def run(self):
Catchment = self.CatchmentOut.getItem()
Catchment.addVectorData(self.CatchmentIn.getItem())
names = pyvibehelper.findElementsWithIdentifier(self.Identifier, Catchment.getAttributeNames())
for i in range(len(names)):
attr = Catchment.getAttributes(names[i])
if attr.getAttribute("Landuse") != 2:
RoofArea = attr.getAttribute("RoofArea") * 200 * 200 * self.PercentInfiltration / 100.0
attr.setAttribute("RoofAreaInfitrated", RoofArea)
Catchment.setAttributes(names[i], attr)
def run(self):
vec = self.Vec.getItem()
vecout = self.Vecout.getItem()
vecout.addVectorData(vec)
attr = pyvibe.Attribute()
attr.setAttribute("test", 1)
vecout.setAttributes("huh", attr)
names = vec.getAttributeNames()
print names
for i in range(len(names)):
print names[i]
names = pyvibehelper.findElementsWithIdentifier("GRID_", vec.getAttributeNames())
for i in range(len(names)):
print names[i]
def run(self):
patches = []
linescol = []
linescolWithC = []
linewidths = []
linecolors = []
print "Run Plot"
fig = plt.figure()
fig.set_size_inches(46.8, 33.1)
ax = fig.add_subplot(111, aspect='equal')
mapNames = self.VectorDataPlot.getNames()
index = 0
for i in range(len(mapNames)):
mapName = mapNames[i]
v = self.VectorDataPlot.get(mapName)
Type = "none"
rule_keys = self.Rules.keys()
for r in rule_keys:
if r == mapName:
Type = self.Rules[mapName].split()[0]
print Type
#find LayerNames
names = []
if Type == "Edge":
names = pyvibehelper.findElementsWithIdentifier(self.Identifier, v.getEdgeNames())
if Type == "Face":
names = pyvibehelper.findElementsWithIdentifier(self.Identifier, v.getFaceNames())
vectornames_tmp = v.getPointsNames()
vectornames= []
for i in range(len(vectornames_tmp)):
vectornames.append(str(vectornames_tmp[i]))
for n in range(len(names)):
name = names[n]
points = v.getPoints(name)
if (len(points)== 0):
break
if index == 0:
xmax = points[0].getX()
xmin = points[0].getX()
ymax = points[0].getY()
ymin = points[0].getY()
index+=1
if str(Type) == "Edge":
edges = v.getEdges(name)
poly = []
for i in range(len(edges)):
x = points[edges[i].getID1()].getX()
y = points[edges[i].getID1()].getY()
poly.append([x,y])
if str(name).find("CityBlock") > -1 and self.ColorCityBlocks == "true":
fc = [0,0,0]
alhp = 1
attr = v.getAttributes(name)
print self.ColorMapCityBlock
if(self.ColorMapCityBlock == 'Landuse'):
val = []
val.append (3)
val.append (2)
val.append (4)
val.append (5)
val.append (6)
val.append (7)
cval = np.array([])
cval.resize(6,3)
cval[0,0] = 255./255.
cval[0,1] = 0
cval[0,2] = 0
cval[1,0] = 139./255.
cval[1,1] = 0
cval[1,2] = 0
cval[2,0] = 0
cval[2,1] = 0
cval[2,2] = 0
cval[3,0] = 0
cval[3,1] = 128./255.
cval[3,2] = 0
cval[4,0] = 0
cval[4,1] = 100./255.
cval[4,2] = 0
cval[5,0] = 0
cval[5,1] = 0
cval[5,2] = 255./255.
a = attr.getAttribute('Landuse')
print "ATTRIBUTE"
print a
if (a >= 2 and a <=7):
fc = cval[val.index(attr.getAttribute('Landuse'))]
polygon = Polygon(poly, True, facecolor=fc, alpha = alhp, linewidth=0.001)
#ax.add_patch(polygon)
patches.append(polygon)
if(self.ColorMapCityBlock == 'Population'):
pop = attr.getAttribute('PopDens')
print pop
fc = [0,0,0]
alhp = 1
attr = v.getAttributes(name)
val = []
val.append (0)
val.append (50)
val.append (100)
val.append (150)
val.append (200)
val.append (250)
val.append (300)
val.append (350)
cval = np.array([])
cval.resize(8,3)
for i in range(8):
cval[i,0] = ((i+1) * 255./8.)/255.
print ((i+1) * 255./8.)/255.
cval[i,1] = 0
cval[i,2] = 0
code = 0
for vals in val:
if vals > pop:
break
code = code+1
if(code == 8):
code = code -1
print code
fc = cval[code]
polygon = Polygon(poly, True, facecolor=fc, alpha = alhp, linewidth=0.001)
#ax.add_patch(polygon)
patches.append(polygon)
if str(name).find("House") > -1 and self.ColorHouse == "true":
if self.ColorHouse == 'true':
if(self.ColorMapHouse == 'House'):
fc = 'gray'
alhp = 0.4
attr = v.getAttributes(name)
if(self.ColorMapHouse == 'Age'):
print "Age"
alhp = 1.0
age = attr.getAttribute('CA')
if(age < 1980):
fc = 'red'
elif(age < 2000):
fc = 'blue'
elif(age < 2010):
fc = 'green'
elif(age >= 2010):
fc = 'green'
if(self.ColorMapHouse == 'Stories'):
attr = v.getAttributes(name)
pop = attr.getAttribute('Stories')
print "Stories"
print pop
fc = [0,0,0]
alhp = 1.0
attr = v.getAttributes(name)
val = []
val.append (0)
val.append (1)
val.append (2)
val.append (3)
val.append (4)
val.append (5)
val.append (6)
cval = np.array([])
cval.resize(7,3)
cval[0,0] = 1
cval[0,1] = 1
cval[0,2] = 1
cval[1,0] = 255./255.
cval[1,1] = 0
cval[1,2] = 0
cval[2,0] = 139./255.
cval[2,1] = 0
cval[2,2] = 0
cval[3,0] = 0
cval[3,1] = 255./255.
cval[3,2] = 0
cval[4,0] = 0
cval[4,1] = 128./255.
cval[4,2] = 0
cval[5,0] = 0
cval[5,1] = 255./255.
cval[5,2] = 0
cval[6,0] = 0
cval[6,1] = 0
cval[6,2] = 100./255.
if(self.ColorMapHouse == 'Demand'):
pop = attr.getAttribute('HeatDemand')/1000
fc = [0,0,0]
alhp = 1
attr = v.getAttributes(name)
val = range(200)
cval = np.array([])
cval.resize(len(val),3)
for i in range(len(val)):
cval[i,0] = 1-((i+1) * 255./len(val))/255.
cval[i,2] = 0
if(self.ColorMapHouse == 'Err'):
pop = attr.getAttribute('Err')*100
fc = [0,0,0]
alhp = 1
attr = v.getAttributes(name)
val = range(-100,100)
cval = np.array([])
cval.resize(len(val),3)
counter = 0
for i in range(len(val)):
if (i <= len(val)/2):
val1 = (((i*2+1) * 255./len(val))/255.)
if val1 > 1:
val1 = 1
cval[i,0] = val1
cval[i,1] = val1
cval[i,2] = 1
else:
val1 = (((i-len(val)/2)*2+1) * 255./len(val))/255.
if val1 > 1:
val1 = 1
cval[i,0] = 1
cval[i,1] = val1
cval[i,2] = val1
code = 0
if (self.ColorMapHouse != 'Age' and self.ColorMapHouse != 'House' ):
for vals in val:
if vals >= pop:
break
code = code+1
if(code == len(val)):
code = code -1
fc = cval[code]
polygon = Polygon(poly, True, facecolor=fc, alpha = alhp, linewidth=0.001)
#ax.add_patch(polygon)
patches.append(polygon)
for i in range(len(edges)):
x1 = points[edges[i].getID1()].getX()
x2 = points[edges[i].getID2()].getX()
x = [x1, x2]
y1 = points[edges[i].getID1()].getY()
y2 = points[edges[i].getID2()].getY()
y = [y1, y2]
xmax = max( x1, x2, xmax )
ymax = max( y1, y2, ymax )
xmin = min( x1, x2, xmin )
ymin = min( y1, y2, ymin )
definedStyle = False
for i in range(len(self.PlotStyles)):
plotStyle = str(self.PlotStyles[i])
lw = 1
ec= ""
if self.params.has_key(plotStyle) == True:
lw = float(self.params[plotStyle].split()[0])
ec = str(self.params[plotStyle].split()[1])
if str(name).find(plotStyle) > -1:
line = lines.Line2D(x,y,color=ec, linewidth=lw)
linecolors.append(ec)
linewidths.append(lw)
linescolWithC.append(((x[0], y[0]),(x[1], y[1])) )
#ax.add_line(line)
definedStyle = True
if definedStyle == False:
line = lines.Line2D(x,y)
linescol.append(((x[0], y[0]),(x[1], y[1])) )
#ax.add_line(line)
if str(Type) == "Face":
faces = v.getFaces(name)
colorname = "COLOR_" + str(name)
#print colorname
try:
vectornames.index(colorname)
hascolor = True
#print "Color Found"
except:
hascolor = False
#print "Color Not Found"
if hascolor == True:
col = v.getPoints(colorname)
for f in range (len(faces)):
face = faces[f]
ids = face.getIDs()
poly = []
for i in range(len(ids)):
id = ids[i]
p = points[id]
x1 = p.getX()
y1 = p.getY()
xmax = max( x1, xmax )
ymax = max( y1, ymax )
xmin = min( x1, xmin )
ymin = min( y1, ymin )
poly.append([x1,y1])
if hascolor == True:
polygon = Polygon(poly,True, edgecolor=(col[ids[0]].getX(),col[ids[0]].getY(),col[ids[0]].getZ(),1), facecolor=(col[ids[0]].getX(),col[ids[0]].getY(),col[ids[0]].getZ(),1) , linewidth=0.1, )
else:
polygon = Polygon(poly,True, linewidth=0.001)
#patches.append(polygon)
#p = PatchCollection(patches, linewidths=0, facecolor='red' ,alpha=0.4 )
#ax.add_collection(p)
#ax.add_patch(polygon)
patches.append(polygon)
# if i < len(ids)-1:
# x2 = points[ids[i+1]].getX()
# y2 = points[ids[i+1]].getY()
# else:
# x2 = points[ids[0]].getX()
# y2 = points[ids[0]].getY()
# x = [x1, x2]
#
#
# y = [y1, y2]
# xmax = max( x1, x2, xmax )
# ymax = max( y1, y2, ymax )
# xmin = min( x1, x2, xmin )
# ymin = min( y1, y2, ymin )
# line = lines.Line2D(x,y)
# ax.add_line(line)
if(len(patches) > 0):
p = PatchCollection(patches, True)
ax.add_collection(p)
if(len(linescol) > 0):
pl = LineCollection(linescol)
ax.add_collection(pl)
if(len(linescolWithC) > 0):
pl = LineCollection(linescolWithC, linewidths, linecolors)
ax.add_collection(pl)
'''
if self.xmin != -1 and self.xmax != -1:
xmin = self.xmin
xmax = self.xmax
if self.ymin != -1 and self.ymax != -1:
ymin = self.ymin
ymax = self.ymax
'''
print xmax
print ymax
plt.xlim(xmin, xmax)
plt.ylim(ymin, ymax)
'''
if ( self.SaveToFile == "true"):
filename = "plot"
filename+=str(self.getT())+"_"+str(self.getID())
#filename+=".svg"
#plt.savefig(filename+".svg")
plt.savefig(filename+".png")
#plt.savefig(filename+".eps")
plt.savefig(filename+".pdf")
#plt.savefig(filename+".emf")
if ( self.ShowFigure == "true"):
plt.show()
else:
plt.close()
'''
filename = "plot"
filename+=".svg"
plt.savefig(tempfile.gettempdir()+'/'+filename)
plt.close()
self.sendImageToResultViewer(tempfile.gettempdir()+'/'+filename)
