def ReadList(self,li):
"""Read from a python list. list should be 2 dimension.
[(A11,A12,...Am),
(A21,A22,...Am),
...
(An1,An2,...Anm)]
"""
self.Cells=[]
self.NColumn=len(li[0])
self.NRow=len(li)
for i in range(self.NColumn):
for j in range(self.NRow):
c=Cell()
c.M=i+1
c.N=j+1
c.String=li[j][i]
self.Cells.append(c)
#caculate the position
dx=0 #x offset of cells
for i in range(self.NColumn):
column=self.GetColumn(i+1)
maxLength=max([kcs_draft.text_length(c.GetText()) for c in column])+1
for c in column:
cor1=Point2D(self.Location.X+dx,self.Location.Y-self.RowHeight*c.N)
cor2=Point2D(cor1.X+maxLength,cor1.Y+self.RowHeight)
c.Rect.SetCorners(cor1,cor2)
dx+=maxLength
def GetRegion(): # 获得当前图纸最大范围
# 获得所有View
viewList = []
try:
view = kcs_draft.element_child_first_get()
viewList.append(view)
while True:
try:
view = kcs_draft.element_sibling_next_get(view)
viewList.append(view)
except:
break
except: # 没有找到任何视图
return None
rect = kcs_draft.element_extent_get(viewList[0])
for view in viewList[1:]:
rect2 = kcs_draft.element_extent_get(view)
rect.SetCorner1(Point2D(min(rect.Corner1.X, rect2.Corner1.X), min(rect.Corner1.Y, rect2.Corner1.Y)))
rect.SetCorner2(Point2D(max(rect.Corner2.X, rect2.Corner2.X), max(rect.Corner2.Y, rect2.Corner2.Y)))
region = CaptureRegion2D()
region.SetRectangle(rect)
region.Inside = 1
region.Cut = 0
return region
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 ZoomElement(element):
try:
rect = kcs_draft.element_extent_get(element)
rect.SetCorner1(Point2D(rect.Corner1.X - 100, rect.Corner1.Y - 100))
rect.SetCorner2(Point2D(rect.Corner2.X + 100, rect.Corner2.Y + 100))
kcs_draft.dwg_zoom(rect)
except:
kcs_ui.message_noconfirm('Failed to zoom text')
def Diamond(center,width,height):
"""
center:center point.
width:x direction length
height:y direction length
"""
dx=width*1.0/2
dy=height*1.0/2
p1=Point2D(center.X+dx,center.Y)
p2=Point2D(center.X,center.Y-dy)
p3=Point2D(center.X-dx,center.Y)
p4=Point2D(center.X,center.Y+dy)
DrawLines([p1,p2,p3,p4])
def SetUnderline():
"add underline for text"
hdText=SelectText()
if hdText!=None:
csm=ktDraft.CurrentSubpictureManager()
rect=kcs_draft.element_extent_get(hdText)
#begin to draw underline
x1=min(rect.Corner1.X,rect.Corner2.X)
x2=max(rect.Corner1.X,rect.Corner2.X)
y=min(rect.Corner1.Y,rect.Corner2.Y)-1
csm.Set(hdText)
line=Rline2D(Point2D(x1,y),Point2D(x2,y))
kcs_draft.line_new(line)
csm.Back()
def PrintColors():
colors=KcsColour.ColourStrings
pos=0
for i in range(len(colors)):
col=KcsColour.Colour(colors[i])
kcs_draft.colour_set(col)
p1=Point2D(0,pos)
p2=Point2D(100,pos)
ln=Rline2D(p1,p2)
kcs_draft.line_new(ln)
kcs_draft.text_new(colors[i],Point2D(p2.X+20,p2.Y))
pos+=20
def SelectTexts():
cor1 = Point2D()
cor2 = Point2D()
res = kcs_ui.point2D_req("请选择区域左上角", cor1)
if res[0] == kcs_util.ok():
res = kcs_ui.point2D_req("请选择区域右下角", cor2)
if res[0] == kcs_util.ok():
rect = Rectangle2D(cor1, cor2)
region = CaptureRegion2D()
region.SetRectangle(rect)
region.Inside = 1
region.Cut = 1
hds = kcs_draft.text_capture(region)
return hds
return
def Point3DCoord():
"show the coordinate of selected point"
pt = Point2D()
res = kcs_ui.point2D_req("请选择要查询的点", pt)
if res[0] == kcs_util.ok():
res = kcs_util.tra_coord_ship(pt.X, pt.Y, "")
if res[0] == 0:
pt3d = Point3D(res[1], res[2], res[3])
res, fr, fr_offset = kcs_util.coord_to_pos(1, pt3d.X)
res, lp_y, lp_y_offset = kcs_util.coord_to_pos(2, pt3d.Y)
res, lp_z, lp_z_offset = kcs_util.coord_to_pos(3, pt3d.Z)
fr_offset=round(fr_offset,2)
lp_y_offset=round(lp_y_offset,2)
lp_z_offset=round(lp_z_offset,2)
x=round(pt3d.X,2)
y=round(pt3d.Y,2)
z=round(pt3d.Z,2)
Msg("--"*25)
Msg("二维点：" + str(pt))
Msg("三维坐标信息：")
Msg("X: %s,FR%s %s" % (string.ljust(str(x), width), str(fr), _fmt(fr_offset)))
Msg("Y: %s,LP%s %s" % (string.ljust(str(y), width), str(lp_y), _fmt(lp_y_offset)))
Msg("Z: %s,LP%s %s" % (string.ljust(str(z), width), str(lp_z), _fmt(lp_z_offset)))
Msg("--"*25)
def ArcTo(self,x,y,dz=1):
"create arc to given x and y"
end=Point2D(x,y)
amp=self.Sta.DistanceToPoint(end)/2
arc=Arc2D(self.Sta,end,amp*dz)
kcs_draft.arc_new(arc)
self.Sta=end
def PrintLinetypes():
tps = KcsLinetype.GetLinetypes()
pos = 0
for i in range(len(tps)):
msg(i)
tp = tps.keys()[i]
name = KcsLinetype.GetSystemName(tp)
lt = KcsLinetype.Linetype(name)
kcs_draft.linetype_set(lt)
p1 = Point2D(0, pos)
p2 = Point2D(100, pos)
ln = Rline2D(p1, p2)
kcs_draft.line_new(ln)
kcs_draft.text_new(name, Point2D(p2.X + 20, p2.Y))
pos += 20
def PrintUserResponse():
while True:
pt = Point2D()
res = kcs_ui.point2D_req('Esc to quit.', pt)
if res[0] == util.cancel():
break
else:
msg('Your response is: %s' % res[0])
def CreateTable(li):
"""create table from a python list"""
pt=Point2D()
res=kcs_ui.point2D_req('Please pick the left-top corner of table.',pt)
if res[0]==kcs_util.ok():
t=Table()
t.ReadList(li)
t.Draw()
def GetText(self):
cor=self.Rect.Corner1
txt=Text(self.String)
txt.SetPosition(Point2D(cor.X+1,cor.Y+1))
txt.SetColour(Colour("Black"))
txt.SetFont("ΊΪΜε")
txt.SetHeight(2.5)
return txt
def __init__(self):
self.Location = Point2D(0, 0)
self.Width = 420
self.Height = 297
self.PaddingLeft = 20
self.PaddingRight = 5
self.PaddingTop = 5
self.PaddingBottom = 5
self.Index = 0
def SelectText():
"select a text from drawing"
pt=Point2D()
res=kcs_ui.point2D_req('请选择文字',pt)
if res[0]==kcs_util.ok():
try:
hdText=kcs_draft.text_identify(res[1])
return hdText
except:
return None
def Arrow(start,end,size=2.5,angle=15):
#distance can't less than size
if start.DistanceToPoint(end)<=size:
raise 'Given points is too close.'
length=start.DistanceToPoint(end)
scale=(length-size)/size
x=(start.X+scale*end.X)/(1+scale)
y=(start.Y+scale*end.Y)/(1+scale)
theta=GetAngle(start, end)
d=size*math.tan(math.radians(angle))
dx=d*math.sin(theta)
dy=d*math.cos(theta)
p3=Point2D(x+dx,y-dy)
p4=Point2D(x-dx,y+dy)
kcs_draft.line_new(Rline2D(start, end))
kcs_draft.line_new(Rline2D(p3, end))
kcs_draft.line_new(Rline2D(p4, end))
kcs_draft.line_new(Rline2D(p3, p4))
def Init(self,m,n,width=30,pos=Point2D(0,0)):
"""init a empty m x n table.
m:column count
n:row count
width:width of each column.
"""
self.Cells=[]
self.NColumn=m
self.NRow=n
self.Location=pos
for i in range(self.NColumn):
for j in range(self.NRow):
c=Cell()
c.M=i+1
c.N=j+1
c.String=''
c.Rect.SetCorner1(Point2D(i*width+self.Location.X,-(j+1)*self.RowHeight+self.Location.Y))
c.Rect.SetCorner2(Point2D((i+1)*width+self.Location.X,-j*self.RowHeight+self.Location.Y))
self.Cells.append(c)
def __init__(self,hd=None):
"init by view handle"
self.NRow=0 #count of row.(n)
self.NColumn=0 #count of column.(m)
self.Cells=[]
self.Handle=hd #handle of view
self.Location=Point2D(0,0) #left top corner of table
self.RowHeight=3.8
if hd!=None:
self._set(hd)
def run():
stat = KcsStat_point2D_req.Stat_point2D_req()
ct = CursorType()
CursorTypes = {
'CrossHair': 1,
'RubberBand': 2,
'RubberRectangle': 3,
'RubberCircle': 4,
'DragCursor': 5
}
actions = CursorTypes.keys()
bs = ButtonState()
bs.EnableLock(1)
bs.SetCheckedLock('V')
pt = Point2D(2, 3)
while True:
res = kcs_ui.choice_select('title', 'header', actions)
if res[0] == kcs_util.ok():
#msg("%s:%s"%(res[1],CursorTypes.keys()[res[1]-1]))
if res[1] == 1:
ct.SetCrossHair()
elif res[1] == 2:
ct.SetRubberBand(pt)
elif res[1] == 3:
ct.SetRubberRectangle(pt)
elif res[1] == 4:
ct.SetRubberCircle(pt)
elif res[1] == 5:
pass
stat.SetCursorType(ct)
stat.SetDefMode('ModeMidPoint')
stat.SetHelpPoint(Point2D(0, 0))
msg(ct)
res, pt2 = kcs_ui.point2D_req('msg', pt, stat, bs)
msg(pt2)
else:
break
def run():
pt = Point2D()
res = kcs_ui.point2D_req('请选择中心点', pt)
if res[0] == kcs_util.ok():
res2 = kcs_ui.string_req('请输入菱形的尺寸', '300,100')
if res2[0] == kcs_util.ok():
li = [float(s) for s in res2[1].split(',')]
if len(li) == 2:
a, b = li
else:
raise 'wrong input'
ktBasic.Diamond(res[1], a, b)
def NewArrow(start, end, size=2.5, angle=15):
"""画水平箭头"""
arrowHeight = math.tan(angle * math.pi / 180) * size
line = Rline2D(start, end)
kcs_draft.line_new(line)
pt = Point2D()
pt.X = end.X - size
pt.Y = end.Y + arrowHeight
line = Rline2D(end, pt)
kcs_draft.line_new(line)
pt2 = Point2D()
pt2.X = pt.X
pt2.Y = pt.Y - 2 * arrowHeight
line = Rline2D(pt, pt2)
kcs_draft.line_new(line)
line = Rline2D(pt2, end)
kcs_draft.line_new(line)
def DeleteNote():
pt=Point2D()
res=kcs_ui.point2D_req("请选择要删除的批注",pt)
if res[0]==kcs_util.ok():
try:
hText=kcs_draft.text_identify(pt)
comp=kcs_draft.element_parent_get(hText)
compName=kcs_draft.subpicture_name_get(comp)
if compName.startswith("NOTE_"):
kcs_draft.element_delete(comp)
except Exception,e:
kcs_ui.message_noconfirm(e.message)
def ChangeColumnText():
pt=Point2D()
res=kcs_ui.point2D_req('Please select the column',pt)
if res[0]==kcs_util.ok():
hdView=kcs_draft.view_identify(res[1])
comp=kcs_draft.component_identify(res[1])
#get column index from comp name
name=kcs_draft.subpicture_name_get(comp)
colIndex=int(name[2:].split('X')[0])
table=Table(hdView)
res=kcs_ui.string_req('Please enter the string','iknot')
if res[0]==kcs_util.ok():
table.ChangeColumnText(colIndex, res[1])
def MoveColumn():
pt=Point2D()
res=kcs_ui.point2D_req('Please select the column',pt)
if res[0]==kcs_util.ok():
hdView=kcs_draft.view_identify(res[1])
comp=kcs_draft.component_identify(res[1])
#get column index from comp name
name=kcs_draft.subpicture_name_get(comp)
colIndex=int(name[2:].split('X')[0])
table=Table(hdView)
res=kcs_ui.int_req('Please enter the offset',100)
if res[0]==kcs_util.ok():
table.MoveColumn(colIndex, res[1])
def ViewToRect(viewHandle, rectangle, fixScale=True):
"""将视图缩放到给定矩形内
Return: scale"""
viewRec = kcs_draft.element_extent_get(viewHandle)
scale_x = abs((viewRec.Corner2.X - viewRec.Corner1.X) / (rectangle.Corner2.X - rectangle.Corner1.X))
scale_y = abs((viewRec.Corner2.Y - viewRec.Corner1.Y) / (rectangle.Corner2.Y - rectangle.Corner1.Y))
scale = max(scale_x, scale_y)
if fixScale: # 修改比例(50,75,100)
if scale < 50:
scale = 50.0
elif scale < 75:
scale = 75.0
elif scale < 100:
scale = 100.0
kcs_draft.view_scale(viewHandle, 1.0 / scale, viewRec.Corner1)
# 移动到页面中心位置
viewRec = kcs_draft.element_extent_get(viewHandle)
viewCenter = Point2D((viewRec.Corner1.X + viewRec.Corner2.X) / 2, (viewRec.Corner1.Y + viewRec.Corner2.Y) / 2)
recCenter = Point2D((rectangle.Corner1.X + rectangle.Corner2.X) / 2, (rectangle.Corner1.Y + rectangle.Corner2.Y) / 2)
moveVec = Vector2D(recCenter.X - viewCenter.X, recCenter.Y - viewCenter.Y)
kcs_draft.view_move(viewHandle, moveVec)
return scale
def FormatSingle():
pt = Point2D()
res = kcs_ui.point2D_req("请选择文字获取文字属性", pt)
if res[0] == kcs_util.ok():
hd = kcs_draft.text_identify(pt)
ori = Text()
kcs_draft.text_properties_get(hd, ori)
# old = kcs_draft.subpicture_current_get() # 当前图层
while True:
"select single text"
pt2=Point2D()
res = kcs_ui.point2D_req("请选择要替换的文字", pt2)
if res[0]==kcs_util.ok():
hdText=kcs_draft.text_identify(pt2)
father = kcs_draft.element_parent_get(hdText) # 文字所在图层
t = Text()
kcs_draft.text_properties_get(hdText, t)
ori.SetString(t.GetString())
ori.SetPosition(t.GetPosition())
kcs_draft.element_delete(hdText) # 删除原文字
kcs_draft.subpicture_current_set(father) # 重设图层
kcs_draft.text_new(ori) # 写文字
else:
break
def run():
pt = Point2D()
res = kcs_ui.point2D_req('请选择中心点', pt)
if res[0] == kcs_util.ok():
res2 = kcs_ui.string_req('请输入外接圆半径、数量和旋转角度（默认为0）', '100,6,0')
if res2[0] == kcs_util.ok():
li = [float(s) for s in res2[1].split(',')]
radius, number, angle = 0.0, 0.0, 0.0
if len(li) == 2:
radius, number = li
elif len(li) == 3:
radius, number, angle = li
else:
raise 'wrong input'
ktBasic.Polygon(res[1], radius, number, angle)
def CreateEmptyTable():
"""
Create an m x n table without text.
"""
res=kcs_ui.string_req('please enter the column number,row number and the width of each cell',
'5,3,30')
if res[0]==kcs_util.ok():
li=res[1].split(',')
m,n,width=int(li[0]),int(li[1]),float(li[2])
pt=Point2D()
res=kcs_ui.point2D_req('Please pick the left-top corner of table.',pt)
if res[0]==kcs_util.ok():
t=Table()
t.Init(m, n, width, res[1])
t.Draw()
def CreateForm():
"create a form with n pages."
#check whether view exist.
ViewName = 'KT_FORM'
for view in ktDraft.GetViews():
if view[1] == 'KT_FORM':
print 'view already exist.'
return
hd = kcs_draft.view_new(ViewName)
res = kcs_ui.int_req("How many pages do you want?", 1)
if res[0] == kcs_util.ok():
for i in range(res[1]):
pg = Page()
pg.Location = Point2D(i * 420, 0)
pg.Index = i + 1
kcs_draft.subpicture_current_set(hd)
pg.Draw()
kcs_draft.dwg_purge()
