def SelectionTool(Canvas, window_title):
while True:
print()
print("Enter 'O' for Object Selection Tool.")
print("Enter 'Q' for Quick Selection Tool.")
print("Enter 'M' for Magic Wand Tool.")
command = input("\nEnter command: ")
command = command.replace(" ", "")
if len(command) > 1: # If more than 1 command entered.
print("Too many commands entered. Enter only one command.\n")
continue
elif 'o' in command or 'O' in command: # 'o'/'O' entered -> Object Selection Tool
selection.ObjectSelectionTool(Canvas, window_title)
break
elif 'q' in command or 'Q' in command: # 'q'/'Q' entered -> Quick Selection Tool
selection.QuickSelectionTool(Canvas, window_title)
break
elif 'm' in command or 'M' in command: # 'm'/'M' entered -> Magic Wand Tool
selection.MagicWandTool(Canvas, window_title)
break
else: # If invalid command is passed.
print("Invalid command passed. Enter command again.\n")
continue
hf.Sleep()
return
def LassoTool(Canvas, window_title):
while True:
print()
print("Enter 'L' for Lasso Tool.")
print("Enter 'P' for Polygon Lasso Tool.")
print("Enter 'M' for Magnetic Lasso Tool.")
command = input("\nEnter command: ")
command = command.replace(" ", "")
if len(command) > 1: # If more than 1 command entered.
print("Too many commands entered. Enter only one command.\n")
continue
elif 'l' in command or 'L' in command: # 'l'/'L' entered -> Lasso Tool
lasso.LassoTool(Canvas, window_title)
break
elif 'p' in command or 'P' in command: # 'p'/'P' entered -> Polygon Lasso Tool
lasso.PolygonLassoTool(Canvas, window_title)
break
elif 'm' in command or 'M' in command: # 'm'/'M' entered -> Magnetic Lasso Tool
lasso.MagneticLassoTool(Canvas, window_title)
break
else: # If invalid command is passed.
print("Invalid command passed. Enter command again.\n")
continue
hf.Sleep()
return
def TakeOperation_Num(MaxNum):
# Taking input
Operation_Num = input("\nEnter the operation number: ")
try: # If valid number passed
Operation_Num = Operation_Num.replace(" ", "")
Operation_Num = int(Operation_Num)
if 0 <= Operation_Num < MaxNum:
return Operation_Num
else:
raise ValueError
except: # If invalid number passed
print("\nInvalid operation number entered.")
hf.Sleep()
return None
def ChooseLayersToShow(Canvas, window_title):
# Checking boundary condition
if len(Canvas.layers) == 0: # If no layer is present
print("\nYou should have atleast 1 layer to show/hide layers.\n")
return
print("\nEnter the layer numbers (comma(',') separated) you wish to see.")
print("-1 for all layers and -2 for no layer.\n")
Canvas.PrintLayerNames()
# Creating a copy of Canvas to work on
Canvas_copy = Canvas.Copy()
IsAborted = False
while True:
Canvas_copy.Show(Title=window_title)
key = cv2.waitKey(1)
command = input(
"\nEnter 'Y/N' to confirm/abort arrangement else enter any other key to select different set of layers: "
)
if 'Y' in command or 'y' in command: # 'Y' or 'y' is pressed. - confirm
break
elif 'N' in command or 'n' in command: # 'N' or 'n' is pressed. - abort
IsAborted = True
break
# Asking for layer nos and checking if valid umbers passed
layer_nos = AskForLayerNumbers(-2, len(Canvas_copy.layers) - 1)
if layer_nos is None: # layer_nos = None if invalid layer nos entered
continue
# Setting layers' visibility as asked
Canvas_copy.SetLayersVisibility(layer_nos)
if IsAborted:
print("\nChoosing of layers aborted.\n")
else:
print("\nChoosing of layers successful.\n")
Canvas_copy.Copy(copyTo=Canvas)
cv2.destroyWindow(window_title)
hf.Sleep()
return
def LayerOperations(Canvas, window_title):
while True:
print()
print("Enter 'R' to rearrange layers.")
print("Enter 'D' to delete layers.")
print("Enter 'M' to merge layers.")
print("Enter 'E' to rename layers.")
print("Enter 'C' to duplicate layers.")
command = input("\nEnter command: ")
command = command.replace(" ", "")
if len(command) > 1: # If more than 1 command entered.
print("Too many commands entered. Enter only one command.\n")
continue
elif 'r' in command or 'R' in command: # 'r'/'R' entered -> Rearrange layers
RearrangeLayers(Canvas, window_title)
break
elif 'd' in command or 'D' in command: # 'd'/'D' entered -> Delete layers
DeleteLayers(Canvas, window_title)
break
elif 'm' in command or 'M' in command: # 'm'/'M' entered -> Merge layers
MergeLayers(Canvas, window_title)
break
elif 'e' in command or 'E' in command: # 'e'/'E' entered -> Rename layers
RenameLayers(Canvas)
break
elif 'c' in command or 'C' in command: # 'c'/'C' entered -> Duplicate layer
DuplicateLayers(Canvas)
break
else: # If invalid command is passed.
print("Invalid command passed. Enter command again.\n")
continue
cv2.destroyWindow(window_title)
hf.Sleep()
return
def MarqueeTool(Canvas, window_title):
while True:
print()
print("Enter 'R' for Rectangular Marquee Tool.")
print("Enter 'E' for Elliptical Marquee Tool.")
print("Enter 'W' for Single Row Marquee Tool.")
print("Enter 'C' for Single Column Marquee Tool.")
command = input("\nEnter command: ")
command = command.replace(" ", "")
if len(command) > 1: # If more than 1 command entered.
print("Too many commands entered. Enter only one command.\n")
continue
elif 'r' in command or 'R' in command: # 'r'/'R' entered -> Rectangular Marquee Tool
marquee.RectangularMarqueeTool(Canvas, window_title)
break
elif 'e' in command or 'E' in command: # 'e'/'E' entered -> Elliptical Marquee Tool
marquee.EllipticalMarqueeTool(Canvas, window_title)
break
elif 'w' in command or 'W' in command: # 'w'/'W' entered -> Single Row Marquee Tool
marquee.SingleRowMarqueeTool(Canvas, window_title)
break
elif 'c' in command or 'C' in command: # 'c'/'C' entered -> Single Column Marquee Tool
marquee.SingleColMarqueeTool(Canvas, window_title)
break
else: # If invalid command is passed.
print("Invalid command passed. Enter command again.\n")
continue
hf.Sleep()
return
def AddNewLayer(Canvas):
print("\nEnter '@' to abort adding of new image.")
while True:
NewImagePath = input("\nEnter image path: ")
if '@' in NewImagePath: # Abort if '@' entered
print("Aborting adding of image.\n")
break
# Reading new image
NewImage = image.ReadImage(NewImagePath)
if NewImage is None: # If image is not found/read
print("Enter a valid image path...")
continue
# Calling function for adding new layer
Canvas.AddLayer(NewImage)
print("\nLayer added successfully.")
break
hf.Sleep()