def test(self):
from pyincad import core
pro = core.incadproject()
sta = pro.openproject("c:\\incadtest\\test1.fdb")
id = pro.nametoid('a')
cset = pro.crossset(id)
cset.load()
csec = cset.item(0)
clin = csec.addline(55)
csec.save()
print csec.refid()
pro.closeproject()
def inputhdx(databasename, hdxfilename, rampid, groundid, hdxid):
import string
thepro = core.incadproject()
thepro.openproject(databasename)
cset = thepro.crossset(rampid)
cset.removeall()
grd = thepro.ground(rampid, groundid)
grd.load()
hdxfi = file(hdxfilename)
iii = 1
for lines in hdxfi:
#print i,":",lines
if iii == 1:
cursec = core.crosssection()
curline = core.crossline()
#输入桩号
ch = string.atof(lines)
dmxhigh = grd.high(ch)
print "横断面地面线桩号", ch, "中心高程", dmxhigh
cursec = cset.append(ch)
curline = cursec.addline(hdxid)
curline.append1(0, dmxhigh)
cursec.save()
if iii == 2:
#左侧点
lpts = lines.split()
for (offset, pt) in enumerate(lpts):
lpts[offset] = string.atof(pt)
for i in range(0, len(lpts), 2):
curline.append1(-lpts[i], lpts[i + 1], 0, True)
if iii == 3:
#右侧点
rpts = lines.split()
for (offset, pt) in enumerate(rpts):
rpts[offset] = string.atof(pt)
for i in range(0, len(rpts), 2):
curline.append1(rpts[i], rpts[i + 1])
if iii == 4:
curline.save()
iii = 0
iii = iii + 1
#print fi
hdxfi.close()
thepro.closeproject()
print "完成读入横断面地面线"
def inputhdx(databasename,hdxfilename,rampid,groundid,hdxid):
import string
thepro=core.incadproject()
thepro.openproject(databasename)
cset=thepro.crossset(rampid)
cset.removeall()
grd=thepro.ground(rampid,groundid)
grd.load()
hdxfi=file(hdxfilename)
iii=1
for lines in hdxfi:
#print i,":",lines
if iii == 1:
cursec=core.crosssection()
curline=core.crossline()
#输入桩号
ch=string.atof(lines)
dmxhigh=grd.high(ch)
print "横断面地面线桩号",ch,"中心高程",dmxhigh
cursec=cset.append(ch)
curline=cursec.addline(hdxid)
curline.append1(0,dmxhigh)
cursec.save()
if iii == 2:
#左侧点
lpts=lines.split()
for (offset,pt) in enumerate(lpts):
lpts[offset]=string.atof(pt)
for i in range(0,len(lpts),2):
curline.append1(-lpts[i],lpts[i+1],0,True)
if iii == 3:
#右侧点
rpts=lines.split()
for (offset,pt) in enumerate(rpts):
rpts[offset]=string.atof(pt)
for i in range(0,len(rpts),2):
curline.append1(rpts[i],rpts[i+1])
if iii==4 :
curline.save()
iii=0
iii=iii+1
#print fi
hdxfi.close()
thepro.closeproject()
print "完成读入横断面地面线"
def test1(databasename, rampid):
#测试横断面取值
thepro = core.incadproject()
thepro.openproject(databasename)
cset = thepro.crossset(rampid)
cset.load()
for i in range(0, cset.count()):
sec = cset.item(i)
sec.load()
secline = sec.getat(55)
h1 = secline.high(1.50)
h2 = secline.high(2.0)
dh = h2 - h1
if abs(dh) > 2.0 / 100. * 0.5 + 0.05:
#print "aleart:",sec.ch(),h2-h1
drawhdm(secline)
break
print "finished"
thepro.closeproject()
def test1(databasename,rampid):
#测试横断面取值
thepro=core.incadproject()
thepro.openproject(databasename)
cset=thepro.crossset(rampid)
cset.load()
for i in range(0,cset.count()):
sec=cset.item(i)
sec.load()
secline=sec.getat(55)
h1=secline.high(1.50)
h2=secline.high(2.0)
dh=h2-h1
if abs(dh) > 2.0/100.*0.5+0.05:
#print "aleart:",sec.ch(),h2-h1
drawhdm(secline)
break
print "finished"
thepro.closeproject()
# -*- coding: utf-8 -*-
# 测试incadproject
# __author__ = 'leiwei'
from pyincad import core
pro=core.incadproject()
sta=pro.openproject("c:\\incadtest\\test1.fdb")
#id=pro.nametoid('b')
#pro.modifycomment('test project12345 ')
id=pro.nametoid('a')
print id
print pro.projectpath()
print "OK"