gusucode.com > vision工具箱matlab源码程序 > vision/+vision/+internal/+textngraphics/createShapeInserter_cg.m
function h_ShapeInserter = createShapeInserter_cg( ...
inDTypeIdx, shapeIdx, fillShape, smoothEdges, rgb, position, color)
% This function creates System Object (TM) based on input arguments
% Shape inserter object needs to be created for the following
% parameters:
% input data type: double,single,uint8,uint16,int16 (5 options)
% shape: Rectangle, Line, Polygon, Circle (4 options)
% Fill: yes, no (2 options)
% Anti-aliasing: yes, no (2 options)
% Naming of persistent variables:
% h(inDTypeIdx=1:5)(shapeIdx=1:4)(fillIdx=1:2)(smoothIdx=1:2)
%#codegen
%#ok<*EMCLS>
%#ok<*EMCA>
% rectangle
persistent h1111 h2111 h3111 h4111 h5111
persistent h1121 h2121 h3121 h4121 h5121
% line
persistent h1211 h2211 h3211 h4211 h5211
persistent h1212 h2212 h3212 h4212 h5212
% circle
persistent h1311 h2311 h3311 h4311 h5311
persistent h1321 h2321 h3321 h4321 h5321
%
persistent h1312 h2312 h3312 h4312 h5312
persistent h1322 h2322 h3322 h4322 h5322
% polyline
persistent h1411 h2411 h3411 h4411 h5411
persistent h1421 h2421 h3421 h4421 h5421
%
persistent h1412 h2412 h3412 h4412 h5412
persistent h1422 h2422 h3422 h4422 h5422
if (fillShape)
colorSourcePropName = 'FillColorSource';
else
colorSourcePropName = 'BorderColorSource';
end
[IDX_RECTANGLE, IDX_CIRCLE, IDX_LINE] = deal(1,2,3);
% h(inDTypeIdx)(shapeIdx)(fillIdx)(smoothIdx)
if (shapeIdx == IDX_RECTANGLE)
% Rectangles have no antialiasing property
if (~fillShape)
switch inDTypeIdx
% h(inDTypeIdx=1:5)(shapeIdx=1)(fillIdx=1)(smoothIdx: no affect, set it 1)
case 1 % double
if isempty(h1111), h1111 = vision.ShapeInserter('Shape', 'Rectangles', 'Fill', fillShape, colorSourcePropName,'Input port', 'useFltptMath4IntImage', 1); h1111.setup(rgb, position, color); end
h_ShapeInserter = h1111;
case 2 % single
if isempty(h2111), h2111 = vision.ShapeInserter('Shape', 'Rectangles', 'Fill', fillShape, colorSourcePropName,'Input port', 'useFltptMath4IntImage', 1); h2111.setup(rgb, position, color); end
h_ShapeInserter = h2111;
case 3 % uint8
if isempty(h3111), h3111 = vision.ShapeInserter('Shape', 'Rectangles', 'Fill', fillShape, colorSourcePropName,'Input port', 'useFltptMath4IntImage', 1); h3111.setup(rgb, position, color); end
h_ShapeInserter = h3111;
case 4 % uint16
if isempty(h4111), h4111 = vision.ShapeInserter('Shape', 'Rectangles', 'Fill', fillShape, colorSourcePropName,'Input port', 'useFltptMath4IntImage', 1); h4111.setup(rgb, position, color); end
h_ShapeInserter = h4111;
case 5 % int16
if isempty(h5111), h5111 = vision.ShapeInserter('Shape', 'Rectangles', 'Fill', fillShape, colorSourcePropName,'Input port', 'useFltptMath4IntImage', 1); h5111.setup(rgb, position, color); end
h_ShapeInserter = h5111;
end
else
switch inDTypeIdx
% h(inDTypeIdx=1:5)(shapeIdx=1)(fillIdx=2)(smoothIdx: no affect, set it 1)
case 1 % double
if isempty(h1121), h1121 = vision.ShapeInserter('Shape', 'Rectangles', 'Fill', fillShape, colorSourcePropName,'Input port', 'useFltptMath4IntImage', 1); h1121.setup(rgb, position, color); end
h_ShapeInserter = h1121;
case 2 % single
if isempty(h2121), h2121 = vision.ShapeInserter('Shape', 'Rectangles', 'Fill', fillShape, colorSourcePropName,'Input port', 'useFltptMath4IntImage', 1); h2121.setup(rgb, position, color); end
h_ShapeInserter = h2121;
case 3 % uint8
if isempty(h3121), h3121 = vision.ShapeInserter('Shape', 'Rectangles', 'Fill', fillShape, colorSourcePropName,'Input port', 'useFltptMath4IntImage', 1); h3121.setup(rgb, position, color); end
h_ShapeInserter = h3121;
case 4 % uint16
if isempty(h4121), h4121 = vision.ShapeInserter('Shape', 'Rectangles', 'Fill', fillShape, colorSourcePropName,'Input port', 'useFltptMath4IntImage', 1); h4121.setup(rgb, position, color); end
h_ShapeInserter = h4121;
case 5 % int16
if isempty(h5121), h5121 = vision.ShapeInserter('Shape', 'Rectangles', 'Fill', fillShape, colorSourcePropName,'Input port', 'useFltptMath4IntImage', 1); h5121.setup(rgb, position, color); end
h_ShapeInserter = h5121;
end
end
elseif (shapeIdx == IDX_LINE)
% Lines have no fillShape property
% Lines have antialiasing (smoothEdges) property
if (~smoothEdges)
switch inDTypeIdx
% h(inDTypeIdx=1:5)(shapeIdx=2)(fillIdx: no affect, set it 1)(smoothIdx=1)
case 1 % double
if isempty(h1211), h1211 = vision.ShapeInserter('Shape', 'Lines', 'BorderColorSource','Input port','Antialiasing',smoothEdges, 'useFltptMath4IntImage', 1); h1211.setup(rgb, position, color); end
h_ShapeInserter = h1211;
case 2 % single
if isempty(h2211), h2211 = vision.ShapeInserter('Shape', 'Lines', 'BorderColorSource','Input port','Antialiasing',smoothEdges, 'useFltptMath4IntImage', 1); h2211.setup(rgb, position, color); end
h_ShapeInserter = h2211;
case 3 % uint8
if isempty(h3211), h3211 = vision.ShapeInserter('Shape', 'Lines', 'BorderColorSource','Input port','Antialiasing',smoothEdges, 'useFltptMath4IntImage', 1); h3211.setup(rgb, position, color); end
h_ShapeInserter = h3211;
case 4 % uint16
if isempty(h4211), h4211 = vision.ShapeInserter('Shape', 'Lines', 'BorderColorSource','Input port','Antialiasing',smoothEdges, 'useFltptMath4IntImage', 1); h4211.setup(rgb, position, color); end
h_ShapeInserter = h4211;
case 5 % int16
if isempty(h5211), h5211 = vision.ShapeInserter('Shape', 'Lines', 'BorderColorSource','Input port','Antialiasing',smoothEdges, 'useFltptMath4IntImage', 1); h5211.setup(rgb, position, color); end
h_ShapeInserter = h5211;
end
else
switch inDTypeIdx
% h(inDTypeIdx=1:5)(shapeIdx=2)(fillIdx: no affect, set it 1)(smoothIdx=2)
case 1 % double
if isempty(h1212), h1212 = vision.ShapeInserter('Shape', 'Lines', 'BorderColorSource','Input port','Antialiasing',smoothEdges, 'useFltptMath4IntImage', 1); h1212.setup(rgb, position, color); end
h_ShapeInserter = h1212;
case 2 % single
if isempty(h2212), h2212 = vision.ShapeInserter('Shape', 'Lines', 'BorderColorSource','Input port','Antialiasing',smoothEdges, 'useFltptMath4IntImage', 1); h2212.setup(rgb, position, color); end
h_ShapeInserter = h2212;
case 3 % uint8
if isempty(h3212), h3212 = vision.ShapeInserter('Shape', 'Lines', 'BorderColorSource','Input port','Antialiasing',smoothEdges, 'useFltptMath4IntImage', 1); h3212.setup(rgb, position, color); end
h_ShapeInserter = h3212;
case 4 % uint16
if isempty(h4212), h4212 = vision.ShapeInserter('Shape', 'Lines', 'BorderColorSource','Input port','Antialiasing',smoothEdges, 'useFltptMath4IntImage', 1); h4212.setup(rgb, position, color); end
h_ShapeInserter = h4212;
case 5 % int16
if isempty(h5212), h5212 = vision.ShapeInserter('Shape', 'Lines', 'BorderColorSource','Input port','Antialiasing',smoothEdges, 'useFltptMath4IntImage', 1); h5212.setup(rgb, position, color); end
h_ShapeInserter = h5212;
end
end
elseif (shapeIdx == IDX_CIRCLE)
% Rectangles have no antialiasing property
if (~smoothEdges)
if (~fillShape)
switch inDTypeIdx
% h(inDTypeIdx=1:5)(shapeIdx=3)(fillIdx=1)(smoothIdx=1)
case 1 % double
if isempty(h1311), h1311 = vision.ShapeInserter('Shape', 'Circles', 'Fill', fillShape, colorSourcePropName,'Input port', 'Antialiasing', smoothEdges, 'useFltptMath4IntImage', 1); h1311.setup(rgb, position, color); end
h_ShapeInserter = h1311;
case 2 % single
if isempty(h2311), h2311 = vision.ShapeInserter('Shape', 'Circles', 'Fill', fillShape, colorSourcePropName,'Input port', 'Antialiasing', smoothEdges, 'useFltptMath4IntImage', 1); h2311.setup(rgb, position, color); end
h_ShapeInserter = h2311;
case 3 % uint8
if isempty(h3311), h3311 = vision.ShapeInserter('Shape', 'Circles', 'Fill', fillShape, colorSourcePropName,'Input port', 'Antialiasing', smoothEdges, 'useFltptMath4IntImage', 1); h3311.setup(rgb, position, color); end
h_ShapeInserter = h3311;
case 4 % uint16
if isempty(h4311), h4311 = vision.ShapeInserter('Shape', 'Circles', 'Fill', fillShape, colorSourcePropName,'Input port', 'Antialiasing', smoothEdges, 'useFltptMath4IntImage', 1); h4311.setup(rgb, position, color); end
h_ShapeInserter = h4311;
case 5 % int16
if isempty(h5311), h5311 = vision.ShapeInserter('Shape', 'Circles', 'Fill', fillShape, colorSourcePropName,'Input port', 'Antialiasing', smoothEdges, 'useFltptMath4IntImage', 1); h5311.setup(rgb, position, color); end
h_ShapeInserter = h5311;
end
else
switch inDTypeIdx
% h(inDTypeIdx=1:5)(shapeIdx=3)(fillIdx=2)(smoothIdx=1)
case 1 % double
if isempty(h1321), h1321 = vision.ShapeInserter('Shape', 'Circles', 'Fill', fillShape, colorSourcePropName,'Input port', 'Antialiasing', smoothEdges, 'useFltptMath4IntImage', 1); h1321.setup(rgb, position, color); end
h_ShapeInserter = h1321;
case 2 % single
if isempty(h2321), h2321 = vision.ShapeInserter('Shape', 'Circles', 'Fill', fillShape, colorSourcePropName,'Input port', 'Antialiasing', smoothEdges, 'useFltptMath4IntImage', 1); h2321.setup(rgb, position, color); end
h_ShapeInserter = h2321;
case 3 % uint8
if isempty(h3321), h3321 = vision.ShapeInserter('Shape', 'Circles', 'Fill', fillShape, colorSourcePropName,'Input port', 'Antialiasing', smoothEdges, 'useFltptMath4IntImage', 1); h3321.setup(rgb, position, color); end
h_ShapeInserter = h3321;
case 4 % uint16
if isempty(h4321), h4321 = vision.ShapeInserter('Shape', 'Circles', 'Fill', fillShape, colorSourcePropName,'Input port', 'Antialiasing', smoothEdges, 'useFltptMath4IntImage', 1); h4321.setup(rgb, position, color); end
h_ShapeInserter = h4321;
case 5 % int16
if isempty(h5321), h5321 = vision.ShapeInserter('Shape', 'Circles', 'Fill', fillShape, colorSourcePropName,'Input port', 'Antialiasing', smoothEdges, 'useFltptMath4IntImage', 1); h5321.setup(rgb, position, color); end
h_ShapeInserter = h5321;
end
end
else
if (~fillShape)
switch inDTypeIdx
% h(inDTypeIdx=1:5)(shapeIdx=3)(fillIdx=1)(smoothIdx=2)
case 1 % double
if isempty(h1312), h1312 = vision.ShapeInserter('Shape', 'Circles', 'Fill', fillShape, colorSourcePropName,'Input port', 'Antialiasing', smoothEdges, 'useFltptMath4IntImage', 1); h1312.setup(rgb, position, color); end
h_ShapeInserter = h1312;
case 2 % single
if isempty(h2312), h2312 = vision.ShapeInserter('Shape', 'Circles', 'Fill', fillShape, colorSourcePropName,'Input port', 'Antialiasing', smoothEdges, 'useFltptMath4IntImage', 1); h2312.setup(rgb, position, color); end
h_ShapeInserter = h2312;
case 3 % uint8
if isempty(h3312), h3312 = vision.ShapeInserter('Shape', 'Circles', 'Fill', fillShape, colorSourcePropName,'Input port', 'Antialiasing', smoothEdges, 'useFltptMath4IntImage', 1); h3312.setup(rgb, position, color); end
h_ShapeInserter = h3312;
case 4 % uint16
if isempty(h4312), h4312 = vision.ShapeInserter('Shape', 'Circles', 'Fill', fillShape, colorSourcePropName,'Input port', 'Antialiasing', smoothEdges, 'useFltptMath4IntImage', 1); h4312.setup(rgb, position, color); end
h_ShapeInserter = h4312;
case 5 % int16
if isempty(h5312), h5312 = vision.ShapeInserter('Shape', 'Circles', 'Fill', fillShape, colorSourcePropName,'Input port', 'Antialiasing', smoothEdges, 'useFltptMath4IntImage', 1); h5312.setup(rgb, position, color); end
h_ShapeInserter = h5312;
end
else
switch inDTypeIdx
% h(inDTypeIdx=1:5)(shapeIdx=3)(fillIdx=2)(smoothIdx=2)
case 1 % double
if isempty(h1322), h1322 = vision.ShapeInserter('Shape', 'Circles', 'Fill', fillShape, colorSourcePropName,'Input port', 'Antialiasing', smoothEdges, 'useFltptMath4IntImage', 1); h1322.setup(rgb, position, color); end
h_ShapeInserter = h1322;
case 2 % single
if isempty(h2322), h2322 = vision.ShapeInserter('Shape', 'Circles', 'Fill', fillShape, colorSourcePropName,'Input port', 'Antialiasing', smoothEdges, 'useFltptMath4IntImage', 1); h2322.setup(rgb, position, color); end
h_ShapeInserter = h2322;
case 3 % uint8
if isempty(h3322), h3322 = vision.ShapeInserter('Shape', 'Circles', 'Fill', fillShape, colorSourcePropName,'Input port', 'Antialiasing', smoothEdges, 'useFltptMath4IntImage', 1); h3322.setup(rgb, position, color); end
h_ShapeInserter = h3322;
case 4 % uint16
if isempty(h4322), h4322 = vision.ShapeInserter('Shape', 'Circles', 'Fill', fillShape, colorSourcePropName,'Input port', 'Antialiasing', smoothEdges, 'useFltptMath4IntImage', 1); h4322.setup(rgb, position, color); end
h_ShapeInserter = h4322;
case 5 % int16
if isempty(h5322), h5322 = vision.ShapeInserter('Shape', 'Circles', 'Fill', fillShape, colorSourcePropName,'Input port', 'Antialiasing', smoothEdges, 'useFltptMath4IntImage', 1); h5322.setup(rgb, position, color); end
h_ShapeInserter = h5322;
end
end
end
else % if (shapeIdx == IDX_POLYGON)
% Rectangles have no antialiasing property
if (~smoothEdges)
if (~fillShape)
switch inDTypeIdx
% h(inDTypeIdx=1:5)(shapeIdx=4)(fillIdx=1)(smoothIdx=1)
case 1 % double
if isempty(h1411), h1411 = vision.ShapeInserter('Shape', 'Polygons', 'Fill', fillShape, colorSourcePropName,'Input port', 'Antialiasing', smoothEdges, 'useFltptMath4IntImage', 1); h1411.setup(rgb, position, color); end
h_ShapeInserter = h1411;
case 2 % single
if isempty(h2411), h2411 = vision.ShapeInserter('Shape', 'Polygons', 'Fill', fillShape, colorSourcePropName,'Input port', 'Antialiasing', smoothEdges, 'useFltptMath4IntImage', 1); h2411.setup(rgb, position, color); end
h_ShapeInserter = h2411;
case 3 % uint8
if isempty(h3411), h3411 = vision.ShapeInserter('Shape', 'Polygons', 'Fill', fillShape, colorSourcePropName,'Input port', 'Antialiasing', smoothEdges, 'useFltptMath4IntImage', 1); h3411.setup(rgb, position, color); end
h_ShapeInserter = h3411;
case 4 % uint16
if isempty(h4411), h4411 = vision.ShapeInserter('Shape', 'Polygons', 'Fill', fillShape, colorSourcePropName,'Input port', 'Antialiasing', smoothEdges, 'useFltptMath4IntImage', 1); h4411.setup(rgb, position, color); end
h_ShapeInserter = h4411;
case 5 % int16
if isempty(h5411), h5411 = vision.ShapeInserter('Shape', 'Polygons', 'Fill', fillShape, colorSourcePropName,'Input port', 'Antialiasing', smoothEdges, 'useFltptMath4IntImage', 1); h5411.setup(rgb, position, color); end
h_ShapeInserter = h5411;
end
else
switch inDTypeIdx
% h(inDTypeIdx=1:5)(shapeIdx=4)(fillIdx=2)(smoothIdx=1)
case 1 % double
if isempty(h1421), h1421 = vision.ShapeInserter('Shape', 'Polygons', 'Fill', fillShape, colorSourcePropName,'Input port', 'Antialiasing', smoothEdges, 'useFltptMath4IntImage', 1); h1421.setup(rgb, position, color); end
h_ShapeInserter = h1421;
case 2 % single
if isempty(h2421), h2421 = vision.ShapeInserter('Shape', 'Polygons', 'Fill', fillShape, colorSourcePropName,'Input port', 'Antialiasing', smoothEdges, 'useFltptMath4IntImage', 1); h2421.setup(rgb, position, color); end
h_ShapeInserter = h2421;
case 3 % uint8
if isempty(h3421), h3421 = vision.ShapeInserter('Shape', 'Polygons', 'Fill', fillShape, colorSourcePropName,'Input port', 'Antialiasing', smoothEdges, 'useFltptMath4IntImage', 1); h3421.setup(rgb, position, color); end
h_ShapeInserter = h3421;
case 4 % uint16
if isempty(h4421), h4421 = vision.ShapeInserter('Shape', 'Polygons', 'Fill', fillShape, colorSourcePropName,'Input port', 'Antialiasing', smoothEdges, 'useFltptMath4IntImage', 1); h4421.setup(rgb, position, color); end
h_ShapeInserter = h4421;
case 5 % int16
if isempty(h5421), h5421 = vision.ShapeInserter('Shape', 'Polygons', 'Fill', fillShape, colorSourcePropName,'Input port', 'Antialiasing', smoothEdges, 'useFltptMath4IntImage', 1); h5421.setup(rgb, position, color); end
h_ShapeInserter = h5421;
end
end
else
if (~fillShape)
switch inDTypeIdx
% h(inDTypeIdx=1:5)(shapeIdx=4)(fillIdx=1)(smoothIdx=2)
case 1 % double
if isempty(h1412), h1412 = vision.ShapeInserter('Shape', 'Polygons', 'Fill', fillShape, colorSourcePropName,'Input port', 'Antialiasing', smoothEdges, 'useFltptMath4IntImage', 1); h1412.setup(rgb, position, color); end
h_ShapeInserter = h1412;
case 2 % single
if isempty(h2412), h2412 = vision.ShapeInserter('Shape', 'Polygons', 'Fill', fillShape, colorSourcePropName,'Input port', 'Antialiasing', smoothEdges, 'useFltptMath4IntImage', 1); h2412.setup(rgb, position, color); end
h_ShapeInserter = h2412;
case 3 % uint8
if isempty(h3412), h3412 = vision.ShapeInserter('Shape', 'Polygons', 'Fill', fillShape, colorSourcePropName,'Input port', 'Antialiasing', smoothEdges, 'useFltptMath4IntImage', 1); h3412.setup(rgb, position, color); end
h_ShapeInserter = h3412;
case 4 % uint16
if isempty(h4412), h4412 = vision.ShapeInserter('Shape', 'Polygons', 'Fill', fillShape, colorSourcePropName,'Input port', 'Antialiasing', smoothEdges, 'useFltptMath4IntImage', 1); h4412.setup(rgb, position, color); end
h_ShapeInserter = h4412;
case 5 % int16
if isempty(h5412), h5412 = vision.ShapeInserter('Shape', 'Polygons', 'Fill', fillShape, colorSourcePropName,'Input port', 'Antialiasing', smoothEdges, 'useFltptMath4IntImage', 1); h5412.setup(rgb, position, color); end
h_ShapeInserter = h5412;
end
else
switch inDTypeIdx
% h(inDTypeIdx=1:5)(shapeIdx=4)(fillIdx=2)(smoothIdx=2)
case 1 % double
if isempty(h1422), h1422 = vision.ShapeInserter('Shape', 'Polygons', 'Fill', fillShape, colorSourcePropName,'Input port', 'Antialiasing', smoothEdges, 'useFltptMath4IntImage', 1); h1422.setup(rgb, position, color); end
h_ShapeInserter = h1422;
case 2 % single
if isempty(h2422), h2422 = vision.ShapeInserter('Shape', 'Polygons', 'Fill', fillShape, colorSourcePropName,'Input port', 'Antialiasing', smoothEdges, 'useFltptMath4IntImage', 1); h2422.setup(rgb, position, color); end
h_ShapeInserter = h2422;
case 3 % uint8
if isempty(h3422), h3422 = vision.ShapeInserter('Shape', 'Polygons', 'Fill', fillShape, colorSourcePropName,'Input port', 'Antialiasing', smoothEdges, 'useFltptMath4IntImage', 1); h3422.setup(rgb, position, color); end
h_ShapeInserter = h3422;
case 4 % uint16
if isempty(h4422), h4422 = vision.ShapeInserter('Shape', 'Polygons', 'Fill', fillShape, colorSourcePropName,'Input port', 'Antialiasing', smoothEdges, 'useFltptMath4IntImage', 1); h4422.setup(rgb, position, color); end
h_ShapeInserter = h4422;
case 5 % int16
if isempty(h5422), h5422 = vision.ShapeInserter('Shape', 'Polygons', 'Fill', fillShape, colorSourcePropName,'Input port', 'Antialiasing', smoothEdges, 'useFltptMath4IntImage', 1); h5422.setup(rgb, position, color); end
h_ShapeInserter = h5422;
end
end
end
end