Sorry for using the wrong language, but I wanted to play
import PyRx as Rx
import PyGe as Ge
import PyGi as Gi
import PyDb as Db
import PyAp as Ap
import PyEd as Ed
import traceback
import openpyxl as Ex # using openpyxl
def PyRxCmd_doit():
try:
filter = [(Db.DxfCode.kDxfStart, "LINE")]
ssres = Ed.Editor.select(filter)
if ssres[0] != Ed.PromptStatus.eNormal:
return
doubles = [[]]
vx = Ge.Vector3d.kXAxis
vy = Ge.Vector3d.kYAxis
tol = Ge.Tol()
tol.setEqualVector(0.0001)
for id in ssres[1].objectIds():
line = Db.Line(id)
sp = line.startPoint()
ep = line.endPoint()
seg = Ge.LineSeg3d(sp, ep)
segdir = seg.direction()
if vx.isParallelTo(segdir, tol):
if vx.isCodirectionalTo(segdir, tol):
doubles.append([sp.x,sp.y,ep.x,ep.y])
else:
doubles.append([ep.x,ep.y,sp.x,sp.y])
elif vy.isParallelTo(segdir, tol):
if vy.isCodirectionalTo(segdir, tol):
doubles.append([sp.x,sp.y,ep.x,ep.y])
else:
doubles.append([ep.x,ep.y,sp.x,sp.y])
# create a workbook and get the active sheet
wb = Ex.Workbook()
ws = wb.active
for nrow, i in enumerate(doubles):
for ncol, j in enumerate(i):
ws.cell(row=nrow+1, column=ncol+1, value=j)
wb.save('e://pyout.xlsx')
except Exception as err:
traceback.print_exception(err)
Python for AutoCAD, Python wrappers for ARX https://github.com/CEXT-Dan/PyRx
