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sequencing tests
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‎test/sequencing/test_engelLeafSequencing.m‎

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function test_suite = test_engelLeafSequencing
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%The output should always be test_suite, and the function name the same as
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%your file name
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%To collect all tests defined below, this is needed in newer Matlab
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%versions. test_functions will collect function handles to below test
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%functions
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test_functions=localfunctions();
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% This will initialize the test suite, i.e., take the functions from
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% test_functions, check if they contain "test", convert them into a MOxUnit
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% Test Case, and add them to the test-runner
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initTestSuite;
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function [resultGUI,stf,dij] = helper_getTestData()
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p = load('photons_testData.mat');
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resultGUI = p.resultGUI;
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stf = p.stf;
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dij = p.dij;
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function test_run_sequencing_basic
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[resultGUI,stf,dij] = helper_getTestData();
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fn_old = fieldnames(resultGUI);
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numOfLevels = [1,10];
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for levels = numOfLevels
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resultGUI_sequenced = matRad_engelLeafSequencing(resultGUI,stf,dij,levels);
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fn_new = fieldnames(resultGUI_sequenced);
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for i = 1:numel(fn_old)
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assertTrue(any(strcmp(fn_old{i},fn_new)));
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assertEqual(resultGUI.(fn_old{i}),resultGUI_sequenced.(fn_old{i}));
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end
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% Basic additions to resultGUI
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assertTrue(isvector(resultGUI_sequenced.wSequenced));
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assertTrue(isstruct(resultGUI_sequenced.apertureInfo));
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assertTrue(isstruct(resultGUI_sequenced.sequencing));
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%Sequencing Struct
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seq = resultGUI_sequenced.sequencing;
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assertTrue(isstruct(seq.beam));
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assertTrue(numel(seq.beam) == numel(stf));
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for i = 1:numel(seq.beam)
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assertTrue(isscalar(seq.beam(i).numOfShapes));
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assertTrue(isnumeric(seq.beam(i).shapes));
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shapeSize = size(seq.beam(i).shapes);
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assertEqual(shapeSize(3),seq.beam(i).numOfShapes);
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assertTrue(isvector(seq.beam(i).shapesWeight));
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assertTrue(isvector(seq.beam(i).bixelIx));
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assertTrue(ismatrix(seq.beam(i).fluence));
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assertEqual(size(seq.beam(i).fluence),shapeSize([1 2]));
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end
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%ApertureInfo Sturct
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apInfo = resultGUI_sequenced.apertureInfo;
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assertTrue(isscalar(apInfo.bixelWidth));
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assertTrue(isscalar(apInfo.numOfMLCLeafPairs));
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assertTrue(isscalar(apInfo.totalNumOfBixels));
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assertTrue(isscalar(apInfo.totalNumOfShapes));
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assertTrue(isscalar(apInfo.totalNumOfLeafPairs));
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assertTrue(isvector(apInfo.apertureVector));
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assertTrue(ismatrix(apInfo.mappingMx));
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assertTrue(ismatrix(apInfo.limMx));
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assertTrue(isstruct(apInfo.beam))
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assertTrue(numel(apInfo.beam) == numel(stf));
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end
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‎test/sequencing/test_siochiLeafSequencing.m‎

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function test_suite = test_xiaLeafSequencing
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%The output should always be test_suite, and the function name the same as
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%your file name
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%To collect all tests defined below, this is needed in newer Matlab
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%versions. test_functions will collect function handles to below test
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%functions
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test_functions=localfunctions();
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% This will initialize the test suite, i.e., take the functions from
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% test_functions, check if they contain "test", convert them into a MOxUnit
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% Test Case, and add them to the test-runner
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initTestSuite;
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function [resultGUI,stf,dij] = helper_getTestData()
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p = load('photons_testData.mat');
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resultGUI = p.resultGUI;
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stf = p.stf;
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dij = p.dij;
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function test_run_sequencing_basic
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[resultGUI,stf,dij] = helper_getTestData();
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fn_old = fieldnames(resultGUI);
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numOfLevels = [1,10];
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for levels = numOfLevels
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resultGUI_sequenced = matRad_siochiLeafSequencing(resultGUI,stf,dij,levels);
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fn_new = fieldnames(resultGUI_sequenced);
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for i = 1:numel(fn_old)
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assertTrue(any(strcmp(fn_old{i},fn_new)));
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assertEqual(resultGUI.(fn_old{i}),resultGUI_sequenced.(fn_old{i}));
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end
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% Basic additions to resultGUI
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assertTrue(isvector(resultGUI_sequenced.wSequenced));
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assertTrue(isstruct(resultGUI_sequenced.apertureInfo));
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assertTrue(isstruct(resultGUI_sequenced.sequencing));
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%Sequencing Struct
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seq = resultGUI_sequenced.sequencing;
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assertTrue(isstruct(seq.beam));
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assertTrue(numel(seq.beam) == numel(stf));
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for i = 1:numel(seq.beam)
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assertTrue(isscalar(seq.beam(i).numOfShapes));
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assertTrue(isnumeric(seq.beam(i).shapes));
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shapeSize = size(seq.beam(i).shapes);
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assertEqual(shapeSize(3),seq.beam(i).numOfShapes);
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assertTrue(isvector(seq.beam(i).shapesWeight));
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assertTrue(isvector(seq.beam(i).bixelIx));
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assertTrue(ismatrix(seq.beam(i).fluence));
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assertEqual(size(seq.beam(i).fluence),shapeSize([1 2]));
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end
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%ApertureInfo Sturct
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apInfo = resultGUI_sequenced.apertureInfo;
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assertTrue(isscalar(apInfo.bixelWidth));
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assertTrue(isscalar(apInfo.numOfMLCLeafPairs));
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assertTrue(isscalar(apInfo.totalNumOfBixels));
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assertTrue(isscalar(apInfo.totalNumOfShapes));
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assertTrue(isscalar(apInfo.totalNumOfLeafPairs));
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assertTrue(isvector(apInfo.apertureVector));
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assertTrue(ismatrix(apInfo.mappingMx));
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assertTrue(ismatrix(apInfo.limMx));
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assertTrue(isstruct(apInfo.beam))
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assertTrue(numel(apInfo.beam) == numel(stf));
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end
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‎test/sequencing/test_xiaLeafSequencing.m‎

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function test_suite = test_xiaLeafSequencing
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%The output should always be test_suite, and the function name the same as
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%your file name
4+
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%To collect all tests defined below, this is needed in newer Matlab
6+
%versions. test_functions will collect function handles to below test
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%functions
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test_functions=localfunctions();
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10+
% This will initialize the test suite, i.e., take the functions from
11+
% test_functions, check if they contain "test", convert them into a MOxUnit
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% Test Case, and add them to the test-runner
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initTestSuite;
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function [resultGUI,stf,dij] = helper_getTestData()
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p = load('photons_testData.mat');
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resultGUI = p.resultGUI;
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stf = p.stf;
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dij = p.dij;
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function test_run_sequencing_basic
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[resultGUI,stf,dij] = helper_getTestData();
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fn_old = fieldnames(resultGUI);
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numOfLevels = [1,10];
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for levels = numOfLevels
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resultGUI_sequenced = matRad_xiaLeafSequencing(resultGUI,stf,dij,levels);
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fn_new = fieldnames(resultGUI_sequenced);
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for i = 1:numel(fn_old)
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assertTrue(any(strcmp(fn_old{i},fn_new)));
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assertEqual(resultGUI.(fn_old{i}),resultGUI_sequenced.(fn_old{i}));
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end
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% Basic additions to resultGUI
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assertTrue(isvector(resultGUI_sequenced.wSequenced));
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assertTrue(isstruct(resultGUI_sequenced.apertureInfo));
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assertTrue(isstruct(resultGUI_sequenced.sequencing));
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%Sequencing Struct
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seq = resultGUI_sequenced.sequencing;
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assertTrue(isstruct(seq.beam));
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assertTrue(numel(seq.beam) == numel(stf));
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for i = 1:numel(seq.beam)
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assertTrue(isscalar(seq.beam(i).numOfShapes));
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assertTrue(isnumeric(seq.beam(i).shapes));
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shapeSize = size(seq.beam(i).shapes);
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assertEqual(shapeSize(3),seq.beam(i).numOfShapes);
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assertTrue(isvector(seq.beam(i).shapesWeight));
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assertTrue(isvector(seq.beam(i).bixelIx));
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assertTrue(ismatrix(seq.beam(i).fluence));
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assertEqual(size(seq.beam(i).fluence),shapeSize([1 2]));
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end
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%ApertureInfo Sturct
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apInfo = resultGUI_sequenced.apertureInfo;
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assertTrue(isscalar(apInfo.bixelWidth));
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assertTrue(isscalar(apInfo.numOfMLCLeafPairs));
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assertTrue(isscalar(apInfo.totalNumOfBixels));
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assertTrue(isscalar(apInfo.totalNumOfShapes));
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assertTrue(isscalar(apInfo.totalNumOfLeafPairs));
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assertTrue(isvector(apInfo.apertureVector));
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assertTrue(ismatrix(apInfo.mappingMx));
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assertTrue(ismatrix(apInfo.limMx));
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assertTrue(isstruct(apInfo.beam))
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assertTrue(numel(apInfo.beam) == numel(stf));
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end
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