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Copy path2ndGenLocoControlStand.py
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2ndGenLocoControlStand.py
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#!/usr/local/bin/FreeCAD018
#*****************************************************************************
#
# System :
# Module :
# Object Name : $RCSfile$
# Revision : $Revision$
# Date : $Date$
# Author : $Author$
# Created By : Robert Heller
# Created : Sat Dec 19 08:19:18 2020
# Last Modified : <201228.0941>
#
# Description
#
# Notes
#
# History
#
#*****************************************************************************
#
# Copyright (C) 2020 Robert Heller D/B/A Deepwoods Software
# 51 Locke Hill Road
# Wendell, MA 01379-9728
#
# This program is free software; you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; either version 2 of the License, or
# (at your option) any later version.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program; if not, write to the Free Software
# Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
#
#
#
#*****************************************************************************
import Part, TechDraw, Spreadsheet, TechDrawGui
import FreeCADGui
from FreeCAD import Console
from FreeCAD import Base
import FreeCAD as App
import os
import sys
sys.path.append(os.path.dirname(__file__))
import datetime
from Boxes import *
from Brackets import *
from MechEncoders import *
from DaughterBoards import *
from LightSwitch import *
from LEDs import *
from ButtonPlungers import *
from Levers import *
from Knobs import *
def IntToString(i):
return "%d" % i
def Slot(origin,width=0.0,length=0.0,depth=0.0,orientation='horizontal'):
if not isinstance(origin,Base.Vector):
raise RuntimeError("origin is not a Vector!")
X = origin.x
Y = origin.y
Z = origin.z
L = length
W = width
D = depth
if orientation == "horizontal":
corner = Base.Vector(X-(L/2.0),Y-(W/2.0),Z)
v1 = L
v2 = W
elif orientation == "vertical":
corner = Base.Vector(X-(W/2.0),Y-(L/2.0),Z)
v1 = W
v2 = L
else:
raise RuntimeError("orientation is not horizontal or vertical!")
return Part.makePlane(v1,v2,corner).extrude(Base.Vector(0,0,D))
class SecondGenLocoControlStandLid(RL6685Lid):
def __init__(self,name,origin):
RL6685Lid.__init__(self,name,origin)
X = self.origin.x
Y = self.origin.y
Z = self.origin.z
throttleSlotOrigin = Base.Vector(X + (self.OutsideWidth/2.0),\
Y + (self.OutsideLength/2.0) + 20,\
Z)
self.cutlids(Slot(throttleSlotOrigin,width=6,orientation="horizontal",\
length = 25.4+6,\
depth=self.TotalLidHeight))
reverserSlotOrigin = Base.Vector(X+(self.OutsideWidth/2)+30,\
Y+(self.OutsideLength/2)-7.5,
Z)
self.cutlids(Slot(reverserSlotOrigin,width=6,orientation="horizontal",\
length=15.24 + 6,\
depth=self.TotalLidHeight))
brakeSlotOrigin = Base.Vector(X+(self.OutsideWidth/2.0) - 30,\
Y+(self.OutsideLength/2.0) - 10,\
Z)
self.cutlids(Slot(brakeSlotOrigin,width=6,orientation="horizontal",\
length=15.24 + 6,\
depth=self.TotalLidHeight))
self._throttleReverserBrakeBracket = \
Bracket(name+"_throttleReverserBrakeBracket",\
Base.Vector(X+(self.OutsideWidth/2.0),\
Y+(self.OutsideLength/2.0)+5,\
Z+self.LidThickness),\
orientation="horizontal",\
bracketthick=3.0,\
bracketdepth=35,bracketwidth=90)
tX = throttleSlotOrigin.x
tY = throttleSlotOrigin.y
tZ = throttleSlotOrigin.z
self._throttleEncoder = Mech_Encoder_25L(name+"_throttle",\
Base.Vector(tX,\
Y+(self.OutsideLength/2.0)+5,\
(tZ-25.4)+self.LidThickness),\
bracketthick=3.0)
self._throttleReverserBrakeBracket.cut(self._throttleEncoder._bushing)
self._throttleReverserBrakeBracket.cut(self._throttleEncoder._noturn)
self._throttleLever = StraightControlLever(name+"_throttleLever",\
Base.Vector(tX,\
Y+(self.OutsideLength/2.0)+20,\
(tZ-33.5)),\
shaftlength=30,\
handlecolor=tuple([0.0,0.0,1.0]),\
dholediameter=6.35,\
dholeflatsize=5.56,\
direction='DZ')
rX = reverserSlotOrigin.x
rY = reverserSlotOrigin.y
rZ = reverserSlotOrigin.z
self._reverserEncoder = PEC12R(name+"_reverser",\
Base.Vector(rX,\
Y+(self.OutsideLength/2.0)+5,\
(rZ-13.2)+self.LidThickness),\
bracketthick=3.0)
self._throttleReverserBrakeBracket.cut(self._reverserEncoder._bushing)
self._throttleReverserBrakeBracket.cut(self._reverserEncoder.NoTurnHole())
self._reverserLever = StraightControlLever(name+"_reverserLever",\
Base.Vector(rX,\
Y+(self.OutsideLength/2.0)-7.5,\
(rZ-22)),\
shaftlength=20,\
handlecolor=tuple([0.0,0.0,0.0]),\
dholediameter=6,\
dholeflatsize=4.5,\
direction='DZ')
bX = brakeSlotOrigin.x
bY = brakeSlotOrigin.y
bZ = brakeSlotOrigin.z
self._brakePotentiometer = Pot_450T328(name+"_brakePot",\
Base.Vector(bX,\
Y+(self.OutsideLength/2.0)+5,\
(bZ - 15.24)+self.LidThickness),\
bracketthick=3.0)
self._throttleReverserBrakeBracket.cut(self._brakePotentiometer._bushing)
self._throttleReverserBrakeBracket.cut(self._brakePotentiometer._tab1)
self._throttleReverserBrakeBracket.cut(self._brakePotentiometer._tab2)
self._brakeLever = StraightControlLever(name+"_brakeLever",\
Base.Vector(bX,\
Y+(self.OutsideLength/2.0)-10,\
(rZ-23.5)),\
shaftlength=20,\
handlecolor=tuple([1.0,0.0,0.0]),\
dholediameter=6.35,dholeflatsize=3.96,\
direction='DZ')
buttonDisplayBoard_X = X + (self.OutsideWidth/2.0) - \
(ButtonDisplayBoard.Width()/2.0)
buttonDisplayBoard_Y = Y + self.InsideBoxLength - \
ButtonDisplayBoard.Length()
self._buttonDisplayBoard = \
ButtonDisplayBoard(name+"_buttonDisplayBoard",\
Base.Vector(buttonDisplayBoard_X,\
buttonDisplayBoard_Y,\
Z + self.LidThickness - \
(6 + 1.5875)))
self._buttonDisplayBoardStandoff = list()
for i in range(1,5):
self.cutlids(self._buttonDisplayBoard.mountingHole(i,Z,\
self.TotalLidHeight))
self._buttonDisplayBoardStandoff.append(\
self._buttonDisplayBoard.standoff(i,\
Z+self.LidThickness,\
-6))
self._buttonDisplayBoardPlungers = list()
for i in range(1,6):
self.cutlids(self._buttonDisplayBoard.buttonHole(i,Z,\
self.TotalLidHeight))
self._buttonDisplayBoardPlungers.append(\
ButtonPlunger(name+"_buttonDisplayBoardPlungers"+IntToString(i),\
self._buttonDisplayBoard.buttonHoleOrigin(\
i,Z+self.LidThickness)))
self.cutlids(self._buttonDisplayBoard.statusLEDHole(Z,\
self.TotalLidHeight))
self._statusLED = \
LED_5MMHead(name+"_statusLED",\
self._buttonDisplayBoard.statusLEDHoleOrigin(\
Z+self.LidThickness),\
color=tuple([0.0,1.0,0.0]))
self.cutlids(self._buttonDisplayBoard.displayCutoutHole(Z,\
self.TotalLidHeight))
for i in range(1,5):
self.cutlids(self._buttonDisplayBoard.displayMountingHole(i,Z,\
self.TotalLidHeight))
hornSlotOrigin = Base.Vector(X + self.InsideBoxWidth - 10,\
Y + self.InsideBoxLength - 10,\
Z)
self.cutlids(Slot(hornSlotOrigin,width=6,orientation="vertical",\
length=15.24 + 15.24 + 6,depth=self.TotalLidHeight))
self._hornBracket = Bracket(name+"_hornBracket",\
Base.Vector(X + self.InsideBoxWidth - 25,\
Y + self.InsideBoxLength - 10,\
Z + self.LidThickness),\
orientation="vertical",\
bracketthick=3.0,\
bracketdepth=30,bracketwidth=30)
hX = hornSlotOrigin.x
hY = hornSlotOrigin.y
hZ = hornSlotOrigin.z
self._hornPotentiometer = Pot_450T328(name+"_hornPot",\
Base.Vector(X + self.InsideBoxWidth - 25,\
hY,\
(bZ - 15.24)+self.LidThickness),\
orientation="horn",\
bracketthick=3.0)
self._hornBracket.cut(self._hornPotentiometer._bushing)
self._hornBracket.cut(self._hornPotentiometer._tab1)
self._hornBracket.cut(self._hornPotentiometer._tab2)
self._hornHandle = BentControlLeverYZX(name+"_hornHandle",\
Base.Vector(hX,hY,hZ-24.5),\
shaftlength1=20,shaftlength2=30,\
handlecolor=tuple([50.0/255.0,50.0/255.0,\
50.0/255.0]),\
dholediameter=6.35,dholeflatsize=3.96)
buttonLEDBoardX = X + (self.OutsideWidth/2.0) - (ButtonLEDBoard.Width()/2.0)
buttonLEDBoardY = Y + (self.OutsideLength - self.InsideBoxLength)
self._buttonLEDBoard = \
ButtonLEDBoard(name+"_buttonLEDBoard",\
Base.Vector(buttonLEDBoardX,\
buttonLEDBoardY,\
Z + self.LidThickness - (6 + 1.5875)))
self._buttonLEDBoardStandoff = list()
for i in range(1,5):
self.cutlids(self._buttonLEDBoard.mountingHole(i,Z,\
self.TotalLidHeight))
self._buttonLEDBoardStandoff.append(\
self._buttonLEDBoard.standoff(i,\
Z+self.LidThickness,\
-6))
self._buttonLEDBoardLEDS = list()
self._buttonLEDBoardPlungers = list()
for i in range(1,9):
self.cutlids(self._buttonLEDBoard.buttonHole(i,Z,\
self.TotalLidHeight))
self._buttonLEDBoardPlungers.append(\
ButtonPlunger(name+"_buttonLEDBoardPlungers"+IntToString(i),\
self._buttonLEDBoard.buttonHoleOrigin(i,\
Z+self.LidThickness)))
self.cutlids(self._buttonLEDBoard.LEDHole(i,Z,\
self.TotalLidHeight))
self._buttonLEDBoardLEDS.append(\
LED_5MMHead(name+"_buttonLEDBoardLEDS"+IntToString(i),\
self._buttonLEDBoard.LEDHoleOrigin(i,\
Z+self.LidThickness)))
self._lightSwitch = \
Grayhill_56A36_01_1_04N(name+"_lightSwitch",
Base.Vector(X + 19.05,\
Y + 50.8,\
Z + self.LidThickness))
self.cutlids(self._lightSwitch._bushing)
def show(self):
RL6685Lid.show(self)
self._throttleReverserBrakeBracket.show()
self._throttleEncoder.show()
self._throttleLever.show()
self._reverserEncoder.show()
self._reverserLever.show()
self._brakePotentiometer.show()
self._brakeLever.show()
self._buttonDisplayBoard.show()
doc = App.activeDocument()
for i in range(1,5):
obj = doc.addObject("Part::Feature",self.name+"_buttonDisplayBoardSandoff"+IntToString(i))
obj.Shape=self._buttonDisplayBoardStandoff[i-1]
obj.Label=self.name+"_buttonDisplayBoardSandoff"+IntToString(i)
obj.ViewObject.ShapeColor=tuple([1.0,1.0,1.0])
self._hornBracket.show()
self._hornPotentiometer.show()
self._hornHandle.show()
self._buttonLEDBoard.show()
for i in range(1,5):
obj = doc.addObject("Part::Feature",self.name+"_buttonLEDBoardStandoff"+IntToString(i))
obj.Shape=self._buttonLEDBoardStandoff[i-1]
obj.Label=self.name+"_buttonLEDBoardStandoff"+IntToString(i)
obj.ViewObject.ShapeColor=tuple([1.0,1.0,1.0])
self._lightSwitch.show()
self._statusLED.show()
for led in self._buttonLEDBoardLEDS:
led.show()
for plunger in self._buttonDisplayBoardPlungers:
plunger.show()
for plunger in self._buttonLEDBoardPlungers:
plunger.show()
if __name__ == '__main__':
App.ActiveDocument=App.newDocument("Boxes")
doc = App.activeDocument()
controlstandlid = SecondGenLocoControlStandLid("ControlStandLid",\
Base.Vector(0,0,0))
controlstandlid.show()
Gui.SendMsgToActiveView("ViewFit")
#Gui.activeDocument().activeView().viewTopView()
#doc.saveAs("2ndGenLocoControlStand.fcstd")