def showGrid(self):
plotInfo = self.readData(self.cons.get())
self.paths = ast.literal_eval(plotInfo[4])
# if the user never asked to show the grid before or asks for a new grid
if self.pathsSet == 0 or self.selectedNetlist != self.cons.get():
self.enableShowPaths()
self.pathsSet = 1
# remember the selected netlist
self.selectedNetlist = self.cons.get()
# prepare for the grid visualization
measures = self.getPrint()
printObject = Print.Print()
defToCall = "getPrint" + self.printvar.get()
gates = getattr(printObject, defToCall)()
self.v = [measures[0], measures[1], measures[2], self.paths, gates]
# select only the paths with the selected lengths
newPaths = []
for element in self.paths:
if len(element[0]) >= self.showPathsFrom.get() and len(
element[0]) <= self.showPathsTo.get():
newPaths.append(element)
self.visualizeGrid(self.v[0], self.v[1], self.v[2], newPaths,
self.v[4])
def __init__(self, args):
printObject = Print.Print()
defToCall = "getPrint" + args[1]
self.p = getattr(printObject, defToCall)()
self.pr = args[1]
self.from_ = args[2]
self.start()
def get_print(self):
tok = self.lex.get_next_token()
self.match(tok, TokenType.PRINT_KW_TOK)
tok = self.lex.get_next_token()
self.match(tok, TokenType.OPEN_PAREN_TOK)
exp = self.get_expression()
tok = self.lex.get_next_token()
self.match(tok, TokenType.CLOSE_PAREN_TOK)
return Print.Print(exp)
for l in prog.Code:
print(l, prog.Code[l])
# Generate a text listing of it, and display it as we do so.
listing = L.List(prog, True)
# Renumber our program. Default is start 10, step 10.
RN.Renumber(prog)
# ... and list it again.
L.List(prog, True)
# Save it as a text file.
STXT.Save(prog, OutDir + "/" + ProgName + ".txt")
# Load it again from this text file...
prog2 = STXT.Load(OutDir + "/" + ProgName + ".txt")
# ... and list it again.
L.List(prog2, True)
# If you have not installed ReportLab and a CBM font, comment out the next line of code.
P.Print(prog2, OutDir + "/" + ProgName + ".pdf")
# Add an image element to the dictionary
im[shotscountdown] = PIL.Image.open(os.path.join(
imagefolder, filename)).transpose(Image.FLIP_LEFT_RIGHT)
# Set timepulse to 999
timepulse = 999
# Set message to empty
Message = ""
# Call image processing function and pass in dictionary containing all images
ImageProcessing(im, background_template_location, imagefolder, imagecounter)
# Call print function to print photos
Print(TotalImageCount)
# Clear message variable
Message = ""
# Update display
update_display(TotalImageCount, Numeral, Message, PhotosPerCart, screen,
background, pygame)
# Set timepulse to 999
timepulse = 999
# Reset the shutter switch
while input_value == False:
input_value = gpio.input(22)
def p_INS_PRINT(self, t):
'PRINT : wprint parea EXP parec ptocoma'
t[0] = Print(t[3], t.slice[1].lineno,
self.find_column(self.input, t.slice[2]))
GLO.gramatica[17] = GLO.gram[17]
