottom="0" />
							<vecAnchorLocateInfo>
								<!--nDisToAnchor的值也是整图的百分比*10000计算出来的-->
								<CAnchorLocateInfo nAnchorIndex="0" nDisToAnchor="130" anchorType="1" />
								<CAnchorLocateInfo nAnchorIndex="0" nDisToAnchor="9999" anchorType="2" />
								<CAnchorLocateInfo nAnchorIndex="0" nDisToAnchor="7000" anchorType="3" />
								<CAnchorLocateInfo nAnchorIndex="0" nDisToAnchor="9600" anchorType="4" />
							</vecAnchorLocateInfo>
							<!--该区域定义的区域类型基准点的信息-->
							<vecCLocateAnchor></vecCLocateAnchor>
						</CLocateRegion>
						<CLocateLine>
							<!--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-->
							<RECT Left="0" Top="0" Right="100" Bottom="100" />
							<!--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-->
							<RECT Left="0" Top="0" Right="100" Bottom="100" />
							<!--nLocateMethod:0灰度变化的方式进行行定位;1投影方式进行行定位-->
							<!--bHeight:是否等高-->
							<!--bSpace:是否等间距-->
							<!--bWidth:是否等宽-->
							<!--nMinElementNum:该行最少元素数-->
							<!--nMaxElementNum:该行最多元素数-->
							<!--nMinWidth:元素的最小宽度-->
							<!--nMaxWidth:元素的最大宽度-->
							<!--nMinHeight:元素的最小高度-->
							<!--nMaxHeight:元素的最大高度-->
							<!--nMinSpace:元素间的最小间距-->
							<!--nMaxSpace:元素间的最大间距-->
							<CLocateInfo bEraseStart="0" nMinWHRatio="0" nMaxWHRatio="160" nSplitWHRatio="2000" bSplit="0" nNumType="0" bSpace="0" bWidth="0" bHeight="0" bRemoveLineNoise="0" nMinElementNum="2" nMaxElementNum="2" nMinWidth="7000" nMaxWidth="9900" nMinHeight="140" nMaxHeight="350" nMinSpace="140" nMaxSpace="450" bPostProcess="0">
								<vecCLocateMethod>
									<CLocateMethod nLocateMethod="1">
										<!--在定位前进行的预处理信息，一般是二值化-->
										<vecProcessImage>
											<CProcessImage processType="1">
												<CTrueColorToGrayEx nFilter="0">
													<RECT Top="0" Right="0" Bottom="0" Left="0" />
												</CTrueColorToGrayEx>
											</CProcessImage>
											<CProcessImage processType="2">
												<CGrayToBinaryEx>
													<vecBinaryParam>
														<BINARYPARAM nBlockNum="2" nMethod="7" />
														<BINARYPARAM nBlockNum="1" nMethod="3" />
													</vecBinaryParam>
													<!--processRect-->
													<RECT Left="0" Top="0" Right="0" Bottom="0" />
												</CGrayToBinaryEx>
											</CProcessImage>
										</vecProcessImage>
									</CLocateMethod>
									<CLocateMethod nLocateMethod="1">
										<!--在定位前进行的预处理信息，一般是二值化-->
										<vecProcessImage>
											<CProcessImage processType="1">
												<CTrueColorToGrayEx nFilter="0">
													<RECT Top="0" Right="0" Bottom="0" Left="0" />
												</CTrueColorToGrayEx>
											</CProcessImage>
											<CProcessImage processType="2">
												<CGrayToBinaryEx>
													<vecBinaryParam>
														<BINARYPARAM nBlockNum="1" nMethod="6" />
													</vecBinaryParam>
													<!--processRect-->
													<RECT Left="0" Top="0" Right="0" Bottom="0" />
												</CGrayToBinaryEx>
											</CProcessImage>
										</vecProcessImage>
									</CLocateMethod>
								</vecCLocateMethod>
							</CLocateInfo>
							<!--采用定位算法对行定位后，边界要浮动的大小，可以为负数
							也是整图的百分比*10000计算出来的-->
							<positionPlus nLeftPlus="-120" nRightPlus="120" nTopPlus="-120" nBottomPlus="150" />
						</CLocateLine>
						<vecLine>
							<!--nIndex:该行在区域内是第几行，以第一行或者最后一行为基准从0开始的偏移-->
							<!--bStartOffset:如果是以区域的第一行为基准，该值为true,否则为false-->
							<!--bEndOffset:如果是以区域的最后一行为基准，该值为false，否则为false-->
							<!--nLineType:0代表不需要识别，1代表需要识别-->
							<CLine nIndex="0" bStartOffset="1" bEndOffset="0" bExist="1" bNeedRecog="1" nCheckKeyWord="0">
								<!--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
									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
								-->
								<RECT Left="0" Top="0" Right="0" Bottom="0" />
								<!--nRecogType:0识别区域，1识别字符-->
								<!--nRecogImgeType:进行识别时需要的图像类型，0代表灰度，1代表二值-->
								<!--cellRecogType:识别内容
										NAMECH=0,//中文姓名
										SEX=1,//性别
										NATION=2,//民族
										BIRTHDAY=3,//出生日期
										ISSUINGDATE=4,//签发日期
										VALIDPERIOD=5,//有效期至
										ADDRESSS=6,//地址
										IDNUMBER=7,//身份证号码










										PPMRZ1=8,//护照类型证件的机读码第一行










										PPMRZ2=9,//护照类型证件的机读码第二行










										OTHER=10//其他类型
								-->
								<!--charOrder:字符的排列情况，用正则表达式表示-->
								<!--kernalMainType识别核心主类型 
										TH_OCR=1,
										SSFT152=2,
										BARCODE=3
								-->
								<CRecogInfo bIgnorePoint="0" nMaxPointWidth="0" nMaxPointHeight="0" bMatchRegExp="1" charOrder="V[&lt;\C]GBR[\C&lt;]{1,-1}" bConfirmParams="0">
									<!--定位字符的信息-->
									<!--定位字符的信息-->
									<!--nLocateMethod:  0,用识别核心做定位;
														1，提取连通域的方法进行定位;
														2，投影方法进行定位










									-->
									<!--nMinElementNum:该行最少元素数-->
									<!--nMaxElementNum:该行最多元素数-->
									<!--nMinWidth:元素的最小宽度-->
									<!--nMaxWidth:元素的最大宽度-->
									<!--nMinHeight:元素的最小高度-->
									<!--nMaxHeight:元素的最大高度-->
									<!--nMinSpace:元素间的最小间距-->
									<!--nMaxSpace:元素间的最大间距-->
									<CLocateInfo bEraseStart="0" nMinWHRatio="0" nMaxWHRatio="100" nSplitWHRatio="2000" bSplit="0" nNumType="0" bSpace="0" bWidth="0" bHeight="0" bRemoveLineNoise="0" nMinElementNum="36" nMaxElementNum="36" nMinWidth="80" nMaxWidth="230" nMinHeight="175" nMaxHeight="360" nMinSpace="0" nMaxSpace="140" bPostProcess="1">
										<vecCLocateMethod>
											<CLocateMethod nLocateMethod="1">
												<vecProcessImage>
													<CProcessImage processType="1">
														<CTrueColorToGrayEx nFilter="0">
															<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
														</CTrueColorToGrayEx>
													</CProcessImage>
													<CProcessImage processType="2">
														<CGrayToBinaryEx>
															<vecBinaryParam>
																<BINARYPARAM nBlockNum="10" nMethod="7" />
																<BINARYPARAM nBlockNum="1" nMethod="6" />
															</vecBinaryParam>
															<!--processRect-->
															<RECT Left="0" Top="0" Right="0" Bottom="0" />
														</CGrayToBinaryEx>
													</CProcessImage>
												</vecProcessImage>
											</CLocateMethod>
											<CLocateMethod nLocateMethod="1">
												<vecProcessImage>
													<CProcessImage processType="1">
														<CTrueColorToGrayEx nFilter="0">
															<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
														</CTrueColorToGrayEx>
													</CProcessImage>
													<CProcessImage processType="2">
														<CGrayToBinaryEx>
															<vecBinaryParam>
																<BINARYPARAM nBlockNum="10" nMethod="7" />
																<BINARYPARAM nBlockNum="1" nMethod="1" />
															</vecBinaryParam>
															<!--processRect-->
															<RECT Left="0" Top="0" Right="0" Bottom="0" />
														</CGrayToBinaryEx>
													</CProcessImage>
												</vecProcessImage>
											</CLocateMethod>
											<CLocateMethod nLocateMethod="1">
												<vecProcessImage>
													<CProcessImage processType="1">
														<CTrueColorToGrayEx nFilter="0">
															<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
														</CTrueColorToGrayEx>
													</CProcessImage>
													<CProcessImage processType="2">
														<CGrayToBinaryEx>
															<vecBinaryParam>
																<!--	<BINARYPARAM nBlockNum="2" nMethod="7"/>-->
																<BINARYPARAM nBlockNum="1" nMethod="3" />
															</vecBinaryParam>
															<!--processRect-->
															<RECT Left="0" Top="0" Right="0" Bottom="0" />
														</CGrayToBinaryEx>
													</CProcessImage>
												</vecProcessImage>
											</CLocateMethod>
											<CLocateMethod nLocateMethod="1">
												<vecProcessImage>
													<CProcessImage processType="1">
														<CTrueColorToGrayEx nFilter="0">
															<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
														</CTrueColorToGrayEx>
													</CProcessImage>
													<CProcessImage processType="2">
														<CGrayToBinaryEx>
															<vecBinaryParam>
																<BINARYPARAM nBlockNum="1" nMethod="5" />
															</vecBinaryParam>
															<!--processRect-->
															<RECT Left="0" Top="0" Right="0" Bottom="0" />
														</CGrayToBinaryEx>
													</CProcessImage>
												</vecProcessImage>
											</CLocateMethod>
										</vecCLocateMethod>
									</CLocateInfo>
									<vecKernal>
										<!--nRecogType:0识别区域，1识别字符-->
										<!--nRecogImgeType:进行识别时需要的图像类型，0代表灰度，1代表二值-->
										<CKernalInfo kernalMainType="1" nKernalSubType="6" nFilterType="0" nFillingMethod="1" strFilterPlus="" nRecogType="1" nRecogImgeType="0">
											<vecCharRatio>
												<CCharRatio strChars="" charType="0" nWHRatio="60" />
											</vecCharRatio>
										</CKernalInfo>
									</vecKernal>
								</CRecogInfo>
								<!--vecRecogUnit:行内识别单元的信息-->
								<vecRecogUnit>
									<!--nIndex:识别单元序号-->
									<!--cellName:识别单元名称-->
									<!--bLocate:该识别单元是否需要定位-->
									<!--bReRecog:该识别单元是否需要重新识别-->
									<!--OutputThreshold:输出界限一，待输出的识别结果的字频的值不能低于该值-->
									<!--输出界限二，字频值< OutputThreshold的个数最大不能超过该值，否则将不输出-->
									<CRecogUnit nIndex="10" bLocate="0" bRecog="0"></CRecogUnit>
								</vecRecogUnit>
								<!--vecLineKeyWord:记录该行内用来定位的关键字信息-->
								<vecLineKeyWord></vecLineKeyWord>
								<!--记录该行定义基准点的信息-->
								<vecCLocateAnchor>
									<CLocateAnchor nDisToAnchor="0" nAnchorIndex="1" anchorType="3" />
								</vecCLocateAnchor>
							</CLine>
							<CLine nIndex="1" bStartOffset="1" bEndOffset="0" bExist="1" bNeedRecog="1" nCheckKeyWord="0">
								<!--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
									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
								-->
								<RECT Left="0" Top="0" Right="0" Bottom="0" />
								<!--nRecogType:0识别区域，1识别字符-->
								<!--nRecogImgeType:进行识别时需要的图像类型，0代表灰度，1代表二值-->
								<!--cellRecogType:识别内容
										NAMECH=0,//中文姓名
										SEX=1,//性别
										NATION=2,//民族
										BIRTHDAY=3,//出生日期
										ISSUINGDATE=4,//签发日期
										VALIDPERIOD=5,//有效期至
										ADDRESSS=6,//地址
										IDNUMBER=7,//身份证号码

















										PPMRZ1=8,//护照类型证件的机读码第一行

















										PPMRZ2=9,//护照类型证件的机读码第二行

















										OTHER=10//其他类型
								-->
								<!--charOrder:字符的排列情况，用正则表达式表示-->
								<!--kernalMainType识别核心主类型 
										TH_OCR=1,
										SSFT152=2,
										BARCODE=3
								-->
								<CRecogInfo bIgnorePoint="0" nMaxPointWidth="0" nMaxPointHeight="0" bMatchRegExp="1" charOrder="[\D\C]{8}[\D\C&lt;]\D\C{3}\D{7}[MF]\D{7}[\D&lt;]{7}\D{1}" bConfirmParams="0">
									<!--定位字符的信息-->
									<!--定位字符的信息-->
									<!--nLocateMethod:  0,用识别核心做定位;
														1，提取连通域的方法进行定位;
														2，投影方法进行定位

















									-->
									<!--nMinElementNum:该行最少元素数-->
									<!--nMaxElementNum:该行最多元素数-->
									<!--nMinWidth:元素的最小宽度-->
									<!--nMaxWidth:元素的最大宽度-->
									<!--nMinHeight:元素的最小高度-->
									<!--nMaxHeight:元素的最大高度-->
									<!--nMinSpace:元素间的最小间距-->
									<!--nMaxSpace:元素间的最大间距-->
									<CLocateInfo bEraseStart="0" nMinWHRatio="0" nMaxWHRatio="100" nSplitWHRatio="2000" bSplit="0" nNumType="0" bSpace="0" bWidth="0" bHeight="0" bRemoveLineNoise="0" nMinElementNum="36" nMaxElementNum="36" nMinWidth="70" nMaxWidth="220" nMinHeight="175" nMaxHeight="360" nMinSpace="0" nMaxSpace="140" bPostProcess="1">
										<vecCLocateMethod>
											<CLocateMethod nLocateMethod="1">
												<vecProcessImage>
													<CProcessImage processType="1">
														<CTrueColorToGrayEx nFilter="0">
															<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
														</CTrueColorToGrayEx>
													</CProcessImage>
													<CProcessImage processType="2">
														<CGrayToBinaryEx>
															<vecBinaryParam>
																<!--<BINARYPARAM nBlockNum="30" nMethod="7"/>-->
																<BINARYPARAM nBlockNum="1" nMethod="6" />
															</vecBinaryParam>
															<!--processRect-->
															<RECT Left="0" Top="0" Right="0" Bottom="0" />
														</CGrayToBinaryEx>
													</CProcessImage>
												</vecProcessImage>
											</CLocateMethod>
											<CLocateMethod nLocateMethod="1">
												<vecProcessImage>
													<CProcessImage processType="1">
														<CTrueColorToGrayEx nFilter="0">
															<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
														</CTrueColorToGrayEx>
													</CProcessImage>
													<CProcessImage processType="2">
														<CGrayToBinaryEx>
															<vecBinaryParam>
																<BINARYPARAM nBlockNum="10" nMethod="7" />
																<BINARYPARAM nBlockNum="1" nMethod="1" />
															</vecBinaryParam>
															<!--processRect-->
															<RECT Left="0" Top="0" Right="0" Bottom="0" />
														</CGrayToBinaryEx>
													</CProcessImage>
												</vecProcessImage>
											</CLocateMethod>
											<CLocateMethod nLocateMethod="1">
												<vecProcessImage>
													<CProcessImage processType="1">
														<CTrueColorToGrayEx nFilter="0">
															<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
														</CTrueColorToGrayEx>
													</CProcessImage>
													<CProcessImage processType="2">
														<CGrayToBinaryEx>
															<vecBinaryParam>
																<!--<BINARYPARAM nBlockNum="2" nMethod="7"/>-->
																<BINARYPARAM nBlockNum="1" nMethod="3" />
															</vecBinaryParam>
															<!--processRect-->
															<RECT Left="0" Top="0" Right="0" Bottom="0" />
														</CGrayToBinaryEx>
													</CProcessImage>
												</vecProcessImage>
											</CLocateMethod>
											<CLocateMethod nLocateMethod="1">
												<vecProcessImage>
													<CProcessImage processType="1">
														<CTrueColorToGrayEx nFilter="0">
															<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
														</CTrueColorToGrayEx>
													</CProcessImage>
													<CProcessImage processType="2">
														<CGrayToBinaryEx>
															<vecBinaryParam>
																<BINARYPARAM nBlockNum="1" nMethod="5" />
															</vecBinaryParam>
															<!--processRect-->
															<RECT Left="0" Top="0" Right="0" Bottom="0" />
														</CGrayToBinaryEx>
													</CProcessImage>
												</vecProcessImage>
											</CLocateMethod>
										</vecCLocateMethod>
									</CLocateInfo>
									<vecKernal>
										<!--nRecogType:0识别区域，1识别字符-->
										<!--nRecogImgeType:进行识别时需要的图像类型，0代表灰度，1代表二值-->
										<CKernalInfo kernalMainType="1" nKernalSubType="6" nFilterType="0" nFillingMethod="1" strFilterPlus="" nRecogType="1" nRecogImgeType="0">
											<vecCharRatio>
												<CCharRatio strChars="" charType="0" nWHRatio="60" />
											</vecCharRatio>
										</CKernalInfo>
									</vecKernal>
								</CRecogInfo>
								<!--vecRecogUnit:行内识别单元的信息-->
								<vecRecogUnit>
									<!--nIndex:识别单元序号-->
									<!--cellName:识别单元名称-->
									<!--bLocate:该识别单元是否需要定位-->
									<!--bReRecog:该识别单元是否需要重新识别-->
									<!--OutputThreshold:输出界限一，待输出的识别结果的字频的值不能低于该值-->
									<!--输出界限二，字频值< OutputThreshold的个数最大不能超过该值，否则将不输出-->
									<CRecogUnit nIndex="11" bLocate="0" bRecog="0"></CRecogUnit>
								</vecRecogUnit>
								<!--vecLineKeyWord:记录该行内用来定位的关键字信息-->
								<vecLineKeyWord></vecLineKeyWord>
								<!--vecAnchor:记录该行定义基准点的信息-->
								<vecCLocateAnchor></vecCLocateAnchor>
							</CLine>
						</vecLine>
					</CRegion>

				</vecRegion>
				<vecDeriveUnit>

				</vecDeriveUnit>
				<vecAnchor>
					<CAnchor bEnable="0" nIndex="1" anchorPos="-1" nMaxPos="-1" nMinPos="-1" anchorType="3" />
				</vecAnchor>
				<vecMergeUnit>        
				</vecMergeUnit>
			</CSubTemplate>  
			<CSubTemplate nSubID="43"><!--法国签证-->
				<vecRegion>
					<CRegion nIndex="0" nRegionType="1" nProcessOrder="0">
						<!--处理该区域需要的图像信息的光的类型-->
						<vecImageLightType>
							<!--1:可见光图;2:红外光图;4:紫外光图 -->
							<LIGHTTYPE>2</LIGHTTYPE>
							<LIGHTTYPE>1</LIGHTTYPE>
						</vecImageLightType>
						<!--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-->
						<!--bAccurateLocate为1表示需要进一步精确定位,0代表不需要-->
						<CLocateRegion bAccurateLocate="0">
							<vecProcessImage></vecProcessImage>
							<!--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-->
							<RECT Left="9900" Top="9900" Right="0" Bottom="0" />
							<vecAnchorLocateInfo>
								<!--nDisToAnchor的值也是整图的百分比*10000计算出来的-->
								<CAnchorLocateInfo nAnchorIndex="0" nDisToAnchor="130" anchorType="1" />
								<CAnchorLocateInfo nAnchorIndex="0" nDisToAnchor="9600" anchorType="2" />
								<CAnchorLocateInfo nAnchorIndex="0" nDisToAnchor="7000" anchorType="3" />
								<CAnchorLocateInfo nAnchorIndex="0" nDisToAnchor="9600" anchorType="4" />
							</vecAnchorLocateInfo>
							<!--该区域定义的区域类型基准点的信息-->
							<vecCLocateAnchor></vecCLocateAnchor>
						</CLocateRegion>
						<CLocateLine>
							<!--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-->
							<RECT Left="0" Top="0" Right="100" Bottom="100" />
							<!--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-->
							<RECT Left="0" Top="0" Right="100" Bottom="100" />
							<!--nLocateMethod:0灰度变化的方式进行行定位;1投影方式进行行定位-->
							<!--bHeight:是否等高-->
							<!--bSpace:是否等间距-->
							<!--bWidth:是否等宽-->
							<!--nMinElementNum:该行最少元素数-->
							<!--nMaxElementNum:该行最多元素数-->
							<!--nMinWidth:元素的最小宽度-->
							<!--nMaxWidth:元素的最大宽度-->
							<!--nMinHeight:元素的最小高度-->
							<!--nMaxHeight:元素的最大高度-->
							<!--nMinSpace:元素间的最小间距-->
							<!--nMaxSpace:元素间的最大间距-->
							<CLocateInfo bEraseStart="0" nMinWHRatio="0" nMaxWHRatio="160" nSplitWHRatio="2000" bSplit="0" nNumType="0" bSpace="0" bWidth="0" bHeight="0" bRemoveLineNoise="0" nMinElementNum="2" nMaxElementNum="2" nMinWidth="7000" nMaxWidth="9900" nMinHeight="140" nMaxHeight="350" nMinSpace="140" nMaxSpace="450" bPostProcess="0">
								<vecCLocateMethod>
									<CLocateMethod nLocateMethod="1">
										<!--在定位前进行的预处理信息，一般是二值化-->
										<vecProcessImage>
											<CProcessImage processType="1">
												<CTrueColorToGrayEx nFilter="0">
													<RECT Top="0" Right="0" Bottom="0" Left="0" />
												</CTrueColorToGrayEx>
											</CProcessImage>
											<CProcessImage processType="2">
												<CGrayToBinaryEx>
													<vecBinaryParam>
														<BINARYPARAM nBlockNum="2" nMethod="7" />
														<BINARYPARAM nBlockNum="1" nMethod="3" />
													</vecBinaryParam>
													<!--processRect-->
													<RECT Left="0" Top="0" Right="0" Bottom="0" />
												</CGrayToBinaryEx>
											</CProcessImage>
										</vecProcessImage>
									</CLocateMethod>
									<CLocateMethod nLocateMethod="1">
										<!--在定位前进行的预处理信息，一般是二值化-->
										<vecProcessImage>
											<CProcessImage processType="1">
												<CTrueColorToGrayEx nFilter="0">
													<RECT Top="0" Right="0" Bottom="0" Left="0" />
												</CTrueColorToGrayEx>
											</CProcessImage>
											<CProcessImage processType="2">
												<CGrayToBinaryEx>
													<vecBinaryParam>
														<BINARYPARAM nBlockNum="1" nMethod="6" />
													</vecBinaryParam>
													<!--processRect-->
													<RECT Left="0" Top="0" Right="0" Bottom="0" />
												</CGrayToBinaryEx>
											</CProcessImage>
										</vecProcessImage>
									</CLocateMethod>
								</vecCLocateMethod>
							</CLocateInfo>
							<!--采用定位算法对行定位后，边界要浮动的大小，可以为负数
							也是整图的百分比*10000计算出来的-->
							<positionPlus nLeftPlus="-120" nRightPlus="120" nTopPlus="-120" nBottomPlus="150" />
						</CLocateLine>
						<vecLine>
							<!--nIndex:该行在区域内是第几行，以第一行或者最后一行为基准从0开始的偏移-->
							<!--bStartOffset:如果是以区域的第一行为基准，该值为true,否则为false-->
							<!--bEndOffset:如果是以区域的最后一行为基准，该值为false，否则为false-->
							<!--nLineType:0代表不需要识别，1代表需要识别-->
							<CLine nIndex="0" bStartOffset="1" bEndOffset="0" bExist="1" bNeedRecog="1" nCheckKeyWord="0">
								<!--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
									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
								-->
								<RECT Left="0" Top="0" Right="0" Bottom="0" />
								<!--nRecogType:0识别区域，1识别字符-->
								<!--nRecogImgeType:进行识别时需要的图像类型，0代表灰度，1代表二值-->
								<!--cellRecogType:识别内容
										NAMECH=0,//中文姓名
										SEX=1,//性别
										NATION=2,//民族
										BIRTHDAY=3,//出生日期
										ISSUINGDATE=4,//签发日期
										VALIDPERIOD=5,//有效期至
										ADDRESSS=6,//地址
										IDNUMBER=7,//身份证号码










										PPMRZ1=8,//护照类型证件的机读码第一行










										PPMRZ2=9,//护照类型证件的机读码第二行










										OTHER=10//其他类型
								-->
								<!--charOrder:字符的排列情况，用正则表达式表示-->
								<!--kernalMainType识别核心主类型 
										TH_OCR=1,
										SSFT152=2,
										BARCODE=3
								-->
								<CRecogInfo bIgnorePoint="0" nMaxPointWidth="0" nMaxPointHeight="0" bMatchRegExp="1" charOrder="V[&lt;\C]FRA[\C&lt;]{1,-1}" bConfirmParams="0">
									<!--定位字符的信息-->
									<!--定位字符的信息-->
									<!--nLocateMethod:  0,用识别核心做定位;
														1，提取连通域的方法进行定位;
														2，投影方法进行定位










									-->
									<!--nMinElementNum:该行最少元素数-->
									<!--nMaxElementNum:该行最多元素数-->
									<!--nMinWidth:元素的最小宽度-->
									<!--nMaxWidth:元素的最大宽度-->
									<!--nMinHeight:元素的最小高度-->
									<!--nMaxHeight:元素的最大高度-->
									<!--nMinSpace:元素间的最小间距-->
									<!--nMaxSpace:元素间的最大间距-->
									<CLocateInfo bEraseStart="0" nMinWHRatio="0" nMaxWHRatio="100" nSplitWHRatio="2000" bSplit="0" nNumType="0" bSpace="0" bWidth="0" bHeight="0" bRemoveLineNoise="0" nMinElementNum="36" nMaxElementNum="36" nMinWidth="70" nMaxWidth="230" nMinHeight="239" nMaxHeight="410" nMinSpace="0" nMaxSpace="160" bPostProcess="1">
										<vecCLocateMethod>
											<CLocateMethod nLocateMethod="0">
												<vecProcessImage>
													<CProcessImage processType="1">
														<CTrueColorToGrayEx nFilter="0">
															<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
														</CTrueColorToGrayEx>
													</CProcessImage> 
												</vecProcessImage>
											</CLocateMethod>
											<CLocateMethod nLocateMethod="1">
												<vecProcessImage>
													<CProcessImage processType="1">
														<CTrueColorToGrayEx nFilter="0">
															<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
														</CTrueColorToGrayEx>
													</CProcessImage>
													<CProcessImage processType="2">
														<CGrayToBinaryEx>
															<vecBinaryParam>
																<BINARYPARAM nBlockNum="10" nMethod="7" />
															</vecBinaryParam>
															<!--processRect-->
															<RECT Left="0" Top="0" Right="0" Bottom="0" />
														</CGrayToBinaryEx>
													</CProcessImage>
												</vecProcessImage>
											</CLocateMethod>
											<CLocateMethod nLocateMethod="1">
												<vecProcessImage>
													<CProcessImage processType="1">
														<CTrueColorToGrayEx nFilter="0">
															<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
														</CTrueColorToGrayEx>
													</CProcessImage>
													<CProcessImage processType="2">
														<CGrayToBinaryEx>
															<vecBinaryParam>
																<BINARYPARAM nBlockNum="1" nMethod="5" />
															</vecBinaryParam>
															<!--processRect-->
															<RECT Left="0" Top="0" Right="0" Bottom="0" />
														</CGrayToBinaryEx>
													</CProcessImage>
												</vecProcessImage>
											</CLocateMethod>
										</vecCLocateMethod>
									</CLocateInfo>
									<vecKernal>
										<!--nRecogType:0识别区域，1识别字符-->
										<!--nRecogImgeType:进行识别时需要的图像类型，0代表灰度，1代表二值-->
										<CKernalInfo kernalMainType="1" nKernalSubType="6" nFilterType="0" nFillingMethod="1" strFilterPlus="" nRecogType="1" nRecogImgeType="0">
											<vecCharRatio>
												<CCharRatio strChars="" charType="0" nWHRatio="60" />
											</vecCharRatio>
										</CKernalInfo>
									</vecKernal>
								</CRecogInfo>
								<!--vecRecogUnit:行内识别单元的信息-->
								<vecRecogUnit>
									<!--nIndex:识别单元序号-->
									<!--cellName:识别单元名称-->
									<!--bLocate:该识别单元是否需要定位-->
									<!--bReRecog:该识别单元是否需要重新识别-->
									<!--OutputThreshold:输出界限一，待输出的识别结果的字频的值不能低于该值-->
									<!--输出界限二，字频值< OutputThreshold的个数最大不能超过该值，否则将不输出-->
									<CRecogUnit nIndex="10" bLocate="0" bRecog="0"></CRecogUnit>
								</vecRecogUnit>
								<!--vecLineKeyWord:记录该行内用来定位的关键字信息-->
								<vecLineKeyWord>
									<CKeyWord nMinWidth="-1" nMaxHeight="-1" content="V" nMinHeight="-1" nConfirmType="1" nMaxWidth="-1">
										<vecCLocateAnchor>
											<CLocateAnchor nDisToAnchor="0" nAnchorIndex="3" anchorType="2" />
										</vecCLocateAnchor>
									</CKeyWord>
								</vecLineKeyWord>
								<!--记录该行定义基准点的信息-->
								<vecCLocateAnchor>
									<CLocateAnchor nDisToAnchor="0" nAnchorIndex="1" anchorType="3" />
								</vecCLocateAnchor>
							</CLine>
							<CLine nIndex="1" bStartOffset="1" bEndOffset="0" bExist="1" bNeedRecog="1" nCheckKeyWord="0">
								<!--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
									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
								-->
								<RECT Left="0" Top="0" Right="0" Bottom="0" />
								<!--nRecogType:0识别区域，1识别字符-->
								<!--nRecogImgeType:进行识别时需要的图像类型，0代表灰度，1代表二值-->
								<!--cellRecogType:识别内容
										NAMECH=0,//中文姓名
										SEX=1,//性别
										NATION=2,//民族
										BIRTHDAY=3,//出生日期
										ISSUINGDATE=4,//签发日期
										VALIDPERIOD=5,//有效期至
										ADDRESSS=6,//地址
										IDNUMBER=7,//身份证号码

















										PPMRZ1=8,//护照类型证件的机读码第一行

















										PPMRZ2=9,//护照类型证件的机读码第二行

















										OTHER=10//其他类型
								-->
								<!--charOrder:字符的排列情况，用正则表达式表示-->
								<!--kernalMainType识别核心主类型 
										TH_OCR=1,
										SSFT152=2,
										BARCODE=3
								-->
								<CRecogInfo bIgnorePoint="0" nMaxPointWidth="0" nMaxPointHeight="0" bMatchRegExp="1" charOrder="[\D\C]{8}[\D\C&lt;]\D\C{3}\D{7}[MF]\D{7}[\D&lt;]{7}\D{1}" bConfirmParams="0">
									<!--定位字符的信息-->
									<!--定位字符的信息-->
									<!--nLocateMethod:  0,用识别核心做定位;
														1，提取连通域的方法进行定位;
														2，投影方法进行定位

















									-->
									<!--nMinElementNum:该行最少元素数-->
									<!--nMaxElementNum:该行最多元素数-->
									<!--nMinWidth:元素的最小宽度-->
									<!--nMaxWidth:元素的最大宽度-->
									<!--nMinHeight:元素的最小高度-->
									<!--nMaxHeight:元素的最大高度-->
									<!--nMinSpace:元素间的最小间距-->
									<!--nMaxSpace:元素间的最大间距-->
									<CLocateInfo bEraseStart="0" nMinWHRatio="0" nMaxWHRatio="100" nSplitWHRatio="2000" bSplit="0" nNumType="0" bSpace="0" bWidth="0" bHeight="0" bRemoveLineNoise="0" nMinElementNum="36" nMaxElementNum="36" nMinWidth="70" nMaxWidth="220" nMinHeight="239" nMaxHeight="418" nMinSpace="0" nMaxSpace="160" bPostProcess="1">
										<vecCLocateMethod>
											<CLocateMethod nLocateMethod="1">
												<vecProcessImage>
													<CProcessImage processType="1">
														<CTrueColorToGrayEx nFilter="0">
															<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
														</CTrueColorToGrayEx>
													</CProcessImage>
													<CProcessImage processType="2">
														<CGrayToBinaryEx>
															<vecBinaryParam>
																<!--<BINARYPARAM nBlockNum="30" nMethod="7"/>-->
																<BINARYPARAM nBlockNum="1" nMethod="6" />
															</vecBinaryParam>
															<!--processRect-->
															<RECT Left="0" Top="0" Right="0" Bottom="0" />
														</CGrayToBinaryEx>
													</CProcessImage>
												</vecProcessImage>
											</CLocateMethod>
											<CLocateMethod nLocateMethod="1">
												<vecProcessImage>
													<CProcessImage processType="1">
														<CTrueColorToGrayEx nFilter="0">
															<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
														</CTrueColorToGrayEx>
													</CProcessImage>
													<CProcessImage processType="2">
														<CGrayToBinaryEx>
															<vecBinaryParam>
																<BINARYPARAM nBlockNum="10" nMethod="7" />
																<BINARYPARAM nBlockNum="1" nMethod="1" />
															</vecBinaryParam>
															<!--processRect-->
															<RECT Left="0" Top="0" Right="0" Bottom="0" />
														</CGrayToBinaryEx>
													</CProcessImage>
												</vecProcessImage>
											</CLocateMethod>
											<CLocateMethod nLocateMethod="1">
												<vecProcessImage>
													<CProcessImage processType="1">
														<CTrueColorToGrayEx nFilter="0">
															<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
														</CTrueColorToGrayEx>
													</CProcessImage>
													<CProcessImage processType="2">
														<CGrayToBinaryEx>
															<vecBinaryParam>
																<!--<BINARYPARAM nBlockNum="2" nMethod="7"/>-->
																<BINARYPARAM nBlockNum="1" nMethod="3" />
															</vecBinaryParam>
															<!--processRect-->
															<RECT Left="0" Top="0" Right="0" Bottom="0" />
														</CGrayToBinaryEx>
													</CProcessImage>
												</vecProcessImage>
											</CLocateMethod>
											<CLocateMethod nLocateMethod="1">
												<vecProcessImage>
													<CProcessImage processType="1">
														<CTrueColorToGrayEx nFilter="0">
															<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
														</CTrueColorToGrayEx>
													</CProcessImage>
													<CProcessImage processType="2">
														<CGrayToBinaryEx>
															<vecBinaryParam>
																<BINARYPARAM nBlockNum="1" nMethod="5" />
															</vecBinaryParam>
															<!--processRect-->
															<RECT Left="0" Top="0" Right="0" Bottom="0" />
														</CGrayToBinaryEx>
													</CProcessImage>
												</vecProcessImage>
											</CLocateMethod>
										</vecCLocateMethod>
									</CLocateInfo>
									<vecKernal>
										<!--nRecogType:0识别区域，1识别字符-->
										<!--nRecogImgeType:进行识别时需要的图像类型，0代表灰度，1代表二值-->
										<CKernalInfo kernalMainType="1" nKernalSubType="6" nFilterType="0" nFillingMethod="1" strFilterPlus="" nRecogType="1" nRecogImgeType="0">
											<vecCharRatio>
												<CCharRatio strChars="" charType="0" nWHRatio="60" />
											</vecCharRatio>
										</CKernalInfo>
									</vecKernal>
								</CRecogInfo>
								<!--vecRecogUnit:行内识别单元的信息-->
								<vecRecogUnit>
									<!--nIndex:识别单元序号-->
									<!--cellName:识别单元名称-->
									<!--bLocate:该识别单元是否需要定位-->
									<!--bReRecog:该识别单元是否需要重新识别-->
									<!--OutputThreshold:输出界限一，待输出的识别结果的字频的值不能低于该值-->
									<!--输出界限二，字频值< OutputThreshold的个数最大不能超过该值，否则将不输出-->
									<CRecogUnit nIndex="11" bLocate="0" bRecog="0"></CRecogUnit>
								</vecRecogUnit>
								<!--vecLineKeyWord:记录该行内用来定位的关键字信息-->
								<vecLineKeyWord></vecLineKeyWord>
								<!--vecAnchor:记录该行定义基准点的信息-->
								<vecCLocateAnchor></vecCLocateAnchor>
							</CLine>
						</vecLine>
					</CRegion>
					<CRegion nIndex="1" nRegionType="0" nProcessOrder="1">
						<vecImageLightType>
							<!--1:可见光图;2:红外光图;4:紫外光图 -->
							<LIGHTTYPE>1</LIGHTTYPE>
							<LIGHTTYPE>2</LIGHTTYPE>
						</vecImageLightType>
						<CLocateRegion bAccurateLocate="0">
							<vecProcessImage></vecProcessImage>
							<!--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-->
							<RECT Left="9900" Top="9900" Right="0" Bottom="0" />
							<vecAnchorLocateInfo>
								<!--nDisToAnchor的值也是整图的百分比*10000计算出来的-->
								<CAnchorLocateInfo nAnchorIndex="3" nDisToAnchor="-585" anchorType="1" />
								<CAnchorLocateInfo nAnchorIndex="0" nDisToAnchor="567" anchorType="1" />
								<CAnchorLocateInfo nAnchorIndex="3" nDisToAnchor="1776" anchorType="2" />
								<CAnchorLocateInfo nAnchorIndex="0" nDisToAnchor="3074" anchorType="2" />
								<CAnchorLocateInfo nAnchorIndex="1" nDisToAnchor="-5181" anchorType="3" />
								<CAnchorLocateInfo nAnchorIndex="0" nDisToAnchor="2336" anchorType="3" />
								<CAnchorLocateInfo nAnchorIndex="1" nDisToAnchor="-1059" anchorType="4" />
								<CAnchorLocateInfo nAnchorIndex="0" nDisToAnchor="6990" anchorType="4" />
							</vecAnchorLocateInfo>
							<!--该区域定义的区域类型基准点的信息-->
							<vecCLocateAnchor></vecCLocateAnchor>
						</CLocateRegion>
					</CRegion>
					<CRegion nIndex="2" nRegionType="1" nProcessOrder="2">
						<!--处理该区域需要的图像信息的光的类型-->
						<vecImageLightType>
							<!--1:可见光图;2:红外光图;4:紫外光图 -->
							<LIGHTTYPE>2</LIGHTTYPE>
							<LIGHTTYPE>1</LIGHTTYPE>
						</vecImageLightType>
						<!--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-->
						<!--bAccurateLocate为1表示需要进一步精确定位,0代表不需要-->
						<CLocateRegion bAccurateLocate="0">
							<vecProcessImage></vecProcessImage>
							<!--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-->
							<RECT Left="9900" Top="9900" Right="0" Bottom="0" />
							<vecAnchorLocateInfo>
								<!--nDisToAnchor的值也是整图的百分比*10000计算出来的-->

								<CAnchorLocateInfo nAnchorIndex="0" nDisToAnchor="3210" anchorType="1" />
								<CAnchorLocateInfo nAnchorIndex="0" nDisToAnchor="6359" anchorType="2" />
								<CAnchorLocateInfo nAnchorIndex="1" nDisToAnchor="-6100" anchorType="3" />
								<CAnchorLocateInfo nAnchorIndex="0" nDisToAnchor="1457" anchorType="3" />
								<CAnchorLocateInfo nAnchorIndex="1" nDisToAnchor="-4483" anchorType="4" />
								<CAnchorLocateInfo nAnchorIndex="0" nDisToAnchor="3100" anchorType="4" />
							</vecAnchorLocateInfo>
							<vecCLocateAnchor></vecCLocateAnchor>
						</CLocateRegion>
						<CLocateLine>
							<!--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-->
							<RECT Left="0" Top="0" Right="100" Bottom="100" />
							<!--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-->
							<RECT Left="20" Top="0" Right="60" Bottom="100" />
							<!--nLocateMethod:0灰度变化的方式进行行定位;1投影方式进行行定位-->
							<!--bHeight:是否等高-->
							<!--bSpace:是否等间距-->
							<!--bWidth:是否等宽-->
							<!--nMinElementNum:该行最少元素数-->
							<!--nMaxElementNum:该行最多元素数-->
							<!--nMinWidth:元素的最小宽度-->
							<!--nMaxWidth:元素的最大宽度-->
							<!--nMinHeight:元素的最小高度-->
							<!--nMaxHeight:元素的最大高度-->
							<!--nMinSpace:元素间的最小间距-->
							<!--nMaxSpace:元素间的最大间距-->
							<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="860" nMaxWidth="9900" nMinHeight="277" nMaxHeight="350" nMinSpace="110" nMaxSpace="465" bPostProcess="0">
								<vecCLocateMethod>
									<CLocateMethod nLocateMethod="0">
										<!--在定位前进行的预处理信息，一般是二值化-->
										<vecProcessImage>
											<CProcessImage processType="1">
												<CTrueColorToGrayEx nFilter="0">
													<RECT Top="0" Right="0" Bottom="0" Left="0" />
												</CTrueColorToGrayEx>
											</CProcessImage>
										</vecProcessImage>
									</CLocateMethod>
									<CLocateMethod nLocateMethod="1">
										<!--在定位前进行的预处理信息，一般是二值化-->
										<vecProcessImage>
											<CProcessImage processType="1">
												<CTrueColorToGrayEx nFilter="0">
													<RECT Top="0" Right="0" Bottom="0" Left="0" />
												</CTrueColorToGrayEx>
											</CProcessImage>
											<CProcessImage processType="2">
												<CGrayToBinaryEx>
													<vecBinaryParam>
														<BINARYPARAM nBlockNum="2" nMethod="7" />
														<BINARYPARAM nBlockNum="1" nMethod="3" />
													</vecBinaryParam>
													<!--processRect-->
													<RECT Left="0" Top="0" Right="0" Bottom="0" />
												</CGrayToBinaryEx>
											</CProcessImage>
										</vecProcessImage>
									</CLocateMethod>
									<CLocateMethod nLocateMethod="1">
										<!--在定位前进行的预处理信息，一般是二值化-->
										<vecProcessImage>
											<CProcessImage processType="1">
												<CTrueColorToGrayEx nFilter="0">
													<RECT Top="0" Right="0" Bottom="0" Left="0" />
												</CTrueColorToGrayEx>
											</CProcessImage>
											<CProcessImage processType="2">
												<CGrayToBinaryEx>
													<vecBinaryParam>
														<BINARYPARAM nBlockNum="1" nMethod="6" />
													</vecBinaryParam>
													<!--processRect-->
													<RECT Left="0" Top="0" Right="0" Bottom="0" />
												</CGrayToBinaryEx>
											</CProcessImage>
										</vecProcessImage>
									</CLocateMethod>
								</vecCLocateMethod>
							</CLocateInfo>
							<!--采用定位算法对行定位后，边界要浮动的大小，可以为负数
							也是整图的百分比*10000计算出来的-->
							<positionPlus nLeftPlus="-120" nRightPlus="120" nTopPlus="-70" nBottomPlus="70" />
						</CLocateLine>
						<vecLine>
							<!--nIndex:该行在区域内是第几行，以第一行或者最后一行为基准从0开始的偏移-->
							<!--bStartOffset:如果是以区域的第一行为基准，该值为true,否则为false-->
							<!--bEndOffset:如果是以区域的最后一行为基准，该值为false，否则为false-->
							<!--nLineType:0代表不需要识别，1代表需要识别-->
							<CLine nIndex="0" bStartOffset="1" bEndOffset="0" bExist="1" bNeedRecog="0" nCheckKeyWord="0">
							</CLine>
							<CLine nIndex="1" bStartOffset="1" bEndOffset="0" bExist="1" bNeedRecog="1" nCheckKeyWord="0">
								<!--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
									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
								-->
								<RECT Left="0" Top="0" Right="0" Bottom="0" />
								<CRecogInfo bIgnorePoint="0" nMaxPointWidth="0" nMaxPointHeight="0" bMatchRegExp="1" charOrder="\D{2}\D{2}\D{2}" bConfirmParams="0">

									<CLocateInfo bEraseStart="0" nMinWHRatio="0" nMaxWHRatio="100" nSplitWHRatio="2000" bSplit="0" nNumType="0" bSpace="0" bWidth="0" bHeight="0" bRemoveLineNoise="0" nMinElementNum="6" nMaxElementNum="6" nMinWidth="60" nMaxWidth="220" nMinHeight="230" nMaxHeight="410" nMinSpace="0" nMaxSpace="370" bPostProcess="1">
										<vecCLocateMethod>
											<CLocateMethod nLocateMethod="1">
												<vecProcessImage>
													<CProcessImage processType="1">
														<CTrueColorToGrayEx nFilter="0">
															<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
														</CTrueColorToGrayEx>
													</CProcessImage>
													<CProcessImage processType="2">
														<CGrayToBinaryEx>
															<vecBinaryParam>
																<!--<BINARYPARAM nBlockNum="30" nMethod="7"/>-->
																<BINARYPARAM nBlockNum="1" nMethod="6" />
															</vecBinaryParam>
															<!--processRect-->
															<RECT Left="0" Top="0" Right="0" Bottom="0" />
														</CGrayToBinaryEx>
													</CProcessImage>
												</vecProcessImage>
											</CLocateMethod>
											<CLocateMethod nLocateMethod="1">
												<vecProcessImage>
													<CProcessImage processType="1">
														<CTrueColorToGrayEx nFilter="0">
															<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
														</CTrueColorToGrayEx>
													</CProcessImage>
													<CProcessImage processType="2">
														<CGrayToBinaryEx>
															<vecBinaryParam>
																<BINARYPARAM nBlockNum="10" nMethod="7" />
																<BINARYPARAM nBlockNum="1" nMethod="1" />
															</vecBinaryParam>
															<!--processRect-->
															<RECT Left="0" Top="0" Right="0" Bottom="0" />
														</CGrayToBinaryEx>
													</CProcessImage>
												</vecProcessImage>
											</CLocateMethod>
											<CLocateMethod nLocateMethod="1">
												<vecProcessImage>
													<CProcessImage processType="1">
														<CTrueColorToGrayEx nFilter="0">
															<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
														</CTrueColorToGrayEx>
													</CProcessImage>
													<CProcessImage processType="2">
														<CGrayToBinaryEx>
															<vecBinaryParam>
																<!--<BINARYPARAM nBlockNum="2" nMethod="7"/>-->
																<BINARYPARAM nBlockNum="1" nMethod="3" />
															</vecBinaryParam>
															<!--processRect-->
															<RECT Left="0" Top="0" Right="0" Bottom="0" />
														</CGrayToBinaryEx>
													</CProcessImage>
												</vecProcessImage>
											</CLocateMethod>
											<CLocateMethod nLocateMethod="1">
												<vecProcessImage>
													<CProcessImage processType="1">
														<CTrueColorToGrayEx nFilter="0">
															<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
														</CTrueColorToGrayEx>
													</CProcessImage>
													<CProcessImage processType="2">
														<CGrayToBinaryEx>
															<vecBinaryParam>
																<BINARYPARAM nBlockNum="1" nMethod="5" />
															</vecBinaryParam>
															<!--processRect-->
															<RECT Left="0" Top="0" Right="0" Bottom="0" />
														</CGrayToBinaryEx>
													</CProcessImage>
												</vecProcessImage>
											</CLocateMethod>
										</vecCLocateMethod>
									</CLocateInfo>
									<vecKernal>
										<!--nRecogType:0识别区域，1识别字符-->
										<!--nRecogImgeType:进行识别时需要的图像类型，0代表灰度，1代表二值-->
										<CKernalInfo kernalMainType="1" nKernalSubType="6" nFilterType="0" nFillingMethod="1" strFilterPlus="" nRecogType="1" nRecogImgeType="0">
											<vecCharRatio>
												<CCharRatio strChars="" charType="0" nWHRatio="60" />
											</vecCharRatio>
										</CKernalInfo>
									</vecKernal>
								</CRecogInfo>
								<!--vecRecogUnit:行内识别单元的信息-->
								<vecRecogUnit>
									<!--nIndex:识别单元序号-->
									<!--cellName:识别单元名称-->
									<!--bLocate:该识别单元是否需要定位-->
									<!--bReRecog:该识别单元是否需要重新识别-->
									<!--OutputThreshold:输出界限一，待输出的识别结果的字频的值不能低于该值-->
									<!--输出界限二，字频值< OutputThreshold的个数最大不能超过该值，否则将不输出-->
									<CRecogUnit nIndex="20" bLocate="0" bRecog="0"></CRecogUnit>
								</vecRecogUnit>
								<!--vecLineKeyWord:记录该行内用来定位的关键字信息-->
								<vecLineKeyWord></vecLineKeyWord>
								<!--vecAnchor:记录该行定义基准点的信息-->
								<vecCLocateAnchor>
									<CLocateAnchor nDisToAnchor="0" nAnchorIndex="2" anchorType="4" />
								</vecCLocateAnchor>
							</CLine>

							<CLine nIndex="2" bStartOffset="1" bEndOffset="0" bExist="0" bNeedRecog="0" nCheckKeyWord="0">
							</CLine>
						</vecLine>
					</CRegion>
					<CRegion nIndex="3" nRegionType="1" nProcessOrder="3">
						<!--处理该区域需要的图像信息的光的类型-->
						<vecImageLightType>
							<!--1:可见光图;2:红外光图;4:紫外光图 -->
							<LIGHTTYPE>2</LIGHTTYPE>
							<LIGHTTYPE>1</LIGHTTYPE>
						</vecImageLightType>
						<!--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-->
						<!--bAccurateLocate为1表示需要进一步精确定位,0代表不需要-->
						<CLocateRegion bAccurateLocate="0">
							<vecProcessImage></vecProcessImage>
							<!--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-->
							<RECT Left="9900" Top="9900" Right="0" Bottom="0" />
							<vecAnchorLocateInfo>
								<!--nDisToAnchor的值也是整图的百分比*10000计算出来的-->
								<CAnchorLocateInfo nAnchorIndex="3" nDisToAnchor="1866" anchorType="1" />
								<CAnchorLocateInfo nAnchorIndex="0" nDisToAnchor="2920" anchorType="1" />
								<CAnchorLocateInfo nAnchorIndex="3" nDisToAnchor="4399" anchorType="2" />
								<CAnchorLocateInfo nAnchorIndex="0" nDisToAnchor="5929" anchorType="2" />
								<CAnchorLocateInfo nAnchorIndex="2" nDisToAnchor="428" anchorType="3" />
								<CAnchorLocateInfo nAnchorIndex="0" nDisToAnchor="2834" anchorType="3" />
								<CAnchorLocateInfo nAnchorIndex="1" nDisToAnchor="-2105" anchorType="4" />
								<CAnchorLocateInfo nAnchorIndex="0" nDisToAnchor="5423" anchorType="4" />
							</vecAnchorLocateInfo>
							<vecCLocateAnchor></vecCLocateAnchor>
						</CLocateRegion>
						<CLocateLine>
							<!--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-->
							<RECT Left="0" Top="0" Right="100" Bottom="100" />
							<!--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-->
							<RECT Left="0" Top="0" Right="100" Bottom="100" />
							<!--nLocateMethod:0灰度变化的方式进行行定位;1投影方式进行行定位-->
							<!--bHeight:是否等高-->
							<!--bSpace:是否等间距-->
							<!--bWidth:是否等宽-->
							<!--nMinElementNum:该行最少元素数-->
							<!--nMaxElementNum:该行最多元素数-->
							<!--nMinWidth:元素的最小宽度-->
							<!--nMaxWidth:元素的最大宽度-->
							<!--nMinHeight:元素的最小高度-->
							<!--nMaxHeight:元素的最大高度-->
							<!--nMinSpace:元素间的最小间距-->
							<!--nMaxSpace:元素间的最大间距-->
							<CLocateInfo bEraseStart="0" nMinWHRatio="0" nMaxWHRatio="160" nSplitWHRatio="2000" bSplit="0" nNumType="0" bSpace="0" bWidth="0" bHeight="0" bRemoveLineNoise="0" nMinElementNum="2" nMaxElementNum="4" nMinWidth="860" nMaxWidth="9900" nMinHeight="140" nMaxHeight="350" nMinSpace="110" nMaxSpace="465" bPostProcess="0">
								<vecCLocateMethod>
									<CLocateMethod nLocateMethod="0">
										<!--在定位前进行的预处理信息，一般是二值化-->
										<vecProcessImage>
											<CProcessImage processType="1">
												<CTrueColorToGrayEx nFilter="0">
													<RECT Top="0" Right="0" Bottom="0" Left="0" />
												</CTrueColorToGrayEx>
											</CProcessImage>
										</vecProcessImage>
									</CLocateMethod>
									<CLocateMethod nLocateMethod="1">
										<!--在定位前进行的预处理信息，一般是二值化-->
										<vecProcessImage>
											<CProcessImage processType="1">
												<CTrueColorToGrayEx nFilter="0">
													<RECT Top="0" Right="0" Bottom="0" Left="0" />
												</CTrueColorToGrayEx>
											</CProcessImage>
											<CProcessImage processType="2">
												<CGrayToBinaryEx>
													<vecBinaryParam>
														<BINARYPARAM nBlockNum="2" nMethod="7" />
														<BINARYPARAM nBlockNum="1" nMethod="3" />
													</vecBinaryParam>
													<!--processRect-->
													<RECT Left="0" Top="0" Right="0" Bottom="0" />
												</CGrayToBinaryEx>
											</CProcessImage>
										</vecProcessImage>
									</CLocateMethod>
									<CLocateMethod nLocateMethod="1">
										<!--在定位前进行的预处理信息，一般是二值化-->
										<vecProcessImage>
											<CProcessImage processType="1">
												<CTrueColorToGrayEx nFilter="0">
													<RECT Top="0" Right="0" Bottom="0" Left="0" />
												</CTrueColorToGrayEx>
											</CProcessImage>
											<CProcessImage processType="2">
												<CGrayToBinaryEx>
													<vecBinaryParam>
														<BINARYPARAM nBlockNum="1" nMethod="6" />
													</vecBinaryParam>
													<!--processRect-->
													<RECT Left="0" Top="0" Right="0" Bottom="0" />
												</CGrayToBinaryEx>
											</CProcessImage>
										</vecProcessImage>
									</CLocateMethod>
								</vecCLocateMethod>
							</CLocateInfo>
							<!--采用定位算法对行定位后，边界要浮动的大小，可以为负数
							也是整图的百分比*10000计算出来的-->
							<positionPlus nLeftPlus="-120" nRightPlus="120" nTopPlus="-70" nBottomPlus="70" />
						</CLocateLine>
						<vecLine>
							<!--nIndex:该行在区域内是第几行，以第一行或者最后一行为基准从0开始的偏移-->
							<!--bStartOffset:如果是以区域的第一行为基准，该值为true,否则为false-->
							<!--bEndOffset:如果是以区域的最后一行为基准，该值为false，否则为false-->
							<!--nLineType:0代表不需要识别，1代表需要识别-->


							<CLine nIndex="0" bStartOffset="1" bEndOffset="0" bExist="1" bNeedRecog="1" nCheckKeyWord="0">
								<!--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
									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
								-->
								<RECT Left="0" Top="0" Right="0" Bottom="0" />
								<CRecogInfo bIgnorePoint="0" nMaxPointWidth="0" nMaxPointHeight="0" bMatchRegExp="0" charOrder="" bConfirmParams="0">

									<CLocateInfo bEraseStart="0" nMinWHRatio="0" nMaxWHRatio="110" nSplitWHRatio="2000" bSplit="0" nNumType="0" bSpace="0" bWidth="0" bHeight="0" bRemoveLineNoise="0" nMinElementNum="2" nMaxElementNum="-1" nMinWidth="60" nMaxWidth="270" nMinHeight="230" nMaxHeight="420" nMinSpace="0" nMaxSpace="125" bPostProcess="1">
										<vecCLocateMethod>
											<CLocateMethod nLocateMethod="1">
												<vecProcessImage>
													<CProcessImage processType="1">
														<CTrueColorToGrayEx nFilter="0">
															<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
														</CTrueColorToGrayEx>
													</CProcessImage>
													<CProcessImage processType="2">
														<CGrayToBinaryEx>
															<vecBinaryParam>
																<!--<BINARYPARAM nBlockNum="30" nMethod="7"/>-->
																<BINARYPARAM nBlockNum="1" nMethod="6" />
															</vecBinaryParam>
															<!--processRect-->
															<RECT Left="0" Top="0" Right="0" Bottom="0" />
														</CGrayToBinaryEx>
													</CProcessImage>
												</vecProcessImage>
											</CLocateMethod>
											<CLocateMethod nLocateMethod="1">
												<vecProcessImage>
													<CProcessImage processType="1">
														<CTrueColorToGrayEx nFilter="0">
															<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
														</CTrueColorToGrayEx>
													</CProcessImage>
													<CProcessImage processType="2">
														<CGrayToBinaryEx>
															<vecBinaryParam>
																<BINARYPARAM nBlockNum="10" nMethod="7" />
															</vecBinaryParam>
															<!--processRect-->
															<RECT Left="0" Top="0" Right="0" Bottom="0" />
														</CGrayToBinaryEx>
													</CProcessImage>
												</vecProcessImage>
											</CLocateMethod>
										</vecCLocateMethod>
									</CLocateInfo>
									<vecKernal>
										<!--nRecogType:0识别区域，1识别字符-->
										<!--nRecogImgeType:进行识别时需要的图像类型，0代表灰度，1代表二值-->
										<CKernalInfo kernalMainType="1" nKernalSubType="7" nFilterType="256" nFillingMethod="1" strFilterPlus="" nRecogType="1" nRecogImgeType="0">
											<vecCharRatio>
												<CCharRatio strChars="" charType="3" nWHRatio="93" />
												<CCharRatio strChars="I" charType="10" nWHRatio="40" />
											</vecCharRatio>
										</CKernalInfo>
										<CKernalInfo kernalMainType="1" nKernalSubType="6" nFilterType="0" nFillingMethod="1" strFilterPlus="" nRecogType="1" nRecogImgeType="0">
											<vecCharRatio>
												<CCharRatio strChars="" charType="3" nWHRatio="93" />
											</vecCharRatio>
										</CKernalInfo>
									</vecKernal>
								</CRecogInfo>
								<!--vecRecogUnit:行内识别单元的信息-->
								<vecRecogUnit>
									<!--nIndex:识别单元序号-->
									<!--cellName:识别单元名称-->
									<!--bLocate:该识别单元是否需要定位-->
									<!--bReRecog:该识别单元是否需要重新识别-->
									<!--OutputThreshold:输出界限一，待输出的识别结果的字频的值不能低于该值-->
									<!--输出界限二，字频值< OutputThreshold的个数最大不能超过该值，否则将不输出-->
									<CRecogUnit nIndex="15" bLocate="0" bRecog="0"></CRecogUnit>
								</vecRecogUnit>
								<!--vecLineKeyWord:记录该行内用来定位的关键字信息-->
								<vecLineKeyWord></vecLineKeyWord>
								<!--vecAnchor:记录该行定义基准点的信息-->
								<vecCLocateAnchor></vecCLocateAnchor>
							</CLine>
							<CLine nIndex="1" bStartOffset="1" bEndOffset="0" bExist="1" bNeedRecog="1" nCheckKeyWord="0">
								<!--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
									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
								-->
								<RECT Left="0" Top="0" Right="0" Bottom="0" />
								<CRecogInfo bIgnorePoint="1" nMaxPointWidth="50" nMaxPointHeight="200" bMatchRegExp="1" charOrder="\D{2}\D{2}\D{2}" bConfirmParams="0">

									<CLocateInfo bEraseStart="0" nMinWHRatio="0" nMaxWHRatio="100" nSplitWHRatio="2000" bSplit="0" nNumType="0" bSpace="0" bWidth="0" bHeight="0" bRemoveLineNoise="0" nMinElementNum="6" nMaxElementNum="6" nMinWidth="60" nMaxWidth="220" nMinHeight="240" nMaxHeight="410" nMinSpace="0" nMaxSpace="370" bPostProcess="1">
										<vecCLocateMethod>
											<CLocateMethod nLocateMethod="1">
												<vecProcessImage>
													<CProcessImage processType="1">
														<CTrueColorToGrayEx nFilter="0">
															<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
														</CTrueColorToGrayEx>
													</CProcessImage>
													<CProcessImage processType="2">
														<CGrayToBinaryEx>
															<vecBinaryParam>
																<BINARYPARAM nBlockNum="10" nMethod="7" />
															</vecBinaryParam>
															<!--processRect-->
															<RECT Left="0" Top="0" Right="0" Bottom="0" />
														</CGrayToBinaryEx>
													</CProcessImage>
												</vecProcessImage>
											</CLocateMethod>
											<CLocateMethod nLocateMethod="1">
												<vecProcessImage>
													<CProcessImage processType="1">
														<CTrueColorToGrayEx nFilter="0">
															<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
														</CTrueColorToGrayEx>
													</CProcessImage>
													<CProcessImage processType="2">
														<CGrayToBinaryEx>
															<vecBinaryParam>
																<BINARYPARAM nBlockNum="1" nMethod="5" />
															</vecBinaryParam>
															<!--processRect-->
															<RECT Left="0" Top="0" Right="0" Bottom="0" />
														</CGrayToBinaryEx>
													</CProcessImage>
												</vecProcessImage>
											</CLocateMethod>
										</vecCLocateMethod>
									</CLocateInfo>
									<vecKernal>
										<!--nRecogType:0识别区域，1识别字符-->
										<!--nRecogImgeType:进行识别时需要的图像类型，0代表灰度，1代表二值-->
										<CKernalInfo kernalMainType="1" nKernalSubType="6" nFilterType="0" nFillingMethod="1" strFilterPlus="" nRecogType="1" nRecogImgeType="0">
											<vecCharRatio>
												<CCharRatio strChars="" charType="0" nWHRatio="60" />
											</vecCharRatio>
										</CKernalInfo>
									</vecKernal>
								</CRecogInfo>
								<!--vecRecogUnit:行内识别单元的信息-->
								<vecRecogUnit>
									<!--nIndex:识别单元序号-->
									<!--cellName:识别单元名称-->
									<!--bLocate:该识别单元是否需要定位-->
									<!--bReRecog:该识别单元是否需要重新识别-->
									<!--OutputThreshold:输出界限一，待输出的识别结果的字频的值不能低于该值-->
									<!--输出界限二，字频值< OutputThreshold的个数最大不能超过该值，否则将不输出-->
									<CRecogUnit nIndex="16" bLocate="0" bRecog="0"></CRecogUnit>
								</vecRecogUnit>
								<!--vecLineKeyWord:记录该行内用来定位的关键字信息-->
								<vecLineKeyWord></vecLineKeyWord>
								<!--vecAnchor:记录该行定义基准点的信息-->
								<vecCLocateAnchor></vecCLocateAnchor>
							</CLine>

							<CLine nIndex="2" bStartOffset="1" bEndOffset="0" bExist="0" bNeedRecog="0" nCheckKeyWord="0">
							</CLine>
							<CLine nIndex="3" bStartOffset="1" bEndOffset="0" bExist="0" bNeedRecog="0" nCheckKeyWord="0">
							</CLine>
						</vecLine>
					</CRegion>
					<CRegion nIndex="4" nRegionType="1" nProcessOrder="4">
						<!--处理该区域需要的图像信息的光的类型-->
						<vecImageLightType>
							<!--1:可见光图;2:红外光图;4:紫外光图 -->
							<LIGHTTYPE>2</LIGHTTYPE>
							<LIGHTTYPE>1</LIGHTTYPE>
						</vecImageLightType>
						<!--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-->
						<!--bAccurateLocate为1表示需要进一步精确定位,0代表不需要-->
						<CLocateRegion bAccurateLocate="0">
							<vecProcessImage></vecProcessImage>
							<!--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-->
							<RECT Left="9900" Top="9900" Right="0" Bottom="0" />
							<vecAnchorLocateInfo>
								<!--nDisToAnchor的值也是整图的百分比*10000计算出来的-->
								<CAnchorLocateInfo nAnchorIndex="3" nDisToAnchor="4399" anchorType="1" />
								<CAnchorLocateInfo nAnchorIndex="0" nDisToAnchor="5810" anchorType="1" />
								<CAnchorLocateInfo nAnchorIndex="3" nDisToAnchor="7366" anchorType="2" />
								<CAnchorLocateInfo nAnchorIndex="0" nDisToAnchor="8671" anchorType="2" />
								<CAnchorLocateInfo nAnchorIndex="2" nDisToAnchor="742" anchorType="3" />

								<CAnchorLocateInfo nAnchorIndex="0" nDisToAnchor="3341" anchorType="3" />
								<CAnchorLocateInfo nAnchorIndex="1" nDisToAnchor="-2981" anchorType="4" />
								<CAnchorLocateInfo nAnchorIndex="0" nDisToAnchor="4523" anchorType="4" />
							</vecAnchorLocateInfo>
							<vecCLocateAnchor></vecCLocateAnchor>
						</CLocateRegion>
						<CLocateLine>
							<!--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-->
							<RECT Left="0" Top="0" Right="100" Bottom="100" />
							<!--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-->
							<RECT Left="20" Top="0" Right="60" Bottom="100" />
							<!--nLocateMethod:0灰度变化的方式进行行定位;1投影方式进行行定位-->
							<!--bHeight:是否等高-->
							<!--bSpace:是否等间距-->
							<!--bWidth:是否等宽-->
							<!--nMinElementNum:该行最少元素数-->
							<!--nMaxElementNum:该行最多元素数-->
							<!--nMinWidth:元素的最小宽度-->
							<!--nMaxWidth:元素的最大宽度-->
							<!--nMinHeight:元素的最小高度-->
							<!--nMaxHeight:元素的最大高度-->
							<!--nMinSpace:元素间的最小间距-->
							<!--nMaxSpace:元素间的最大间距-->
							<CLocateInfo bEraseStart="0" nMinWHRatio="0" nMaxWHRatio="160" nSplitWHRatio="2000" bSplit="0" nNumType="0" bSpace="0" bWidth="0" bHeight="0" bRemoveLineNoise="0" nMinElementNum="1" nMaxElementNum="1" nMinWidth="860" nMaxWidth="9900" nMinHeight="140" nMaxHeight="350" nMinSpace="110" nMaxSpace="465" bPostProcess="0">
								<vecCLocateMethod>
									<CLocateMethod nLocateMethod="0">
										<!--在定位前进行的预处理信息，一般是二值化-->
										<vecProcessImage>
											<CProcessImage processType="1">
												<CTrueColorToGrayEx nFilter="0">
													<RECT Top="0" Right="0" Bottom="0" Left="0" />
												</CTrueColorToGrayEx>
											</CProcessImage>
										</vecProcessImage>
									</CLocateMethod>
									<CLocateMethod nLocateMethod="1">
										<!--在定位前进行的预处理信息，一般是二值化-->
										<vecProcessImage>
											<CProcessImage processType="1">
												<CTrueColorToGrayEx nFilter="0">
													<RECT Top="0" Right="0" Bottom="0" Left="0" />
												</CTrueColorToGrayEx>
											</CProcessImage>
											<CProcessImage processType="2">
												<CGrayToBinaryEx>
													<vecBinaryParam>
														<BINARYPARAM nBlockNum="2" nMethod="7" />
														<BINARYPARAM nBlockNum="1" nMethod="3" />
													</vecBinaryParam>
													<!--processRect-->
													<RECT Left="0" Top="0" Right="0" Bottom="0" />
												</CGrayToBinaryEx>
											</CProcessImage>
										</vecProcessImage>
									</CLocateMethod>
									<CLocateMethod nLocateMethod="1">
										<!--在定位前进行的预处理信息，一般是二值化-->
										<vecProcessImage>
											<CProcessImage processType="1">
												<CTrueColorToGrayEx nFilter="0">
													<RECT Top="0" Right="0" Bottom="0" Left="0" />
												</CTrueColorToGrayEx>
											</CProcessImage>
											<CProcessImage processType="2">
												<CGrayToBinaryEx>
													<vecBinaryParam>
														<BINARYPARAM nBlockNum="1" nMethod="6" />
													</vecBinaryParam>
													<!--processRect-->
													<RECT Left="0" Top="0" Right="0" Bottom="0" />
												</CGrayToBinaryEx>
											</CProcessImage>
										</vecProcessImage>
									</CLocateMethod>
								</vecCLocateMethod>
							</CLocateInfo>
							<!--采用定位算法对行定位后，边界要浮动的大小，可以为负数
							也是整图的百分比*10000计算出来的-->
							<positionPlus nLeftPlus="-120" nRightPlus="120" nTopPlus="-70" nBottomPlus="70" />
						</CLocateLine>
						<vecLine> 
							<CLine nIndex="0" bStartOffset="1" bEndOffset="0" bExist="1" bNeedRecog="1" nCheckKeyWord="0">
								<!--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
									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
								-->
								<RECT Left="0" Top="0" Right="0" Bottom="0" />
								<CRecogInfo bIgnorePoint="0" nMaxPointWidth="0" nMaxPointHeight="0" bMatchRegExp="1" charOrder="\C{1}[\D\C]{1}\D{7}" bConfirmParams="0">

									<CLocateInfo bEraseStart="0" nMinWHRatio="0" nMaxWHRatio="110" nSplitWHRatio="2000" bSplit="0" nNumType="0" bSpace="0" bWidth="0" bHeight="0" bRemoveLineNoise="0" nMinElementNum="9" nMaxElementNum="9" nMinWidth="60" nMaxWidth="220" nMinHeight="253" nMaxHeight="422" nMinSpace="0" nMaxSpace="130" bPostProcess="1">
										<vecCLocateMethod>
											<CLocateMethod nLocateMethod="1">
												<vecProcessImage>
													<CProcessImage processType="1">
														<CTrueColorToGrayEx nFilter="0">
															<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
														</CTrueColorToGrayEx>
													</CProcessImage>
													<CProcessImage processType="2">
														<CGrayToBinaryEx>
															<vecBinaryParam>
																<!--<BINARYPARAM nBlockNum="30" nMethod="7"/>-->
																<BINARYPARAM nBlockNum="1" nMethod="6" />
															</vecBinaryParam>
															<!--processRect-->
															<RECT Left="0" Top="0" Right="0" Bottom="0" />
														</CGrayToBinaryEx>
													</CProcessImage>
												</vecProcessImage>
											</CLocateMethod>
											<CLocateMethod nLocateMethod="1">
												<vecProcessImage>
													<CProcessImage processType="1">
														<CTrueColorToGrayEx nFilter="0">
															<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
														</CTrueColorToGrayEx>
													</CProcessImage>
													<CProcessImage processType="2">
														<CGrayToBinaryEx>
															<vecBinaryParam>
																<BINARYPARAM nBlockNum="10" nMethod="7" />
															</vecBinaryParam>
															<!--processRect-->
															<RECT Left="0" Top="0" Right="0" Bottom="0" />
														</CGrayToBinaryEx>
													</CProcessImage>
												</vecProcessImage>
											</CLocateMethod>
										</vecCLocateMethod>
									</CLocateInfo>
									<vecKernal>
										<!--nRecogType:0识别区域，1识别字符-->
										<!--nRecogImgeType:进行识别时需要的图像类型，0代表灰度，1代表二值-->
										<CKernalInfo kernalMainType="1" nKernalSubType="6" nFilterType="0" nFillingMethod="1" strFilterPlus="" nRecogType="1" nRecogImgeType="0">
											<vecCharRatio>
												<CCharRatio strChars="" charType="2" nWHRatio="64" />
												<CCharRatio strChars="" charType="3" nWHRatio="71" />
												<CCharRatio strChars="1" charType="10" nWHRatio="60" />
											</vecCharRatio>
										</CKernalInfo>
										<CKernalInfo kernalMainType="1" nKernalSubType="7" nFilterType="256" nFillingMethod="1" strFilterPlus="" nRecogType="1" nRecogImgeType="0">
											<vecCharRatio>
												<CCharRatio strChars="" charType="2" nWHRatio="64" />
												<CCharRatio strChars="" charType="3" nWHRatio="71" />
												<CCharRatio strChars="1" charType="10" nWHRatio="60" />
											</vecCharRatio>
										</CKernalInfo>
									</vecKernal>
								</CRecogInfo>
								<!--vecRecogUnit:行内识别单元的信息-->
								<vecRecogUnit>
									<!--nIndex:识别单元序号-->
									<!--cellName:识别单元名称-->
									<!--bLocate:该识别单元是否需要定位-->
									<!--bReRecog:该识别单元是否需要重新识别-->
									<!--OutputThreshold:输出界限一，待输出的识别结果的字频的值不能低于该值-->
									<!--输出界限二，字频值< OutputThreshold的个数最大不能超过该值，否则将不输出-->
									<CRecogUnit nIndex="14" bLocate="0" bRecog="0"></CRecogUnit>
								</vecRecogUnit>
								<!--vecLineKeyWord:记录该行内用来定位的关键字信息-->
								<vecLineKeyWord></vecLineKeyWord>
								<!--vecAnchor:记录该行定义基准点的信息-->
								<vecCLocateAnchor></vecCLocateAnchor>
							</CLine>
						</vecLine>
					</CRegion>
				</vecRegion>
				<vecDeriveUnit>
					<CDeriveUnit nEndCharIndex="1" nSrcRecogUnitIndex="10" nIndex="0" nStartCharIndex="1" />
					<CDeriveUnit nEndCharIndex="8" nSrcRecogUnitIndex="11" nIndex="1" nStartCharIndex="0" />
					<CDeriveUnit nEndCharIndex="-1" nSrcRecogUnitIndex="10" nIndex="3" nStartCharIndex="5" >
						<vecFlagFind>
							<CFlagFind nPosType="1" nFindType="1" bStart="0" nStartIndex="0" strFlag="\C" nNum="1" nIndexPlus="0" />
						</vecFlagFind>
					</CDeriveUnit>
					<CDeriveUnit nEndCharIndex="20" nSrcRecogUnitIndex="11" nIndex="4" nStartCharIndex="20" />
					<CDeriveUnit nEndCharIndex="18" nSrcRecogUnitIndex="11" nIndex="5" nStartCharIndex="13" />
					<CDeriveUnit nEndCharIndex="4" nSrcRecogUnitIndex="10" nIndex="7" nStartCharIndex="2"/>

					<CDeriveUnit nEndCharIndex="-1" nSrcRecogUnitIndex="10" nIndex="8" nStartCharIndex="5" >
						<vecFlagFind>
							<CFlagFind nPosType="1" nFindType="0" bStart="1" nStartIndex="5" strFlag="&lt;&lt;" nNum="1" nIndexPlus="-1" />
						</vecFlagFind>
					</CDeriveUnit>
					<CDeriveUnit nEndCharIndex="-1" nSrcRecogUnitIndex="10" nIndex="9" nStartCharIndex="-1" >
						<vecFlagFind>
							<CFlagFind nPosType="0" nFindType="0" bStart="1" nStartIndex="5" strFlag="&lt;&lt;" nNum="1" nIndexPlus="2" />
							<CFlagFind nPosType="1" nFindType="1" bStart="0" nStartIndex="0" strFlag="\C" nNum="1" nIndexPlus="0" />
						</vecFlagFind>
					</CDeriveUnit>
					<CDeriveUnit nEndCharIndex="12" nSrcRecogUnitIndex="11" nIndex="12" nStartCharIndex="10" />
					<CDeriveUnit nEndCharIndex="29" nSrcRecogUnitIndex="11" nIndex="18" nStartCharIndex="29" />
					<CDeriveUnit nEndCharIndex="26" nSrcRecogUnitIndex="11" nIndex="21" nStartCharIndex="21" />

					<CDeriveUnit nEndCharIndex="31" nSrcRecogUnitIndex="11" nIndex="22" nStartCharIndex="30" />
				</vecDeriveUnit>
				<vecAnchor>
					<CAnchor bEnable="0" nIndex="1" anchorPos="-1" nMaxPos="-1" nMinPos="-1" anchorType="3" />
					<CAnchor bEnable="0" nIndex="2" anchorPos="-1" nMaxPos="-1" nMinPos="-1" anchorType="4" />
					<CAnchor bEnable="0" nIndex="3" anchorPos="-1" nMaxPos="-1" nMinPos="-1" anchorType="2" />
				</vecAnchor>
				<vecMergeUnit> 
					<CMergeUnit nDestUnitIndex="18" nDestUnitType="4" nSrcUnitIndex="18" nSrcUnitType="4" strSrc="M" strDest="MULT" nProcessPos="-1" bMeet="1" bSynchronous="0" nOperateType="5"/>
				</vecMergeUnit>
			</CSubTemplate>
			<CSubTemplate nSubID="44"><!--韩国签证-->
				<vecRegion>
					<CRegion nIndex="0" nRegionType="1" nProcessOrder="0">
						<!--处理该区域需要的图像信息的光的类型-->
						<vecImageLightType>
							<!--1:可见光图;2:红外光图;4:紫外光图 -->
							<LIGHTTYPE>2</LIGHTTYPE>
							<LIGHTTYPE>1</LIGHTTYPE>
						</vecImageLightType>
						<!--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-->
						<!--bAccurateLocate为1表示需要进一步精确定位,0代表不需要-->
						<CLocateRegion bAccurateLocate="0">
							<vecProcessImage></vecProcessImage>
							<!--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-->
							<RECT Left="9900" Top="9900" Right="0" Bottom="0" />
							<vecAnchorLocateInfo>
								<!--nDisToAnchor的值也是整图的百分比*10000计算出来的-->
								<CAnchorLocateInfo nAnchorIndex="0" nDisToAnchor="364" anchorType="1" />
								<CAnchorLocateInfo nAnchorIndex="0" nDisToAnchor="9600" anchorType="2" />
								<CAnchorLocateInfo nAnchorIndex="0" nDisToAnchor="6900" anchorType="3" />
								<CAnchorLocateInfo nAnchorIndex="0" nDisToAnchor="9600" anchorType="4" />
							</vecAnchorLocateInfo>
							<!--该区域定义的区域类型基准点的信息-->
							<vecCLocateAnchor></vecCLocateAnchor>
						</CLocateRegion>
						<CLocateLine>
							<!--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-->
							<RECT Left="0" Top="0" Right="100" Bottom="100" />
							<!--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-->
							<RECT Left="0" Top="0" Right="100" Bottom="100" />
							<!--nLocateMethod:0灰度变化的方式进行行定位;1投影方式进行行定位-->
							<!--bHeight:是否等高-->
							<!--bSpace:是否等间距-->
							<!--bWidth:是否等宽-->
							<!--nMinElementNum:该行最少元素数-->
							<!--nMaxElementNum:该行最多元素数-->
							<!--nMinWidth:元素的最小宽度-->
							<!--nMaxWidth:元素的最大宽度-->
							<!--nMinHeight:元素的最小高度-->
							<!--nMaxHeight:元素的最大高度-->
							<!--nMinSpace:元素间的最小间距-->
							<!--nMaxSpace:元素间的最大间距-->
							<CLocateInfo bEraseStart="0" nMinWHRatio="0" nMaxWHRatio="160" nSplitWHRatio="2000" bSplit="0" nNumType="0" bSpace="0" bWidth="0" bHeight="0" bRemoveLineNoise="0" nMinElementNum="2" nMaxElementNum="2" nMinWidth="7000" nMaxWidth="9900" nMinHeight="140" nMaxHeight="350" nMinSpace="140" nMaxSpace="450" bPostProcess="0">
								<vecCLocateMethod>
									<CLocateMethod nLocateMethod="1">
										<!--在定位前进行的预处理信息，一般是二值化-->
										<vecProcessImage>
											<CProcessImage processType="1">
												<CTrueColorToGrayEx nFilter="0">
													<RECT Top="0" Right="0" Bottom="0" Left="0" />
												</CTrueColorToGrayEx>
											</CProcessImage>
											<CProcessImage processType="2">
												<CGrayToBinaryEx>
													<vecBinaryParam>
														<BINARYPARAM nBlockNum="2" nMethod="7" />
														<BINARYPARAM nBlockNum="1" nMethod="3" />
													</vecBinaryParam>
													<!--processRect-->
													<RECT Left="0" Top="0" Right="0" Bottom="0" />
												</CGrayToBinaryEx>
											</CProcessImage>
										</vecProcessImage>
									</CLocateMethod>
									<CLocateMethod nLocateMethod="1">
										<!--在定位前进行的预处理信息，一般是二值化-->
										<vecProcessImage>
											<CProcessImage processType="1">
												<CTrueColorToGrayEx nFilter="0">
													<RECT Top="0" Right="0" Bottom="0" Left="0" />
												</CTrueColorToGrayEx>
											</CProcessImage>
											<CProcessImage processType="2">
												<CGrayToBinaryEx>
													<vecBinaryParam>
														<BINARYPARAM nBlockNum="1" nMethod="6" />
													</vecBinaryParam>
													<!--processRect-->
													<RECT Left="0" Top="0" Right="0" Bottom="0" />
												</CGrayToBinaryEx>
											</CProcessImage>
										</vecProcessImage>
									</CLocateMethod>
								</vecCLocateMethod>
							</CLocateInfo>
							<!--采用定位算法对行定位后，边界要浮动的大小，可以为负数
								也是整图的百分比*10000计算出来的-->
							<positionPlus nLeftPlus="-120" nRightPlus="120" nTopPlus="-120" nBottomPlus="150" />
						</CLocateLine>
						<vecLine>
							<!--nIndex:该行在区域内是第几行，以第一行或者最后一行为基准从0开始的偏移-->
							<!--bStartOffset:如果是以区域的第一行为基准，该值为true,否则为false-->
							<!--bEndOffset:如果是以区域的最后一行为基准，该值为false，否则为false-->
							<!--nLineType:0代表不需要识别，1代表需要识别-->
							<CLine nIndex="0" bStartOffset="1" bEndOffset="0" bExist="1" bNeedRecog="1" nCheckKeyWord="0">
								<RECT Left="0" Top="0" Right="0" Bottom="0" />
								<CRecogInfo bIgnorePoint="0" nMaxPointWidth="0" nMaxPointHeight="0" bMatchRegExp="1" charOrder="V[&lt;\C]{1}KOR[\C&lt;]{39}" bConfirmParams="0">
									<CLocateInfo bEraseStart="0" nMinWHRatio="0" nMaxWHRatio="115" nSplitWHRatio="2000" bSplit="0" nNumType="0" bSpace="0" bWidth="0" bHeight="0" bRemoveLineNoise="0" nMinElementNum="44" nMaxElementNum="44" nMinWidth="80" nMaxWidth="280" nMinHeight="224" nMaxHeight="400" nMinSpace="0" nMaxSpace="140" bPostProcess="1">
										<vecCLocateMethod>
											<CLocateMethod nLocateMethod="0">
												<vecProcessImage>
													<CProcessImage processType="1">
														<CTrueColorToGrayEx nFilter="0">
															<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
														</CTrueColorToGrayEx>
													</CProcessImage>
												</vecProcessImage>
											</CLocateMethod>
											<CLocateMethod nLocateMethod="1">
												<vecProcessImage>
													<CProcessImage processType="1">
														<CTrueColorToGrayEx nFilter="0">
															<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
														</CTrueColorToGrayEx>
													</CProcessImage>
													<CProcessImage processType="2">
														<CGrayToBinaryEx>
															<vecBinaryParam>
																<BINARYPARAM nBlockNum="10" nMethod="7" />
															</vecBinaryParam>
															<!--processRect-->
															<RECT Left="0" Top="0" Right="0" Bottom="0" />
														</CGrayToBinaryEx>
													</CProcessImage>
												</vecProcessImage>
											</CLocateMethod>
											<CLocateMethod nLocateMethod="1">
												<vecProcessImage>
													<CProcessImage processType="1">
														<CTrueColorToGrayEx nFilter="0">
															<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
														</CTrueColorToGrayEx>
													</CProcessImage>
													<CProcessImage processType="2">
														<CGrayToBinaryEx>
															<vecBinaryParam>
																<BINARYPARAM nBlockNum="1" nMethod="5" />
															</vecBinaryParam>
															<!--processRect-->
															<RECT Left="0" Top="0" Right="0" Bottom="0" />
														</CGrayToBinaryEx>
													</CProcessImage>
												</vecProcessImage>
											</CLocateMethod>
										</vecCLocateMethod>
									</CLocateInfo>
									<vecKernal>
										<!--nRecogType:0识别区域，1识别字符-->
										<!--nRecogImgeType:进行识别时需要的图像类型，0代表灰度，1代表二值-->
										<CKernalInfo kernalMainType="1" nKernalSubType="6" nFilterType="0" nFillingMethod="1" strFilterPlus="" nRecogType="1" nRecogImgeType="0">
											<vecCharRatio>
												<CCharRatio strChars="" charType="0" nWHRatio="60" />
											</vecCharRatio>
										</CKernalInfo>
									</vecKernal>
								</CRecogInfo>
								<!--vecRecogUnit:行内识别单元的信息-->
								<vecRecogUnit>
									<!--nIndex:识别单元序号-->
									<!--cellName:识别单元名称-->
									<!--bLocate:该识别单元是否需要定位-->
									<!--bReRecog:该识别单元是否需要重新识别-->
									<!--OutputThreshold:输出界限一，待输出的识别结果的字频的值不能低于该值-->
									<!--输出界限二，字频值< OutputThreshold的个数最大不能超过该值，否则将不输出-->
									<CRecogUnit nIndex="10" bLocate="0" bRecog="0"></CRecogUnit>
								</vecRecogUnit>
								<!--vecLineKeyWord:记录该行内用来定位的关键字信息-->
								<vecLineKeyWord>
									<CKeyWord nMinWidth="-1" nMaxHeight="-1" content="V" nMinHeight="-1" nConfirmType="1" nMaxWidth="-1">
										<vecCLocateAnchor>
											<CLocateAnchor nDisToAnchor="0" nAnchorIndex="2" anchorType="2" />
										</vecCLocateAnchor>
									</CKeyWord>
								</vecLineKeyWord>
								<!--记录该行定义基准点的信息-->
								<vecCLocateAnchor>
									<CLocateAnchor nDisToAnchor="0" nAnchorIndex="1" anchorType="3" />
								</vecCLocateAnchor>
							</CLine>
							<CLine nIndex="1" bStartOffset="1" bEndOffset="0" bExist="1" bNeedRecog="1" nCheckKeyWord="0">
								<!--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
										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
									-->
								<RECT Left="0" Top="0" Right="0" Bottom="0" />
								<!--nRecogType:0识别区域，1识别字符-->
								<!--nRecogImgeType:进行识别时需要的图像类型，0代表灰度，1代表二值-->
								<!--cellRecogType:识别内容
											NAMECH=0,//中文姓名
											SEX=1,//性别
											NATION=2,//民族
											BIRTHDAY=3,//出生日期
											ISSUINGDATE=4,//签发日期
											VALIDPERIOD=5,//有效期至
											ADDRESSS=6,//地址
											IDNUMBER=7,//身份证号码
	
	
	
	
	
	
	
	
	
	
	
	
	
	
	
	
	
											PPMRZ1=8,//护照类型证件的机读码第一行
	
	
	
	
	
	
	
	
	
	
	
	
	
	
	
	
	
											PPMRZ2=9,//护照类型证件的机读码第二行
	
	
	
	
	
	
	
	
	
	
	
	
	
	
	
	
	
											OTHER=10//其他类型
									-->
								<!--charOrder:字符的排列情况，用正则表达式表示-->
								<!--kernalMainType识别核心主类型 
											TH_OCR=1,
											SSFT152=2,
											BARCODE=3
									-->
								<CRecogInfo bIgnorePoint="0" nMaxPointWidth="0" nMaxPointHeight="0" bMatchRegExp="1" charOrder="\C[\D\C]{1}\D{8}\C{3}\D{7}[MF]{1}\D{7}\C{2}\D{2}\C{2}\D{6}&lt;{4}" bConfirmParams="0">
									<!--定位字符的信息-->
									<!--定位字符的信息-->
									<!--nLocateMethod:  0,用识别核心做定位;
															1，提取连通域的方法进行定位;
															2，投影方法进行定位
	
	
	
	
	
	
	
	
	
	
	
	
	
	
	
	
	
										-->
									<!--nMinElementNum:该行最少元素数-->
									<!--nMaxElementNum:该行最多元素数-->
									<!--nMinWidth:元素的最小宽度-->
									<!--nMaxWidth:元素的最大宽度-->
									<!--nMinHeight:元素的最小高度-->
									<!--nMaxHeight:元素的最大高度-->
									<!--nMinSpace:元素间的最小间距-->
									<!--nMaxSpace:元素间的最大间距-->
									<CLocateInfo bEraseStart="0" nMinWHRatio="0" nMaxWHRatio="100" nSplitWHRatio="2000" bSplit="0" nNumType="0" bSpace="0" bWidth="0" bHeight="0" bRemoveLineNoise="0" nMinElementNum="44" nMaxElementNum="44" nMinWidth="70" nMaxWidth="220" nMinHeight="230" nMaxHeight="400" nMinSpace="0" nMaxSpace="140" bPostProcess="1">
										<vecCLocateMethod>
											<CLocateMethod nLocateMethod="1">
												<vecProcessImage>
													<CProcessImage processType="1">
														<CTrueColorToGrayEx nFilter="0">
															<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
														</CTrueColorToGrayEx>
													</CProcessImage>
													<CProcessImage processType="2">
														<CGrayToBinaryEx>
															<vecBinaryParam>
																<!--<BINARYPARAM nBlockNum="30" nMethod="7"/>-->
																<BINARYPARAM nBlockNum="1" nMethod="6" />
															</vecBinaryParam>
															<!--processRect-->
															<RECT Left="0" Top="0" Right="0" Bottom="0" />
														</CGrayToBinaryEx>
													</CProcessImage>
												</vecProcessImage>
											</CLocateMethod>
											<CLocateMethod nLocateMethod="1">
												<vecProcessImage>
													<CProcessImage processType="1">
														<CTrueColorToGrayEx nFilter="0">
															<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
														</CTrueColorToGrayEx>
													</CProcessImage>
													<CProcessImage processType="2">
														<CGrayToBinaryEx>
															<vecBinaryParam>
																<BINARYPARAM nBlockNum="10" nMethod="7" />
																<BINARYPARAM nBlockNum="1" nMethod="1" />
															</vecBinaryParam>
															<!--processRect-->
															<RECT Left="0" Top="0" Right="0" Bottom="0" />
														</CGrayToBinaryEx>
													</CProcessImage>
												</vecProcessImage>
											</CLocateMethod>
											<CLocateMethod nLocateMethod="1">
												<vecProcessImage>
													<CProcessImage processType="1">
														<CTrueColorToGrayEx nFilter="0">
															<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
														</CTrueColorToGrayEx>
													</CProcessImage>
													<CProcessImage processType="2">
														<CGrayToBinaryEx>
															<vecBinaryParam>
																<!--<BINARYPARAM nBlockNum="2" nMethod="7"/>-->
																<BINARYPARAM nBlockNum="1" nMethod="3" />
															</vecBinaryParam>
															<!--processRect-->
															<RECT Left="0" Top="0" Right="0" Bottom="0" />
														</CGrayToBinaryEx>
													</CProcessImage>
												</vecProcessImage>
											</CLocateMethod>
											<CLocateMethod nLocateMethod="1">
												<vecProcessImage>
													<CProcessImage processType="1">
														<CTrueColorToGrayEx nFilter="0">
															<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
														</CTrueColorToGrayEx>
													</CProcessImage>
													<CProcessImage processType="2">
														<CGrayToBinaryEx>
															<vecBinaryParam>
																<BINARYPARAM nBlockNum="1" nMethod="5" />
															</vecBinaryParam>
															<!--processRect-->
															<RECT Left="0" Top="0" Right="0" Bottom="0" />
														</CGrayToBinaryEx>
													</CProcessImage>
												</vecProcessImage>
											</CLocateMethod>
										</vecCLocateMethod>
									</CLocateInfo>
									<vecKernal>
										<!--nRecogType:0识别区域，1识别字符-->
										<!--nRecogImgeType:进行识别时需要的图像类型，0代表灰度，1代表二值-->
										<CKernalInfo kernalMainType="1" nKernalSubType="6" nFilterType="0" nFillingMethod="1" strFilterPlus="" nRecogType="1" nRecogImgeType="0">
											<vecCharRatio>
												<CCharRatio strChars="" charType="0" nWHRatio="60" />
											</vecCharRatio>
										</CKernalInfo>
										<CKernalInfo kernalMainType="1" nKernalSubType="7" nFilterType="256" nFillingMethod="1" strFilterPlus="" nRecogType="1" nRecogImgeType="0">
											<vecCharRatio>
												<CCharRatio strChars="" charType="0" nWHRatio="60" />
											</vecCharRatio>
										</CKernalInfo>
									</vecKernal>
								</CRecogInfo>
								<!--vecRecogUnit:行内识别单元的信息-->
								<vecRecogUnit>
									<!--nIndex:识别单元序号-->
									<!--cellName:识别单元名称-->
									<!--bLocate:该识别单元是否需要定位-->
									<!--bReRecog:该识别单元是否需要重新识别-->
									<!--OutputThreshold:输出界限一，待输出的识别结果的字频的值不能低于该值-->
									<!--输出界限二，字频值< OutputThreshold的个数最大不能超过该值，否则将不输出-->
									<CRecogUnit nIndex="11" bLocate="0" bRecog="0"></CRecogUnit>
								</vecRecogUnit>
								<!--vecLineKeyWord:记录该行内用来定位的关键字信息-->
								<vecLineKeyWord></vecLineKeyWord>
								<!--vecAnchor:记录该行定义基准点的信息-->
								<vecCLocateAnchor></vecCLocateAnchor>
							</CLine>
						</vecLine>
					</CRegion>
					<CRegion nIndex="1" nRegionType="1" nProcessOrder="1">
						<!--处理该区域需要的图像信息的光的类型-->
						<vecImageLightType>
							<!--1:可见光图;2:红外光图;4:紫外光图 -->
							<LIGHTTYPE>2</LIGHTTYPE>
							<LIGHTTYPE>1</LIGHTTYPE>
						</vecImageLightType>
						<!--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-->
						<!--bAccurateLocate为1表示需要进一步精确定位,0代表不需要-->
						<CLocateRegion bAccurateLocate="0">
							<vecProcessImage></vecProcessImage>
							<!--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-->
							<RECT Left="9900" Top="9900" Right="0" Bottom="0" />
							<vecAnchorLocateInfo>
								<!--nDisToAnchor的值也是整图的百分比*10000计算出来的-->
								<CAnchorLocateInfo nAnchorIndex="2" nDisToAnchor="-427" anchorType="1" />
								<CAnchorLocateInfo nAnchorIndex="0" nDisToAnchor="725" anchorType="1" />
								<CAnchorLocateInfo nAnchorIndex="2" nDisToAnchor="6957" anchorType="2" />
								<CAnchorLocateInfo nAnchorIndex="0" nDisToAnchor="8303" anchorType="2" />
								<CAnchorLocateInfo nAnchorIndex="1" nDisToAnchor="-3497" anchorType="3" />
								<CAnchorLocateInfo nAnchorIndex="0" nDisToAnchor="4265" anchorType="3" />
								<CAnchorLocateInfo nAnchorIndex="1" nDisToAnchor="-1614" anchorType="4" />
								<CAnchorLocateInfo nAnchorIndex="0" nDisToAnchor="6210" anchorType="4" />
							</vecAnchorLocateInfo>
							<vecCLocateAnchor></vecCLocateAnchor>
						</CLocateRegion>
						<CLocateLine>
							<!--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-->
							<RECT Left="0" Top="0" Right="100" Bottom="100" />
							<!--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-->
							<RECT Left="10" Top="0" Right="30" Bottom="100" />
							<!--nLocateMethod:0灰度变化的方式进行行定位;1投影方式进行行定位-->
							<!--bHeight:是否等高-->
							<!--bSpace:是否等间距-->
							<!--bWidth:是否等宽-->
							<!--nMinElementNum:该行最少元素数-->
							<!--nMaxElementNum:该行最多元素数-->
							<!--nMinWidth:元素的最小宽度-->
							<!--nMaxWidth:元素的最大宽度-->
							<!--nMinHeight:元素的最小高度-->
							<!--nMaxHeight:元素的最大高度-->
							<!--nMinSpace:元素间的最小间距-->
							<!--nMaxSpace:元素间的最大间距-->
							<CLocateInfo bEraseStart="0" nMinWHRatio="0" nMaxWHRatio="160" nSplitWHRatio="2000" bSplit="0" nNumType="0" bSpace="0" bWidth="0" bHeight="0" bRemoveLineNoise="0" nMinElementNum="3" nMaxElementNum="4" nMinWidth="700" nMaxWidth="9900" nMinHeight="131" nMaxHeight="370" nMinSpace="46" nMaxSpace="545" bPostProcess="0">
								<vecCLocateMethod>
									<CLocateMethod nLocateMethod="0">
										<!--在定位前进行的预处理信息，一般是二值化-->
										<vecProcessImage>
											<CProcessImage processType="1">
												<CTrueColorToGrayEx nFilter="0">
													<RECT Top="0" Right="0" Bottom="0" Left="0" />
												</CTrueColorToGrayEx>
											</CProcessImage>
										</vecProcessImage>
									</CLocateMethod>
									<CLocateMethod nLocateMethod="1">
										<!--在定位前进行的预处理信息，一般是二值化-->
										<vecProcessImage>
											<CProcessImage processType="1">
												<CTrueColorToGrayEx nFilter="0">
													<RECT Top="0" Right="0" Bottom="0" Left="0" />
												</CTrueColorToGrayEx>
											</CProcessImage>
											<CProcessImage processType="2">
												<CGrayToBinaryEx>
													<vecBinaryParam>
														<BINARYPARAM nBlockNum="2" nMethod="7" />
													</vecBinaryParam>
													<!--processRect-->
													<RECT Left="0" Top="0" Right="0" Bottom="0" />
												</CGrayToBinaryEx>
											</CProcessImage>
										</vecProcessImage>
									</CLocateMethod>
									<CLocateMethod nLocateMethod="1">
										<!--在定位前进行的预处理信息，一般是二值化-->
										<vecProcessImage>
											<CProcessImage processType="1">
												<CTrueColorToGrayEx nFilter="0">
													<RECT Top="0" Right="0" Bottom="0" Left="0" />
												</CTrueColorToGrayEx>
											</CProcessImage>
											<CProcessImage processType="2">
												<CGrayToBinaryEx>
													<vecBinaryParam>
														<BINARYPARAM nBlockNum="1" nMethod="5" />
													</vecBinaryParam>
													<!--processRect-->
													<RECT Left="0" Top="0" Right="0" Bottom="0" />
												</CGrayToBinaryEx>
											</CProcessImage>
										</vecProcessImage>
									</CLocateMethod>
								</vecCLocateMethod>
							</CLocateInfo>
							<!--采用定位算法对行定位后，边界要浮动的大小，可以为负数
							也是整图的百分比*10000计算出来的-->
							<positionPlus nLeftPlus="-120" nRightPlus="120" nTopPlus="-120" nBottomPlus="70" />
						</CLocateLine>
						<vecLine>
							<!--nIndex:该行在区域内是第几行，以第一行或者最后一行为基准从0开始的偏移-->
							<!--bStartOffset:如果是以区域的第一行为基准，该值为true,否则为false-->
							<!--bEndOffset:如果是以区域的最后一行为基准，该值为false，否则为false-->
							<!--nLineType:0代表不需要识别，1代表需要识别-->
							<CLine nIndex="0" bStartOffset="1" bEndOffset="0" bExist="1" bNeedRecog="0" nCheckKeyWord="0">
								<RECT Left="0" Top="0" Right="0" Bottom="0" />
								<vecRecogUnit>
									<CRecogUnit nIndex="22" bLocate="1" bRecog="1">
										<CLocateRecogUnit bStart="1" nStartIndexInChar="0" bEnd="0" nEndIndexInChar="-1">
											<vecAnchorLocateInfo>
												<CAnchorLocateInfo nDisToAnchor="2296" nAnchorIndex="2" anchorType="1" />
												<CAnchorLocateInfo nDisToAnchor="3622" nAnchorIndex="0" anchorType="1" />
												<CAnchorLocateInfo nDisToAnchor="4384" nAnchorIndex="2" anchorType="2" />
												<CAnchorLocateInfo nDisToAnchor="5709" nAnchorIndex="0" anchorType="2" />
											</vecAnchorLocateInfo>
										</CLocateRecogUnit>
										<CRecogInfo bIgnorePoint="0" nMaxPointWidth="0" nMaxPointHeight="0" bMatchRegExp="1" charOrder="\D{2}[\C\D]{1}\C{2,4}" bConfirmParams="0">
											<CLocateInfo bEraseStart="0" nMinWHRatio="0" nMaxWHRatio="100" nSplitWHRatio="2000" bSplit="0" nNumType="0" bSpace="0" bWidth="0" bHeight="0" bRemoveLineNoise="0" nMinElementNum="5" nMaxElementNum="8" nMinWidth="80" nMaxWidth="230" nMinHeight="175" nMaxHeight="360" nMinSpace="0" nMaxSpace="140" bPostProcess="1">
												<vecCLocateMethod>
													<CLocateMethod nLocateMethod="1">
														<vecProcessImage>
															<CProcessImage processType="1">
																<CTrueColorToGrayEx nFilter="0">
																	<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
																</CTrueColorToGrayEx>
															</CProcessImage>
															<CProcessImage processType="2">
																<CGrayToBinaryEx>
																	<vecBinaryParam>
																		<BINARYPARAM nBlockNum="1" nMethod="6" />
																	</vecBinaryParam>
																	<!--processRect-->
																	<RECT Left="0" Top="0" Right="0" Bottom="0" />
																</CGrayToBinaryEx>
															</CProcessImage>
														</vecProcessImage>
													</CLocateMethod>
													<CLocateMethod nLocateMethod="1">
														<vecProcessImage>
															<CProcessImage processType="1">
																<CTrueColorToGrayEx nFilter="0">
																	<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
																</CTrueColorToGrayEx>
															</CProcessImage>
															<CProcessImage processType="2">
																<CGrayToBinaryEx>
																	<vecBinaryParam>
																		<BINARYPARAM nBlockNum="10" nMethod="7" />
																	</vecBinaryParam>
																	<!--processRect-->
																	<RECT Left="0" Top="0" Right="0" Bottom="0" />
																</CGrayToBinaryEx>
															</CProcessImage>
														</vecProcessImage>
													</CLocateMethod>
												</vecCLocateMethod>
											</CLocateInfo>
											<vecKernal>
												<!--nRecogType:0识别区域，1识别字符-->
												<!--nRecogImgeType:进行识别时需要的图像类型，0代表灰度，1代表二值-->
												<CKernalInfo kernalMainType="1" nKernalSubType="6" nFilterType="0" nFillingMethod="1" strFilterPlus="" nRecogType="1" nRecogImgeType="0">
													<vecCharRatio>
														<CCharRatio strChars="" charType="0" nWHRatio="60" />
													</vecCharRatio>
												</CKernalInfo>
												<CKernalInfo kernalMainType="1" nKernalSubType="7" nFilterType="256" nFillingMethod="1" strFilterPlus="" nRecogType="1" nRecogImgeType="0">
													<vecCharRatio>
														<CCharRatio strChars="" charType="0" nWHRatio="60" />
													</vecCharRatio>
												</CKernalInfo>
											</vecKernal>
										</CRecogInfo>
									</CRecogUnit>
									<CRecogUnit nIndex="18" bLocate="1" bRecog="1">
										<CLocateRecogUnit bStart="0" nStartIndexInChar="-1" bEnd="1" nEndIndexInChar="0">
											<vecAnchorLocateInfo>
												<CAnchorLocateInfo nDisToAnchor="4384" nAnchorIndex="2" anchorType="1" />
												<CAnchorLocateInfo nDisToAnchor="5709" nAnchorIndex="0" anchorType="1" />
											</vecAnchorLocateInfo>
										</CLocateRecogUnit>
										<CRecogInfo bIgnorePoint="0" nMaxPointWidth="0" nMaxPointHeight="0" bMatchRegExp="1" charOrder="\C{4,-1}" bConfirmParams="0">
											<CLocateInfo bEraseStart="0" nMinWHRatio="0" nMaxWHRatio="100" nSplitWHRatio="2000" bSplit="0" nNumType="0" bSpace="0" bWidth="0" bHeight="0" bRemoveLineNoise="0" nMinElementNum="4" nMaxElementNum="-1" nMinWidth="20" nMaxWidth="210" nMinHeight="175" nMaxHeight="340" nMinSpace="0" nMaxSpace="140" bPostProcess="1">
												<vecCLocateMethod>
													<CLocateMethod nLocateMethod="1">
														<vecProcessImage>
															<CProcessImage processType="1">
																<CTrueColorToGrayEx nFilter="0">
																	<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
																</CTrueColorToGrayEx>
															</CProcessImage>
															<CProcessImage processType="2">
																<CGrayToBinaryEx>
																	<vecBinaryParam>
																		<BINARYPARAM nBlockNum="1" nMethod="6" />
																	</vecBinaryParam>
																	<!--processRect-->
																	<RECT Left="0" Top="0" Right="0" Bottom="0" />
																</CGrayToBinaryEx>
															</CProcessImage>
														</vecProcessImage>
													</CLocateMethod>
													<CLocateMethod nLocateMethod="1">
														<vecProcessImage>
															<CProcessImage processType="1">
																<CTrueColorToGrayEx nFilter="0">
																	<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
																</CTrueColorToGrayEx>
															</CProcessImage>
															<CProcessImage processType="2">
																<CGrayToBinaryEx>
																	<vecBinaryParam>
																		<BINARYPARAM nBlockNum="10" nMethod="7" />
																	</vecBinaryParam>
																	<!--processRect-->
																	<RECT Left="0" Top="0" Right="0" Bottom="0" />
																</CGrayToBinaryEx>
															</CProcessImage>
														</vecProcessImage>
													</CLocateMethod>
												</vecCLocateMethod>
											</CLocateInfo>
											<vecKernal>
												<!--nRecogType:0识别区域，1识别字符-->
												<!--nRecogImgeType:进行识别时需要的图像类型，0代表灰度，1代表二值-->
												<CKernalInfo kernalMainType="1" nKernalSubType="6" nFilterType="0" nFillingMethod="1" strFilterPlus="" nRecogType="1" nRecogImgeType="0">
													<vecCharRatio>
														<CCharRatio strChars="" charType="3" nWHRatio="76" />
														<CCharRatio strChars="I" charType="10" nWHRatio="30" />
													</vecCharRatio>
												</CKernalInfo>

											</vecKernal>
										</CRecogInfo>

									</CRecogUnit>
								</vecRecogUnit>
							</CLine>
							<CLine nIndex="1" bStartOffset="1" bEndOffset="0" bExist="1" bNeedRecog="0" nCheckKeyWord="0">
							</CLine>
							<CLine nIndex="2" bStartOffset="1" bEndOffset="0" bExist="1" bNeedRecog="1" nCheckKeyWord="0">
								<RECT Left="0" Top="0" Right="0" Bottom="0" />
								<CRecogInfo bIgnorePoint="1" nMaxPointWidth="60" nMaxPointHeight="150" bMatchRegExp="1" charOrder="\D{4}/\D{2}/\D{2}" bConfirmParams="0">
									<CLocateInfo bEraseStart="0" nMinWHRatio="0" nMaxWHRatio="80" nSplitWHRatio="2000" bSplit="0" nNumType="0" bSpace="0" bWidth="0" bHeight="0" bRemoveLineNoise="1" nMinElementNum="10" nMaxElementNum="10" nMinWidth="40" nMaxWidth="200" nMinHeight="175" nMaxHeight="360" nMinSpace="0" nMaxSpace="120" bPostProcess="1">
										<vecCLocateMethod>
											<CLocateMethod nLocateMethod="1">
												<vecProcessImage>
													<CProcessImage processType="1">
														<CTrueColorToGrayEx nFilter="0">
															<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
														</CTrueColorToGrayEx>
													</CProcessImage>
													<CProcessImage processType="2">
														<CGrayToBinaryEx>
															<vecBinaryParam>
																<!--<BINARYPARAM nBlockNum="30" nMethod="7"/>-->
																<BINARYPARAM nBlockNum="1" nMethod="6" />
															</vecBinaryParam>
															<!--processRect-->
															<RECT Left="0" Top="0" Right="0" Bottom="0" />
														</CGrayToBinaryEx>
													</CProcessImage>
												</vecProcessImage>
											</CLocateMethod>
											<CLocateMethod nLocateMethod="1">
												<vecProcessImage>
													<CProcessImage processType="1">
														<CTrueColorToGrayEx nFilter="0">
															<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
														</CTrueColorToGrayEx>
													</CProcessImage>
													<CProcessImage processType="2">
														<CGrayToBinaryEx>
															<vecBinaryParam>
																<BINARYPARAM nBlockNum="10" nMethod="7" />
															</vecBinaryParam>
															<!--processRect-->
															<RECT Left="0" Top="0" Right="0" Bottom="0" />
														</CGrayToBinaryEx>
													</CProcessImage>
												</vecProcessImage>
											</CLocateMethod> 
										</vecCLocateMethod>
									</CLocateInfo>
									<vecKernal>
										<!--nRecogType:0识别区域，1识别字符-->
										<!--nRecogImgeType:进行识别时需要的图像类型，0代表灰度，1代表二值-->
										<CKernalInfo kernalMainType="1" nKernalSubType="7" nFilterType="256" nFillingMethod="1" strFilterPlus="" nRecogType="1" nRecogImgeType="0">
											<vecCharRatio>
												<CCharRatio strChars="" charType="0" nWHRatio="66" />
												<CCharRatio strChars="1" charType="10" nWHRatio="35" />
												<CCharRatio strChars="/" charType="10" nWHRatio="34" />
											</vecCharRatio>
										</CKernalInfo>
									</vecKernal>
								</CRecogInfo>
								<!--vecRecogUnit:行内识别单元的信息-->
								<vecRecogUnit>
									<!--nIndex:识别单元序号-->
									<!--cellName:识别单元名称-->
									<!--bLocate:该识别单元是否需要定位-->
									<!--bReRecog:该识别单元是否需要重新识别-->
									<!--OutputThreshold:输出界限一，待输出的识别结果的字频的值不能低于该值-->
									<!--输出界限二，字频值< OutputThreshold的个数最大不能超过该值，否则将不输出-->
									<CRecogUnit nIndex="16" bLocate="0" bRecog="0"></CRecogUnit>
								</vecRecogUnit>
								<!--vecLineKeyWord:记录该行内用来定位的关键字信息-->
								<vecLineKeyWord></vecLineKeyWord>
								<!--vecAnchor:记录该行定义基准点的信息-->
								<vecCLocateAnchor>
									<CLocateAnchor nDisToAnchor="0" nAnchorIndex="2" anchorType="4" />
								</vecCLocateAnchor>
							</CLine>		
							<CLine nIndex="3" bStartOffset="1" bEndOffset="0" bExist="0" bNeedRecog="0" nCheckKeyWord="0">
							</CLine>
						</vecLine>
					</CRegion>
				</vecRegion>
				<vecDeriveUnit>
					<CDeriveUnit nEndCharIndex="8" nSrcRecogUnitIndex="11" nIndex="1" nStartCharIndex="0" />
					<CDeriveUnit nEndCharIndex="-1" nSrcRecogUnitIndex="10" nIndex="3" nStartCharIndex="5" >
						<vecFlagFind>
							<CFlagFind nPosType="1" nFindType="1" bStart="0" nStartIndex="0" strFlag="\C" nNum="1" nIndexPlus="0" />
						</vecFlagFind>

					</CDeriveUnit>
					<CDeriveUnit nEndCharIndex="20" nSrcRecogUnitIndex="11" nIndex="4" nStartCharIndex="20" />
					<CDeriveUnit nEndCharIndex="18" nSrcRecogUnitIndex="11" nIndex="5" nStartCharIndex="13" />
					<CDeriveUnit nEndCharIndex="4" nSrcRecogUnitIndex="10" nIndex="7" nStartCharIndex="2"/>

					<CDeriveUnit nEndCharIndex="-1" nSrcRecogUnitIndex="10" nIndex="8" nStartCharIndex="5" >
						<vecFlagFind>
							<CFlagFind nPosType="1" nFindType="0" bStart="1" nStartIndex="5" strFlag="&lt;&lt;" nNum="1" nIndexPlus="-1" />
						</vecFlagFind>
					</CDeriveUnit>
					<CDeriveUnit nEndCharIndex="-1" nSrcRecogUnitIndex="10" nIndex="9" nStartCharIndex="-1" >
						<vecFlagFind>
							<CFlagFind nPosType="0" nFindType="0" bStart="1" nStartIndex="5" strFlag="&lt;&lt;" nNum="1" nIndexPlus="2" />
							<CFlagFind nPosType="1" nFindType="1" bStart="0" nStartIndex="0" strFlag="\C" nNum="1" nIndexPlus="0" />
						</vecFlagFind>
					</CDeriveUnit>
					<CDeriveUnit nEndCharIndex="12" nSrcRecogUnitIndex="11" nIndex="12" nStartCharIndex="10" />
					<CDeriveUnit nEndCharIndex="29" nSrcRecogUnitIndex="11" nIndex="15" nStartCharIndex="28" />
					<CDeriveUnit nEndCharIndex="26" nSrcRecogUnitIndex="11" nIndex="21" nStartCharIndex="21" />
				</vecDeriveUnit>
				<vecAnchor>
					<CAnchor bEnable="0" nIndex="1" anchorPos="-1" nMaxPos="-1" nMinPos="-1" anchorType="3" />
					<CAnchor bEnable="0" nIndex="2" anchorPos="-1" nMaxPos="-1" nMinPos="-1" anchorType="2" />
				</vecAnchor>
				<vecMergeUnit> 
				</vecMergeUnit>
				<vecOutPutResult>
					<COutPutResult nIndex="16" cellRecogType="20" cellName="签发日期" nOutputThreshold="0" nOutputNumber="0" bFormatResult="1">
						<CFormatInfo strDefault="" strInFormat="" strOutFormat="">
							<vecCReplaceChar>
								<CReplaceChar newChar="-" oldChar="/"></CReplaceChar>
							</vecCReplaceChar>
						</CFormatInfo>
					</COutPutResult>
				</vecOutPutResult>
			</CSubTemplate>
			<CSubTemplate nSubID="45"><!--外国签证机读码36-->
				<vecRegion>
					<!--CRegion:区域信息
					nIndex:区域编号
					nRegionType:区域类型,0代表头像区域,1代表识别区域
					nProcessOrder:该区域被处理的顺序










					rcPosition 坐标均为占整张图像的百分比*10000
					-->
					<CRegion nIndex="0" nRegionType="1" nProcessOrder="0">
						<!--处理该区域需要的图像信息的光的类型-->
						<vecImageLightType>
							<!--1:可见光图;2:红外光图;4:紫外光图 -->
							<LIGHTTYPE>2</LIGHTTYPE>
							<LIGHTTYPE>1</LIGHTTYPE>
						</vecImageLightType>
						<!--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-->
						<!--bAccurateLocate为1表示需要进一步精确定位,0代表不需要-->
						<CLocateRegion bAccurateLocate="0">
							<vecProcessImage></vecProcessImage>
							<!--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-->
							<RECT Left="9900" Top="9900" Right="0" Bottom="0" />
							<vecAnchorLocateInfo>
								<!--nDisToAnchor的值也是整图的百分比*10000计算出来的-->
								<CAnchorLocateInfo nAnchorIndex="0" nDisToAnchor="100" anchorType="1" />
								<CAnchorLocateInfo nAnchorIndex="0" nDisToAnchor="9800" anchorType="2" />
								<CAnchorLocateInfo nAnchorIndex="0" nDisToAnchor="6412" anchorType="3" />
								<CAnchorLocateInfo nAnchorIndex="0" nDisToAnchor="9600" anchorType="4" />
							</vecAnchorLocateInfo>
							<!--该区域定义的区域类型基准点的信息-->
							<vecCLocateAnchor></vecCLocateAnchor>
						</CLocateRegion>
						<CLocateLine>
							<!--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-->
							<RECT Left="0" Top="0" Right="100" Bottom="100" />
							<!--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-->
							<RECT Left="20" Top="0" Right="80" Bottom="100" />
							<!--nLocateMethod:0灰度变化的方式进行行定位;1投影方式进行行定位-->
							<!--bHeight:是否等高-->
							<!--bSpace:是否等间距-->
							<!--bWidth:是否等宽-->
							<!--nMinElementNum:该行最少元素数-->
							<!--nMaxElementNum:该行最多元素数-->
							<!--nMinWidth:元素的最小宽度-->
							<!--nMaxWidth:元素的最大宽度-->
							<!--nMinHeight:元素的最小高度-->
							<!--nMaxHeight:元素的最大高度-->
							<!--nMinSpace:元素间的最小间距-->
							<!--nMaxSpace:元素间的最大间距-->
							<CLocateInfo bEraseStart="0" nMinWHRatio="0" nMaxWHRatio="160" nSplitWHRatio="2000" bSplit="0" nNumType="0" bSpace="0" bWidth="0" bHeight="0" bRemoveLineNoise="0" nMinElementNum="2" nMaxElementNum="2" nMinWidth="7000" nMaxWidth="9900" nMinHeight="140" nMaxHeight="350" nMinSpace="140" nMaxSpace="450" bPostProcess="0">
								<vecCLocateMethod>
									<CLocateMethod nLocateMethod="1">
										<!--在定位前进行的预处理信息，一般是二值化-->
										<vecProcessImage>
											<CProcessImage processType="1">
												<CTrueColorToGrayEx nFilter="0">
													<RECT Top="0" Right="0" Bottom="0" Left="0" />
												</CTrueColorToGrayEx>
											</CProcessImage>
											<CProcessImage processType="2">
												<CGrayToBinaryEx>
													<vecBinaryParam>
														<BINARYPARAM nBlockNum="2" nMethod="7" />
														<BINARYPARAM nBlockNum="1" nMethod="3" />
													</vecBinaryParam>
													<!--processRect-->
													<RECT Left="0" Top="0" Right="0" Bottom="0" />
												</CGrayToBinaryEx>
											</CProcessImage>
										</vecProcessImage>
									</CLocateMethod>
									<CLocateMethod nLocateMethod="1">
										<!--在定位前进行的预处理信息，一般是二值化-->
										<vecProcessImage>
											<CProcessImage processType="1">
												<CTrueColorToGrayEx nFilter="0">
													<RECT Top="0" Right="0" Bottom="0" Left="0" />
												</CTrueColorToGrayEx>
											</CProcessImage>
											<CProcessImage processType="2">
												<CGrayToBinaryEx>
													<vecBinaryParam>
														<BINARYPARAM nBlockNum="1" nMethod="6" />
													</vecBinaryParam>
													<!--processRect-->
													<RECT Left="0" Top="0" Right="0" Bottom="0" />
												</CGrayToBinaryEx>
											</CProcessImage>
										</vecProcessImage>
									</CLocateMethod>
								</vecCLocateMethod>
							</CLocateInfo>
							<!--采用定位算法对行定位后，边界要浮动的大小，可以为负数
							也是整图的百分比*10000计算出来的-->
							<positionPlus nLeftPlus="-120" nRightPlus="120" nTopPlus="-120" nBottomPlus="150" />
						</CLocateLine>
						<vecLine>
							<!--nIndex:该行在区域内是第几行，以第一行或者最后一行为基准从0开始的偏移-->
							<!--bStartOffset:如果是以区域的第一行为基准，该值为true,否则为false-->
							<!--bEndOffset:如果是以区域的最后一行为基准，该值为false，否则为false-->
							<!--nLineType:0代表不需要识别，1代表需要识别-->
							<CLine nIndex="0" bStartOffset="1" bEndOffset="0" bExist="1" bNeedRecog="1" nCheckKeyWord="0">
								<!--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
									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
								-->
								<RECT Left="0" Top="0" Right="0" Bottom="0" />
								<!--nRecogType:0识别区域，1识别字符-->
								<!--nRecogImgeType:进行识别时需要的图像类型，0代表灰度，1代表二值-->
								<!--cellRecogType:识别内容
										NAMECH=0,//中文姓名
										SEX=1,//性别
										NATION=2,//民族
										BIRTHDAY=3,//出生日期
										ISSUINGDATE=4,//签发日期
										VALIDPERIOD=5,//有效期至
										ADDRESSS=6,//地址
										IDNUMBER=7,//身份证号码










										PPMRZ1=8,//护照类型证件的机读码第一行










										PPMRZ2=9,//护照类型证件的机读码第二行










										OTHER=10//其他类型
								-->
								<!--charOrder:字符的排列情况，用正则表达式表示-->
								<!--kernalMainType识别核心主类型 
										TH_OCR=1,
										SSFT152=2,
										BARCODE=3
								-->
								<CRecogInfo bIgnorePoint="0" nMaxPointWidth="0" nMaxPointHeight="0" bMatchRegExp="1" charOrder="V[&lt;\C]{1}\C{1}[\C&lt;]{2}[\C&lt;]{31}" bConfirmParams="0">
									<!--定位字符的信息-->
									<!--定位字符的信息-->
									<!--nLocateMethod:  0,用识别核心做定位;
														1，提取连通域的方法进行定位;
														2，投影方法进行定位










									-->
									<!--nMinElementNum:该行最少元素数-->
									<!--nMaxElementNum:该行最多元素数-->
									<!--nMinWidth:元素的最小宽度-->
									<!--nMaxWidth:元素的最大宽度-->
									<!--nMinHeight:元素的最小高度-->
									<!--nMaxHeight:元素的最大高度-->
									<!--nMinSpace:元素间的最小间距-->
									<!--nMaxSpace:元素间的最大间距-->
									<CLocateInfo bEraseStart="0" nMinWHRatio="0" nMaxWHRatio="110" nSplitWHRatio="2000" bSplit="0" nNumType="0" bSpace="0" bWidth="0" bHeight="0" bRemoveLineNoise="0" nMinElementNum="36" nMaxElementNum="36" nMinWidth="80" nMaxWidth="230" nMinHeight="175" nMaxHeight="400" nMinSpace="0" nMaxSpace="140" bPostProcess="1">
										<vecCLocateMethod>
											<CLocateMethod nLocateMethod="1">
												<vecProcessImage>
													<CProcessImage processType="1">
														<CTrueColorToGrayEx nFilter="0">
															<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
														</CTrueColorToGrayEx>
													</CProcessImage>
													<CProcessImage processType="2">
														<CGrayToBinaryEx>
															<vecBinaryParam>
																<BINARYPARAM nBlockNum="10" nMethod="7" />
																<BINARYPARAM nBlockNum="1" nMethod="6" />
															</vecBinaryParam>
															<!--processRect-->
															<RECT Left="0" Top="0" Right="0" Bottom="0" />
														</CGrayToBinaryEx>
													</CProcessImage>
												</vecProcessImage>
											</CLocateMethod>
											<CLocateMethod nLocateMethod="1">
												<vecProcessImage>
													<CProcessImage processType="1">
														<CTrueColorToGrayEx nFilter="0">
															<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
														</CTrueColorToGrayEx>
													</CProcessImage>
													<CProcessImage processType="2">
														<CGrayToBinaryEx>
															<vecBinaryParam>
																<BINARYPARAM nBlockNum="10" nMethod="7" />
																<BINARYPARAM nBlockNum="1" nMethod="1" />
															</vecBinaryParam>
															<!--processRect-->
															<RECT Left="0" Top="0" Right="0" Bottom="0" />
														</CGrayToBinaryEx>
													</CProcessImage>
												</vecProcessImage>
											</CLocateMethod>
											<CLocateMethod nLocateMethod="1">
												<vecProcessImage>
													<CProcessImage processType="1">
														<CTrueColorToGrayEx nFilter="0">
															<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
														</CTrueColorToGrayEx>
													</CProcessImage>
													<CProcessImage processType="2">
														<CGrayToBinaryEx>
															<vecBinaryParam>
																<!--	<BINARYPARAM nBlockNum="2" nMethod="7"/>-->
																<BINARYPARAM nBlockNum="1" nMethod="3" />
															</vecBinaryParam>
															<!--processRect-->
															<RECT Left="0" Top="0" Right="0" Bottom="0" />
														</CGrayToBinaryEx>
													</CProcessImage>
												</vecProcessImage>
											</CLocateMethod>
											<CLocateMethod nLocateMethod="1">
												<vecProcessImage>
													<CProcessImage processType="1">
														<CTrueColorToGrayEx nFilter="0">
															<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
														</CTrueColorToGrayEx>
													</CProcessImage>
													<CProcessImage processType="2">
														<CGrayToBinaryEx>
															<vecBinaryParam>
																<BINARYPARAM nBlockNum="1" nMethod="5" />
															</vecBinaryParam>
															<!--processRect-->
															<RECT Left="0" Top="0" Right="0" Bottom="0" />
														</CGrayToBinaryEx>
													</CProcessImage>
												</vecProcessImage>
											</CLocateMethod>
										</vecCLocateMethod>
									</CLocateInfo>
									<vecKernal>
										<!--nRecogType:0识别区域，1识别字符-->
										<!--nRecogImgeType:进行识别时需要的图像类型，0代表灰度，1代表二值-->
										<CKernalInfo kernalMainType="1" nKernalSubType="6" nFilterType="0" nFillingMethod="1" strFilterPlus="" nRecogType="1" nRecogImgeType="0">
											<vecCharRatio>
												<CCharRatio strChars="" charType="3" nWHRatio="78" />
												<CCharRatio strChars="&lt;" charType="10" nWHRatio="85" />
											</vecCharRatio>
										</CKernalInfo>
									</vecKernal>
								</CRecogInfo>
								<!--vecRecogUnit:行内识别单元的信息-->
								<vecRecogUnit>
									<!--nIndex:识别单元序号-->
									<!--cellName:识别单元名称-->
									<!--bLocate:该识别单元是否需要定位-->
									<!--bReRecog:该识别单元是否需要重新识别-->
									<!--OutputThreshold:输出界限一，待输出的识别结果的字频的值不能低于该值-->
									<!--输出界限二，字频值< OutputThreshold的个数最大不能超过该值，否则将不输出-->
									<CRecogUnit nIndex="10" bLocate="0" bRecog="0"></CRecogUnit>
								</vecRecogUnit>
								<!--vecLineKeyWord:记录该行内用来定位的关键字信息-->
								<vecLineKeyWord></vecLineKeyWord>
								<!--记录该行定义基准点的信息-->
								<vecCLocateAnchor>
									<CLocateAnchor nDisToAnchor="0" nAnchorIndex="1" anchorType="3" />
								</vecCLocateAnchor>
							</CLine>
							<CLine nIndex="1" bStartOffset="1" bEndOffset="0" bExist="1" bNeedRecog="1" nCheckKeyWord="0">
								<!--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
									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
								-->
								<RECT Left="0" Top="0" Right="0" Bottom="0" />
								<!--nRecogType:0识别区域，1识别字符-->
								<!--nRecogImgeType:进行识别时需要的图像类型，0代表灰度，1代表二值-->
								<!--cellRecogType:识别内容
										NAMECH=0,//中文姓名
										SEX=1,//性别
										NATION=2,//民族
										BIRTHDAY=3,//出生日期
										ISSUINGDATE=4,//签发日期
										VALIDPERIOD=5,//有效期至
										ADDRESSS=6,//地址
										IDNUMBER=7,//身份证号码










										PPMRZ1=8,//护照类型证件的机读码第一行










										PPMRZ2=9,//护照类型证件的机读码第二行










										OTHER=10//其他类型
								-->
								<!--charOrder:字符的排列情况，用正则表达式表示-->
								<!--kernalMainType识别核心主类型 
										TH_OCR=1,
										SSFT152=2,
										BARCODE=3
								-->
								<CRecogInfo bIgnorePoint="0" nMaxPointWidth="0" nMaxPointHeight="0" bMatchRegExp="1" charOrder="[\C\D]{1}[\C\D]{1}\D{8}CHN\D{7}[FM]{1}\D{7}[\C&lt;]{1}[\C\D&lt;]{1}[\C\D&lt;]{1}[\C\D&lt;]{1}[\D&lt;]{4}" bConfirmParams="0">
									<!--定位字符的信息-->
									<!--定位字符的信息-->
									<!--nLocateMethod:  0,用识别核心做定位;
														1，提取连通域的方法进行定位;
														2，投影方法进行定位

















									-->
									<!--nMinElementNum:该行最少元素数-->
									<!--nMaxElementNum:该行最多元素数-->
									<!--nMinWidth:元素的最小宽度-->
									<!--nMaxWidth:元素的最大宽度-->
									<!--nMinHeight:元素的最小高度-->
									<!--nMaxHeight:元素的最大高度-->
									<!--nMinSpace:元素间的最小间距-->
									<!--nMaxSpace:元素间的最大间距-->
									<CLocateInfo bEraseStart="0" nMinWHRatio="0" nMaxWHRatio="110" nSplitWHRatio="2000" bSplit="0" nNumType="0" bSpace="0" bWidth="0" bHeight="0" bRemoveLineNoise="0" nMinElementNum="36" nMaxElementNum="36" nMinWidth="70" nMaxWidth="220" nMinHeight="175" nMaxHeight="400" nMinSpace="0" nMaxSpace="140" bPostProcess="1">
										<vecCLocateMethod>
											<CLocateMethod nLocateMethod="1">
												<vecProcessImage>
													<CProcessImage processType="1">
														<CTrueColorToGrayEx nFilter="0">
															<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
														</CTrueColorToGrayEx>
													</CProcessImage>
													<CProcessImage processType="2">
														<CGrayToBinaryEx>
															<vecBinaryParam>
																<BINARYPARAM nBlockNum="30" nMethod="7"/>
																<BINARYPARAM nBlockNum="1" nMethod="6" />
															</vecBinaryParam>
															<!--processRect-->
															<RECT Left="0" Top="0" Right="0" Bottom="0" />
														</CGrayToBinaryEx>
													</CProcessImage>
												</vecProcessImage>
											</CLocateMethod>
											<CLocateMethod nLocateMethod="1">
												<vecProcessImage>
													<CProcessImage processType="1">
														<CTrueColorToGrayEx nFilter="0">
															<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
														</CTrueColorToGrayEx>
													</CProcessImage>
													<CProcessImage processType="2">
														<CGrayToBinaryEx>
															<vecBinaryParam>
																<BINARYPARAM nBlockNum="10" nMethod="7" />
																<BINARYPARAM nBlockNum="1" nMethod="1" />
															</vecBinaryParam>
															<!--processRect-->
															<RECT Left="0" Top="0" Right="0" Bottom="0" />
														</CGrayToBinaryEx>
													</CProcessImage>
												</vecProcessImage>
											</CLocateMethod>
											<CLocateMethod nLocateMethod="1">
												<vecProcessImage>
													<CProcessImage processType="1">
														<CTrueColorToGrayEx nFilter="0">
															<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
														</CTrueColorToGrayEx>
													</CProcessImage>
													<CProcessImage processType="2">
														<CGrayToBinaryEx>
															<vecBinaryParam>
																<!--<BINARYPARAM nBlockNum="2" nMethod="7"/>-->
																<BINARYPARAM nBlockNum="1" nMethod="3" />
															</vecBinaryParam>
															<!--processRect-->
															<RECT Left="0" Top="0" Right="0" Bottom="0" />
														</CGrayToBinaryEx>
													</CProcessImage>
												</vecProcessImage>
											</CLocateMethod>
											<CLocateMethod nLocateMethod="1">
												<vecProcessImage>
													<CProcessImage processType="1">
														<CTrueColorToGrayEx nFilter="0">
															<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
														</CTrueColorToGrayEx>
													</CProcessImage>
													<CProcessImage processType="2">
														<CGrayToBinaryEx>
															<vecBinaryParam>
																<BINARYPARAM nBlockNum="1" nMethod="5" />
															</vecBinaryParam>
															<!--processRect-->
															<RECT Left="0" Top="0" Right="0" Bottom="0" />
														</CGrayToBinaryEx>
													</CProcessImage>
												</vecProcessImage>
											</CLocateMethod>
										</vecCLocateMethod>
									</CLocateInfo>
									<vecKernal>
										<!--nRecogType:0识别区域，1识别字符-->
										<!--nRecogImgeType:进行识别时需要的图像类型，0代表灰度，1代表二值-->
										<CKernalInfo kernalMainType="1" nKernalSubType="6" nFilterType="0" nFillingMethod="1" strFilterPlus="" nRecogType="1" nRecogImgeType="0">
											<vecCharRatio>
												<CCharRatio strChars="" charType="0" nWHRatio="60" />
											</vecCharRatio>
										</CKernalInfo>
									</vecKernal>
								</CRecogInfo>
								<!--vecRecogUnit:行内识别单元的信息-->
								<vecRecogUnit>
									<!--nIndex:识别单元序号-->
									<!--cellName:识别单元名称-->
									<!--bLocate:该识别单元是否需要定位-->
									<!--bReRecog:该识别单元是否需要重新识别-->
									<!--OutputThreshold:输出界限一，待输出的识别结果的字频的值不能低于该值-->
									<!--输出界限二，字频值< OutputThreshold的个数最大不能超过该值，否则将不输出-->
									<CRecogUnit nIndex="11" bLocate="0" bRecog="0"></CRecogUnit>
								</vecRecogUnit>
								<!--vecLineKeyWord:记录该行内用来定位的关键字信息-->
								<vecLineKeyWord></vecLineKeyWord>
								<!--vecAnchor:记录该行定义基准点的信息-->
								<vecCLocateAnchor></vecCLocateAnchor>
							</CLine>
						</vecLine>
					</CRegion>
				</vecRegion>
				<vecDeriveUnit>
					<CDeriveUnit nEndCharIndex="1" nSrcRecogUnitIndex="10" nIndex="0" nStartCharIndex="0" />
					<CDeriveUnit nEndCharIndex="8" nSrcRecogUnitIndex="11" nIndex="1" nStartCharIndex="0" />
					<CDeriveUnit nEndCharIndex="33" nSrcRecogUnitIndex="10" nIndex="3" nStartCharIndex="5">
						<vecFlagFind>
							<CFlagFind nPosType="1" nFindType="1" bStart="0" nStartIndex="0" strFlag="\C" nNum="1" nIndexPlus="0" />
						</vecFlagFind>
					</CDeriveUnit>
					<CDeriveUnit nEndCharIndex="20" nSrcRecogUnitIndex="11" nIndex="4" nStartCharIndex="20" />
					<CDeriveUnit nEndCharIndex="18" nSrcRecogUnitIndex="11" nIndex="5" nStartCharIndex="13" />
					<CDeriveUnit nEndCharIndex="26" nSrcRecogUnitIndex="11" nIndex="6" nStartCharIndex="21" />
					<CDeriveUnit nEndCharIndex="4" nSrcRecogUnitIndex="10" nIndex="7" nStartCharIndex="2" />
					<CDeriveUnit nEndCharIndex="-1" nSrcRecogUnitIndex="10" nIndex="8" nStartCharIndex="5">
						<vecFlagFind>
							<CFlagFind nPosType="1" nFindType="0" bStart="1" nStartIndex="0" strFlag="&lt;&lt;" nNum="1" nIndexPlus="-1" />
						</vecFlagFind>
					</CDeriveUnit>
					<CDeriveUnit nEndCharIndex="33" nSrcRecogUnitIndex="10" nIndex="9" nStartCharIndex="-1">
						<vecFlagFind>
							<CFlagFind nPosType="0" nFindType="0" bStart="1" nStartIndex="0" strFlag="&lt;&lt;" nNum="1" nIndexPlus="2" />
							<CFlagFind nPosType="1" nFindType="1" bStart="0" nStartIndex="0" strFlag="\C" nNum="1" nIndexPlus="0" />
						</vecFlagFind>
					</CDeriveUnit>
					<CDeriveUnit nEndCharIndex="12" nSrcRecogUnitIndex="11" nIndex="12" nStartCharIndex="10" />
				</vecDeriveUnit>
				<vecAnchor>
					<CAnchor bEnable="0" nIndex="1" anchorPos="-1" nMaxPos="-1" nMinPos="-1" anchorType="3" />
					<CAnchor bEnable="0" nIndex="2" anchorPos="-1" nMaxPos="-1" nMinPos="-1" anchorType="2" />

				</vecAnchor>
				<vecMergeUnit>        
					<CMergeUnit nDestUnitIndex="16" nDestUnitType="4" nSrcUnitIndex="16" nSrcUnitType="4" strSrc="DDMMMYYYY" strDest="YYYY-MM-DD" nProcessPos="-1" bMeet="1" bSynchronous="0" nOperateType="17"/>
				</vecMergeUnit>
			</CSubTemplate>
			<CSubTemplate nSubID="46"><!--外国签证机读码44-->
				<vecRegion>
					<!--CRegion:区域信息
					nIndex:区域编号
					nRegionType:区域类型,0代表头像区域,1代表识别区域
					nProcessOrder:该区域被处理的顺序










					rcPosition 坐标均为占整张图像的百分比*10000
					-->
					<CRegion nIndex="0" nRegionType="1" nProcessOrder="0">
						<!--处理该区域需要的图像信息的光的类型-->
						<vecImageLightType>
							<!--1:可见光图;2:红外光图;4:紫外光图 -->
							<LIGHTTYPE>2</LIGHTTYPE>
							<LIGHTTYPE>1</LIGHTTYPE>
						</vecImageLightType>
						<!--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-->
						<!--bAccurateLocate为1表示需要进一步精确定位,0代表不需要-->
						<CLocateRegion bAccurateLocate="0">
							<vecProcessImage></vecProcessImage>
							<!--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-->
							<RECT Left="9900" Top="9900" Right="0" Bottom="0" />
							<vecAnchorLocateInfo>
								<!--nDisToAnchor的值也是整图的百分比*10000计算出来的-->
								<CAnchorLocateInfo nAnchorIndex="0" nDisToAnchor="140" anchorType="1" />
								<CAnchorLocateInfo nAnchorIndex="0" nDisToAnchor="9840" anchorType="2" />
								<CAnchorLocateInfo nAnchorIndex="0" nDisToAnchor="6500" anchorType="3" />
								<CAnchorLocateInfo nAnchorIndex="0" nDisToAnchor="9799" anchorType="4" />
							</vecAnchorLocateInfo>
							<!--该区域定义的区域类型基准点的信息-->
							<vecCLocateAnchor></vecCLocateAnchor>
						</CLocateRegion>
						<CLocateLine>
							<!--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-->
							<RECT Left="0" Top="0" Right="100" Bottom="100" />
							<!--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-->
							<RECT Left="0" Top="0" Right="100" Bottom="100" />
							<!--nLocateMethod:0灰度变化的方式进行行定位;1投影方式进行行定位-->
							<!--bHeight:是否等高-->
							<!--bSpace:是否等间距-->
							<!--bWidth:是否等宽-->
							<!--nMinElementNum:该行最少元素数-->
							<!--nMaxElementNum:该行最多元素数-->
							<!--nMinWidth:元素的最小宽度-->
							<!--nMaxWidth:元素的最大宽度-->
							<!--nMinHeight:元素的最小高度-->
							<!--nMaxHeight:元素的最大高度-->
							<!--nMinSpace:元素间的最小间距-->
							<!--nMaxSpace:元素间的最大间距-->
							<CLocateInfo bEraseStart="0" nMinWHRatio="0" nMaxWHRatio="160" nSplitWHRatio="2000" bSplit="0" nNumType="0" bSpace="0" bWidth="0" bHeight="0" bRemoveLineNoise="0" nMinElementNum="2" nMaxElementNum="2" nMinWidth="6614" nMaxWidth="9900" nMinHeight="140" nMaxHeight="420" nMinSpace="100" nMaxSpace="450" bPostProcess="0">
								<vecCLocateMethod>
									<CLocateMethod nLocateMethod="0">
										<!--在定位前进行的预处理信息，一般是二值化-->
										<vecProcessImage>
											<CProcessImage processType="1">
												<CTrueColorToGrayEx nFilter="0">
													<RECT Top="0" Right="0" Bottom="0" Left="0" />
												</CTrueColorToGrayEx>
											</CProcessImage>
										</vecProcessImage>
									</CLocateMethod>
									<CLocateMethod nLocateMethod="1">
										<!--在定位前进行的预处理信息，一般是二值化-->
										<vecProcessImage>
											<CProcessImage processType="1">
												<CTrueColorToGrayEx nFilter="0">
													<RECT Top="0" Right="0" Bottom="0" Left="0" />
												</CTrueColorToGrayEx>
											</CProcessImage>
											<CProcessImage processType="2">
												<CGrayToBinaryEx>
													<vecBinaryParam>
														<BINARYPARAM nBlockNum="2" nMethod="7" />
														<BINARYPARAM nBlockNum="1" nMethod="3" />
													</vecBinaryParam>
													<!--processRect-->
													<RECT Left="0" Top="0" Right="0" Bottom="0" />
												</CGrayToBinaryEx>
											</CProcessImage>
										</vecProcessImage>
									</CLocateMethod>
									<CLocateMethod nLocateMethod="1">
										<!--在定位前进行的预处理信息，一般是二值化-->
										<vecProcessImage>
											<CProcessImage processType="1">
												<CTrueColorToGrayEx nFilter="0">
													<RECT Top="0" Right="0" Bottom="0" Left="0" />
												</CTrueColorToGrayEx>
											</CProcessImage>
											<CProcessImage processType="2">
												<CGrayToBinaryEx>
													<vecBinaryParam>
														<BINARYPARAM nBlockNum="1" nMethod="6" />
													</vecBinaryParam>
													<!--processRect-->
													<RECT Left="0" Top="0" Right="0" Bottom="0" />
												</CGrayToBinaryEx>
											</CProcessImage>
										</vecProcessImage>
									</CLocateMethod>
								</vecCLocateMethod>
							</CLocateInfo>
							<!--采用定位算法对行定位后，边界要浮动的大小，可以为负数
							也是整图的百分比*10000计算出来的-->
							<positionPlus nLeftPlus="-120" nRightPlus="120" nTopPlus="-120" nBottomPlus="150" />
						</CLocateLine>
						<vecLine>
							<!--nIndex:该行在区域内是第几行，以第一行或者最后一行为基准从0开始的偏移-->
							<!--bStartOffset:如果是以区域的第一行为基准，该值为true,否则为false-->
							<!--bEndOffset:如果是以区域的最后一行为基准，该值为false，否则为false-->
							<!--nLineType:0代表不需要识别，1代表需要识别-->
							<CLine nIndex="0" bStartOffset="1" bEndOffset="0" bExist="1" bNeedRecog="1" nCheckKeyWord="0">
								<!--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
									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
								-->
								<RECT Left="0" Top="0" Right="0" Bottom="0" />
								<!--nRecogType:0识别区域，1识别字符-->
								<!--nRecogImgeType:进行识别时需要的图像类型，0代表灰度，1代表二值-->
								<!--cellRecogType:识别内容
										NAMECH=0,//中文姓名
										SEX=1,//性别
										NATION=2,//民族
										BIRTHDAY=3,//出生日期
										ISSUINGDATE=4,//签发日期
										VALIDPERIOD=5,//有效期至
										ADDRESSS=6,//地址
										IDNUMBER=7,//身份证号码










										PPMRZ1=8,//护照类型证件的机读码第一行










										PPMRZ2=9,//护照类型证件的机读码第二行










										OTHER=10//其他类型
								-->
								<!--charOrder:字符的排列情况，用正则表达式表示-->
								<!--kernalMainType识别核心主类型 
										TH_OCR=1,
										SSFT152=2,
										BARCODE=3
								-->
								<CRecogInfo bIgnorePoint="0" nMaxPointWidth="0" nMaxPointHeight="0" bMatchRegExp="1" charOrder="V[\C\D&lt;]{42}[\D&lt;]{1}" bConfirmParams="0">
									<!--定位字符的信息-->
									<!--定位字符的信息-->
									<!--nLocateMethod:  0,用识别核心做定位;
														1，提取连通域的方法进行定位;
														2，投影方法进行定位










									-->
									<!--nMinElementNum:该行最少元素数-->
									<!--nMaxElementNum:该行最多元素数-->
									<!--nMinWidth:元素的最小宽度-->
									<!--nMaxWidth:元素的最大宽度-->
									<!--nMinHeight:元素的最小高度-->
									<!--nMaxHeight:元素的最大高度-->
									<!--nMinSpace:元素间的最小间距-->
									<!--nMaxSpace:元素间的最大间距-->
									<CLocateInfo bEraseStart="0" nMinWHRatio="0" nMaxWHRatio="110" nSplitWHRatio="2000" bSplit="0" nNumType="0" bSpace="0" bWidth="0" bHeight="0" bRemoveLineNoise="0" nMinElementNum="44" nMaxElementNum="44" nMinWidth="80" nMaxWidth="230" nMinHeight="175" nMaxHeight="400" nMinSpace="0" nMaxSpace="140" bPostProcess="1">
										<vecCLocateMethod>
											<CLocateMethod nLocateMethod="1">
												<vecProcessImage>
													<CProcessImage processType="1">
														<CTrueColorToGrayEx nFilter="0">
															<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
														</CTrueColorToGrayEx>
													</CProcessImage>
													<CProcessImage processType="2">
														<CGrayToBinaryEx>
															<vecBinaryParam>
																<BINARYPARAM nBlockNum="10" nMethod="7" />
																<BINARYPARAM nBlockNum="1" nMethod="6" />
															</vecBinaryParam>
															<!--processRect-->
															<RECT Left="0" Top="0" Right="0" Bottom="0" />
														</CGrayToBinaryEx>
													</CProcessImage>
												</vecProcessImage>
											</CLocateMethod>
											<CLocateMethod nLocateMethod="1">
												<vecProcessImage>
													<CProcessImage processType="1">
														<CTrueColorToGrayEx nFilter="0">
															<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
														</CTrueColorToGrayEx>
													</CProcessImage>
													<CProcessImage processType="2">
														<CGrayToBinaryEx>
															<vecBinaryParam>
																<BINARYPARAM nBlockNum="10" nMethod="7" />
																<BINARYPARAM nBlockNum="1" nMethod="1" />
															</vecBinaryParam>
															<!--processRect-->
															<RECT Left="0" Top="0" Right="0" Bottom="0" />
														</CGrayToBinaryEx>
													</CProcessImage>
												</vecProcessImage>
											</CLocateMethod>
											<CLocateMethod nLocateMethod="1">
												<vecProcessImage>
													<CProcessImage processType="1">
														<CTrueColorToGrayEx nFilter="0">
															<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
														</CTrueColorToGrayEx>
													</CProcessImage>
													<CProcessImage processType="2">
														<CGrayToBinaryEx>
															<vecBinaryParam>
																<!--	<BINARYPARAM nBlockNum="2" nMethod="7"/>-->
																<BINARYPARAM nBlockNum="1" nMethod="3" />
															</vecBinaryParam>
															<!--processRect-->
															<RECT Left="0" Top="0" Right="0" Bottom="0" />
														</CGrayToBinaryEx>
													</CProcessImage>
												</vecProcessImage>
											</CLocateMethod>
											<CLocateMethod nLocateMethod="1">
												<vecProcessImage>
													<CProcessImage processType="1">
														<CTrueColorToGrayEx nFilter="0">
															<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
														</CTrueColorToGrayEx>
													</CProcessImage>
													<CProcessImage processType="2">
														<CGrayToBinaryEx>
															<vecBinaryParam>
																<BINARYPARAM nBlockNum="1" nMethod="5" />
															</vecBinaryParam>
															<!--processRect-->
															<RECT Left="0" Top="0" Right="0" Bottom="0" />
														</CGrayToBinaryEx>
													</CProcessImage>
												</vecProcessImage>
											</CLocateMethod>
										</vecCLocateMethod>
									</CLocateInfo>
									<vecKernal>
										<!--nRecogType:0识别区域，1识别字符-->
										<!--nRecogImgeType:进行识别时需要的图像类型，0代表灰度，1代表二值-->
										<CKernalInfo kernalMainType="1" nKernalSubType="6" nFilterType="0" nFillingMethod="1" strFilterPlus="" nRecogType="1" nRecogImgeType="0">
											<vecCharRatio>
												<CCharRatio strChars="" charType="3" nWHRatio="78" />
												<CCharRatio strChars="&lt;" charType="10" nWHRatio="85" />
											</vecCharRatio>
										</CKernalInfo>
									</vecKernal>
								</CRecogInfo>
								<!--vecRecogUnit:行内识别单元的信息-->
								<vecRecogUnit>
									<!--nIndex:识别单元序号-->
									<!--cellName:识别单元名称-->
									<!--bLocate:该识别单元是否需要定位-->
									<!--bReRecog:该识别单元是否需要重新识别-->
									<!--OutputThreshold:输出界限一，待输出的识别结果的字频的值不能低于该值-->
									<!--输出界限二，字频值< OutputThreshold的个数最大不能超过该值，否则将不输出-->
									<CRecogUnit nIndex="10" bLocate="0" bRecog="0"></CRecogUnit>
								</vecRecogUnit>
								<!--vecLineKeyWord:记录该行内用来定位的关键字信息-->
								<vecLineKeyWord></vecLineKeyWord>
								<!--记录该行定义基准点的信息-->
								<vecCLocateAnchor>
									<CLocateAnchor nDisToAnchor="0" nAnchorIndex="1" anchorType="3" />
								</vecCLocateAnchor>
							</CLine>
							<CLine nIndex="1" bStartOffset="1" bEndOffset="0" bExist="1" bNeedRecog="1" nCheckKeyWord="0">
								<!--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
									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
								-->
								<RECT Left="0" Top="0" Right="0" Bottom="0" />
								<!--nRecogType:0识别区域，1识别字符-->
								<!--nRecogImgeType:进行识别时需要的图像类型，0代表灰度，1代表二值-->
								<!--cellRecogType:识别内容
										NAMECH=0,//中文姓名
										SEX=1,//性别
										NATION=2,//民族
										BIRTHDAY=3,//出生日期
										ISSUINGDATE=4,//签发日期
										VALIDPERIOD=5,//有效期至
										ADDRESSS=6,//地址
										IDNUMBER=7,//身份证号码

















										PPMRZ1=8,//护照类型证件的机读码第一行

















										PPMRZ2=9,//护照类型证件的机读码第二行

















										OTHER=10//其他类型
								-->
								<!--charOrder:字符的排列情况，用正则表达式表示-->
								<!--kernalMainType识别核心主类型 
										TH_OCR=1,
										SSFT152=2,
										BARCODE=3
								-->
								<CRecogInfo bIgnorePoint="0" nMaxPointWidth="0" nMaxPointHeight="0" bMatchRegExp="1" charOrder="[\C\D]{1}[\C\D]{1}\D{4}[\C\D]{1}[\C\D]{1}[\D&lt;]{1}\D{1}CHN\D{7}[MF]{1}\D{7}[\C\D&lt;]{16}" bConfirmParams="0">
									<!--定位字符的信息-->
									<!--定位字符的信息-->
									<!--nLocateMethod:  0,用识别核心做定位;
														1，提取连通域的方法进行定位;
														2，投影方法进行定位

















									-->
									<!--nMinElementNum:该行最少元素数-->
									<!--nMaxElementNum:该行最多元素数-->
									<!--nMinWidth:元素的最小宽度-->
									<!--nMaxWidth:元素的最大宽度-->
									<!--nMinHeight:元素的最小高度-->
									<!--nMaxHeight:元素的最大高度-->
									<!--nMinSpace:元素间的最小间距-->
									<!--nMaxSpace:元素间的最大间距-->
									<CLocateInfo bEraseStart="0" nMinWHRatio="0" nMaxWHRatio="110" nSplitWHRatio="2000" bSplit="0" nNumType="0" bSpace="0" bWidth="0" bHeight="0" bRemoveLineNoise="0" nMinElementNum="44" nMaxElementNum="44" nMinWidth="70" nMaxWidth="220" nMinHeight="175" nMaxHeight="400" nMinSpace="0" nMaxSpace="140" bPostProcess="1">
										<vecCLocateMethod>
											<CLocateMethod nLocateMethod="1">
												<vecProcessImage>
													<CProcessImage processType="1">
														<CTrueColorToGrayEx nFilter="0">
															<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
														</CTrueColorToGrayEx>
													</CProcessImage>
													<CProcessImage processType="2">
														<CGrayToBinaryEx>
															<vecBinaryParam>
																<!--<BINARYPARAM nBlockNum="30" nMethod="7"/>-->
																<BINARYPARAM nBlockNum="1" nMethod="6" />
															</vecBinaryParam>
															<!--processRect-->
															<RECT Left="0" Top="0" Right="0" Bottom="0" />
														</CGrayToBinaryEx>
													</CProcessImage>
												</vecProcessImage>
											</CLocateMethod>
											<CLocateMethod nLocateMethod="1">
												<vecProcessImage>
													<CProcessImage processType="1">
														<CTrueColorToGrayEx nFilter="0">
															<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
														</CTrueColorToGrayEx>
													</CProcessImage>
													<CProcessImage processType="2">
														<CGrayToBinaryEx>
															<vecBinaryParam>
																<BINARYPARAM nBlockNum="10" nMethod="7" />
																<BINARYPARAM nBlockNum="1" nMethod="1" />
															</vecBinaryParam>
															<!--processRect-->
															<RECT Left="0" Top="0" Right="0" Bottom="0" />
														</CGrayToBinaryEx>
													</CProcessImage>
												</vecProcessImage>
											</CLocateMethod>
											<CLocateMethod nLocateMethod="1">
												<vecProcessImage>
													<CProcessImage processType="1">
														<CTrueColorToGrayEx nFilter="0">
															<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
														</CTrueColorToGrayEx>
													</CProcessImage>
													<CProcessImage processType="2">
														<CGrayToBinaryEx>
															<vecBinaryParam>
																<!--<BINARYPARAM nBlockNum="2" nMethod="7"/>-->
																<BINARYPARAM nBlockNum="1" nMethod="3" />
															</vecBinaryParam>
															<!--processRect-->
															<RECT Left="0" Top="0" Right="0" Bottom="0" />
														</CGrayToBinaryEx>
													</CProcessImage>
												</vecProcessImage>
											</CLocateMethod>
											<CLocateMethod nLocateMethod="1">
												<vecProcessImage>
													<CProcessImage processType="1">
														<CTrueColorToGrayEx nFilter="0">
															<RECT Top="0" Right="0" Bottom="0" Left="0"></RECT>
														</CTrueColorToGrayEx>
													</CProcessImage>
													<CProcessImage processType="2">
														<CGrayToBinaryEx>
															<vecBinaryParam>
																<BINARYPARAM nBlockNum="1" nMethod="5" />
															</vecBinaryParam>
															<!--processRect-->
															<RECT Left="0" Top="0" Right="0" Bottom="0" />
														</CGrayToBinaryEx>
													</CProcessImage>
												</vecProcessImage>
											</CLocateMethod>
										</vecCLocateMethod>
									</CLocateInfo>
									<vecKernal>
										<!--nRecogType:0识别区域，1识别字符-->
										<!--nRecogImgeType:进行识别时需要的图像类型，0代表灰度，1代表二值-->
										<CKernalInfo kernalMainType="1" nKernalSubType="6" nFilterType="0" nFillingMethod="1" strFilterPlus="" nRecogType="1" nRecogImgeType="0">
											<vecCharRatio>
												<CCharRatio strChars="" charType="0" nWHRatio="60" />
											</vecCharRatio>
										</CKernalInfo>
									</vecKernal>
								</CRecogInfo>
								<!--vecRecogUnit:行内识别单元的信息-->
								<vecRecogUnit>
									<!--nIndex:识别单元序号-->
									<!--cellName:识别单元名称-->
									<!--bLocate:该识别单元是否需要定位-->
									<!--bReRecog:该识别单元是否需要重新识别-->
									<!--OutputThreshold:输出界限一，待输出的识别结果的字频的值不能低于该值-->
									<!--输出界限二，字频值< OutputThreshold的个数最大不能超过该值，否则将不输出-->
									<CRecogUnit nIndex="11" bLocate="0" bRecog="0"></CRecogUnit>
								</vecRecogUnit>
								<!--vecLineKeyWord:记录该行内用来定位的关键字信息-->
								<vecLineKeyWord></vecLineKeyWord>
								<!--vecAnchor:记录该行定义基准点的信息-->
								<vecCLocateAnchor></vecCLocateAnchor>
							</CLine>
						</vecLine>
					</CRegion>
				</vecRegion>
				<vecDeriveUnit>
					<CDeriveUnit nEndCharIndex="1" nSrcRecogUnitIndex="10" nIndex="0" nStartCharIndex="0" />
					<CDeriveUnit nEndCharIndex="8" nSrcRecogUnitIndex="11" nIndex="1" nStartCharIndex="0" />
					<CDeriveUnit nEndCharIndex="-1" nSrcRecogUnitIndex="10" nIndex="3" nStartCharIndex="5">
						<vecFlagFind>
							<CFlagFind nPosType="1" nFindType="1" bStart="0" nStartIndex="0" strFlag="\C" nNum="1" nIndexPlus="0" />
						</vecFlagFind>
					</CDeriveUnit>
					<CDeriveUnit nEndCharIndex="20" nSrcRecogUnitIndex="11" nIndex="4" nStartCharIndex="20" />
					<CDeriveUnit nEndCharIndex="18" nSrcRecogUnitIndex="11" nIndex="5" nStartCharIndex="13" />
					<CDeriveUnit nEndCharIndex="26" nSrcRecogUnitIndex="11" nIndex="6" nStartCharIndex="21" />
					<CDeriveUnit nEndCharIndex="4" nSrcRecogUnitIndex="10" nIndex="7" nStartCharIndex="2" />
					<CDeriveUnit nEndCharIndex="-1" nSrcRecogUnitIndex="10" nIndex="8" nStartCharIndex="5">
						<vecFlagFind>
							<CFlagFind nPosType="1" nFindType="0" bStart="1" nStartIndex="0" strFlag="&lt;&lt;" nNum="1" nIndexPlus="-1" />
						</vecFlagFind>
					</CDeriveUnit>
					<CDeriveUnit nEndCharIndex="-1" nSrcRecogUnitIndex="10" nIndex="9" nStartCharIndex="-1">
						<vecFlagFind>
							<CFlagFind nPosType="0" nFindType="0" bStart="1" nStartIndex="5" strFlag="&lt;&lt;" nNum="1" nIndexPlus="2" />
							<CFlagFind nPosType="1" nFindType="1" bStart="0" nStartIndex="0" strFlag="\C" nNum="1" nIndexPlus="0" />
						</vecFlagFind>
					</CDeriveUnit>
					<CDeriveUnit nEndCharIndex="12" nSrcRecogUnitIndex="11" nIndex="12" nStartCharIndex="10" />
					<CDeriveUnit nEndCharIndex="8" nSrcRecogUnitIndex="11" nIndex="14" nStartCharIndex="0" />
				</vecDeriveUnit>
				<vecAnchor>
					<CAnchor bEnable="0" nIndex="1" anchorPos="-1" nMaxPos="-1" nMinPos="-1" anchorType="3" />
					<CAnchor bEnable="0" nIndex="2" anchorPos="-1" nMaxPos="-1" nMinPos="-1" anchorType="2" />
				</vecAnchor>
				<vecMergeUnit> 
					<CMergeUnit nDestUnitIndex="16" nDestUnitType="4" nSrcUnitIndex="16" nSrcUnitType="4" strSrc="DDMMMYYYY" strDest="YYYY-MM-DD" nProcessPos="-1" bMeet="1" bSynchronous="0" nOperateType="17"/>
				</vecMergeUnit>
			</CSubTemplate>
		</vecSubTemplate>
	</CIDCardTemplate>

</IDCARD>