def __init__(self,
positionVector: Vector3D,
directionVectorOne: Vector3D,
directionVectorTwo: Vector3D,
normalVector: Vector3D,
scalarParameter: float,
name=None,
color=None):
"""The init method of the plane class.
Takes positionVector and directionVectorOne and directionVectorTwo as Vector3D, parameter as int or float,
name as string and color as tuple of format: (Red, Green, Blue)(Valuerange = 0 to 256)."""
self.__positionVector = positionVector
self.__directionVectorOne = directionVectorOne
self.__directionVectorTwo = directionVectorTwo
self.__normalVector = normalVector
# Following code checks if a normalVector was passed. If not: generates normalVector from directionVectors.
try:
self.__scalarParameter = scalarParameter
except Exception:
pass
if name is None:
self.__name = NameAssign.getNewName()
else:
self.__name = name
if color is None:
self.__color = ColorAssign.getNewColor()
else:
self.__color = color
Plane.__idCount += 1
self.__id = str(self.__idTag) + str(self.__idCount)
ObjectLists.appendObjDict({str(self.__id): self})
ObjectLists.appendPlaList(self)
def makeListFrame(self):
#self.listScrollbar = tk.Scrollbar(self.mainframe)
#self.listScrollbar.grid(column = 1, row = 1, rowspan = 2)
self.listFrame = tk.Frame(self.mainframe,
borderwidth=1,
height=self.mainframe.winfo_height())
self.listFrame.grid(column=0, row=1, sticky="NES")
for element, index in zip(ObjectLists.getObjDict(),
range(ObjectLists.getObjDictLen())):
self.objButton = tk.Button(
self.listFrame,
text=str(element) + str(ObjectLists.getObjDict()[element]),
width=50,
command=self.funktion
) # funktion placeholder for future function
self.objButton.grid(ipady=10, column=0, row=index, columnspan=2)
self.addVecButton = tk.Button(
self.listFrame,
text="Add new Object +",
width=25,
command=self.funktion) # funktion placeholder for future function
self.addVecButton.grid(ipady=10,
column=0,
row=ObjectLists.getObjDictLen())
self.addCalcButton = tk.Button(
self.listFrame,
text="Add new Calculation +",
width=25,
command=self.funktion) # funktion placeholder for future function
self.addCalcButton.grid(ipady=10,
column=1,
row=ObjectLists.getObjDictLen())
def __del__(self):
ColorAssign.removeColor(self.__color)
NameAssign.removeName(self.__name)
try:
ObjectLists.removeFromPoiList(self)
ObjectLists.removeFromObjDict(str(self.__id))
except ValueError:
pass
def __init__(self, x=0, y=0, z=0, name=None, color=None):
self.__x = float(x)
self.__y = float(y)
self.__z = float(z)
Point.__idCount += 1
self.__id = str(self.__idTag + str(self.__idCount))
if name is None:
self.__name = NameAssign.getNewName()
else:
self.__name = name
if color is None:
self.__color = ColorAssign.getNewColor()
else:
self.__color = color
ObjectLists.appendObjDict({str(self.__id): self})
ObjectLists.appendPoiList(self)
def __init__(self, x=0.0, y=0.0, z=0.0, name=None, color=None):
"""The init function for the Vector3D class.
Takes x, y and z values as int or float.
Name has to be a string."""
self.__x = float(x)
self.__y = float(y)
self.__z = float(z)
if name is None:
self.__name = NameAssign.getNewName()
else:
self.__name = name
if color is None:
self.__color = ColorAssign.getNewColor()
else:
self.__color = color
Vector3D.__idCount += 1
self.__id = str(self.__idTag + str(self.__idCount))
ObjectLists.appendObjDict({str(self.__id): self})
ObjectLists.appendVecList(self)
def __init__(self,
positionVector: Vector3D,
directionVector: Vector3D,
name=None,
color=None):
"""The init method of the line class.
Takes positionVector and directionVector as Vector3D, parameter as int or float, name as string
and color as tuple of format: (Red, Green, Blue)(Valuerange = 0 to 256).
Pass dtype None for color or name for it to be automatically assigned."""
self.__positionVector = positionVector
self.__directionVector = directionVector
if name is None:
self.__name = NameAssign.getNewName()
else:
self.__name = name
if color is None:
self.__color = ColorAssign.getNewColor()
else:
self.__color = color
Line.__idCount += 1
self.__id = str(self.__idTag) + str(self.__idCount)
ObjectLists.appendObjDict({str(self.__id): self})
ObjectLists.appendLinList(self)
pass
from lineclass import Line
from planeclass import Plane
from colorAssignclass import ColorAssign
from nameAssignclass import NameAssign
from listclass import ObjectLists
VecList = []
PoiList = []
LinList = []
PlaList = []
running = True
while running:
for element in ObjectLists.getObjDict():
print(" --- "+str(element))
UserInput = input(
"""Nächste Operation [NewVec;AddVec;ScalMultVec;VecMultVecScal;VecMultVecCro;NewPoi;NewLin;NewPla;ConvertPlaToHess;X]: """
)
if UserInput == "NewVec":
VecList.append(Vector3D(input("x = "), input("y = "), input("z = "), input("Name = ")))
print(str(VecList[-1]))
elif UserInput == "AddVec":
Vec1 = Vector3D(input("x = "), input("y = "), input("z = "), input("Name = "))
Vec2 = Vector3D(input("x = "), input("y = "), input("z = "), input("Name = "))
print("Ergebnis: " + str(Vec1.add(Vec2)))
elif UserInput == "ScalMultVec":
Vec1 = Vector3D(input("x = "), input("y = "), input("z = "), input("Name = "))
scal = float(input("Scalar: "))