>> [indexes,len] = pots('final.asc','params','vjan1604'); The cross-sectional area of the soma is 168.5113 Processing branch 0 Processing branch 1 Processing branch 4 Processing branch 13 Processing branch 40 Processing branch 41 Processing branch 124 Processing branch 125 Processing branch 14 Processing branch 43 Processing branch 130 Processing branch 131 Processing branch 44 Processing branch 5 Processing branch 2 Processing branch 0 Processing branch 1 Processing branch 4 Processing branch 5 Processing branch 16 Processing branch 17 Processing branch 2 Processing branch 0 Processing branch 0 Processing branch 0 Processing branch 1 Processing branch 2 Finished Conversion The branch indicies are Columns 1 through 13 0 1 2 4 5 13 14 40 41 43 44 124 125 Columns 14 through 26 130 131 0 1 2 4 5 16 17 0 0 0 1 Column 27 2 Their respective lengths are Columns 1 through 13 11 8 57 129 41 148 323 70 178 24 59 51 59 Columns 14 through 26 63 78 17 18 64 46 30 41 54 109 86 5 68 Column 27 32 *** PROCESSING DENDRITE 1 *** It has 15 branches branches = 0 1 2 4 5 13 14 40 41 43 44 124 125 130 131 Parent = 43 Children = 130 and 131 size of r1, r2, r3 : 25 63 78 size of Mtemp = 166 lrest1 = 966 lrest2 = 1159 lrest3 = 1222 Neither Children have Children Parent = 41 Children = 124 and 125 size of r1, r2, r3 : 179 51 59 size of Mtemp = 289 lrest1 = 788 lrest2 = 1049 lrest3 = 1100 Neither Children have Children Parent = 14 Children = 43 and 44 size of r1, r2, r3 : 324 24 59 size of Mtemp = 407 lrest1 = 395 lrest2 = 966 lrest3 = 990 Branch number 43 has children Parent = 13 Children = 40 and 41 size of r1, r2, r3 : 149 70 178 size of Mtemp = 397 lrest1 = 247 lrest2 = 718 lrest3 = 788 Branch number 41 has children Parent = 4 Children = 13 and 14 size of r1, r2, r3 : 130 148 323 size of Mtemp = 601 lrest1 = 77 lrest2 = 247 lrest3 = 395 Both Children have children Parent = 1 Children = 4 and 5 size of r1, r2, r3 : 9 129 41 size of Mtemp = 179 lrest1 = 12 lrest2 = 77 lrest3 = 206 Branch number 4 has children Parent = 0 Children = 1 and 2 size of r1, r2, r3 : 12 8 57 size of Mtemp = 77 lrest1 = 0 lrest2 = 12 lrest3 = 20 Branch number 1 has children 0 is a root M(1,1) = 1.0362 K(1,1) = 9.1876 *** PROCESSING DENDRITE 2 *** It has 7 branch(es) branches = 0 1 2 4 5 16 17 Parent = 5 Children = 16 and 17 size of r1, r2, r3 : 31 41 54 size of Mtemp = 126 lrest1 = 146 lrest2 = 176 lrest3 = 217 Neither Children have Children Parent = 1 Children = 4 and 5 size of r1, r2, r3 : 19 46 30 size of Mtemp = 95 lrest1 = 18 lrest2 = 100 lrest3 = 146 Branch number 5 has children Parent = 0 Children = 1 and 2 size of r1, r2, r3 : 18 18 64 size of Mtemp = 100 lrest1 = 0 lrest2 = 18 lrest3 = 36 Branch number 1 has children 0 is a root Nd = 271 low = 1301 M(1,1) = 1.8062 K(1,1) = 14.5237 *** PROCESSING DENDRITE 3 *** It has 1 branch(es) branches = 0 Nd = 110 low = 1571 M(1,1) = 2.0729 K(1,1) = 15.1637 *** PROCESSING DENDRITE 4 *** It has 1 branch(es) branches = 0 Nd = 87 low = 1680 M(1,1) = 2.7096 K(1,1) = 18.8118 *** PROCESSING DENDRITE 5 *** It has 3 branch(es) branches = 0 1 2 Parent = 0 Children = 1 and 2 size of r1, r2, r3 : 6 68 32 size of Mtemp = 106 lrest1 = 0 lrest2 = 6 lrest3 = 74 Neither Children have Children 0 is a root Nd = 106 low = 1766 M(1,1) = 3.1796 K(1,1) = 20.7999 A built A factored >> view('vjan1604',indexes,len); another point (1=y) (0=n) : 1 another point (1=y) (0=n) : 1 another point (1=y) (0=n) : 1 another point (1=y) (0=n) : 0 >>figure(1) >> axis off >> print -djpeg90 markedcell2 >> figure(2) >> figure(3) >> print -djpeg90 markedcell2pots >> diary