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a.txt
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File de.pgm saved . Comment = fc(z)=z^2+ c where c = 0.350000 +0.000000*i ; boundary using DEM
File bd.pgm saved . Comment = fc(z)=z^2+ c where c = 0.350000 +0.000000*i ; Binary Decomposition
File bdb.pgm saved . Comment = fc(z)=z^2+ c where c = 0.350000 +0.000000*i ; boundaries of BD
File mbd.pgm saved . Comment = fc(z)=z^2+ c where c = 0.350000 +0.000000*i ; Modified Binary Decomposition
File mbdb.pgm saved . Comment = fc(z)=z^2+ c where c = 0.350000 +0.000000*i ; boundaries of MBD
File ls.pgm saved . Comment = fc(z)=z^2+ c where c = 0.350000 +0.000000*i ; Level Set Method of Escape Time
File lc.pgm saved . Comment = fc(z)=z^2+ c where c = 0.350000 +0.000000*i ; LCM = boundaries of LSM = Level Curves Method
File lsc.pgm saved . Comment = fc(z)=z^2+ c where c = 0.350000 +0.000000*i ; LSM + LCM (boundaries of LSM
File lcmbd.pgm saved . Comment = fc(z)=z^2+ c where c = 0.350000 +0.000000*i ; boundaries of LSM and MBD
File lcbdb.pgm saved . Comment = fc(z)=z^2+ c where c = 0.350000 +0.000000*i ; boundaries of LSM and BD
File t0.pgm saved . Comment = fc(z)=z^2+ c where c = 0.350000 +0.000000*i ; texture 0 ; x= angle y = frac(radius)
File t1.pgm saved . Comment = fc(z)=z^2+ c where c = 0.350000 +0.000000*i ; texture 1 ; x= angle y = frac(radius)
File t2.pgm saved . Comment = fc(z)=z^2+ c where c = 0.350000 +0.000000*i ; texture 2 ; x= angle y = frac(radius)
File t3.pgm saved . Comment = fc(z)=z^2+ c where c = 0.350000 +0.000000*i ; texture 3 ; x= angle y = frac(radius)
File t4.pgm saved . Comment = fc(z)=z^2+ c where c = 0.350000 +0.000000*i ; texture 4 ; x= angle y = frac(radius)
File t6.pgm saved . Comment = fc(z)=z^2+ c where c = 0.350000 +0.000000*i ; texture 5 cabs(z) ; x= angle y = frac(radius)
File t5b.pgm saved . Comment = fc(z)=z^2+ c where c = 0.350000 +0.000000*i ; texture 5 cabs(z) and boundaries ; x= angle y = frac(radius)
File t6b.pgm saved . Comment = fc(z)=z^2+ c where c = 0.350000 +0.000000*i ; texture 6 cabs(z) and boundaries ; x= angle y = frac(radius)
File t7b.pgm saved . Comment = fc(z)=z^2+ c where c = 0.350000 +0.000000*i ; texture 7 cabs(z) and boundaries ; x= angle y = frac(radius)
File u.pgm saved . Comment = fc(z)=z^2+ c where c = 0.350000 +0.000000*i ; Unknown : boundary and slow dynamics
File sac.pgm saved . Comment = fc(z)=z^2+ c where c = 0.350000 +0.000000*i ; SAC + DEM
File dld.pgm saved . Comment = fc(z)=z^2+ c where c = 0.350000 +0.000000*i ; DLD/J + boundary by DEM
File np.pgm saved . Comment = fc(z)=z^2+ c where c = 0.350000 +0.000000*i ; NP/J
File nd.pgm saved . Comment = fc(z)=z^2+ c where c = 0.350000 +0.000000*i ; ND/J
File pot.pgm saved . Comment = fc(z)=z^2+ c where c = 0.350000 +0.000000*i ; potential
File blend.pgm saved . Comment = fc(z)=z^2+ c where c = 0.350000 +0.000000*i ; blend : potential ( step sqrt) and normal ( slope)
File defq.pgm saved . Comment = fc(z)=z^2+ c where c = 0.350000 +0.000000*i ; boundary using DEM/J and first quadrant
File wonz.pgm saved . Comment = fc(z)=z^2+ c where c = 0.350000 +0.000000*i ; W Window On Z Window
File dei.pgm saved . Comment = fc(z)=z^2+ c where c = 0.350000 +0.000000*i ; boundary using DEM/J inv
File bdi.pgm saved . Comment = fc(z)=z^2+ c where c = 0.350000 +0.000000*i ; BD/J inverted
File bdbi.pgm saved . Comment = fc(z)=z^2+ c where c = 0.350000 +0.000000*i ; boundaries of BD inv
File lcbdbi.pgm saved . Comment = fc(z)=z^2+ c where c = 0.350000 +0.000000*i ; boundaries of LSM and BD inv
File sacdei.pgm saved . Comment = fc(z)=z^2+ c where c = 0.350000 +0.000000*i ; SAC + DEM inverted
File lsi.pgm saved . Comment = fc(z)=z^2+ c where c = 0.350000 +0.000000*i ; LSM inv
File lci.pgm saved . Comment = fc(z)=z^2+ c where c = 0.350000 +0.000000*i ; boundaries of LSM inv
File lsci.pgm saved . Comment = fc(z)=z^2+ c where c = 0.350000 +0.000000*i ; LSM + boundaries of LSM/J inv
File npi.pgm saved . Comment = fc(z)=z^2+ c where c = 0.350000 +0.000000*i ; NP inverted
File ndi.pgm saved . Comment = fc(z)=z^2+ c where c = 0.350000 +0.000000*i ; ND inverted
File pot_i.pgm saved . Comment = fc(z)=z^2+ c where c = 0.350000 +0.000000*i ; potential inverted
File blend_i.pgm saved . Comment = fc(z)=z^2+ c where c = 0.350000 +0.000000*i ; inverted blend : potential ( step sqrt) and normal ( slope)
File zonw.pgm saved . Comment = fc(z)=z^2+ c where c = 0.350000 +0.000000*i ; Z Window On W Window
Number of pgm images = 41
Numerical approximation of Julia set for fc(z)= z^2 + c
parameter c = 0.3500000000000000 +0.0000000000000000*i
Image Width = 2.800000 in world coordinate
PixelWidth = 0.000280
for DEM/J
Max distance from exterior to the boundary = distanceMax = 0.0084008400840084 = 30.000000 pixels
Maximal number of iterations = iterMax = 1000000
For LSM/J
Maximal number of iterations = iterMax_LSM = 255
Escape Radius = ER_LSM = 27.763998
ratio of image = 1.000000 ; it should be 1.000 ...
gcc version: 9.3.0
OPENMP DISPLAY ENVIRONMENT BEGIN
_OPENMP = '201511'
OMP_DYNAMIC = 'FALSE'
OMP_NESTED = 'FALSE'
OMP_NUM_THREADS = '8'
OMP_SCHEDULE = 'DYNAMIC'
OMP_PROC_BIND = 'FALSE'
OMP_PLACES = ''
OMP_STACKSIZE = '0'
OMP_WAIT_POLICY = 'PASSIVE'
OMP_THREAD_LIMIT = '4294967295'
OMP_MAX_ACTIVE_LEVELS = '2147483647'
OMP_CANCELLATION = 'FALSE'
OMP_DEFAULT_DEVICE = '0'
OMP_MAX_TASK_PRIORITY = '0'
OMP_DISPLAY_AFFINITY = 'FALSE'
OMP_AFFINITY_FORMAT = 'level %L thread %i affinity %A'
OPENMP DISPLAY ENVIRONMENT END