The document presents a C language project on the Snake game developed by a team of students, outlining objectives, software and hardware requirements, and the necessary data structures and algorithms. The game allows players to control a snake to eat food, grow in size, and provides a basic gaming experience reminiscent of classic gameplay. The project successfully applies key programming concepts and demonstrates the team's coding skills while enhancing user engagement through features like score tracking and snake growth.

1. Presentation
on
SNAKE GAME in C
by :-
VISHAL KUMAR-220301120245
ARYAN RAJ-220301120247
SURAJ KUMAR-220301120265
ABHAY KUMAR-220301120267
SUMIT SAHOO- 220301120277

2. Contents :
Objectives
Software requirements
Hardware requirements
Requirement of DSA
Flowchart
Outcomes
View score
Conclusion

3. OBJECTIVES:
 This Snake Game C language project is a straightforward desktop program with
very basic visuals.
 In this project, you can play the popular "Snake Game" in the same way that it is
elsewhere or as like as you play in the mobile , You have to use the up, down, right or left
arrows to move the snake.
 Foods are provided at the several co-ordinates of the screen for the snake to eat.
 Every time the snake eats the food, its length will by increased by one element along
with the score.
 It should be able to provide the players with the experience of a real-time multiplayer
game.
The main objective of this Game in C project is to offer a fun gaming
experience while showing how C programming principles and best practices can be
applied to software development.

4. SOFTWARE REQUIREMENTS :
Application software:- DEV C++ 2.0
Language:- C programming
HARDWARE REQUIREMENTS :
Operating system:- Victus Ryzen 7

5. FLOWCHART :

6. Requirement of DSA :
• Linked List (Segments):
Utilize linked lists to represent the snake's body segments using the struct Segment.
• Queue (For Managing Snake Movements):
Utilize a queue structure for managing snake movements using struct Queue for
enqueuing positions.
• Game Loop:
Implement a game loop that continuously updates the game state,handles user
input, and maintains the flow of the game.
• Randomization (Fruit Placement):
Utilize random number generation to place the fruit randomly on the game board.

7. • Collision Detection (Logic):
Developing collision detection logic in the Logic() function to handle interactions
with the game boundaries, snake’s body, and fruit.
• User Input Handling:
Implement user input handling in the Input() function to control the snake’s
movement.
• Drawing Mechanism (Draw):
Define a Draw() function to represent the game visually by drawing the game board,
snake, and fruit
• Initialization (Setup):
The Setup() function initializes the game's initial state, including the snake and fruit
placement.
• Game Over Conditions:
The code doesn't explicitly implement game over conditions. This is a crucial part of
the game logic and needs to be added to end the game when certain conditions are
met.

8. Outcomes :

9. View Score :

10. Conclusion :
 Our Snake Game project in C has successfully demonstrated key
programming concepts such as data structures, control flow, and user
input handling.
 The game provides an engaging user experience, showcasing our team's
coding proficiency and collaboration skills.
 The incorporation of features like score tracking and dynamic snake
growth enhances its playability.
 Overall, this project not only reinforces our understanding of C
programming but also exemplifies our ability to create interactive and
enjoyable software applications.