def constructBuildingClicked():
footProcessClicked()
global draw_flag
draw_flag = 1
inputPath = os.path.join(projPath, "input")
flag = True
if (len(inputPath) != 0):
print wrk_drr
os.chdir(wrk_drr + '\\3d-modelling')
fw = open('temp.txt', 'w')
s = inputPath.replace("\\", "\\\\")
print "Str replaced"
print s
fw.write(s)
fw.close()
full_path = os.path.join(wrk_drr,
r'resources/Google SketchUp 8/SketchUp.exe')
print full_path
## subprocess.Popen(full_path)
subprocess.call(full_path)
unzip(os.path.join(projPath, "output"))
#os.startfile("SketchUp.exe")
threeD.pushButton_8.setEnabled(True)
addPlacemark_new.main()
print "\n\n\nEntering values in the database.. Please Wait\n"
database_enter.run()
print "\n All values have been added please move to the query section"
threeD.pushButton_6.setStyleSheet(_fromUtf8("color: rgb(0, 85,0);"))
return True
def constructBuildingClicked():
footProcessClicked();
global draw_flag
draw_flag=1
inputPath=os.path.join(projPath,"input")
flag = True
if(len(inputPath) != 0):
print wrk_drr
os.chdir(wrk_drr+'\\3d-modelling')
fw = open('temp.txt','w')
s = inputPath.replace("\\", "\\\\" )
print "Str replaced"
print s
fw.write(s)
fw.close()
full_path=os.path.join(wrk_drr,r'resources/Google SketchUp 8/SketchUp.exe')
print full_path
## subprocess.Popen(full_path)
subprocess.call(full_path)
unzip(os.path.join(projPath,"output"))
#os.startfile("SketchUp.exe")
threeD.pushButton_8.setEnabled(True)
addPlacemark_new.main()
print "\n\n\nEntering values in the database.. Please Wait\n"
database_enter.run()
print "\n All values have been added please move to the query section"
threeD.pushButton_6.setStyleSheet(_fromUtf8("color: rgb(0, 85,0);"))
return True
def constructBuildingClicked():
footProcessClicked();
global draw_flag
draw_flag=1
inputPath=os.path.join(projPath,"input")
outputPath=os.path.join(projPath,"output")
flag = True
files=os.listdir(inputPath)
for filename in files:
countJPG=0;
hght=0.0;
print "inside for loop",filename
os.chdir(inputPath)
if os.path.isdir(filename):
print "inside first if"
for files_build in os.listdir(os.path.join(inputPath,filename)):
os.chdir(os.path.join(inputPath,filename))
with open("heights.txt",'r')as ht:
print "ht is",ht
## build_ht=str(ht.readlines())
for lines in ht:
list_ht=lines.split("\t")
print "list_ht is",list_ht
with open(filename+".txt") as fp:
line= fp.readline()
list_co= line.split("\t")
x= list_co[1:9:2]
y= list_co[2:9:2]
import numpy as np
import math
import UTM as con
## x1 =float(x[0])
## y1 = float(y[0])
## print "coord x",x1
## print "coord y",y1
##
## np.savetxt('Outputcoordinates.txt', (x1,y1),fmt = '%.14f')
##
x= np.array(x,float)
y= np.array(y,float)
print "x coordinates is", x
print "y coordinates is", y
(z, x[0], y[0]) = con.LLtoUTM(23,x[0],y[0])
(z, x[1], y[1]) = con.LLtoUTM(23,x[1],y[1])
(z, x[2], y[2]) = con.LLtoUTM(23,x[2],y[2])
(z, x[3], y[3]) = con.LLtoUTM(23,x[3],y[3])
x=x-x[0]
y=y-y[0]
print "x coordinates is", x
print "y coordinates is", y
#print(repr(z))
#a = float(z)
if files_build.endswith('.jpg'):
countJPG=countJPG+1;
outputFileName=files_build.split(".")[0]
print "inside if jpg","calling testpycollada",list_ht[countJPG]
testpycollada.makeKML(os.path.join(inputPath,filename),os.path.join(outputPath,outputFileName) ,files_build,list_ht[countJPG],hght,x,y,filename,inputPath);
hght=hght+float(list_ht[countJPG])
print "height of floor is",outputFileName,hght
threeD.pushButton_8.setEnabled(True)
#addPlacemark_new.main()
print "\n\n\nEntering values in the database.. Wait\n"
database_enter.run()
print "\n All values have been added move to the query section"
threeD.pushButton_6.setStyleSheet(_fromUtf8("color: rgb(0, 85,0);\n""font: 14pt \"Times New Roman\";"))
return True
def constructBuildingClicked():
footProcessClicked();
global draw_flag
draw_flag=1
inputPath=os.path.join(projPath,"input")
outputPath=os.path.join(projPath,"output")
flag = True
files=os.listdir(inputPath)
for filename in files:
countJPG=0;
hght=0.0;
print "inside for loop",filename
os.chdir(inputPath)
if os.path.isdir(filename):
print "inside first if"
for files_build in os.listdir(os.path.join(inputPath,filename)):
os.chdir(os.path.join(inputPath,filename))
with open("heights.txt",'r')as ht:
print "ht is",ht
for lines in ht:
list_ht=lines.split("\t")
print "list_ht is",list_ht
with open(filename+".txt") as fp:
line= fp.readline()
list_co= line.split("\t")
x= list_co[1:9:2]
y= list_co[2:9:2]
import numpy as np
import math
import UTM as con
x= np.array(x,float)
y= np.array(y,float)
print "x coordinates is", x
print "y coordinates is", y
(z, x[0], y[0]) = con.LLtoUTM(23,x[0],y[0])
(z, x[1], y[1]) = con.LLtoUTM(23,x[1],y[1])
(z, x[2], y[2]) = con.LLtoUTM(23,x[2],y[2])
(z, x[3], y[3]) = con.LLtoUTM(23,x[3],y[3])
x=x-x[0]
y=y-y[0]
print "x coordinates is", x
print "y coordinates is", y
if files_build.endswith('.jpg'):
countJPG=countJPG+1;
outputFileName=files_build.split(".")[0]
print "inside if jpg","calling testpycollada",list_ht[countJPG]
testpycollada.makeKML(os.path.join(inputPath,filename),os.path.join(outputPath,outputFileName) ,files_build,list_ht[countJPG],hght,x,y,filename,inputPath);
hght=hght+float(list_ht[countJPG])
print "height of floor is",outputFileName,hght
threeD.pushButton_8.setEnabled(True)
addPlacemark_new.main()
print "\n\n\nEntering values in the database.. Wait\n"
database_enter.run()
print "\n All values have been added move to the query section"
threeD.pushButton_6.setStyleSheet(_fromUtf8("color: rgb(0, 85,0);\n""font: 14pt \"Times New Roman\";"))
return True
