def showGraph4File(self):
import DDADisplay
DDADisplay.clearDocument()
Base.DDAObserver.lock = True
from DDADatabase import dl_database as database
boundaryNodes = database.boundaryNodes
if len(boundaryNodes)>0:
Base.addPolyLine2Document('BoundaryLine', ifStore2Database=False)
print 'draw boundary lines : ' , len(boundaryNodes)
points = database.fixedPoints
if len(points)>0:
Base.addCircles2Document('FixedPoint')
print 'draw fixed points : ' , len(points)
points = database.measuredPoints
if len(points)>0:
Base.addCircles2Document('MeasuredPoint')
print 'draw measured points : ' , len(points)
points = database.loadingPoints
if len(points)>0:
Base.addCircles2Document('LoadingPoint')
print 'draw loading points : ' , len(points)
points = database.holePoints
if len(points)>0:
Base.addCircles2Document('HolePoint')
print 'draw hole points : ' , len(points)
Base.DDAObserver.lock = False
def showGraph4File(self):
import DDADisplay
DDADisplay.clearDocument()
from DDADatabase import dc_inputDatabase
import Base
Base.DDAObserver.lock = True
from DDADatabase import dl_database as database
boundaryNodes = database.boundaryNodes
if len(boundaryNodes)>0:
Base.addPolyLine2Document('BoundaryLine', ifStore2Database=False)
# self.drawLines(boundaryNodes, 'BoundaryLine')
print 'draw boundary lines : ' , len(boundaryNodes)
nums = 0
lines = dc_inputDatabase.jointLines
# the viewProvider will take data from dc_inputDatabase.jointLines
# self.drawLines( [lines[0].startPoint , lines[0].endPoint] ,'JointLine' , 0)
if len(lines)>0:
Base.addLines2Document('JointLine')
print 'draw joints : ' , len(lines)
points = dc_inputDatabase.fixedPoints
# self.drawCircles(points, Base.__radius4Points__, 'FixedPoint')
if len(points)>0:
Base.addCircles2Document('FixedPoint')
print 'draw fixed points : ' , len(points)
points = dc_inputDatabase.measuredPoints
# self.drawCircles(points , Base.__radius4Points__, 'MeasuredPoint')
if len(points)>0:
Base.addCircles2Document('MeasuredPoint')
print 'draw measured points : ' , len(points)
points = dc_inputDatabase.loadingPoints
# self.drawCircles(points , Base.__radius4Points__, 'LoadingPoint')
if len(points)>0:
Base.addCircles2Document('LoadingPoint')
print 'draw loading points : ' , len(points)
points = dc_inputDatabase.holePoints
# self.drawCircles(points , Base.__radius4Points__, 'HolePoint')
if len(points)>0:
Base.addCircles2Document('HolePoint')
print 'draw hole points : ' , len(points)
Base.recomputeDocument()
Base.DDAObserver.lock = False
def showGraph4File(self):
from DDADatabase import df_inputDatabase
frame = df_inputDatabase
from Base import DDAObserver
DDAObserver.lock = True
from interfaceTools import blocksRects , rectSelection
from Base import __radius4Points__
import Base
Base.refreshPolygons()
Base.refreshBlockBoundaryLines()
nums = 0
blocksRects.resetXYRange()
blocks = frame.blocks
for block in blocks:
blocksRects.handleBlockXYRange(block.getPoints())
print 'block number : ' , len(blocks)
rectSelection.setData(blocksRects.blockRects)
points = frame.fixedPoints
# self.drawCircles(points, Base.__radius4Points__, 'FixedPoint')
if len(points)>0:
Base.addCircles2Document('FixedPoint')
print 'draw fixed points : ' , len(points)
points = frame.measuredPoints
# self.drawCircles(points , Base.__radius4Points__, 'MeasuredPoint')
if len(points)>0:
Base.addCircles2Document('MeasuredPoint')
print 'draw measured points : ' , len(points)
points = frame.loadingPoints
# self.drawCircles(points , Base.__radius4Points__, 'LoadingPoint')
if len(points)>0:
Base.addCircles2Document('LoadingPoint')
print 'draw loading points : ' , len(points)
points = frame.holePoints
# self.drawCircles(points , Base.__radius4Points__, 'HolePoint')
if len(points)>0:
Base.addCircles2Document('HolePoint')
print 'draw hole points : ' , len(points)
DDAObserver.lock = False