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Copy pathMobileNodeMA.ma
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MobileNodeMA.ma
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[top]
components : mobilenode
[mobilenode]
type : cell
dim : (20, 20, 3 )
delay : transport
defaultDelayTime : 0
border : nowrapped
neighbors : mobilenode(-2,-2,0) mobilenode(-2,-1,0) mobilenode(-2,0,0) mobilenode(-2,1,0) mobilenode(-2,2,0)
neighbors : mobilenode(-1,-2,0) mobilenode(-1,-1,0) mobilenode(-1,0,0) mobilenode(-1,1,0) mobilenode(-1,2,0)
neighbors : mobilenode(0,-2,0) mobilenode(0,-1,0) mobilenode(0,0,0) mobilenode(0,1,0) mobilenode(0,2,0)
neighbors : mobilenode(1,-2,0) mobilenode(1,-1,0) mobilenode(1,0,0) mobilenode(1,1,0) mobilenode(1,2,0)
neighbors : mobilenode(2,-2,0) mobilenode(2,-1,0) mobilenode(2,0,0) mobilenode(2,1,0) mobilenode(2,2,0)
neighbors : mobilenode(-2,-2,-1) mobilenode(-2,-1,-1) mobilenode(-2,0,-1) mobilenode(-2,1,-1) mobilenode(-2,2,-1)
neighbors : mobilenode(-1,-2,-1) mobilenode(-1,-1,-1) mobilenode(-1,0,-1) mobilenode(-1,1,-1) mobilenode(-1,2,-1)
neighbors : mobilenode(0,-2,-1) mobilenode(0,-1,-1) mobilenode(0,0,-1) mobilenode(0,1,-1) mobilenode(0,2,-1)
neighbors : mobilenode(1,-2,-1) mobilenode(1,-1,-1) mobilenode(1,0,-1) mobilenode(1,1,-1) mobilenode(1,2,-1)
neighbors : mobilenode(2,-2,-1) mobilenode(2,-1,-1) mobilenode(2,0,-1) mobilenode(2,1,-1) mobilenode(2,2,-1)
initialvalue : 0
initialCellsValue : mobilenode.val
localtransition : mover_and_hop-rule
zone : cornerUL-rule { (0,0,0) }
zone : cornerUR-rule { (0,19,0) }
zone : cornerDL-rule { (19,0,0) }
zone : cornerDR-rule { (19,19,0) }
zone : top-rule { (0,1,0)..(0,18,0) }
zone : bottom-rule { (19,1,0)..(19,18,0) }
zone : left-rule { (1,0,0)..(18,0,0) }
zone : right-rule { (1,19,0)..(18,19,0) }
[mover_and_hop-rule]
rule : 1 1000 { cellpos(2) = 0 and (0,0,0) = 4 and ( (-1,-1,0) != 0 or (-2,-2,0) = 1 or (-2,0,0) = 3 or (0,-2,0) = 2 ) }
rule : 4 1000 { cellpos(2) = 0 and (0,0,0) = 1 and ( (1,1,0) != 0 or (0,2,0) = 3 or (2,2,0) = 4 or (2,0,0) = 2 ) }
rule : 3 1000 { cellpos(2) = 0 and (0,0,0) = 2 and ( (-1,1,0) != 0 or (-2,0,0) = 1 or (-2,2,0) = 3 or (0,2,0) = 4 ) }
rule : 2 1000 { cellpos(2) = 0 and (0,0,0) = 3 and ( (1,-1,0) != 0 or (2,-2,0) = 2 or (2,0,0) = 4 or (0,-2,0) = 1 ) }
rule : 5 1000 { cellpos(2) = 0 and (0,0,0) = 5 }
rule : 6 1000 { cellpos(2) = 0 and (0,0,0) = 6 }
rule : 4 1000 { cellpos(2) = 0 and (0,0,0) = 0 and (1,1,0) = 4 and (-1,-1,0) != 1 and (-1,1,0) != 3 and (1,-1,0) != 2 }
rule : 3 1000 { cellpos(2) = 0 and (0,0,0) = 0 and (-1,1,0) = 3 and (1,1,0) != 4 and (-1,-1,0) != 1 and (1,-1,0) != 2 }
rule : 2 1000 { cellpos(2) = 0 and (0,0,0) = 0 and (1,-1,0) = 2 and (-1,1,0) != 3 and (1,1,0) != 4 and (-1,-1,0) != 1 }
rule : 1 1000 { cellpos(2) = 0 and (0,0,0) = 0 and (-1,-1,0) = 1 and (1,-1,0) != 2 and (-1,1,0) != 3 and (1,1,0) != 4 }
rule : 0 1000 { cellpos(2) = 0 and t }
rule : 10 1000 { cellpos(2) = 1 and (0,0,-1) = 5 and statecount(6) > 0 }
rule : 20 1000 { cellpos(2) = 1 and (0,0,-1) = 5 and ( ( (0,0,0) != 10 and statecount(10) > 0 ) or statecount(10) > 1 ) }
rule : 30 1000 { cellpos(2) = 1 and (0,0,-1) = 5 and ( ( (0,0,0) != 20 and statecount(20) > 0 ) or statecount(20) > 1 ) }
rule : 40 1000 { cellpos(2) = 1 and (0,0,-1) = 5 and ( ( (0,0,0) != 30 and statecount(30) > 0 ) or statecount(30) > 1 ) }
rule : 50 1000 { cellpos(2) = 1 and (0,0,-1) = 5 and ( ( (0,0,0) != 40 and statecount(40) > 0 ) or statecount(40) > 1 ) }
rule : 60 1000 { cellpos(2) = 1 and (0,0,-1) = 5 and t }
rule : 0 1000 { cellpos(2) = 1 and (0,0,-1) = 0 and (1,1,-1) != 4 and (-1,1,-1) != 3 and (1,-1,-1) != 2 and (-1,-1,-1) != 1 }
rule : 0 1000 { cellpos(2) = 1 and (0,0,-1) = 1 and (1,1,-1) = 0 and (0,2,-1) != 3 and (2,2,-1) != 4 and (2,0,-1) != 2 }
rule : 0 1000 { cellpos(2) = 1 and (0,0,-1) = 2 and (-1,1,-1) = 0 and (-2,0,-1) != 1 and (-2,2,-1) != 3 and (0,2,-1) != 4 }
rule : 0 1000 { cellpos(2) = 1 and (0,0,-1) = 3 and (1,-1,-1) = 0 and (2,-2,-1) != 2 and (2,0,-1) != 4 and (0,-2,-1) != 1 }
rule : 0 1000 { cellpos(2) = 1 and (0,0,-1) = 4 and (-1,-1,-1) = 0 and (-2,-2,-1) != 1 and (-2,0,-1) != 3 and (0,-2,-1) != 2 }
rule : 6 1000 { cellpos(2) = 1 and (0,0,-1) = 6 }
rule : 10 1000 { cellpos(2) = 1 and (0,0,-1) = 0 and ( (1,1,-1) = 4 and (-1,-1,-1) != 1 and (-1,1,-1) != 3 and (1,-1,-1) != 2 ) and statecount(6) > 0 }
rule : 20 1000 { cellpos(2) = 1 and (0,0,-1) = 0 and ( (1,1,-1) = 4 and (-1,-1,-1) != 1 and (-1,1,-1) != 3 and (1,-1,-1) != 2 ) and ( ( (1,1,0) != 10 and statecount(10) > 0 ) or statecount(10) > 1 ) }
rule : 30 1000 { cellpos(2) = 1 and (0,0,-1) = 0 and ( (1,1,-1) = 4 and (-1,-1,-1) != 1 and (-1,1,-1) != 3 and (1,-1,-1) != 2 ) and ( ( (1,1,0) != 20 and statecount(20) > 0 ) or statecount(20) > 1 ) }
rule : 40 1000 { cellpos(2) = 1 and (0,0,-1) = 0 and ( (1,1,-1) = 4 and (-1,-1,-1) != 1 and (-1,1,-1) != 3 and (1,-1,-1) != 2 ) and ( ( (1,1,0) != 30 and statecount(30) > 0 ) or statecount(30) > 1 ) }
rule : 50 1000 { cellpos(2) = 1 and (0,0,-1) = 0 and ( (1,1,-1) = 4 and (-1,-1,-1) != 1 and (-1,1,-1) != 3 and (1,-1,-1) != 2 ) and ( ( (1,1,0) != 40 and statecount(40) > 0 ) or statecount(40) > 1 ) }
rule : 60 1000 { cellpos(2) = 1 and (0,0,-1) = 0 and ( (1,1,-1) = 4 and (-1,-1,-1) != 1 and (-1,1,-1) != 3 and (1,-1,-1) != 2 ) and t }
rule : 10 1000 { cellpos(2) = 1 and (0,0,-1) = 0 and ( (-1,1,-1) = 3 and (1,1,-1) != 4 and (-1,-1,-1) != 1 and (1,-1,-1) != 2 ) and statecount(6) > 0 }
rule : 20 1000 { cellpos(2) = 1 and (0,0,-1) = 0 and ( (-1,1,-1) = 3 and (1,1,-1) != 4 and (-1,-1,-1) != 1 and (1,-1,-1) != 2 ) and ( ( (-1,1,0) != 10 and statecount(10) > 0 ) or statecount(10) > 1 ) }
rule : 30 1000 { cellpos(2) = 1 and (0,0,-1) = 0 and ( (-1,1,-1) = 3 and (1,1,-1) != 4 and (-1,-1,-1) != 1 and (1,-1,-1) != 2 ) and ( ( (-1,1,0) != 20 and statecount(20) > 0 ) or statecount(20) > 1 ) }
rule : 40 1000 { cellpos(2) = 1 and (0,0,-1) = 0 and ( (-1,1,-1) = 3 and (1,1,-1) != 4 and (-1,-1,-1) != 1 and (1,-1,-1) != 2 ) and ( ( (-1,1,0) != 30 and statecount(30) > 0 ) or statecount(30) > 1 ) }
rule : 50 1000 { cellpos(2) = 1 and (0,0,-1) = 0 and ( (-1,1,-1) = 3 and (1,1,-1) != 4 and (-1,-1,-1) != 1 and (1,-1,-1) != 2 ) and ( ( (-1,1,0) != 40 and statecount(40) > 0 ) or statecount(40) > 1 ) }
rule : 60 1000 { cellpos(2) = 1 and (0,0,-1) = 0 and ( (-1,1,-1) = 3 and (1,1,-1) != 4 and (-1,-1,-1) != 1 and (1,-1,-1) != 2 ) and t }
rule : 10 1000 { cellpos(2) = 1 and (0,0,-1) = 0 and ( (1,-1,-1) = 2 and (-1,1,-1) != 3 and (1,1,-1) != 4 and (-1,-1,-1) != 1 ) and statecount(6) > 0 }
rule : 20 1000 { cellpos(2) = 1 and (0,0,-1) = 0 and ( (1,-1,-1) = 2 and (-1,1,-1) != 3 and (1,1,-1) != 4 and (-1,-1,-1) != 1 ) and ( ( (1,-1,0) != 10 and statecount(10) > 0 ) or statecount(10) > 1 ) }
rule : 30 1000 { cellpos(2) = 1 and (0,0,-1) = 0 and ( (1,-1,-1) = 2 and (-1,1,-1) != 3 and (1,1,-1) != 4 and (-1,-1,-1) != 1 ) and ( ( (1,-1,0) != 20 and statecount(20) > 0 ) or statecount(20) > 1 ) }
rule : 40 1000 { cellpos(2) = 1 and (0,0,-1) = 0 and ( (1,-1,-1) = 2 and (-1,1,-1) != 3 and (1,1,-1) != 4 and (-1,-1,-1) != 1 ) and ( ( (1,-1,0) != 30 and statecount(30) > 0 ) or statecount(30) > 1 ) }
rule : 50 1000 { cellpos(2) = 1 and (0,0,-1) = 0 and ( (1,-1,-1) = 2 and (-1,1,-1) != 3 and (1,1,-1) != 4 and (-1,-1,-1) != 1 ) and ( ( (1,-1,0) != 40 and statecount(40) > 0 ) or statecount(40) > 1 ) }
rule : 60 1000 { cellpos(2) = 1 and (0,0,-1) = 0 and ( (1,-1,-1) = 2 and (-1,1,-1) != 3 and (1,1,-1) != 4 and (-1,-1,-1) != 1 ) and t }
rule : 10 1000 { cellpos(2) = 1 and (0,0,-1) = 0 and ( (-1,-1,-1) = 1 and (1,-1,-1) != 2 and (-1,1,-1) != 3 and (1,1,-1) != 4 ) and statecount(6) > 0 }
rule : 20 1000 { cellpos(2) = 1 and (0,0,-1) = 0 and ( (-1,-1,-1) = 1 and (1,-1,-1) != 2 and (-1,1,-1) != 3 and (1,1,-1) != 4 ) and ( ( (-1,-1,0) != 10 and statecount(10) > 0 ) or statecount(10) > 1 ) }
rule : 30 1000 { cellpos(2) = 1 and (0,0,-1) = 0 and ( (-1,-1,-1) = 1 and (1,-1,-1) != 2 and (-1,1,-1) != 3 and (1,1,-1) != 4 ) and ( ( (-1,-1,0) != 20 and statecount(20) > 0 ) or statecount(20) > 1 ) }
rule : 40 1000 { cellpos(2) = 1 and (0,0,-1) = 0 and ( (-1,-1,-1) = 1 and (1,-1,-1) != 2 and (-1,1,-1) != 3 and (1,1,-1) != 4 ) and ( ( (-1,-1,0) != 30 and statecount(30) > 0 ) or statecount(30) > 1 ) }
rule : 50 1000 { cellpos(2) = 1 and (0,0,-1) = 0 and ( (-1,-1,-1) = 1 and (1,-1,-1) != 2 and (-1,1,-1) != 3 and (1,1,-1) != 4 ) and ( ( (-1,-1,0) != 40 and statecount(40) > 0 ) or statecount(40) > 1 ) }
rule : 60 1000 { cellpos(2) = 1 and (0,0,-1) = 0 and ( (-1,-1,-1) = 1 and (1,-1,-1) != 2 and (-1,1,-1) != 3 and (1,1,-1) != 4 ) and t }
rule : 0 1000 { cellpos(2) = 1 and (0,0,-1) = 0 and t }
rule : 10 1000 { cellpos(2) = 1 and (0,0,-1) = 1 and ( (1,1,-1) != 0 or (0,2,-1) = 3 or (2,2,-1) = 4 or (2,0,-1) = 2 ) and statecount(6) > 0 }
rule : 20 1000 { cellpos(2) = 1 and (0,0,-1) = 1 and ( (1,1,-1) != 0 or (0,2,-1) = 3 or (2,2,-1) = 4 or (2,0,-1) = 2 ) and ( ( (0,0,0) != 10 and statecount(10) > 0 ) or statecount(10) > 1 ) }
rule : 30 1000 { cellpos(2) = 1 and (0,0,-1) = 1 and ( (1,1,-1) != 0 or (0,2,-1) = 3 or (2,2,-1) = 4 or (2,0,-1) = 2 ) and ( ( (0,0,0) != 20 and statecount(20) > 0 ) or statecount(20) > 1 ) }
rule : 40 1000 { cellpos(2) = 1 and (0,0,-1) = 1 and ( (1,1,-1) != 0 or (0,2,-1) = 3 or (2,2,-1) = 4 or (2,0,-1) = 2 ) and ( ( (0,0,0) != 30 and statecount(30) > 0 ) or statecount(30) > 1 ) }
rule : 50 1000 { cellpos(2) = 1 and (0,0,-1) = 1 and ( (1,1,-1) != 0 or (0,2,-1) = 3 or (2,2,-1) = 4 or (2,0,-1) = 2 ) and ( ( (0,0,0) != 40 and statecount(40) > 0 ) or statecount(40) > 1 ) }
rule : 60 1000 { cellpos(2) = 1 and (0,0,-1) = 1 and ( (1,1,-1) != 0 or (0,2,-1) = 3 or (2,2,-1) = 4 or (2,0,-1) = 2 ) and t }
rule : 10 1000 { cellpos(2) = 1 and (0,0,-1) = 2 and ( (-1,1,-1) != 0 or (-2,0,-1) = 1 or (-2,2,-1) = 3 or (0,2,-1) = 4 ) and statecount(6) > 0 }
rule : 20 1000 { cellpos(2) = 1 and (0,0,-1) = 2 and ( (-1,1,-1) != 0 or (-2,0,-1) = 1 or (-2,2,-1) = 3 or (0,2,-1) = 4 ) and ( ( (0,0,0) != 10 and statecount(10) > 0 ) or statecount(10) > 1 ) }
rule : 30 1000 { cellpos(2) = 1 and (0,0,-1) = 2 and ( (-1,1,-1) != 0 or (-2,0,-1) = 1 or (-2,2,-1) = 3 or (0,2,-1) = 4 ) and ( ( (0,0,0) != 20 and statecount(20) > 0 ) or statecount(20) > 1 ) }
rule : 40 1000 { cellpos(2) = 1 and (0,0,-1) = 2 and ( (-1,1,-1) != 0 or (-2,0,-1) = 1 or (-2,2,-1) = 3 or (0,2,-1) = 4 ) and ( ( (0,0,0) != 30 and statecount(30) > 0 ) or statecount(30) > 1 ) }
rule : 50 1000 { cellpos(2) = 1 and (0,0,-1) = 2 and ( (-1,1,-1) != 0 or (-2,0,-1) = 1 or (-2,2,-1) = 3 or (0,2,-1) = 4 ) and ( ( (0,0,0) != 40 and statecount(40) > 0 ) or statecount(40) > 1 ) }
rule : 60 1000 { cellpos(2) = 1 and (0,0,-1) = 2 and ( (-1,1,-1) != 0 or (-2,0,-1) = 1 or (-2,2,-1) = 3 or (0,2,-1) = 4 ) and t }
rule : 10 1000 { cellpos(2) = 1 and (0,0,-1) = 3 and ( (1,-1,-1) != 0 or (2,-2,-1) = 2 or (2,0,-1) = 4 or (0,-2,-1) = 1 ) and statecount(6) > 0 }
rule : 20 1000 { cellpos(2) = 1 and (0,0,-1) = 3 and ( (1,-1,-1) != 0 or (2,-2,-1) = 2 or (2,0,-1) = 4 or (0,-2,-1) = 1 ) and ( ( (0,0,0) != 10 and statecount(10) > 0 ) or statecount(10) > 1 ) }
rule : 30 1000 { cellpos(2) = 1 and (0,0,-1) = 3 and ( (1,-1,-1) != 0 or (2,-2,-1) = 2 or (2,0,-1) = 4 or (0,-2,-1) = 1 ) and ( ( (0,0,0) != 20 and statecount(20) > 0 ) or statecount(20) > 1 ) }
rule : 40 1000 { cellpos(2) = 1 and (0,0,-1) = 3 and ( (1,-1,-1) != 0 or (2,-2,-1) = 2 or (2,0,-1) = 4 or (0,-2,-1) = 1 ) and ( ( (0,0,0) != 30 and statecount(30) > 0 ) or statecount(30) > 1 ) }
rule : 50 1000 { cellpos(2) = 1 and (0,0,-1) = 3 and ( (1,-1,-1) != 0 or (2,-2,-1) = 2 or (2,0,-1) = 4 or (0,-2,-1) = 1 ) and ( ( (0,0,0) != 40 and statecount(40) > 0 ) or statecount(40) > 1 ) }
rule : 60 1000 { cellpos(2) = 1 and (0,0,-1) = 3 and ( (1,-1,-1) != 0 or (2,-2,-1) = 2 or (2,0,-1) = 4 or (0,-2,-1) = 1 ) and t }
rule : 10 1000 { cellpos(2) = 1 and (0,0,-1) = 4 and ( (-1,-1,-1) != 0 or (-2,-2,-1) = 1 or (-2,0,-1) = 3 or (0,-2,-1) = 2 ) and statecount(6) > 0 }
rule : 20 1000 { cellpos(2) = 1 and (0,0,-1) = 4 and ( (-1,-1,-1) != 0 or (-2,-2,-1) = 1 or (-2,0,-1) = 3 or (0,-2,-1) = 2 ) and ( ( (0,0,0) != 10 and statecount(10) > 0 ) or statecount(10) > 1 ) }
rule : 30 1000 { cellpos(2) = 1 and (0,0,-1) = 4 and ( (-1,-1,-1) != 0 or (-2,-2,-1) = 1 or (-2,0,-1) = 3 or (0,-2,-1) = 2 ) and ( ( (0,0,0) != 20 and statecount(20) > 0 ) or statecount(20) > 1 ) }
rule : 40 1000 { cellpos(2) = 1 and (0,0,-1) = 4 and ( (-1,-1,-1) != 0 or (-2,-2,-1) = 1 or (-2,0,-1) = 3 or (0,-2,-1) = 2 ) and ( ( (0,0,0) != 30 and statecount(30) > 0 ) or statecount(30) > 1 ) }
rule : 50 1000 { cellpos(2) = 1 and (0,0,-1) = 4 and ( (-1,-1,-1) != 0 or (-2,-2,-1) = 1 or (-2,0,-1) = 3 or (0,-2,-1) = 2 ) and ( ( (0,0,0) != 40 and statecount(40) > 0 ) or statecount(40) > 1 ) }
rule : 60 1000 { cellpos(2) = 1 and (0,0,-1) = 4 and ( (-1,-1,-1) != 0 or (-2,-2,-1) = 1 or (-2,0,-1) = 3 or (0,-2,-1) = 2 ) and t }
rule : 7 1000 { cellpos(2) = 2 and statecount(6) > 0 }
rule : 7 1000 { cellpos(2) = 2 and statecount(10) > 0 }
rule : 7 1000 { cellpos(2) = 2 and statecount(20) > 0 }
rule : 7 1000 { cellpos(2) = 2 and statecount(30) > 0 }
rule : 7 1000 { cellpos(2) = 2 and statecount(40) > 0 }
rule : 0 1000 { cellpos(2) = 2 and statecount(40) = 0 and statecount(30) = 0 and statecount(20) = 0 and statecount(10) = 0 and statecount(6) = 0 }
[top-rule]
rule : 3 1000 { cellpos(2) = 0 and (0,0,0) = 0 and (1,1,0) = 4 and (1,-1,0) != 2 }
rule : 1 1000 { cellpos(2) = 0 and (0,0,0) = 0 and (1,-1,0) = 2 and (1,1,0) != 4 }
rule : 5 1000 { cellpos(2) = 0 and (0,0,0) = 5 }
rule : 6 1000 { cellpos(2) = 0 and (0,0,0) = 6 }
rule : 3 1000 { cellpos(2) = 0 and (0,0,0) = 1 and ( (1,1,0) != 0 or (2,0,0) = 2 or (0,2,0) = 3 or (2,2,0) = 4 ) }
rule : 1 1000 { cellpos(2) = 0 and (0,0,0) = 3 and ( (1,-1,0) != 0 or (2,0,0) = 4 or (0,-2,0) = 1 or (2,-2,0) = 2 ) }
rule : 0 1000 { cellpos(2) = 0 and t }
[bottom-rule]
rule : 4 1000 { cellpos(2) = 0 and (0,0,0) = 0 and (-1,1,0) = 3 and (-1,-1,0) != 1 }
rule : 2 1000 { cellpos(2) = 0 and (0,0,0) = 0 and (-1,-1,0) = 1 and (-1,1,0) != 3 }
rule : 5 1000 { cellpos(2) = 0 and (0,0,0) = 5 }
rule : 6 1000 { cellpos(2) = 0 and (0,0,0) = 6 }
rule : 2 1000 { cellpos(2) = 0 and (0,0,0) = 4 and ( (-1,-1,0) != 0 or (-2,0,0) = 3 or (0,-2,0) = 2 or (-2,-2,0) = 1 ) }
rule : 4 1000 { cellpos(2) = 0 and (0,0,0) = 2 and ( (-1,1,0) != 0 or (-2,0,0) = 1 or (0,2,0) = 4 or (-2,2,0) = 3 ) }
rule : 0 1000 { cellpos(2) = 0 and t }
[left-rule]
rule : 1 1000 { cellpos(2) = 0 and (0,0,0) = 0 and (-1,1,0) = 3 and (1,1,0) != 4 }
rule : 2 1000 { cellpos(2) = 0 and (0,0,0) = 0 and (1,1,0) = 4 and (-1,1,0) != 3 }
rule : 5 1000 { cellpos(2) = 0 and (0,0,0) = 5 }
rule : 6 1000 { cellpos(2) = 0 and (0,0,0) = 6 }
rule : 2 1000 { cellpos(2) = 0 and (0,0,0) = 1 and ( (1,1,0) != 0 or (2,0,0) = 2 or (0,2,0) = 3 or (2,2,0) = 4 ) }
rule : 1 1000 { cellpos(2) = 0 and (0,0,0) = 2 and ( (-1,1,0) != 0 or (-2,0,0) = 1 or (0,2,0) = 4 or (-2,2,0) = 3 ) }
rule : 0 1000 { cellpos(2) = 0 and t }
[right-rule]
rule : 3 1000 { cellpos(2) = 0 and (0,0,0) = 0 and (-1,-1,0) = 1 and (1,-1,0) != 2 }
rule : 4 1000 { cellpos(2) = 0 and (0,0,0) = 0 and (1,-1,0) = 2 and (-1,-1,0) != 1 }
rule : 5 1000 { cellpos(2) = 0 and (0,0,0) = 5 }
rule : 6 1000 { cellpos(2) = 0 and (0,0,0) = 6 }
rule : 4 1000 { cellpos(2) = 0 and (0,0,0) = 3 and ( (1,-1,0) != 0 or (2,0,0) = 4 or (0,-2,0) = 1 or (2,-2,0) = 2 ) }
rule : 3 1000 { cellpos(2) = 0 and (0,0,0) = 4 and ( (-1,-1,0) != 0 or (-2,-2,0) = 1 or (0,-2,0) = 2 or (-2,0,0) = 3 ) }
rule : 0 1000 { cellpos(2) = 0 and t }
[cornerUL-rule]
rule : 1 1000 { cellpos(2) = 0 and (0,0,0) = 0 and (1,1,0) = 4 }
rule : 5 1000 { cellpos(2) = 0 and (0,0,0) = 5 }
rule : 6 1000 { cellpos(2) = 0 and (0,0,0) = 6 }
rule : 1 1000 { cellpos(2) = 0 and (0,0,0) = 1 and ( (1,1,0) != 0 or (2,0,0) = 2 or (0,2,0) = 3 or (2,2,0) = 4 ) }
rule : 0 1000 { cellpos(2) = 0 and t }
[cornerUR-rule]
rule : 3 1000 { cellpos(2) = 0 and (0,0,0) = 0 and (1,-1,0) = 2 }
rule : 5 1000 { cellpos(2) = 0 and (0,0,0) = 5 }
rule : 6 1000 { cellpos(2) = 0 and (0,0,0) = 6 }
rule : 3 1000 { cellpos(2) = 0 and (0,0,0) = 3 and ( (1,-1,0) != 0 or (2,0,0) = 4 or (0,-2,0) = 1 or (2,-2,0) = 2 ) }
rule : 0 1000 { cellpos(2) = 0 and t }
[cornerDL-rule]
rule : 2 1000 { cellpos(2) = 0 and (0,0,0) = 0 and (-1,1,0) = 3 }
rule : 5 1000 { cellpos(2) = 0 and (0,0,0) = 5 }
rule : 6 1000 { cellpos(2) = 0 and (0,0,0) = 6 }
rule : 2 1000 { cellpos(2) = 0 and (0,0,0) = 2 and ( (-1,1,0) != 0 or (-2,0,0) = 1 or (0,2,0) = 4 or (-2,2,0) = 3 ) }
rule : 0 1000 { cellpos(2) = 0 and t }
[cornerDR-rule]
rule : 4 1000 { cellpos(2) = 0 and (0,0,0) = 0 and (-1,-1,0) = 1 }
rule : 5 1000 { cellpos(2) = 0 and (0,0,0) = 5 }
rule : 6 1000 { cellpos(2) = 0 and (0,0,0) = 6 }
rule : 4 1000 { cellpos(2) = 0 and (0,0,0) = 4 and ( (-1,-1,0) != 0 or (-2,-2,0) = 1 or (0,-2,0) = 2 or (-2,0,0) = 3 ) }
rule : 0 1000 { cellpos(2) = 0 and t }
# NOTES
# Movement of mobile nodes:
#
# 0 = empty cell
# 1 = Moves in south-east direction
# 2 = Moves in north-east direction
# 3 = Moves in south-west direction
# 4 = Moves in north-west direction
# 5 = Static Node
# 6 = Base Station
# 10 = 1 hop away from the base station
# 20 = 2 hops away from the base station
# 30 = 3 hops away from the base station
# 40 = 4 hops away from the base station
# 50 = 5 hops away from the base station
# 60 = Can not reach to the base station