Next: gassimple0() 3x with Mutation Up: Pure Chance Genetics Previous: gassimple0() 3x with Mutation Contents
POPX =
1. 0. 1.
1. 0. 1.
0. 1. 0.
0. 1. 0.
-->l=3,p=5,n=4,N=2048,
K=1,MThreshold=1024,MCount=0,show=2,[MCount,DIST2,STD, MEAN, FREQ,STD1,
MEAN1, FREQ1,POP,FX]=gasimple0(POPX,l,p,n,N, K,MThreshold,MCount,show)
l =
3.
p =
5.
n =
4.
N =
2048.
K =
1.
MThreshold =
1024.
MCount =
0.
show =
2.
mutation point at = (2, 2)
Mutationcount (MCount, cyc)= (1025,1026)
0. 1293. 0.1578369 126.26953
1. 1245. 0.1519775 121.58203
2. 744. 0.0908203 72.65625
3. 814. 0.0993652 79.492188
4. 1275. 0.1556396 124.51172
5. 1305. 0.1593018 127.44141
6. 784. 0.0957031 76.5625
7. 732. 0.0893555 71.484375
Number of Events n * N * K = 8192
FX =
0. 1293. 0.1578369 126.26953
1. 1245. 0.1519775 121.58203
2. 744. 0.0908203 72.65625
3. 814. 0.0993652 79.492188
4. 1275. 0.1556396 124.51172
5. 1305. 0.1593018 127.44141
6. 784. 0.0957031 76.5625
7. 732. 0.0893555 71.484375
POP =
0. 0. 0. 0. 0. 0. 1. 0. 0. 0. 0.
0. 1. 0. 2. 0. 0. 1. 0. 0. 1. 0.
1. 0. 1. 5. 0. 0. 1. 0. 1. 0. 1.
1. 0. 1. 5. 0. 0. 1. 0. 1. 0. 1.
FREQ1 =
0.1593018 1.
0.1578369 1.
0.1556396 1.
0.1519775 1.
0.0993652 1.
0.0957031 1.
0.0908203 1.
0.0893555 1.
MEAN1 =
0.125
STD1 =
0.0335425
FREQ =
127.44141 1.
126.26953 1.
124.51172 1.
121.58203 1.
79.492188 1.
76.5625 1.
72.65625 1.
71.484375 1.
MEAN =
100.
STD =
26.833976
DIST2 =
27.978516
MCount =
1023.
-->n=4,l=3,[POPX]=popgen(n,l)
n =
4.
l =
3.
POPX =
1. 0. 1.
1. 1. 0.
1. 0. 0.
0. 0. 0.
-->l=3,p=5,n=4,N=2048,
K=1,MThreshold=1024,MCount=0,show=2,[MCount,DIST2,STD, MEAN, FREQ,STD1,
MEAN1, FREQ1,POP,FX]=gasimple0(POPX,l,p,n,N, K,MThreshold,MCount,show)
l =
3.
p =
5.
n =
4.
N =
2048.
K =
1.
MThreshold =
1024.
MCount =
0.
show =
2.
mutation point at = (2, 1)
Mutationcount (MCount, cyc)= (1025,1026)
0. 1682. 0.2053223 164.25781
1. 590. 0.0720215 57.617188
2. 601. 0.0733643 58.691406
3. 197. 0.0240479 19.238281
4. 2909. 0.3551025 284.08203
5. 963. 0.1175537 94.042969
6. 952. 0.1162109 92.96875
7. 298. 0.0363770 29.101563
Number of Events n * N * K = 8192
FX =
0. 1682. 0.2053223 164.25781
1. 590. 0.0720215 57.617188
2. 601. 0.0733643 58.691406
3. 197. 0.0240479 19.238281
4. 2909. 0.3551025 284.08203
5. 963. 0.1175537 94.042969
6. 952. 0.1162109 92.96875
7. 298. 0.0363770 29.101563
POP =
0. 0. 0. 4. 0. 0. 1. 0. 1. 0. 0.
1. 0. 1. 0. 0. 0. 1. 0. 0. 0. 0.
0. 1. 0. 6. 0. 0. 1. 0. 1. 1. 0.
1. 0. 0. 1. 0. 0. 1. 0. 0. 0. 1.
FREQ1 =
0.3551025 1.
0.2053223 1.
0.1175537 1.
0.1162109 1.
0.0733643 1.
0.0720215 1.
0.0363770 1.
0.0240479 1.
MEAN1 =
0.125
STD1 =
0.1089232
FREQ =
284.08203 1.
164.25781 1.
94.042969 1.
92.96875 1.
58.691406 1.
57.617188 1.
29.101563 1.
19.238281 1.
MEAN =
100.
STD =
87.138586
DIST2 =
132.42188
MCount =
1023.
-->n=4,l=3,[POPX]=popgen(n,l)
n =
4.
l =
3.
POPX =
0. 0. 0.
1. 1. 1.
1. 0. 0.
1. 1. 0.
-->l=3,p=5,n=4,N=2048,
K=1,MThreshold=1024,MCount=0,show=2,[MCount,DIST2,STD, MEAN, FREQ,STD1,
MEAN1, FREQ1,POP,FX]=gasimple0(POPX,l,p,n,N, K,MThreshold,MCount,show)
l =
3.
p =
5.
n =
4.
N =
2048.
K =
1.
MThreshold =
1024.
MCount =
0.
show =
2.
mutation point at = (2, 1)
Mutationcount (MCount, cyc)= (1025,1026)
0. 1171. 0.1429443 114.35547
1. 334. 0.0407715 32.617188
2. 1126. 0.1374512 109.96094
3. 439. 0.0535889 42.871094
4. 2008. 0.2451172 196.09375
5. 583. 0.0711670 56.933594
6. 1839. 0.2244873 179.58984
7. 692. 0.0844727 67.578125
Number of Events n * N * K = 8192
FX =
0. 1171. 0.1429443 114.35547
1. 334. 0.0407715 32.617188
2. 1126. 0.1374512 109.96094
3. 439. 0.0535889 42.871094
4. 2008. 0.2451172 196.09375
5. 583. 0.0711670 56.933594
6. 1839. 0.2244873 179.58984
7. 692. 0.0844727 67.578125
POP =
1. 1. 1. 4. 0. 0. 1. 0. 1. 0. 0.
0. 0. 0. 6. 0. 0. 1. 0. 1. 1. 0.
1. 0. 0. 3. 0. 0. 1. 0. 0. 1. 1.
0. 1. 0. 0. 0. 0. 1. 0. 0. 0. 0.
FREQ1 =
0.2451172 1.
0.2244873 1.
0.1429443 1.
0.1374512 1.
0.0844727 1.
0.0711670 1.
0.0535889 1.
0.0407715 1.
MEAN1 =
0.125
STD1 =
0.0770319
FREQ =
196.09375 1.
179.58984 1.
114.35547 1.
109.96094 1.
67.578125 1.
56.933594 1.
42.871094 1.
32.617188 1.
MEAN =
100.
STD =
61.625482
DIST2 =
81.738281
MCount =
1023.