]

dev_update_off ()
设备更新关闭（）
read_image (Image, 'pads')
读取图像（图像，“pads”）
get_image_size (Image, Width, Height)
获取图像大小（图像、宽度、高度）
dev_close_window ()
关闭活动窗口（）
dev_open_window_fit_image (Image, 0, 0, -1, -1, WindowHandle)
按指定图像的大小来打开一个窗口（目标图片,新窗口左上角列标，新窗口宽度高度限制，新图形窗口的窗口句柄）
set_display_font (WindowHandle, 14, 'mono', 'true', 'false')
设置显示字体（窗口句柄,字体大小,字体,粗体,斜体）
Define the approximate position and the measure
确定圆的大致位置和测量值
tolerance for the circles
圆的公差
定义圆的近似位置和测量公差
RowCircle := [52:89:500]
给出圆的行，列
CircleInitRow := [RowCircle,RowCircle]
CircleIntrow:=[行循环，行循环]
CircleInitColumn := [gen_tuple_const(6,348),gen_tuple_const(6,438)]
CircleInitColumn:=[生成元组常量（6348），生成元组常量（6438）]
gen_cross_contour_xld (Cross1, CircleInitRow, CircleInitColumn, 6, 0.785398)
生成十字星表示坐标位置及生成交叉方向的XLD轮廓（生成XLD轮廓，输入点的行坐标，列，十字大小，十字角度）
CircleInitRadius := [gen_tuple_const(6,23),gen_tuple_const(6,23)]
圆初始半径
CircleRadiusTolerance := 12
半径公差
Define the approximate position and the measure
定义矩形的近似位置和测量公差
tolerance for the rectangles
长方形公差
RectangleInitRow := [410,410]
矩形初始化行：=[410410]
RectangleInitColumn := [215,562]
矩形初始化列：=[215562]
RectangleInitPhi := [0,0]
RectangleInitLength1 := [85,85]
矩形初始长度1
RectangleInitLength2 := [88,88]
矩形初始长度2
RectangleTolerance := 10
矩形公差：=10
Prepare the metrology model data structure 
准备计量模型数据结构
create_metrology_model (MetrologyHandle)
生成检测模型,metrology：卡尺
Setting the image width in advance is not
necessary, but improves the runtime of the
first measurement.
不需要预先设置图像宽度，但是可以改善第一次测量的运行时间。
set_metrology_model_image_size (MetrologyHandle, Width, Height) 
设置计量对象图像的大小。
 Add the metrology rectangle objects to the model
as defined above
将定义的矩形加入到计量模型中
add_metrology_object_rectangle2_measure (MetrologyHandle, RectangleInitRow, RectangleInitColumn, RectangleInitPhi, RectangleInitLength1, RectangleInitLength2, RectangleTolerance, 5, .5, 1, [], [], MetrologyRectangleIndices)
*增加卡尺模型（卡尺模型，行，列，角度，长，宽，公差，与边界相切的检测区域的一般长度，Sigma的高斯函数用于平滑，最小边幅，用于参数的名称，创建的计量对象的索引）
Add the metrology circle objects to the model as defined above
将定义的圆加入到计量模型中
add_metrology_object_circle_measure (MetrologyHandle, CircleInitRow, CircleInitColumn, CircleInitRadius, CircleRadiusTolerance, 5, 1.5, 2, [], [], MetrologyCircleIndices)
*增加卡尺模型（卡尺模型，行，列，半径，半径公差，与边界相切的检测区域的一般长度，Sigma的高斯函数用于平滑，最小边幅，用于参数的名称，创建的计量对象的索引）
* It is possible to measure more than one circle/rectangle/line/ellipse
* instance per metrology object in one call.
* Since we like to measure two circles per object,
* we set 'num_instances' to 2.
*在一次调用中可每个计量对象可以测量多个圆/矩形/直线/椭圆本例中设置圆的数目为2
set_metrology_object_param (MetrologyHandle, MetrologyCircleIndices, 'num_instances', 2)
设置测量模型参数
* Setting 'measure_transition' to 'uniform' assures
* that only consistent circles are returned, that have
* either only edges from bright to dark or vice versa.
* Since the consistency check increases runtime, it is
* switched of by default.
* In this example however, it is safer to switch it on,
* because both negative and positive edges are present.
将“measure_transition”设置为“uniform”可确保只返回一致的圆，这些圆要么只有从亮到暗的边，要么反之亦然。
由于一致性检查会增加运行时间，因此默认情况下会切换为。但是在这个例子中，打开它更安全，因为同时存在负边和正边。
set_metrology_object_param (MetrologyHandle, MetrologyCircleIndices, 'measure_transition', 'uniform')
设置参数（卡尺模型，卡尺圆指标参数，测量过渡，统一）
* Setting the minimum score can make the results more robust
set_metrology_object_param (MetrologyHandle, MetrologyCircleIndices, 'min_score', .9)
*设置最低分数可以使结果更可靠
* Perform the measurement
*  执行测量
apply_metrology_model (Image, MetrologyHandle)
*测量并拟合计量模型中所有计量对象的几何形状。
get_metrology_object_result (MetrologyHandle, MetrologyRectangleIndices, 'all', 'result_type', 'all_param', RectangleParameter)
获取卡尺结果（卡尺模型，计量对象的索引，计量对象的实例，通用参数名称，泛型参数的值，结果值）
获取长方形计量模型的测量结果。  
* Extract the parameters for better readability  
* 提取参数以提高可读性
Sequence := [0:5:|RectangleParameter| - 1]
RectangleRow := RectangleParameter[Sequence]
RectangleColumn := RectangleParameter[Sequence + 1]
RectanglePhi := RectangleParameter[Sequence + 2]
RectangleLength1 := RectangleParameter[Sequence + 3]
RectangleLength2 := RectangleParameter[Sequence + 4]
* 长方形的测量结果：坐标，角度长宽
* Access the results of the circle measurement 
* 获取圆形计量模型的测量结果。  
get_metrology_object_result (MetrologyHandle, MetrologyCircleIndices, 'all', 'result_type', 'all_param', CircleParameter)
获取卡尺结果（卡尺模型，计量对象的索引，计量对象的实例，通用参数名称，泛型参数的值，结果值）
* Extract the parameters for better readability 取参数以提高可读性
Sequence := [0:3:|CircleParameter| - 1]
CircleRow := CircleParameter[Sequence]
CircleColumn := CircleParameter[Sequence + 1]
CircleRadius := CircleParameter[Sequence + 2]
* 圆的测量结果
* Display the results
* 显示结果
* Get measured contours  
* 查询计量对象的结果轮廓。
get_metrology_object_result_contour (Contours, MetrologyHandle, 'all', 'all', 1.5)
查询度量对象的结果轮廓（给定度量对象的结果轮廓，计量模型的句柄，度量对象的索引和实例，相邻轮廓间的距离）
* Get the contours of the measure regions
* and the coordinates of the edge points
* that were the basis for fitting the circles and rectangles
 获取测量区域的轮廓和边缘点的坐标这是拟合圆形和矩形的基础
get_metrology_object_measures (Contour, MetrologyHandle, 'all', 'all', Row1, Column1) 
*得到计量模型的测量区域和边缘定位结果（给定度量对象的结果轮廓，计量对象的索引，选择深色/浅色边缘，测量边缘的行，列坐标）
gen_cross_contour_xld (Cross, Row1, Column1, 6, 0.785398)
在输入点的坐标处产生亚像素精度的交叉线（交叉线坐标，长度，角度）
* Display everything
Color := ['gray','cyan','green']
dev_display (Image)
dev_set_line_width (1)
dev_set_color (Color[0])
dev_display (Contour)
dev_set_color (Color[1])
dev_display (Cross)
dev_set_line_width (2)
dev_set_color (Color[2])
dev_display (Contours)
Message := Color[2] + ': Measurement result'
Message[1] := Color[1] + ': Edge candidate points'
Message[2] := Color[0] + ': Measure regions'
disp_message (WindowHandle, Message, 'window', 12, 12, 'black', 'true')
编辑一条文本消息（要显示文本消息的字符串数组，相对于坐标系给出文本位置，文本的行列，true文本将显示在文本框中，false不显示框）
stop ()
* Clean up memory
clear_metrology_model (MetrologyHandle)  
释放句柄