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divide2D_cc.m
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divide2D_cc.m
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function [Grid,kO,kG,DG,sycle] = divide2D_cc(Grid,pos,c_idx,sz,G,O,sycle,kO,kG,kO_tissue,kG_tissue,DG,DG_tissue)
%plr = randi(1:4);
%pos
%cas full occupé ou inoccupé 1a et b
if(Grid(pos(1)+1,pos(2))==0&&Grid(pos(1)-1,pos(2))==0&&Grid(pos(1),pos(2)+1)==0&&Grid(pos(1),pos(2)-1)==0)
disp('1a');
plr = randi(4);
endif
if(Grid(pos(1)+1,pos(2))!=0&&Grid(pos(1)-1,pos(2))!=0&&Grid(pos(1),pos(2)+1)!=0&&Grid(pos(1),pos(2)-1)!=0)
disp('1b')
plr = randi(4);
endif
%cas avec 3 voisins sur 4 2 a b c et d
if(Grid(pos(1)+1,pos(2))==0&&Grid(pos(1)-1,pos(2))!=0&&Grid(pos(1),pos(2)+1)!=0&&Grid(pos(1),pos(2)-1)!=0)
disp('2a');
plr = 1;
endif
if(Grid(pos(1)+1,pos(2))!=0&&Grid(pos(1)-1,pos(2))!=0&&Grid(pos(1),pos(2)+1)==0&&Grid(pos(1),pos(2)-1)!=0)
disp('2b');
plr = 2;
endif
if(Grid(pos(1)+1,pos(2))!=0&&Grid(pos(1)-1,pos(2))==0&&Grid(pos(1),pos(2)+1)!=0&&Grid(pos(1),pos(2)-1)!=0)
disp('2c');
plr = 3;
endif
if(Grid(pos(1)+1,pos(2))!=0&&Grid(pos(1)-1,pos(2))!=0&&Grid(pos(1),pos(2)+1)!=0&&Grid(pos(1),pos(2)-1)==0)
disp('2d');
plr = 4;
endif
%cas avec 2 voisins sur 4 3 a b c et d
if(Grid(pos(1)+1,pos(2))==0&&Grid(pos(1)-1,pos(2))==0&&Grid(pos(1),pos(2)+1)!=0&&Grid(pos(1),pos(2)-1)!=0)
%disp('3a');
rd = rand();
if(rd<0.5)
plr = 1;
disp('3a-1')
else
plr = 3;
disp('3a-3')
endif
endif
if(Grid(pos(1)+1,pos(2))!=0&&Grid(pos(1)-1,pos(2))!=0&&Grid(pos(1),pos(2)+1)==0&&Grid(pos(1),pos(2)-1)==0)
%disp('3b')
rd = rand();
if(rd<0.5)
plr = 2;
disp('3b-2')
else
plr = 4;
disp('3b-4')
endif
endif
if(Grid(pos(1)+1,pos(2))!=0&&Grid(pos(1)-1,pos(2))==0&&Grid(pos(1),pos(2)+1)!=0&&Grid(pos(1),pos(2)-1)==0)
%disp('3c')
rd = rand()
if(rd<0.5)
plr = 3;
disp('3c-3')
else
plr = 4;
disp('3c-4')
endif
endif
if(Grid(pos(1)+1,pos(2))==0&&Grid(pos(1)-1,pos(2))!=0&&Grid(pos(1),pos(2)+1)==0&&Grid(pos(1),pos(2)-1)!=0)
%disp('3d')
rd = rand();
if(rd<0.5)
plr = 1;
disp('3d-1')
else
plr = 2;
disp('3d-2')
endif
endif
if(Grid(pos(1)+1,pos(2))!=0&&Grid(pos(1)-1,pos(2))==0&&Grid(pos(1),pos(2)+1)==0&&Grid(pos(1),pos(2)-1)!=0)
%disp('3e')
rd = rand();
if(rd<0.5)
plr = 3;
disp('3e-3')
else
plr = 2;
disp('3e-2')
endif
endif
if(Grid(pos(1)+1,pos(2))==0&&Grid(pos(1)-1,pos(2))!=0&&Grid(pos(1),pos(2)+1)!=0&&Grid(pos(1),pos(2)-1)==0)
%disp('3f')
rd = rand();
if(rd<0.5)
plr = 1;
disp('3f-1')
else
plr = 4;
disp('3f-4')
endif
endif
%cas avec un voisin sur 4 4 a b c d
if(Grid(pos(1)+1,pos(2))!=0&&Grid(pos(1)-1,pos(2))==0&&Grid(pos(1),pos(2)+1)==0&&Grid(pos(1),pos(2)-1)==0)
%disp('4a')
rd= rand();
if(rd<0.3)
plr = 2;
disp('4a-2')
elseif(rd>=0.33&&rd<0.66)
plr = 3;
disp('4a-3')
else
plr = 4;
disp('4a-4')
endif
endif
if(Grid(pos(1)+1,pos(2))==0&&Grid(pos(1)-1,pos(2))!=0&&Grid(pos(1),pos(2)+1)==0&&Grid(pos(1),pos(2)-1)==0)
%disp('4b')
rd= rand();
if(rd<0.3)
plr = 1;
disp('4b-1')
elseif(rd>=0.33&&rd<0.66)
plr = 2;
disp('4b-2')
else
plr = 4;
disp('4b-4')
endif
endif
if(Grid(pos(1)+1,pos(2))==0&&Grid(pos(1)-1,pos(2))==0&&Grid(pos(1),pos(2)+1)!=0&&Grid(pos(1),pos(2)-1)==0)
%disp('4c')
rd = rand();
if(rd<0.3)
plr = 1;
disp('4c-1')
elseif(rd>=0.33&&rd<0.66)
plr = 3;
disp('4c-3')
else
plr = 4;
disp('4c-4')
endif
endif
if(Grid(pos(1)+1,pos(2))==0&&Grid(pos(1)-1,pos(2))==0&&Grid(pos(1),pos(2)+1)==0&&Grid(pos(1),pos(2)-1)!=0)
%disp('4d')
rd = rand();
if(rd<0.3)
plr = 1;
disp('4d-1')
elseif(rd>=0.33&&rd<0.66)
plr = 2;
disp('4d-2')
else
plr = 3;
disp('4d-3')
endif
endif
%division and switching !
plr;
switch(plr)
case 1
if(Grid(pos(1)+1,pos(2))!=0)
[pos(1)+1 pos(2)];
%disp('occupied');
rim = find(Grid(pos(1)+2:sz,pos(2))==0);
rim = rim(1);
rim;
pos(1)+rim-1;
pos(1)+1;
before_shift = Grid(:,pos(2))';
%for i= pos(1)+2:-1:pos(1)+rim-1
for i= pos(1)+rim:-1:pos(1)+1
%disp('done');
Grid(i+1,pos(2))=Grid(i,pos(2));
endfor
after_shift = Grid(:,pos(2))';
Grid(pos(1)+1,pos(2)) = length(sycle)+1;
kO(pos(1)+1,pos(2)) = kO_tissue;
kG(pos(1)+1,pos(2)) = kG_tissue;
DG(pos(1)+1,pos(2)) = DG_tissue;
sycle(c_idx,1) = 0;
cycle_duration = round(interp1([0.150 0.0375 0.015],[2.8000-0.6 6.6000-0.6 400.0000-0.6]*24*60,O(find(Grid==c_idx)))+864);
sycle(length(sycle)+1,:) = [0 cycle_duration];
else
Grid(pos(1)+1,pos(2)) = length(sycle)+1;
kO(pos(1)+1,pos(2)) = kO_tissue;
kG(pos(1)+1,pos(2)) = kG_tissue;
DG(pos(1)+1,pos(2)) = DG_tissue;
sycle(c_idx,1) = 0;
cycle_duration = round(interp1([0.150 0.0375 0.015],[2.8000-0.6 6.6000-0.6 400.0000-0.6]*24*60,O(find(Grid==c_idx)))+864);
sycle(length(sycle)+1,:) = [0 cycle_duration];
%'1'
endif
case 2
if(Grid(pos(1),pos(2)+1)!=0)
[pos(1) pos(2)+1];
%disp('occupied');
rim = find(Grid(pos(1),pos(2)+2:sz)==0);
rim = rim(1);
pos(2)+rim-1;
pos(2)+1;
before_shift = Grid(pos(1),:);
%for i= pos(2)+2:-1:pos(2)+rim-1
for i= pos(2)+rim:-1:pos(2)+1
% disp('done');
Grid(pos(1),i+1)=Grid(pos(1),i);
endfor
after_shift = Grid(pos(1),:);
Grid(pos(1),pos(2)+1) = length(sycle)+1;
kO(pos(1),pos(2)+1) = kO_tissue;
kG(pos(1),pos(2)+1) = kG_tissue;
DG(pos(1),pos(2)+1) = DG_tissue;
sycle(c_idx,1) = 0;
cycle_duration = round(interp1([0.150 0.0375 0.015],[2.8000-0.6 6.6000-0.6 400.0000-0.6]*24*60,O(find(Grid==c_idx)))+864);
sycle(length(sycle)+1,:) = [0 cycle_duration];
else
Grid(pos(1),pos(2)+1) = length(sycle)+1;
kO(pos(1),pos(2)+1) = kO_tissue;
kG(pos(1),pos(2)+1) = kG_tissue;
DG(pos(1),pos(2)+1) = DG_tissue;
sycle(c_idx,1) = 0;
cycle_duration = round(interp1([0.150 0.0375 0.015],[2.8000-0.6 6.6000-0.6 400.0000-0.6]*24*60,O(find(Grid==c_idx)))+864);
sycle(length(sycle)+1,:) = [0 cycle_duration];
%'2'
endif
case 3
if(Grid(pos(1)-1,pos(2))!=0)
[pos(1)-1 pos(2)];
%disp('occupied');
rim = find(Grid(1:pos(1)+1,pos(2))!=0);
rim = rim(1);
rim;
before_shift = Grid(:,pos(2))';
for i= rim:pos(1)-1
Grid(i-1,pos(2))=Grid(i,pos(2));
endfor
after_shift = Grid(:,pos(2))';
Grid(pos(1)-1,pos(2)) = length(sycle)+1;
kG(pos(1)-1,pos(2)) = kG_tissue;
DG(pos(1)-1,pos(2)) = DG_tissue;
kO(pos(1)-1,pos(2)) = kO_tissue;
sycle(c_idx,1) = 0;
cycle_duration = round(interp1([0.150 0.0375 0.015],[2.8000-0.6 6.6000-0.6 400.0000-0.6]*24*60,O(find(Grid==c_idx)))+864);
sycle(length(sycle)+1,:) = [0 cycle_duration];
else
Grid(pos(1)-1,pos(2)) = length(sycle)+1;
kG(pos(1)-1,pos(2)) = kG_tissue;
DG(pos(1)-1,pos(2)) = DG_tissue;
kO(pos(1)-1,pos(2)) = kO_tissue;
sycle(c_idx,1) = 0;
cycle_duration = round(interp1([0.150 0.0375 0.015],[2.8000-0.6 6.6000-0.6 400.0000-0.6]*24*60,O(find(Grid==c_idx)))+864);
sycle(length(sycle)+1,:) = [0 cycle_duration];
%'3'
endif
case 4
if(Grid(pos(1),pos(2)-1)!=0)
[pos(1) pos(2)-1];
%disp('occupied');
rim = find(Grid(pos(1),1:pos(2)-1)!=0);
rim = rim(1);
rim;
before_shift = Grid(pos(1),:);
for i= rim:pos(2)-1
Grid(pos(1),i-1)=Grid(pos(1),i);
endfor
after_shift = Grid(pos(1),:);
Grid(pos(1),pos(2)-1) = length(sycle)+1;
kG(pos(1),pos(2)-1) = kG_tissue;
DG(pos(1),pos(2)-1) = DG_tissue;
kO(pos(1),pos(2)-1) = kO_tissue;
sycle(c_idx,1) = 0;
cycle_duration = round(interp1([0.150 0.0375 0.015],[2.8000-0.6 6.6000-0.6 400.0000-0.6]*24*60,O(find(Grid==c_idx)))+864);
sycle(length(sycle)+1,:) = [0 cycle_duration];
else
Grid(pos(1),pos(2)-1) = length(sycle)+1;
kG(pos(1),pos(2)-1) = kG_tissue;
DG(pos(1),pos(2)-1) = DG_tissue;
kO(pos(1),pos(2)-1) = kO_tissue;
sycle(c_idx,1) = 0;
cycle_duration = round(interp1([0.150 0.0375 0.015],[2.8000-0.6 6.6000-0.6 400.0000-0.6]*24*60,O(find(Grid==c_idx)))+864);
sycle(length(sycle)+1,:) = [0 cycle_duration];
endif
endswitch
return;
'called'
endfunction