def WriteReg(reg, data):
print "Write Reg [", reg, "] =", data,
if Click.WriteI2C(WR_PTR, reg >> 7, reg & 0x7F):
if Click.WriteI2C(WR_IND, data, 0):
print "OK"
return
#else
print "Fail"
def ReadReg(reg):
print "Read Reg [", reg, "] =",
if Click.WriteI2C(WR_PTR, reg >> 7, reg & 0x7f):
r = Click.ReadI2C(RD_IND)
if r[0] == 0x21:
print r[1]
return
#else
print "Fail"
def time(w, time):
if not time:
time = 500
pygame.display.set_caption('Time Menu')
lastMove = False
while True:
if type(time) == list:
time = time[0]
moveCheck = False
x, y = pygame.mouse.get_pos()
if pygame.mouse.get_pressed()[0]:
if lastMove:
if x >= 350 and x <= 850:
time = x
elif x < 350:
time = 350
elif x > 850:
time = 850
moveCheck = True
else:
if x > time - 8 and x < time + 8:
if y > 492 and y < 508:
time = x
moveCheck = True
if c.checkWithin(x, y, 0, 10, 160, 20):
#return time conversion here
return time
elif c.checkWithin(x, y, 560, 580, 80, 40):
#return time conversion here
return time
d.drawTime(w, x, y, time)
for event in pygame.event.get():
if event.type == pygame.QUIT:
print("Goodbye!")
pygame.quit()
sys.exit()
lastMove = moveCheck
def roadMenu(w, inp):
lastClick = False
temp = None
clock = pygame.time.Clock()
while True:
clickCheck = False
x, y = pygame.mouse.get_pos()
drawRoadMenu(w, inp, x, y)
if pygame.mouse.get_pressed()[0]:
if lastClick:
if x < 350:
x = 350
elif x > 850:
x = 850
windowValue = inp.getSpecial()
windowValue[temp - 1] = x
inp.setSpecial(windowValue)
clickCheck = True
else:
temp = inp.mouseOverSpecial(x, y)
if temp:
print("Getting Special Values", inp.getSpecial())
values = inp.getSpecial()
values[temp - 1] = x
inp.setSpecial(values)
clickCheck = True
elif click.checkWithin(x, y, 0, 10, 160,
20) or click.checkWithin(
x, y, 550, 625, 100, 50):
return inp
clock.tick(60)
lastClick = clickCheck
for event in pygame.event.get():
if event.type == pygame.QUIT:
print("Goodbye")
sys.exit()
def field_click(num_on):
if gtp.get_pixel_colour(xcoords2[5],ycoords2[5]) == colours[5] or gtp.get_pixel_colour(xcoords2[5],ycoords2[5]-20) == colours[5]:
return 4
py.scroll(-1000)
if num_on == 2:
py.click(394,423)
t.sleep(.2)
py.click(402,461,clicks=2)
t.sleep(1)
if num_on == 1:
t.sleep(1)
if gtp.get_pixel_colour(815,468) == (0,0,0):
print("no fields to click...")
return 2
py.press(num_press,pause=.2)
c.click(45,num_press)
sleep_code = s.sleep(num_press)
if sleep_code == 1:
return 5
elif sleep_code == 2:
return 6
py.press("d",pause=.2)
py.scroll(-400)
t.sleep(.5)
if num_press == "1":
if gtp.get_pixel_colour(xcoords2[1],ycoords2[1]) == colours[1] or gtp.get_pixel_colour(xcoords2[1],ycoords2[1]-20) == colours[1]:
return 4
elif num_press == "2":
if gtp.get_pixel_colour(xcoords2[2],ycoords2[2]) == colours[2] or gtp.get_pixel_colour(xcoords2[2],ycoords2[2]-20) == colours[2]:
return 4
elif num_press == "3":
if gtp.get_pixel_colour(xcoords2[3],ycoords2[3]) == colours[3] or gtp.get_pixel_colour(xcoords2[3],ycoords2[3]-20) == colours[3]:
return 4
elif num_press == "4":
if gtp.get_pixel_colour(xcoords2[4],ycoords2[4]) == colours[4] or gtp.get_pixel_colour(xcoords2[4],ycoords2[4]-20) == colours[4]:
return 4
else:
if gtp.get_pixel_colour(xcoords2[0],ycoords2[0]) == colours[0] or gtp.get_pixel_colour(xcoords2[0],ycoords2[0]-20) == colours[0]:
return 4
py.scroll(-400)
return 0
def Close():
Click.Close()
def Init():
global I2C
I2C = (Click.InitI2C() != None)
return I2C
def readError():
if I2C:
return Click.ReadI2C(RD_ERR)
else:
return 0
def junctionMenu(w, inp):
tolerance = 8
lastClick = False
while True:
clickCheck = False
x, y = pygame.mouse.get_pos()
drawJunctionMenu(w, inp, x, y)
if pygame.mouse.get_pressed()[0]:
if click.checkWithin(x, y, 0, 10, 160, 20) or click.checkWithin(
x, y, 550, 625, 100, 50):
print("Goodbye!")
sys.exit()
elif not lastClick:
coord = 300
special = inp.getSpecial()
length = len(special)
for prop in range(length):
if y > coord - tolerance and y < coord + tolerance:
if x > 450 - tolerance and x < 450 + tolerance:
print("P")
if "Pink" in special[prop]:
special[prop].remove("Pink")
else:
special[prop].append("Pink")
elif x > 550 - tolerance and x < 550 + tolerance:
print("B")
if "Blue" in special[prop]:
special[prop].remove("Blue")
else:
special[prop].append("Blue")
elif x > 650 - tolerance and x < 650 + tolerance:
print("G")
if "Green" in special[prop]:
special[prop].remove("Green")
else:
special[prop].append("Green")
elif x > 750 - tolerance and x < 750 + tolerance:
if inp.getTyp() == "4J":
print("O")
if "Orange" in special[prop]:
special[prop].remove("Orange")
else:
special[prop].append("Orange")
coord += 50
if length > 1:
if y > coord - 57 - 8 and y < coord - 57 + 8:
if x > 778 - 8 and x < 778 + 8:
special.pop(length - 1)
if length <= 7:
if y > coord - 16 and y < coord + 16:
if x > (600 - 16) and x < (600 + 16):
special.append([])
inp.setSpecial(special)
clickCheck = True
clock.tick(60)
lastClick = clickCheck
for event in pygame.event.get():
if event.type == pygame.QUIT:
print("Goodbye!")
sys.exit()
def unpack(num):
print("================")
print("Unpacking")
print("================")
if num==0:
with open('./Saves/spareSave.pickle', 'rb') as handle:
temp = pickle.load(handle)
elif num==1:
with open('./Saves/saveOne.pickle', 'rb') as handle:
temp = pickle.load(handle)
elif num==2:
with open('./Saves/saveTwo.pickle', 'rb') as handle:
temp = pickle.load(handle)
listy=[]
time=temp[0][0]
for i in temp[1]:
if i[4]=="RD":
newObject=classy.Road(i[0], i[1])
elif i[4]=="TL":
newObject=classy.TrafficLight(i[0], i[1])
elif i[4]=="4J":
newObject=classy.FourJunction(i[0], i[1])
elif i[4]=="TJ":
newObject=classy.TJunction(i[0], i[1])
elif i[4]=="TN":
newObject=classy.Turn(i[0], i[1])
newObject.setSpecial(i[5])
newObject.setId(i[6])
while i[3]!=newObject.rotation:
c.rotate(newObject, [])
newObject.defineGeometry()
newObject.conns=i[2]
updateInstance=newObject
listy.append(newObject)
newGroupList=unpackGroup(temp[2], listy)
if not newGroupList:
newGroupList=[]
else:
for group in newGroupList:
group.infectGroup()
try:
updateInstance.updateGlobal(listy)
except:
pass
print()
print("Printing Unpacked Values")
print("Printing Group List:", newGroupList)
print("Printing Item List:", listy)
print("Printing Time:", time)
print()
return listy, time, newGroupList
def edit(w, obj):
pygame.display.set_caption('Edit Menu')
if obj.typ == "RD" or obj.typ == "TN":
titleOne = "Length"
titleTwo = ["Lane Distrobution One", "Lane Distrobution Two"]
elif obj.typ == "TL":
titleOne = "Time On"
titleTwo = "Time Off"
elif obj.typ == "4J" or "TJ":
while True:
x, y = pygame.mouse.get_pos()
d.editJunction(w, x, y, obj.x, obj.y, obj, obj.rot, obj.states,
obj.exits)
for event in pygame.event.get():
if event.type == pygame.QUIT:
print("Goodbye!")
pygame.quit()
sys.exit()
valueOne, valueTwo = obj.getSpecial()
if not valueOne:
valueOne = 500
if not valueTwo:
valueTwo = 500
savedX = obj.x + (obj.width / 2)
savedY = obj.y + (obj.height / 2)
image = pygame.transform.scale(obj.img, (150, 150))
rotation = obj.rotation
lastMove = False
lines = [savedX, savedY, rotation]
if type(valueOne) == int:
lines.append(valueOne)
else:
for i in valueOne:
lines.append(i)
if type(valueTwo) == int:
lines.append(valueTwo)
else:
for i in valueTwo:
lines.append(i)
print(lines)
while True:
moveCheck = False
x, y = pygame.mouse.get_pos()
tempList = d.drawEdit(w, x, y, lines[0], lines[1], image, lines[2],
valueOne, valueTwo, titleOne, titleTwo)
if pygame.mouse.get_pressed()[0]:
if lastMove:
if x >= 350 and x <= 850:
lines[lineID] = x
elif x < 350:
lines[lineID] = 350
elif x > 850:
lines[lineID] = 850
moveCheck = True
else:
print(lines, tempList, x, y)
lineID = 0
dontRepeat = False
userAssist = 8
for item in tempList:
if c.checkWithin(x, y, item[0] - userAssist,
item[1] - userAssist, userAssist * 2,
userAssist * 2) and dontRepeat == False:
print("Click")
lines[lineID] = x
moveCheck = True
dontRepeat = True
if not dontRepeat:
lineID += 1
if c.checkWithin(x, y, 0, 10, 160, 20) and dontRepeat == False:
break
for event in pygame.event.get():
if event.type == pygame.QUIT:
print("Goodbye!")
pygame.quit()
sys.exit()
lastMove = moveCheck
# -*- coding: utf-8 -*-
from platform import python_version
import os
import socket
import datetime
import calendar
import Click
Click, OnRun = Click.CommandParser()
#support of flags with default values (python3 --version, python3 -V, python -v);
@Click('--version')
@Click('-v')
def OnGetVersion():
return ("yk&yjb_1.0.0")
#support of position arguments (python3 module.py, cat file1 file2);
@Click('--path')
@Click('-p')
def OnDocumentRead(sPath):
cwdpath = os.getcwd()
path1 = os.path.join(cwdpath, sPath)
sPathResult = path1.replace('\\', '/')
with open('{}'.format(sPathResult), 'r') as f:
return (f.read())
def displayArray(a):
for i, b in enumerate(a):
Click.WriteWordSPI(i * 256 + (b & 0xff) + 256)
#
# testing REDclick (SPI)
#
import Click
import time
Click.InitSPI()
# test all LEDs
# print Click.WriteWordSPI( 0x0F01)
# print Click.WriteWordSPI( 0x0F00)
# exit shutdown mode
Click.WriteWordSPI(0x0C01)
# set scan limit to 0-7
Click.WriteWordSPI(0x0B07)
a = [1, 2, 4, 8, 16, 32, 64, 128]
def displayArray(a):
for i, b in enumerate(a):
Click.WriteWordSPI(i * 256 + (b & 0xff) + 256)
#print "0x%X" % (i*256 + b + 256),
while True:
displayArray(a)
a = map((lambda x: x << 1), a)
time.sleep(0.1)
def main(w, clock):
pygame.display.set_caption('Design Phase')
itemList = []
groupList = []
menu = 0
saveImport = 0
lastMove = False
lastClick = False
l = None
time = None
while True:
clickCheck = False
moveCheck = False
clock.tick(60)
x, y = pygame.mouse.get_pos()
if pygame.mouse.get_pressed()[0]:
clickCheck = True
if lastMove:
l.move(x, y, w)
moveCheck = True
else:
if x > 1050 and x < 1190: #Run GUI or MRS
if y > 740 and y < 770:
s.MRS()
break
elif y > 680 and y < 710:
s.GUI()
break
if not lastClick:
if c.checkWithin(x, y, 0, 10, 160, 20):
print("Returning To Main Menu")
itemList[0].resetCounter()
break
l = c.checkMove(w, x, y, itemList)
if l:
if l.typ == ("TM"):
pass
else:
moveCheck = True
if not moveCheck and not lastClick:
quart = 0
if c.checkWithin(x, y, 1000, 0, 100, 30):
if saveImport == 0:
saveImport = 1
elif saveImport == 1:
p.pack(itemList, 1, time, groupList)
saveImport = 0
elif saveImport == 2:
itemList, time, groupList = p.unpack(1)
saveImport = 0
if c.checkWithin(x, y, 1100, 0, 100, 30):
if saveImport == 0:
saveImport = 2
elif saveImport == 1:
p.pack(itemList, 2, time, groupList)
saveImport = 0
elif saveImport == 2:
itemList, time, groupList = p.unpack(2)
saveImport = 0
elif c.checkWithin(x, y, 0, 700, 100, 100):
quart = 1
elif c.checkWithin(x, y, 100, 700, 100, 100):
quart = 2
if menu == 0:
if quart == 1:
length = len(itemList)
for x in range(length, 0, -1):
o = itemList[x - 1]
if o.checkInside(0, 600, 200, 800):
itemList.remove(o)
classy.Object.counterStorage.append(o.id)
menu = 1
elif quart == 2:
length = len(itemList)
for x in range(length, 0, -1):
o = itemList[x - 1]
if o.checkInside(0, 600, 200, 800):
itemList.remove(o)
classy.Object.counterStorage.append(o.id)
menu = 2
elif menu == 1 or menu == 2:
if quart == 2:
length = len(itemList)
for x in range(length, 0, -1):
o = itemList[x - 1]
if o.checkInside(0, 600, 200, 800):
itemList.remove(o)
classy.Object.counterStorage.append(o.id)
menu = 0
if menu == 2:
if c.checkWithin(x, y, 100, 600, 100, 100):
time = e.time(w, time)
if lastMove and not clickCheck:
if l.checkInside(200, 740, 240, 800):
itemList.remove(l)
classy.Object.counterStorage.append(l.id)
""" elif onTop(l, itemList):
itemList.remove(l) """
e.snap(w, itemList, l)
tempX = l.x + (l.width / 2)
tempY = l.y + (l.height / 2)
if l.typ == "ET":
for i in itemList:
if i.checkWithin(tempX, tempY):
itemList.remove(l)
classy.Object.counterStorage.append(l.id)
if i != l:
if i.typ == "TL":
groupList.append(e.edit(w, i, itemList))
else:
i = e.edit(w, i, itemList)
clickCheck = True
break
elif l.typ == "RO":
for i in itemList:
if i.checkWithin(tempX, tempY):
itemList.remove(l)
classy.Object.counterStorage.append(l.id)
c.rotate(i, itemList)
i.defineGeometry()
clickCheck = True
break
d.drawAll(w, x, y, itemList, menu, saveImport)
for event in pygame.event.get():
if event.type == pygame.QUIT:
print("Goodbye!")
pygame.quit()
sys.exit()
lastClick = clickCheck
lastMove = moveCheck
#else
print "Fail"
def WriteReg(reg, data):
print "Write Reg [", reg, "] =", data,
if Click.WriteI2C(WR_PTR, reg >> 7, reg & 0x7F):
if Click.WriteI2C(WR_IND, data, 0):
print "OK"
return
#else
print "Fail"
# init the Click I2C interface
Click.InitI2C()
# test the error cmd
#Write( WR_ERR, 0, 0)
#Read( RD_ERR)
#write to CCPR2L reg
WriteReg(0x298, 0x5A)
#write to DACCON1 reg
WriteReg(0x119, 0xA5)
# read register CCPR2L back
ReadReg(0x298)
# read register DACCON1 back
