基本操作之——集合基本操作

合集 - Halcon(58)

1.halcon-轮廓拟合圆fit_circle_contour_xld2023-12-252.Halcon 标定例程（calibration-adjust_mosaic_images.hdev）2023-12-283.Halcon 相机外部参数（camera_calibration_external.hdev）2023-12-284.halcon 标定2023-12-285.Halcon 相机内部参数（camera_calibration_internal.hdev）2023-12-286.halcon 标定算子汇总2024-04-197.halcon 拼接参考2024-04-198.halcon 双目相机标定2024-01-199.HALCON 杂记2024-01-2310.dump_window & dump_window_image 区别2024-02-2911.拟合——直线2024-02-2912.halcon崩溃，未及时保存文件临时存储路径2024-02-2913.halcon-——显示颜色对照表2024-02-2914.矩阵基本操作2024-02-2915.通过高斯的导数获取法向量2024-02-2916.halcon ——从几个不同照明的图像重建表面2024-02-2917.脱离halcon环境运行2024-02-2918.Halcon 一维测量/1D-Measuring2024-03-0119.Halcon——矩阵/Matrix2024-03-0120.dev_set_lut显示效果2024-03-0121.基础设置之——dev_set_check2024-03-0122.基础设置之——dev_open_file_dialog2024-03-0123.基础设置之——dev_open_dialog2024-03-0124.基础设置之——dev_disp_text2024-03-0225.基础操作之——生成一张背景图像2024-03-0226.基础设置之——dev_open_tool2024-03-0427.基本设置之——算术运算2024-03-0428.基础设置之——字符显示格式设置2024-03-0429.基础设置之——条件判断(一)2024-03-0430.基础操作之——tuple基本操作2024-03-0431.基本操作之——位运算2024-03-0532.基本操作之——正弦函数绘制2024-03-0533.基本操作之——多维空间欧几里得距离距离计算及标量积计算2024-03-05

34.基本操作之——集合基本操作2024-03-05

35.基本操作之——字符截取操作2024-03-0536.基本操作之——Unicode编码2024-03-0537.基本操作之——正则表达式2024-03-0538.基本操作之——字典2024-03-0639.基础设置之——条件判断(二)2024-03-0640.基本操作之——tuple类型2024-03-0641.基本操作之——tuple值分布范围获取2024-03-0642.基本操作之——tuple增删查改操作2024-03-0643.基本操作之——Object比较2024-03-0744.基本操作之——Object插入2024-03-0745.基本操作之——Object差异2024-03-0746.基本操作之——Object移除操作2024-03-0747.基本操作之——Object替换2024-03-0748.分类器——高斯混合模型/Gaussian-Mixture-Models(GMM)之图像分割2024-03-0749.分类器——高斯混合模型之水果分类2024-03-0750.分类器——高斯混合模型之缺陷检测（纹理缺陷检测）2024-03-0751.基本操作之——图像纹理处理texture_laws2024-04-1952.分类器——高斯混合模型之查找表分类器（保险丝分类）2024-03-0853.模版匹配——set_shape_model_param2024-03-1354.模板匹配——set_shape_model_clutter2024-03-1355.模板匹配——金字塔图像计算gen_gauss_pyramid2024-03-1356.模板匹配——determine_shape_model_params2024-03-1457.模板匹配——create_shape_model2024-03-1458.模版匹配——inspect_shape_model2024-03-15

收起

1.整形数组操作

dev_clear_window()
TupleInt1 := [3,1,2,9,1]
dev_disp_text('整形数组操作', 'window', 60, 0, 'white', 'box_color', '#00ffff4c')
dev_disp_text('数组TupleInt1包含元素'+TupleInt1, 'window', 80, 0, 'white', 'box_color', '#00ffff4c')
TupleInt2 := [10,2,4,3,2]
dev_disp_text('数组TupleInt2包含元素'+TupleInt2, 'window', 80, 280, 'white', 'box_color', '#00ffff4c')
tuple_union (TupleInt1, TupleInt2, UnionInt)
dev_disp_text('数组TupleInt1与TupleInt2的并集包含'+UnionInt, 'window', 280, 0, 'white', 'box_color', '#00ffff4c')
tuple_intersection (TupleInt1, TupleInt2, IntersectionInt)
dev_disp_text('数组TupleInt1与TupleInt2的交集包含'+IntersectionInt, 'window', 480, 0, 'white', 'box_color', '#00ffff4c')
tuple_difference (TupleInt1, TupleInt2, DifferenceInt)
dev_disp_text('数组TupleInt1与TupleInt2的差集包含'+DifferenceInt, 'window', 580, 0, 'white', 'box_color', '#00ffff4c')
tuple_symmdiff (TupleInt1, TupleInt2, SymmDiffInt)
dev_disp_text('数组TupleInt1与TupleInt2的对称差集包含'+SymmDiffInt, 'window',680, 0, 'white', 'box_color', '#00ffff4c')

* 类似操作算子
UnionIntHDev := union(TupleInt1,TupleInt2)
IntersectionIntHDev := intersection(TupleInt1,TupleInt2)
DifferenceIntHDev := difference(TupleInt1,TupleInt2)
SymmDiffIntHDev := symmdiff(TupleInt1,TupleInt2)

实现效果同上tuple相关操作算子

 

2.浮点型数组操作

*浮点数组操作
dev_clear_window()
TupleFloat1 := real([3,1,2,9,1])
dev_disp_text('整形数组操作', 'window', 60, 0, 'white', 'box_color', '#00ffff4c')
dev_disp_text('数组TupleFloat1包含元素'+TupleFloat1, 'window', 80, 0, 'white', 'box_color', '#00ffff4c')
TupleFloat2 := real([10,2,4,3,2])
dev_disp_text('数组TupleFloat2包含元素'+TupleFloat2, 'window', 80, 280, 'white', 'box_color', '#00ffff4c')
tuple_union (TupleFloat1, TupleFloat2, UnionFloat)
dev_disp_text('数组TupleFloat1与TupleFloat2的并集包含'+UnionFloat, 'window', 280, 0, 'white', 'box_color', '#00ffff4c')
tuple_intersection (TupleFloat1, TupleFloat2, IntersectionFloat)
dev_disp_text('数组TupleFloat1与TupleFloat2的交集包含'+IntersectionFloat, 'window', 480, 0, 'white', 'box_color', '#00ffff4c')
tuple_difference (TupleFloat1, TupleFloat2, DifferenceFloat)
dev_disp_text('数组TupleFloat1与TupleFloat2的差集包含'+DifferenceFloat, 'window', 580, 0, 'white', 'box_color', '#00ffff4c')
tuple_symmdiff (TupleFloat1, TupleFloat2, SymmDiffFloat)
dev_disp_text('数组TupleFloat1与TupleFloat2的对称差集包含'+SymmDiffFloat, 'window',680, 0, 'white', 'box_color', '#00ffff4c')

 3.字符操作

*字符数组操作
dev_clear_window()
TupleString1 := ['ab','a','s','a','1']
TupleString2 := ['1','ab','a','c']
dev_disp_text('字符数组操作', 'window', 0, 0, 'white', 'box_color', '#00ffff4c')
dev_disp_text('TupleString1 := [\'ab\',\'a\',\'s\',\'a\',\'1\']', 'window', 20, 0, 'white', 'box_color', '#00ffff4c')
dev_disp_text('TupleString2 := [\'1\',\'ab\',\'a\',\'c\']', 'window', 40, 0, 'white', 'box_color', '#00ffff4c')
tuple_union (TupleString1, TupleString2, UnionString)
dev_disp_text('并集包含'+UnionString, 'window', 60, 0, 'white', 'box_color', '#00ffff4c')
tuple_intersection (TupleString1, TupleString2, IntersectionString)
dev_disp_text('交集包含'+IntersectionString, 'window', 200, 0, 'white', 'box_color', '#00ffff4c')
tuple_difference (TupleString1, TupleString2, DifferenceString)
dev_disp_text('差集包含'+DifferenceString, 'window', 280, 0, 'white', 'box_color', '#00ffff4c')
tuple_symmdiff (TupleString1, TupleString2, SymmDiffString)
dev_disp_text('对称差集包含'+SymmDiffString, 'window', 340, 0, 'white', 'box_color', '#00ffff4c')

 4.混合型数组操作

* 混合型数组操作
dev_clear_window()
TupleMixed1 := [0,2.9,5,'a',3,5,'s']
TupleMixed2 := ['s',5,1,3.0,2.9]
dev_disp_text('混合型数组操作', 'window', 0, 0, 'white', 'box_color', '#00ffff4c')
dev_disp_text('TupleMixed1 := [0,2.9,5,\'a\',3,5,\'s\']', 'window', 20, 0, 'white', 'box_color', '#00ffff4c')
dev_disp_text('TupleMixed2 := [\'s\',5,1,3.0,2.9]', 'window', 40, 0, 'white', 'box_color', '#00ffff4c')
tuple_union (TupleMixed1, TupleMixed2, UnionMixed)
dev_disp_text('并集包含'+UnionMixed, 'window', 60, 0, 'white', 'box_color', '#00ffff4c')
tuple_intersection (TupleMixed1, TupleMixed2, IntersectionMixed)
dev_disp_text('交集包含'+IntersectionMixed, 'window', 200, 0, 'white', 'box_color', '#00ffff4c')
tuple_difference (TupleMixed1, TupleMixed2, DifferenceMixed)
dev_disp_text('差集包含'+DifferenceMixed, 'window', 280, 0, 'white', 'box_color', '#00ffff4c')
tuple_symmdiff (TupleMixed1, TupleMixed2, SymmDiffMixed)
dev_disp_text('对称差集包含'+SymmDiffMixed, 'window', 340, 0, 'white', 'box_color', '#00ffff4c')

 5.复杂嵌套操作

* 复杂嵌套操作
dev_clear_window()
TupleMixed1 := [0,2.9,5,'a',3,5,'s']
TupleMixed2 := ['s',5,1,3.0,2.9]
dev_disp_text('复杂嵌套操作', 'window', 0, 0, 'white', 'box_color', '#00ffff4c')
dev_disp_text('TupleMixed1 := [0,2.9,5,\'a\',3,5,\'s\']', 'window', 20, 0, 'white', 'box_color', '#00ffff4c')
dev_disp_text('TupleMixed2 := [\'s\',5,1,3.0,2.9]', 'window', 40, 0, 'white', 'box_color', '#00ffff4c')
dev_disp_text('TupleString1 := [\'ab\',\'a\',\'s\',\'a\',\'1\']', 'window', 60, 0, 'white', 'box_color', '#00ffff4c')
dev_disp_text('TupleString2 := [\'1\',\'ab\',\'a\',\'c\']', 'window', 80, 0, 'white', 'box_color', '#00ffff4c')
Combined1 := union(intersection(TupleMixed1,TupleMixed2),intersection(TupleString1,TupleString2))
Combined2 := intersection(symmdiff(TupleMixed1,TupleMixed2),intersection(TupleString1,TupleString2))
dev_disp_text('union(intersection(TupleMixed1,TupleMixed2),intersection(TupleString1,TupleString2))包含'+Combined1, 'window', 140, 0, 'white', 'box_color', '#00ffff4c')
dev_disp_text('intersection(symmdiff(TupleMixed1,TupleMixed2),intersection(TupleString1,TupleString2))包含'+Combined2, 'window', 340, 0, 'white', 'box_color', '#00ffff4c')