def launchXml(self, params_val, depend_val, output, precision, mode,
xmlname):
for i in range(0, len(depend_val)):
graph_dir = self.base_dir + "graph/" + self.name + "/"
for k in range(0, len(self.params)):
if not (self.params[k].getName() == depend_val.keys()[i]):
graph_dir += self.params[k].getName() + "_" + params_val[
self.params[k].getName()][0] + "/"
try:
os.makedirs(str(graph_dir))
except OSError:
pass
pdf = str(graph_dir)
pdfname = []
for tmpOut in output:
pdfname.append(pdf + tmpOut.getName() + ".pdf")
valide = validation.validation_code(str(self.vname),
self.params, output,
str(xmlname), params_val,
depend_val, precision, pdf)
index = 0
for tmpPdf in pdfname:
os.system("convert -density 150 " + tmpPdf + " " + tmpPdf +
".png")
pdfname[index] = pdfname[index] + ".png"
index += 1
return valide, pdfname
def launchXml(self,params_val,depend_val,output,precision,mode,xmlname):
for i in range(0,len(depend_val)):
graph_dir=self.base_dir+"graph/"+self.name+"/"
for k in range(0,len(self.params)):
if not (self.params[k].getName() == depend_val.keys()[i]):
graph_dir+=self.params[k].getName()+"_"+params_val[self.params[k].getName()][0]+"/"
try:
os.makedirs(str(graph_dir))
except OSError:
pass
pdf=str(graph_dir)
pdfname=[]
for tmpOut in output:
pdfname.append(pdf+tmpOut.getName()+".pdf")
valide=validation.validation_code(str(self.vname),
self.params,
output,
str(xmlname),
params_val,
depend_val,
precision,
pdf)
index=0
for tmpPdf in pdfname:
os.system("convert -density 150 "+tmpPdf+" "+tmpPdf+".png")
pdfname[index]=pdfname[index]+".png"
index+=1
return valide,pdfname
def launch(self, params_val, depend_val, output, precision, mode):
if (mode == 1):
if not self.verify(params_val, depend_val, output):
print "[CodeCalcul] error : Some values are out of range"
return
for i in range(0, len(depend_val)):
for j in range(0, len(depend_val[depend_val.keys()[i]])):
lString = " " + self.other_options
img_dir = self.base_dir + self.vname + "/"
for k in range(0, len(self.params)):
if self.params[k].getName() == depend_val.keys()[i]:
img_dir += self.params[k].getName() + "_" + depend_val[
self.params[k].getName()][j] + "/"
lString += " --" + self.params[k].getCmdName(
) + "=" + depend_val[self.params[k].getName()][j]
else:
img_dir += self.params[k].getName() + "_" + params_val[
self.params[k].getName()][0] + "/"
lString += " --" + self.params[k].getCmdName(
) + "=" + params_val[self.params[k].getName()][0]
print str(self.exec_path + self.name + lString)
if not os.system(
str(self.exec_path + self.name + lString)) == 0:
raise IOError, "error in execution"
graph_dir = self.base_dir + "graph/" + self.name + "/"
for k in range(0, len(self.params)):
if not (self.params[k].getName() == depend_val.keys()[i]):
graph_dir += self.params[k].getName() + "_" + params_val[
self.params[k].getName()][0] + "/"
try:
os.makedirs(str(graph_dir))
except OSError:
pass
pdf = str(graph_dir)
pdfname = []
for tmpOut in output:
pdfname.append(pdf + tmpOut.getName() + ".pdf")
valide = validation.validation_code(
str(self.vname), self.params, output,
str(self.base_dir + "xml/xml_result.xml"), params_val,
depend_val, precision, pdf)
index = 0
for tmpPdf in pdfname:
os.system("convert -density 150 " + tmpPdf + " " + tmpPdf +
".png")
pdfname[index] = pdfname[index] + ".png"
index += 1
return valide, pdfname, []
def launch(self,params_val,depend_val,output,precision,mode):
if (mode==1):
if not self.verify(params_val,depend_val,output):
print "[CodeCalcul] error : Some values are out of range"
return
for i in range(0,len(depend_val)):
for j in range(0,len(depend_val[depend_val.keys()[i]])):
lString=" "+self.other_options
img_dir=self.base_dir+self.vname+"/"
for k in range(0,len(self.params)):
if self.params[k].getName() == depend_val.keys()[i]:
img_dir+=self.params[k].getName()+"_"+depend_val[self.params[k].getName()][j]+"/"
lString+=" --"+self.params[k].getCmdName()+"="+depend_val[self.params[k].getName()][j]
else:
img_dir+=self.params[k].getName()+"_"+params_val[self.params[k].getName()][0]+"/"
lString+=" --"+self.params[k].getCmdName()+"="+params_val[self.params[k].getName()][0]
print str(self.exec_path+self.name+lString)
if not os.system(str(self.exec_path+self.name+lString))==0:
raise IOError, "error in execution"
graph_dir=self.base_dir+"graph/"+self.name+"/"
for k in range(0,len(self.params)):
if not (self.params[k].getName() == depend_val.keys()[i]):
graph_dir+=self.params[k].getName()+"_"+params_val[self.params[k].getName()][0]+"/"
try:
os.makedirs(str(graph_dir))
except OSError:
pass
pdf=str(graph_dir)
pdfname=[]
for tmpOut in output:
pdfname.append(pdf+tmpOut.getName()+".pdf")
valide=validation.validation_code(str(self.vname),
self.params,
output,
str(self.base_dir+"xml/xml_result.xml"),
params_val,
depend_val,
precision,
pdf)
index=0
for tmpPdf in pdfname:
os.system("convert -density 150 "+tmpPdf+" "+tmpPdf+".png")
pdfname[index]=pdfname[index]+".png"
index+=1
return valide,pdfname,[]
import validation
import error
import displayGraphics
from pyx import color,text,unit,canvas
from numpy import log
################################################################################
# Main program
################################################################################
reponse = xmlParser.parse_xml_response("essai_xml_response.xml")
print(validation.validation_code(reponse,"essai_xml.xml","laplacian1DP1",0.32))
#print(validation.validation_code_norm(reponse,"essai_xml.xml","laplacian1DP1","H1",0.05))
data=[[1,2,20],[1,4,6.78]]
func="x**2"
#print(error.validation_all(data,func,0.1))
#data=datas[0]
#func=funcs[0]
data2=error.changedata(data,func)
func2=error.changefunc(func)
data3=error.slope_calc(data,func)
#print(data2)
#print(func2)
##V2 affichage en utilisant nos fonctions
import xmlParser
import validation
import error
import displayGraphics
from pyx import color, text, unit, canvas
from numpy import log
################################################################################
# Main program
################################################################################
reponse = xmlParser.parse_xml_response("essai_xml_response.xml")
print(
validation.validation_code(reponse, "essai_xml.xml", "laplacian1DP1",
0.32))
#print(validation.validation_code_norm(reponse,"essai_xml.xml","laplacian1DP1","H1",0.05))
data = [[1, 2, 20], [1, 4, 6.78]]
func = "x**2"
#print(error.validation_all(data,func,0.1))
#data=datas[0]
#func=funcs[0]
data2 = error.changedata(data, func)
func2 = error.changefunc(func)
data3 = error.slope_calc(data, func)
#print(data2)
#print(func2)
##V2 affichage en utilisant nos fonctions