Battery-Pack-Model-Simscape / data /Libraries /+batteryModule /getNumOfCylindricalSectionContact_S.m
| function data = getNumOfCylindricalSectionContact_S(cellIndx,x,sectionData,nCell,indx) | |
| % Copyright 2020-2026 The MathWorks, Inc. | |
| % Output data of size 1+nCell | |
| % Input data : | |
| % cellIndx(size1+nCell) | |
| % x=cellCylinLine | |
| % sectionData=cellIndex5Section(size=5) | |
| numCells_cellIndx=cellIndx(1,1); | |
| cells_cellIndx=cellIndx(1,2:numCells_cellIndx+1); | |
| data=zeros(1,6); % In 6, 1st index stores actual size (# sections in contact) | |
| % In 6, the rest 5 refer to the section number (1-5) | |
| % in contact | |
| if indx == 1 | |
| % left | |
| if x<=sectionData(1,1) | |
| data(1,1)=1; data(1,2)=1; % 1st section only on this side | |
| elseif x>sectionData(1,1) && x<=sectionData(1,2) | |
| data(1,1)=2; data(1,2)=1; data(1,3)=2; | |
| elseif x>sectionData(1,2) && x<=sectionData(1,3) | |
| data(1,1)=3; data(1,2)=1; data(1,3)=2; data(1,4)=3; | |
| elseif x>sectionData(1,3) && x<=sectionData(1,4) | |
| data(1,1)=4; data(1,2)=1; data(1,3)=2; data(1,4)=3; data(1,5)=4; | |
| else | |
| data(1,1)=5; data(1,2)=1; data(1,3)=2; data(1,4)=3; data(1,5)=4; data(1,6)=5; | |
| end | |
| elseif indx == 2 | |
| % right | |
| y=x*(ceil(nCell/x)-1)+1; | |
| if y<=sectionData(1,1) | |
| data(1,1)=5; data(1,2)=1; data(1,3)=2; data(1,4)=3; data(1,5)=4; data(1,6)=5; % 1st section only on this side | |
| elseif y>sectionData(1,1) && y<=sectionData(1,2) | |
| data(1,1)=4; data(1,2)=2; data(1,3)=3; data(1,4)=4; data(1,5)=5; | |
| elseif y>sectionData(1,2) && y<=sectionData(1,3) | |
| data(1,1)=3; data(1,2)=3; data(1,3)=4; data(1,4)=5; | |
| elseif y>sectionData(1,3) && y<=sectionData(1,4) | |
| data(1,1)=2; data(1,2)=4; data(1,3)=5; | |
| else | |
| data(1,1)=1; data(1,2)=5; | |
| end | |
| elseif indx == 3 | |
| % posEnd | |
| tempVar=ones(1,5); | |
| for i = 2*x:2*x:nCell | |
| if i<=sectionData(1,1) | |
| tempVar(1,1)=0; | |
| elseif i>sectionData(1,1) && i<=sectionData(1,2) | |
| tempVar(1,2)=0; | |
| elseif i>sectionData(1,2) && i<=sectionData(1,3) | |
| tempVar(1,3)=0; | |
| elseif i>sectionData(1,3) && i<=sectionData(1,4) | |
| tempVar(1,4)=0; | |
| else | |
| tempVar(1,5)=0; | |
| end | |
| end | |
| for i = (2*x+1):2*x:nCell | |
| if i<=sectionData(1,1) | |
| tempVar(1,1)=0; | |
| elseif i>sectionData(1,1) && i<=sectionData(1,2) | |
| tempVar(1,2)=0; | |
| elseif i>sectionData(1,2) && i<=sectionData(1,3) | |
| tempVar(1,3)=0; | |
| elseif i>sectionData(1,3) && i<=sectionData(1,4) | |
| tempVar(1,4)=0; | |
| else | |
| tempVar(1,5)=0; | |
| end | |
| end | |
| tempVar(1,1)=0; % for 1st cell | |
| tempCnt=0; | |
| for i=1:5 | |
| if tempVar(1,i) == 0 | |
| tempCnt=tempCnt+1; | |
| data(1,tempCnt+1)=i; % +1 as data(1,1)=tempCnt; | |
| end | |
| end | |
| data(1,1)=tempCnt; | |
| elseif indx == 4 | |
| % negEnd | |
| tempVar=ones(1,5); | |
| for i = x:2*x:nCell | |
| if i<=sectionData(1,1) | |
| tempVar(1,1)=0; | |
| elseif i>sectionData(1,1) && i<=sectionData(1,2) | |
| tempVar(1,2)=0; | |
| elseif i>sectionData(1,2) && i<=sectionData(1,3) | |
| tempVar(1,3)=0; | |
| elseif i>sectionData(1,3) && i<=sectionData(1,4) | |
| tempVar(1,4)=0; | |
| else | |
| tempVar(1,5)=0; | |
| end | |
| end | |
| for i = (x+1):2*x:nCell | |
| if i<=sectionData(1,1) | |
| tempVar(1,1)=0; | |
| elseif i>sectionData(1,1) && i<=sectionData(1,2) | |
| tempVar(1,2)=0; | |
| elseif i>sectionData(1,2) && i<=sectionData(1,3) | |
| tempVar(1,3)=0; | |
| elseif i>sectionData(1,3) && i<=sectionData(1,4) | |
| tempVar(1,4)=0; | |
| else | |
| tempVar(1,5)=0; | |
| end | |
| end | |
| tempCnt=0; | |
| for i=1:5 | |
| if tempVar(1,i) == 0 | |
| tempCnt=tempCnt+1; | |
| data(1,tempCnt+1)=i; % +1 as data(1,1)=tempCnt; | |
| end | |
| end | |
| data(1,1)=tempCnt; | |
| else | |
| % Error | |
| end | |
| end | |