def get_basis_lsc(p):
"""Возвращает результат проверки левого базиса панели"""
try:
cp = k3.getattr(p, 'commonpos', 0)
k3.getsnap()
k3.setucs(k3.k_lcs, k3.k_partly, p)
k3.initarray(ARRGAB, 0)
k3.selbyattr('FurnType==\"010000\"', k3.k_child, p)
ps = k3.getselnum(1)
k3.objgab3(ps, ARRGAB)
h_difference = lambda v1, v2: (max(v1, v2) - min(v1, v2)) / 2.0 + min(
v1, v2)
log_minus = lambda v: v < 0
agab = [a.value for a in ARRGAB]
lpcen = list(map(h_difference, agab[:3], agab[3:]))
result = True in map(log_minus, lpcen)
if result:
k3.putmsg(str(cp) + ' Это номер с левой базой', 0)
llbasis.append(p)
k3.resnap()
except:
result = False
k3.putmsg(str(cp) + ' Это номер скорее всего погашен.')
return result
def sortapanelstocommonpos(params):
'''
Cортирует массив содержащий ссылки на полотно панели по возрастанию атрибута CommonPos.
Параметр: params - кортеж
+ Число панелей params[0] - k3.VarArray().
+ Cсылки на полотно панели params[1] - k3.Var()
'''
nEl = params[0] # Передаем переменную К3 внутрь Python
aPanels = params[1]
cp_save = params[2] if len(params) > 2 else -1
lPanels = [aPanels[a].value for a in range(int(nEl))]
dPan = {}
for pan in lPanels:
i = 0
err = 1.0
h = k3.Var()
hd = k3.Var()
h.value = pan
while err == 1.0 and i < 10:
i += 1
err = k3.getobjhold(h, hd)
cp = k3.getattr(hd.value, "FurnType", '010000')
if cp != '010000':
break
h = k3.Var()
h.value = hd.value
cp = k3.getattr(hd.value, "Commonpos", -99)
if cp != -99:
if (cp not in list(dPan.keys())):
dPan[cp] = []
dPan[cp].append(pan)
keys_dPan = list(dPan.keys())
keys_dPan.sort()
i = 0
for pan in keys_dPan:
for s in dPan[pan]:
aPanels[i].value = s
i += 1
def __init__(self, obj=None, l_commonpos=[]):
self.handle = obj
self.l_commonpos=l_commonpos
if obj is not None:
self.commonpos = k3.getattr(obj, "UDetNumber", -1)
self.unicid = k3.getattr(obj, "UnitPos", 0)
self.ft = k3.getattr(obj, "FufrnType", '')
self.karkasnumb = k3.getattr(obj,"KarkasNumb",-1)
if self.commonpos > 0:
if self.commonpos in l_commonpos:
# print("Панель уже указана ", self.commonpos)
self.raster = Raster()
self.raster.raster_procent = -10
else:
self.raster = Raster(self.handle)
print("Панель ", self.commonpos)
if self.raster.raster_procent == -1 or self.raster.num_pixeles_in_zone_visible < 1:
pass
else:
l_commonpos.append(self.commonpos)
ArrPans = Ut.getListArrayAllObjectsScene(
AttrFilter='left(furntype,2)==\"01\"')
ArrBoxs = Ut.getListArrayAllObjectsScene(
AttrFilter='left(furntype,4)==\"3101\"')
ArrDsys = Ut.getListArrayAllObjectsScene(AttrFilter='furntype==\"210000\"')
ArrRubb = Ut.getListArrayAllObjectsScene(
AttrFilter='left(furntype,5)==\"10001\"')
psc = k3.Var('psc')
# Панели
for elem in [elem for Arr in ArrPans for elem in Arr]:
obj = elem.value
if isinstance(obj, k3.K3Obj):
if k3.isassign("FurnType", obj):
tt = k3.getattr(obj, "FurnType", "")
else:
tt = 'xxxxxx'
# находим панели, но не полотна панелей
if tt[:2] == '01' and tt[2:] in ['0000', '1000']:
continue
Number = k3.getattr(obj, "Number", "")
# Pans[obj] = Number
if Number in Pans:
Pans[Number].append(obj)
else:
Pans[Number] = [obj]
# Ящики
Boxs = GetChildPans(ArrBoxs)
NameAtrPos="CommonPos"
Pans = {}
Dsys = {}
ArrPans = Ut.getListArrayAllObjectsScene(AttrFilter='left(furntype,2)==\"01\"')
ArrBoxs = Ut.getListArrayAllObjectsScene(AttrFilter='left(furntype,4)==\"3101\"')
ArrDsys = Ut.getListArrayAllObjectsScene(AttrFilter='furntype==\"210000\"')
ArrRubb = Ut.getListArrayAllObjectsScene(AttrFilter='left(furntype,5)==\"10001\"')
psc=k3.Var('psc')
num = 0
# Панели
for obj in [elem.value for Arr in ArrPans for elem in Arr if isinstance(elem.value, k3.K3Obj)]:
if k3.isassign("FurnType", obj):
tt = k3.getattr(obj, "FurnType", "")
else:
tt = 'xxxxxx'
# находим панели, но не полотна панелей
if tt[:2] == '01' and tt[2:] in ['0000', '1000']:
continue
Number = k3.getattr(obj, "Number", "")
if Number in Pans:
Pans[Number].append(obj)
else:
Pans[Number] = [obj]
# Ящики
BxUn = {}
# Находим одинаковые по составу панелей ящики
Boxs = GetChildPans(ArrBoxs)
Возвращает строку pl_pnt полученную в результате выполнения операций с первыми nElStr элементами массива aNAtr
Выполняет expression для строки с разделителями ;
Например: '{a=getattr(0,"priceid",0);priceinfo(a,"MATTYPENAM",1)+" "+STR(priceinfo(a,"THICKNESS",1))+" мм"'
'''
#import wingdbstub
import k3 # Подключаем модуль k3
params=k3.getpar()
pl_pnt,nElStr,aNAtr = params[0],params[1],params[2]
S_val = ''
v_result,v_error = k3.Var(), k3.Var()
for i in range(int(nElStr)):
elem = aNAtr[i]
vv = elem.value if type(elem.value)==float else k3.getattr(0,elem.value,elem.value)
if type(vv) in [int, float]:
if abs(vv-int(vv))<0.0001:
vv = int(vv)
else:
pos = k3.instr(1,vv,"{",1)
if pos>0:
l_vv=len(vv)
cod = k3.right(vv,l_vv-pos)
lcod=cod.split(';')
if len(lcod)>0:
for cod in lcod:
k3.expression(cod,v_result,v_error)
if len(v_error.value)>1:
print ('Stamp.dbf ' + v_error.value + ' в выражении: '+cod)
'Т' if res == (True, True) or res == (False, False) else 'Л',
dictSlot[int(k3.findinarray(mask,
int(s.Side)))], int(round(s.Shift, 0)),
int(s.Width), int(s.Depth))
if len(pazcom) > 0: pazcom += ';'
pars[3].value = 1 if FrontF == True else 0
lUnitCodeOut = [
'3102', # Боковые стенки ящиков
'3101',
'2101', # Фасад ящика
]
# Нужно убирать см.эскиз и примечание паза для исключаемых
if k3.getattr(pan,"UnitCode",'') in lUnitCodeOut and \
k3.getattr(pan,"ParentPos",0) and \
k3.getattr(pan,"TopParentPos",0):
isEskis.value = 0
else:
slt += pazcom
PathIn = 0
InfoPoly = Panel.getPanelPathInfo(
pan, PathIn,
IsCuts=False) # Получаем информацию по результирующему полилайну
dBand = {'D': 0, 'C': 0, 'E': 0, 'B': 0}
for i, pp in enumerate(InfoPoly.paths): # пошли по контурам
dictT = {
'D': '',
#print LayName
KeyOnLay = True
if arrprop[i].value==1:
k3.layers(k3.k_on, LayName)
break
if KeyOnLay == False:
k3.layers(k3.k_new, LayName)
k3.layers(k3.k_on, LayName)
lObj = {}
k3.selbyattr('Posit==999',k3.k_partly,k3.k_all,k3.k_done)
n = int(k3.sysvar(61))
print(n)
if n == 0:
bx = k3.box(0,0,0,10,10,10)
GUID = str(uuid.uuid4())
k3.attrobj(k3.k_attach, 'ElemName', k3.k_done, k3.k_partly, bx, GUID)
k3.attrobj(k3.k_attach, 'Posit', k3.k_done, k3.k_partly, bx, 999)
k3.chprop(k3.k_layer, k3.k_partly, bx, k3.k_done, LayName)
bx = bx[0] # k3.box возвращает tuple
if n > 0:
bx = k3.getselnum(1)
GUID = k3.getattr(bx,"ElemName",'')
k3.layers(k3.k_off, LayName)
params[0].value = GUID
params[1].value = bx
def __init__(self,
Name=None,
Hold=None,
Diameter=None,
Hohe=None,
MX=[],
MY=[],
MZ=[],
Side='X',
Panel=None):
self.Name = Name
self.Hold = Hold
self.Diameter = delZero(Diameter)
self.counter = Counter()
self.MX = MX
self.MY = MY
self.MZ = MZ
self.XV = MX[2]
self.YV = MY[2]
self.ZV = MZ[2]
self.Xc = MX[3]
self.Yc = MY[3]
self.Zc = MZ[3]
self.objs = []
self.list_of_entries = []
self.DrawDim = True
self.DrawNote = True
if 0 <= abs(MX[2] - 1.0) < 0.001:
self.Side = 'B'
elif 0 <= abs(MX[2] + 1.0) < 0.001:
self.Side = 'C'
elif 0 <= abs(MY[2] - 1.0) < 0.001:
self.Side = 'D'
elif 0 <= abs(MY[2] + 1.0) < 0.001:
self.Side = 'E'
elif 0 <= abs(MZ[2] - 1.0) < 0.001:
self.Side = 'F'
elif 0 <= abs(MZ[2] + 1.0) < 0.001:
self.Side = 'A'
else:
self.Side = 'X'
# Если отверстие висит в воздухе над панелью
# Требуется посчиать реальную глубину сверловки
if self.Side in ['A', 'F']:
if self.Zc < 0.1:
Hohe = round(Hohe + self.Zc + 0.1)
elif self.Zc > Panel.panelThickness + 0.1:
th_cover = 0
if Panel.cover_count > 0:
for th_c in Panel.cover_info.keys():
th_cover = th_cover + Panel.cover_info[th_c][2]
Hohe = round(Panel.panelThickness + th_cover -
(self.Zc - Hohe) + 0.1)
self.Hohe = delZero(Hohe)
if (Panel.panelThickness - Hohe) < 0.01 and (self.Side in ['A', 'F']):
self.Through = True
else:
self.Through = False
if self.Side == 'F':
self.counter.drill_F = True
elif self.Side == 'A':
self.counter.drill_A = True
self.HolTypes = k3.getattr(Hold, 'priceid', 0)
sVal = k3.priceinfo(self.HolTypes, 'MatName', '', 1)
self.Name = str(sVal)
sVal = k3.priceinfo(self.HolTypes, 'Alias', '', 1)
self.Alias = str(sVal)
obj_k3 = k3.Var()
k3.switch(k3.k_autosingle,k3.k_on)
#k3.selbyattr('left(FurnType,2)==\"10\"&&Posit!=10',k3.k_prompt,str('Выберите изделие'),k3.k_interact)
#3.selbyattr('Posit!=10',k3.k_prompt,str('Выберите изделие'),k3.k_interact)
k3.selbyattr('IsAssign(\"FurnType\")',k3.k_prompt,str('Выберите изделие'),k3.k_stayblink,k3.k_interact,k3.k_done)
sel = k3.sysvar(61)
if sel==0:
Arr = Ut.getListArrayAllObjectsScene(AttrFilter='IsAssign(\"FurnType\")')
# k3.cancel
listUP = []
listUN = []
for i in range(int(sel)):
obj_k3.value = k3.getselnum(i+1)
# UnitPosObj = k3.getattr(obj_k3,'UnitPos',0)
listUP.append(int(k3.getattr(obj_k3,'UnitPos',0)))
UnitName = k3.getattr(obj_k3,'UnitName','')
# listUN.append(k3.getattr(obj_k3,'UnitPos',0))
if len(UnitName) == 0:
UnitName = k3.getattr(obj_k3,'ElemName','')
listUN.append(UnitName)
# if sel>0.:
# obj_k3.value = k3.getselnum(1)
# # UnitPosObj = k3.getattr(obj_k3,'UnitPos',0)
# # listUP.append(k3.getattr(obj_k3,'UnitPos',0))
# UnitName = k3.getattr(obj_k3,'UnitName','')
# listUN.append(k3.getattr(obj_k3,'UnitPos',''))
# if len(UnitName) == 0:
# UnitName = k3.getattr(obj_k3,'ElemName','')
listArrAllObjects=Ut.getListArrayAllObjectsScene() # Заполнение всеми элементами сцены
339.: 'DecTPrint',
340.: 'DecWork',
341.: 'DecPatina',
}
# Было нужно для сверки наличия лака глянцевого
dCheck = {
338: 9302 # Глянцевый
}
ArrPans = Ut.getListArrayAllObjectsScene(AttrFilter='left(furntype,2)==\"01\"')
# Панели
for Arr in ArrPans:
for elem in Arr:
obj = elem.value
if isinstance(obj, k3.K3Obj):
if k3.isassign("FurnType", obj):
tt = k3.getattr(obj, "FurnType", "")
else:
tt = 'xxxxxx'
# находим панели, но не полотна панелей
if tt[:2] == '01' and tt[2:] in ['0000', '1000']:
continue
Panel.panelInit(obj)
Panel.getPanelProperty(obj)
KeyMenu = False
lMenu = []
lGDecA = []
lGDecF = []
lIDDecA = {}
lIDDecF = {}
dPans = {}
