Clown pride parade 😂

Typicall lrish they can never make up their minds. BELFAST ESPECIALLY CATHOLICS PROTESTANTS NOW GAY ACTIVISTS SO THE MAJORITY OF THESE HARD MEN FROM THE 60S 70S and 80s have now produced woke grandkids etc has religion failed them l wonder ??????

Nothing to be proud of here. Disgusting behaviour from the demons of hell ..

Must of been like a priests scrapbook 😂

I only want to see orange lads marching through the streets of Belfast and I'm Irish Catholic. At least the prods are entertaining.

Progressive paedo's on tour!!

Being gay is not a problem. But grown men acting like children?

Absolute bonkers nonsense. Wearing a mask and keeping six feet apart, for one of history's greatest scams has brought us to this.

I saw myself, sibling and his bff in the parade I had blast there we were all wet by the rain 😅❤

Thought it was a pride parade not anti Jew, Shame

I saw myself with my bff we were both in bi flags drenched from head to toe 😭🤚

Thanks for posting 🌈

i had so much fun here!!!! hope you enjoyed yourself aswell :)

disgusting

I hope you enjoyed the Belfast City Walk. A very different city from when I worked there in the 1970's! I hope to do the same walk soon.

My favourite city!

I hope you enjoyed your day out at the parades. This is part of our Northern Ireland culture. It may seem alien to you but it represents our breakaway from the Roman Catholic faith (King James) to the Protestant faith (Prince William of Orange), which has been upheld ever since. Thank you for sharing.

If you have done very well with the game of Guess the Number, then let’s try a new and magic game. Assume you have an invisible triangle, and you can draw its three nodes first. I show you the base code as follows: ######################################## import random import turtle turtle.TurtleScreen._RUNNING = True myScreen = turtle.Screen() myScreen.setup(width = 1.0, height = 1.0) # Three fixed nodes of the triangle. You can of course change the locations of the nodes. R=300 x1=0 y1=R x2=-R y2=-R x3=R y3=-R myPen=turtle.Turtle() # Draw the three fixed nodes myPen.penup() myPen.goto(x1,y1) myPen.dot() myPen.goto(x2,y2) myPen.dot() myPen.goto(x3,y3) myPen.dot() # Starting point can be any location inside the triangle myScreen.exitonclick() ######################################## Then, you can program to draw more dots by following the steps below: (1) Start from a random location inside the triangle. Don’t draw anything yet. (2) Randomly select one of the three nodes of the triangle. (3) Find the middle point between your starting point and the randomly selected triangle node. (4) Draw a dot at this middle point, and treat this middle point as your new starting point. (5) Repeat from Step (2) to Step (4). Please take this opportunity to program with natural language thinking. When you translate your natural language solution into Python program, please pay more attention to practicing the decision making and looping logics.

I strongly suggest everyone to try this optional Task for fun: Moving a black square around. Please refer to the demo in the lecture video and try to move the black (or different color) square along different directions. You may imagine this optional task in the context of this game Snake. But you are developing a never-growing snake. Moving a black square is actually changing colors of different squares on a map. As the first step, you may try to make the same square “flash”, i.e. changing the color of the same square. Please read and copy the following code of flashing a square to play a bit. Then try to “move” the square by yourself. # Flashing a square import time import turtle turtle.TurtleScreen._RUNNING = True turtle.tracer(0, 0) myPen=turtle.Turtle() int_edge = 20 # Ten times flashing for i in range(10): # Start drawing a square in black myPen.begin_fill() myPen.penup() myPen.goto(0,0) # Go to a particular position as the bottom left corner of the square myPen.fillcolor("black") myPen.pendown() # Drawing four edges of the square for k in range(4): myPen.forward(int_edge) myPen.left(90) myPen.end_fill() turtle.update() # Finish drawing the square in black time.sleep(0.5) # Start drawing a square in white myPen.begin_fill() myPen.penup() myPen.goto(0,0) # Go to a particular position as the bottom left corner of the square myPen.fillcolor("white") myPen.pendown() # Drawing four edges of the square for k in range(4): myPen.forward(int_edge) myPen.left(90) myPen.end_fill() turtle.update() # Finish drawing the square in white time.sleep(0.5) myScreen = turtle.Screen() myScreen.exitonclick()

code ??

can i have algorithm of this game? please?