def plotOrdinates(self,fScript):
x= self.dataLines[self.abscissaName]
for ordName in self.ordinateNames:
script.comment(fScript,ordName+" ordinates.")
y= self.getInterpolatedValues(ordName,x.xData)
pts= self.getTrfPoints(y);
script.makeLayer(fScript,ordName,"_white")
script.pline(fScript,pts)
def plotOrdinates(self,fScript):
x= self.dataLines[self.abscissaName]
for ordName in self.ordinateNames:
script.comment(fScript,ordName+" ordinates.")
y= self.getInterpolatedValues(ordName,x.xData)
pts= self.getTrfPoints(y)
script.makeLayer(fScript,ordName,"_white")
script.pline(fScript,pts)
def plotVertLines(self,fScript):
script.makeLayer(fScript,"grid","_red")
x= self.dataLines[self.abscissaName]
y= self.getEnvelope(x.xData)
pts= self.getTrfPoints(y)
for p in pts:
pA= [p[0],0.0]
pB= p
script.line2D(fScript,pA,pB)
def plotVertLines(self,fScript):
script.makeLayer(fScript,"grid","_red")
x= self.dataLines[self.abscissaName]
y= self.getEnvelope(x.xData)
pts= self.getTrfPoints(y)
for p in pts:
pA= [p[0],0.0]
pB= p
script.line2D(fScript,pA,pB)
def writeAcadScripts(pointsPiquetage, pointsFileName, textFileName):
xMax = 0.0
yMax = 0.0
xMin = 1.0e15
yMin = 1.0e15
for key in pointsPiquetage:
p = pointsPiquetage[key]
xMax = max(p[0], xMax)
yMax = max(p[1], yMax)
xMin = min(p[0], xMin)
yMin = min(p[1], yMin)
Ax = xMax - xMin
Ay = yMax - yMin
diag = math.sqrt(Ax * Ax + Ay * Ay)
hText = math.ceil(diag / 100.0)
print xMax
print xMin
print diag
print hText
fScriptDrawing = open(pointsFileName, "w")
fScriptTableau = open(textFileName, "w")
script.snap(fScriptTableau, 1.0e-8)
script.makeLayer(fScriptDrawing, "points_piquetage", "_white")
i = 1
for key in pointsPiquetage:
number = key
p = pointsPiquetage[key]
x = p[0]
y = p[1]
z = p[2]
msg = 'P' + '{}'.format(number)
script.point(fScriptDrawing, x, y, z)
script.text(fScriptDrawing, x, y, '_left', hText, 0.0, msg)
xLabel = 0
yLabel = -1.5 * i * hText
script.text(fScriptTableau, xLabel, yLabel, '_right', hText, 0.0, msg)
xLabel = 10.0 * hText
msg = '{:.3f}'.format(x)
script.text(fScriptTableau, xLabel, yLabel, '_right', hText, 0.0, msg)
xLabel = 20.0 * hText
msg = '{:.3f}'.format(y)
script.text(fScriptTableau, xLabel, yLabel, '_right', hText, 0.0, msg)
xLabel = 30.0 * hText
msg = '{:.3f}'.format(z)
script.text(fScriptTableau, xLabel, yLabel, '_right', hText, 0.0, msg)
i += 1
fScriptTableau.close()
fScriptDrawing.close()
os.system("todos " + pointsFileName)
os.system("todos " + textFileName)
def writeAcadScripts(pointsPiquetage,pointsFileName,textFileName):
xMax= 0.0
yMax= 0.0
xMin= 1.0e15
yMin= 1.0e15
for key in pointsPiquetage:
p= pointsPiquetage[key]
xMax= max(p[0],xMax)
yMax= max(p[1],yMax)
xMin= min(p[0],xMin)
yMin= min(p[1],yMin)
Ax= xMax-xMin
Ay= yMax-yMin
diag= math.sqrt(Ax*Ax+Ay*Ay)
hText= math.ceil(diag/100.0)
print(xMax)
print(xMin)
print(diag)
print(hText)
fScriptDrawing= open(pointsFileName,"w")
fScriptTableau= open(textFileName,"w")
script.snap(fScriptTableau,1.0e-8)
script.makeLayer(fScriptDrawing,"points_piquetage","_white")
i= 1
for key in pointsPiquetage:
number= key
p= pointsPiquetage[key]
x= p[0]
y= p[1]
z= p[2]
msg= 'P'+'{}'.format(number)
script.point(fScriptDrawing,x,y,z)
script.text(fScriptDrawing,x,y,'_left',hText,0.0,msg)
xLabel= 0
yLabel= -1.5*i*hText
script.text(fScriptTableau,xLabel,yLabel,'_right',hText,0.0,msg)
xLabel= 10.0*hText
msg= '{:.3f}'.format(x)
script.text(fScriptTableau,xLabel,yLabel,'_right',hText,0.0,msg)
xLabel= 20.0*hText
msg= '{:.3f}'.format(y)
script.text(fScriptTableau,xLabel,yLabel,'_right',hText,0.0,msg)
xLabel= 30.0*hText
msg= '{:.3f}'.format(z)
script.text(fScriptTableau,xLabel,yLabel,'_right',hText,0.0,msg)
i+= 1
fScriptTableau.close()
fScriptDrawing.close()
os.system("todos "+pointsFileName)
os.system("todos "+textFileName)
def plotTexts(self,fScript):
script.makeLayer(fScript,"texts","_white")
x= self.dataLines[self.abscissaName].xData
h= (self.yMX-self.zHorizon)*self.vertScale
h= math.ceil(h)*self.textScale
y= -2*h
if (len(self.rowOrder)==0):
for key in self.dataLines:
self.rowOrder.append(key)
for key in self.rowOrder:
script.comment(fScript,key+" numbers.")
texts= self.dataLines[key].getTexts(fScript,x)
i= 0
for xi in x:
pX= xi*self.horizScale
pY= y
script.text(fScript,pX,pY,"_right",h,0.0,texts[i])
i+=1
y-= 2*h
#Horizon
xLabelHorizon= h
yLabelHorizon= h
labelHorizon= "Horizon: {:.1f}".format(self.zHorizon) + " m"
script.text(fScript,xLabelHorizon,yLabelHorizon,"_left",h,0.0,labelHorizon)
#Labels for each line.
script.comment(fScript,"labels.")
xLabel= (x[0]-(x[1]-x[0]))*self.horizScale
yLabel= -2*h
for key in self.rowOrder:
script.text(fScript,xLabel,yLabel,"_right",h,0.0,key)
yLabel-= 2*h
#Title.
script.comment(fScript,"title.")
xTitle= xLabel
yTitle= yLabel-2*h
script.text(fScript,xTitle,yTitle,"_left",2*h,0.0,self.title)
#Scales.
xScales= xTitle
yScales= yTitle-2*h
denomScaleHoriz= str(int(1.0/self.horizScale))
denomScaleVert= str(int(1.0/self.vertScale))
scaleLabel= '1:' + denomScaleHoriz + ' / 1:' + denomScaleVert
script.text(fScript,xScales,yScales,"_left",h,0.0,scaleLabel)
def plotTexts(self,fScript):
script.makeLayer(fScript,"texts","_white")
x= self.dataLines[self.abscissaName].xData
h= (self.yMX-self.zHorizon)*self.vertScale
h= math.ceil(h)*self.textScale
y= -2*h
if (len(self.rowOrder)==0):
for key in self.dataLines:
self.rowOrder.append(key)
for key in self.rowOrder:
script.comment(fScript,key+" numbers.")
texts= self.dataLines[key].getTexts(fScript,x)
i= 0
for xi in x:
pX= xi*self.horizScale
pY= y
script.text(fScript,pX,pY,"_right",h,0.0,texts[i])
i+=1
y-= 2*h
#Horizon
xLabelHorizon= h
yLabelHorizon= h
labelHorizon= "Horizon: {:.1f}".format(self.zHorizon) + " m"
script.text(fScript,xLabelHorizon,yLabelHorizon,"_left",h,0.0,labelHorizon)
#Labels for each line.
script.comment(fScript,"labels.")
xLabel= (x[0]-(x[1]-x[0]))*self.horizScale
yLabel= -2*h
for key in self.rowOrder:
script.text(fScript,xLabel,yLabel,"_right",h,0.0,key)
yLabel-= 2*h
#Title.
script.comment(fScript,"title.")
xTitle= xLabel
yTitle= yLabel-2*h
script.text(fScript,xTitle,yTitle,"_left",2*h,0.0,self.title)
#Scales.
xScales= xTitle
yScales= yTitle-2*h
denomScaleHoriz= str(int(1.0/self.horizScale))
denomScaleVert= str(int(1.0/self.vertScale))
scaleLabel= '1:' + denomScaleHoriz + ' / 1:' + denomScaleVert
script.text(fScript,xScales,yScales,"_left",h,0.0,scaleLabel)