The presentation by Nusrat Zahan explains the game 'Run Bird,' detailing how gameplay mechanics operate, such as the use of buttons and the spacebar for movement. It describes the creation of pipes within the Scratch programming environment, highlighting the automatic functioning of pipe one and the challenges in their design. Additionally, it covers the scoring system that tracks player scores when collisions occur.

1. Welcome To My
Presentation

2. Run Bird

3. Presented To
Md.Jueal Mia
Lecturer
Department of Computer Science &
Engineering

4.  Presented By
 Nusrat Zahan
 ID:- 152-15-5549

5. HOW TO MAKE RUN BIRD
 When you click the forever button, then whatever is in it does its thing to
make flappy go.
 All of these buttons make flappy go and die.
 When you press the spacebar, then flappy starts to move and goes forward.
The buttons that make it do that are these two.
 When flappy dies, then these two buttons do their thing.

6. HOW PIPE 1 WORKS
 For pipe one, you don’t really need to press anything because it just works
itself automatically when you press the green flag. To get the pipes, you need
to make them yourself on paint that is already on scratch. It can be a bit
tricky to make, because you need to make them as straight as you can. And
when you make them you need to make its controls which takes about 2
minutes.
 Pipe two is actually the same, but it has some different things to pipe one.
 Also, the pipes move up and down when you are playing the game. This is
because I want to make the game challenging and not boring to play. So,
when you play it then you will notice them moving.

7.  This code is for the score. So, basically what this does is when you have
bumped into a pole, then this lights up. What this does is it keeps count on
your score and when you have a high score.