def generateBolts4Tunnel2(centerX , centerY , halfWidth , halfHeight \
, arcHeight , boltLength , boltLength2 , boltsDistance ):
import DDACalcTools
bolts = DDACalcTools.pyBolts()
print bolts.size()
DDACalcTools.calcBolts4Type2Tunnel( float(centerX) , float(centerY) , float(halfWidth), float(halfHeight) \
, float(arcHeight) , float(boltLength) , float(boltLength2) , float(boltsDistance) , bolts)
return TunnelBoltsGenerator._convert2BoltElements(bolts)
def generateBolts4Tunnel2(centerX , centerY , halfWidth , halfHeight \
, arcHeight , boltLength , boltLength2 , boltsDistance ):
import DDACalcTools
bolts = DDACalcTools.pyBolts()
print bolts.size()
DDACalcTools.calcBolts4Type2Tunnel( float(centerX) , float(centerY) , float(halfWidth), float(halfHeight) \
, float(arcHeight) , float(boltLength) , float(boltLength2) , float(boltsDistance) , bolts)
return TunnelBoltsGenerator._convert2BoltElements(bolts)
def generateBolts(centerX , centerY , halfWidth , halfHeight \
, arcRadius , boltsDistance , boltLength , boltLength2 ):
import DDACalcTools
bolts = DDACalcTools.pyBolts()
print bolts.size()
DDACalcTools.calcBolts4Type2Tunnel( centerX , centerY , halfWidth, halfHeight \
, arcRadius , boltLength , boltLength2 , boltsDistance , bolts)
from loadDataTools import BoltElement
resultBolts=[]
for bolt in bolts:
p1 = ( bolt.startPoint.x , bolt.startPoint.y , 0 )
p2 = ( bolt.endPoint.x , bolt.endPoint.y , 0 )
resultBolts.append(BoltElement(p1 , p2 , 0 , 0 , 0))
print "(%lf , %lf) (%lf , %lf)"%(bolt.startPoint.x \
,bolt.startPoint.y , bolt.endPoint.x,bolt.endPoint.y)
return resultBolts
def generateBolts(centerX , centerY , halfWidth , halfHeight \
, arcRadius , boltsDistance , boltLength , boltLength2 ):
import DDACalcTools
bolts = DDACalcTools.pyBolts()
print bolts.size()
DDACalcTools.calcBolts4Type2Tunnel( centerX , centerY , halfWidth, halfHeight \
, arcRadius , boltLength , boltLength2 , boltsDistance , bolts)
from loadDataTools import BoltElement
resultBolts=[]
for bolt in bolts:
p1 = ( bolt.startPoint.x , bolt.startPoint.y , 0 )
p2 = ( bolt.endPoint.x , bolt.endPoint.y , 0 )
resultBolts.append(BoltElement(p1 , p2 , 0 , 0 , 0))
print "(%lf , %lf) (%lf , %lf)"%(bolt.startPoint.x \
,bolt.startPoint.y , bolt.endPoint.x,bolt.endPoint.y)
return resultBolts
