ncolor = 0
nmarker = 0
Eta = []
Eps = []
Com = []
Efr = []
max_com = 0
max_efr = 0
min_com = 1e30
min_efr = 1e30
for filename in [filename1, filename2]:
(eta, eps) = classique.lecture(filename, 0, 1)
(com, efr) = classique.lecture(filename, 2, 4)
compt = 0
offset = 6
for i in range(0, 3):
Eta.append(eta[compt + 0])
Eps.append(eps[compt + 0 : compt + offset])
Com.append(com[compt + 0 : compt + offset])
Efr.append(efr[compt + 0 : compt + offset])
max_com = max(max_com, max(com[compt + 0 : compt + offset]))
max_efr = max(max_efr, max(efr[compt + 0 : compt + offset]))
min_com = min(min_com, min(com[compt + 0 : compt + offset]))
min_efr = min(min_efr, min(efr[compt + 0 : compt + offset]))
outputname="/".join(filename.split("/")[0:-1])+"/graphe_tmv_"+(filename.split("/")[-1]).split(".")[0]
else:
outputname="graphe_tmv_"+(filename.split("/")[-1]).split(".")[0]
print(filename+" will be printed in "+outputname)
########################################################################################
#------------------------------- Figure -----------------------------
########################################################################################
colors=["m","b","c","r","g","y","k","firebrick","purple"]
markers=["v","o","*","^","."]
ncolor=0
nmarker=0
(eta,eps) = classique.lecture(filename,0,1)
(com,tmv) = classique.lecture(filename,2,5)
Eta = []
Eps = []
Com = []
Tmv = []
compt=0
max_com = 0
max_tmv = 0
min_com = 1e30
min_tmv = 1e30
offset = 6
######################################################################################## #------------------------------- Figure ----------------------------- ######################################################################################## colors=["m","b","c","r"] markers=["^","o",".","v"] ncolor=0 nmarker=0 nc = 450*3 nr = 450*3 surface = np.zeros((nr,nc)) classique.lecturesurface(filename,surface) # for j in range(0,len(ordonnee)): # surface[int(round(abscisse_1[j]))+(int(1./(2*lc))-1)/2,int(round(abscisse_2[j]))+(int(1./(2*lc))-1)/2]=ordonnee[j] # mask[int(round(abscisse_1[j]))+(int(1./(2*lc))-1)/2,int(round(abscisse_2[j]))+(int(1./(2*lc))-1)/2]=0 #surface[int(round(abscisse_1[j])),int(round(abscisse_2[j]))]=ordonnee[j] #mask[int(round(abscisse_1[j])),int(round(abscisse_2[j]))]=0 #print(abscisse_1[j],abscisse_2[j],int(round(abscisse_1[j])),int(round(abscisse_2[j])),ordonnee[j]) #print(mask) #print(surface) #if maillage==3: # xextent=[lc*min(abscisse_1)-lc*(int(1./(2*lc))-1)/2,lc*max(abscisse_1)+lc*(int(1./(2*lc))-1)/2] # yextent=[lc*min(abscisse_2)-lc*(int(1./(2*lc))-1)/2,lc*max(abscisse_2)+lc*(int(1./(2*lc))-1)/2] #else:
filename_refb[1] = "sparseMatrix" filename_ref[-1] = "_".join(filename_refb) filename_ref = "/".join(filename_ref) print(filename + " will be printed in " + outputname) ######################################################################################## # ------------------------------- Figure ----------------------------- ######################################################################################## colors = ["m", "b", "c", "r", "g", "y", "k", "firebrick", "purple"] markers = ["v", "o", "*", "^", "."] ncolor = 0 nmarker = 0 (eta, eps) = classique.lecture(filename, 0, 1) (com, efr) = classique.lecture(filename, 2, 4) (com_ref, efr_ref) = classique.lecture(filename_ref, 0, 2) Eta = [] Eps = [] Com = [] Efr = [] compt = 0 max_com = 0 max_efr = 0 min_com = 1e30 min_efr = 1e30
markers=["^","o",".","v"]
nlinestyle=0
ymax_err=0
ymin_err=1e30
Courbes_dist = []
Courbes_rank = []
Courbes_err1 = []
Courbes_err2 = []
for filename in filenames:
test="_".join((filename.split("/")[-1]).split(".")[0].split("_")[3:])
(dist,rank) = classique.lecture(filename,0,1)
(err1,err2) = classique.lecture(filename,2,3)
Dist = []
Rank = []
Err1 = []
Err2 = []
compt=0
offset = 49
for i in range(1,10):
