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(Created page with "== Determine Targets == === Classifying Blocks === Use <code>findBlockBoundaries</code> to determine when blocks start and end. For each run, create a vector of zeros with a l...") |
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Use <code>findBlockBoundaries</code> to determine when blocks start and end. For each run, create a vector of zeros with a length equal to the endpoint of the last block: | Use <code>findBlockBoundaries</code> to determine when blocks start and end. For each run, create a vector of zeros with a length equal to the endpoint of the last block: | ||
b=bookends{1,1}; %creating targets for first run, so use first set of bookends | b=bookends{1,1}; %creating targets for first run, so use first set of bookends | ||
s=zeros(1,b(end)); % | s=zeros(1,b(end)); %1 zero for each volume -- default=baseline | ||
for block=1:size(b,1) | |||
s(b(block,1):b(block,2))=1; %block volumes get a '1' | |||
end | |||
Revision as of 16:25, 11 July 2016
Determine Targets
Classifying Blocks
Use findBlockBoundaries to determine when blocks start and end. For each run, create a vector of zeros with a length equal to the endpoint of the last block:
b=bookends{1,1}; %creating targets for first run, so use first set of bookends
s=zeros(1,b(end)); %1 zero for each volume -- default=baseline
for block=1:size(b,1)
s(b(block,1):b(block,2))=1; %block volumes get a '1'
end