JO,
gammaDose3d.m used to calculate gamma between 3d doses also works with 1-d input. Here is a toy example. The datasets must have identical resolution which is defined in deltaXYZv as follows.
x1V = (1:20)';
x2V = (2:21)';
maskV = ones(size(x1V));
deltaXYZv = [1,1,1];
doseAgreement = 1;
distAgreement = 2;
maxSearchDistance = 3;
thresholdAbsolute = 0.01;
doseDiffMethod = 1;
gammaV = gammaDose3d(x1V,x2V,maskV,deltaXYZv,doseAgreement,distAgreement,maxSearchDistance,thresholdAbsolute,doseDiffMethod);
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JO,
gammaDose3d.m used to calculate gamma between 3d doses also works with 1-d input. Here is a toy example. The datasets must have identical resolution which is defined in deltaXYZv as follows.
x1V = (1:20)';
x2V = (2:21)';
maskV = ones(size(x1V));
deltaXYZv = [1,1,1];
doseAgreement = 1;
distAgreement = 2;
maxSearchDistance = 3;
thresholdAbsolute = 0.01;
doseDiffMethod = 1;
gammaV = gammaDose3d(x1V,x2V,maskV,deltaXYZv,doseAgreement,distAgreement,maxSearchDistance,thresholdAbsolute,doseDiffMethod);
From: cerr-...@googlegroups.com <cerr-...@googlegroups.com> On Behalf Of JO
Sent: Monday, December 09, 2019 6:38 AM
To: CERR FORUM <cerr-...@googlegroups.com>
Subject: [EXTERNAL] [cerr-forum:2814] 1D gamma in CERR
Is there a function/possibility to calculate 1D between datasets in CERR? E.g. two profiles? If yes, do they have to have identical resolution?
Br,
JO
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MATLAB’s “interp1” should be sufficient for interpolation. I would suggest to write few more tests to make sure the output is as expected for 1D. We have not used this function for 1D.
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