def Grid():
"""Create a grid on a new view"""
res=kcs_ui.string_req('请输入格子的长，宽、列数，行数','30,10,8,5')
if res[0]==kcs_util.ok():
w,h,m,n=[float(i) for i in res[1].split(',')]
pt=Point2D()
res=kcs_ui.point2D_req('请选择Grid左上角位置,回车设为原点',pt)
if res[0]==kcs_util.ok():
csm=CurrentSubpictureManager()
hd=kcs_draft.view_new('')
csm.Set(hd)
for i in range(n+1): #horizontal line
p1=Point2D(pt.X,pt.Y-h*i)
p2=Point2D(pt.X+w*m,pt.Y-h*i)
kcs_draft.line_new(Rline2D(p1,p2))
for j in range(m+1): #vertical line
p1=Point2D(pt.X+j*w,pt.Y)
p2=Point2D(pt.X+j*w,pt.Y-h*n)
kcs_draft.line_new(Rline2D(p1,p2))
csm.Back()
elif res[0]==kcs_util.operation_complete():
pt=Point2D(0,0)
csm=CurrentSubpictureManager()
hd=kcs_draft.view_new('')
csm.Set(hd)
for i in range(n+1): #horizontal line
p1=Point2D(pt.X,pt.Y-h*i)
p2=Point2D(pt.X+w*m,pt.Y-h*i)
kcs_draft.line_new(Rline2D(p1,p2))
for j in range(m+1): #vertical line
p1=Point2D(pt.X+j*w,pt.Y)
p2=Point2D(pt.X+j*w,pt.Y-h*n)
kcs_draft.line_new(Rline2D(p1,p2))
csm.Back()
def PrintAll():
msg("ok():%s" % util.ok())
msg("cancel():%s" % util.cancel())
msg("quit():%s" % util.quit())
msg("options():%s" % util.options())
msg("operation_complete():%s" % util.operation_complete())
msg("yes():%s" % util.yes())
msg("no():%s" % util.no())
msg("all():%s" % util.all())
msg("undo():%s" % util.undo())
msg("reject():%s" % util.reject())
msg("exit_function():%s" % util.exit_function())
def PrintAll():
msg("ok():%s" % util.ok())
msg("cancel():%s" % util.cancel())
msg("quit():%s" % util.quit())
msg("options():%s" % util.options())
msg("operation_complete():%s" % util.operation_complete())
msg("yes():%s" % util.yes())
msg("no():%s" % util.no())
msg("all():%s" % util.all())
msg("undo():%s" % util.undo())
msg("reject():%s" % util.reject())
msg("exit_function():%s" % util.exit_function())
def Pick2DPoints(number=0,mode="ModeAuto"):
"""
Pick points until reach the number.
number=0 means unlimited number.
"""
pts=[]
index=0
action=kcs_util.ok()
while index<number or number==0:
pt=Point2D()
stp=Stat_point2D_req()
stp.SetDefMode(mode)
action,pt=kcs_ui.point2D_req('ÇëÑ¡ÔñµÚ%s¸öµã'%(index+1),pt,stp)
if action==kcs_util.ok():
pts.append(pt)
elif action==kcs_util.operation_complete() and number==0:
return pts
elif action==kcs_util.cancel():
print 'operation canceled'
return None
index+=1
return pts
def Pick2DPoints(number=0, mode="ModeAuto"):
"""
Pick points until reach the number.
number=0 means unlimited number.
"""
pts = []
index = 0
action = kcs_util.ok()
while index < number or number == 0:
pt = Point2D()
stp = Stat_point2D_req()
stp.SetDefMode(mode)
action, pt = kcs_ui.point2D_req('ÇëÑ¡ÔñµÚ%s¸öµã' % (index + 1), pt,
stp)
if action == kcs_util.ok():
pts.append(pt)
elif action == kcs_util.operation_complete() and number == 0:
return pts
elif action == kcs_util.cancel():
print 'operation canceled'
return None
index += 1
return pts
