Updated README,removed irrelevant files

1Gameplay.txt

@@ -1,6 +1,6 @@
 ###Base version of Game : 
 You can Open Swarmshot Folder in V S Code and then run main.py file.
-Map of 50X50 tiles each of 16X16 pixel size.
+Map of 44X44 tiles each of 16X16 pixel size.
 The game is currently Just the main Player moving on the map. Animated via spritesheet.
 
 ###Final Version of Game :
@@ -12,8 +12,8 @@ The scientist , weapons , enemies , buildings are all rendered through Spriteshe
 because Spritesheets give optimisation.
 
 Gameplay:
-Map Size: 50x50 grid, each tile being 16x16 pixels (adjustable based on resolution).
-Player Spawn Point: Center of the map (25, 25 in tile coordinates).
+Map Size: 44x44 grid, each tile being 16x16 pixels (adjustable based on resolution).
+Player Spawn Point: Center of the map (22, 22 in tile coordinates).
 Environment: The map is a simple desert .
 The game is played on a big map of 50X50 tiles . Player cannot move outside the map bounds . 
 Player is a scientist who has to end zombie apocalypse. He kills zombies with his high-tech advanced Technology.
@@ -32,17 +32,17 @@ If scientist collides(overlaps) with enemy , his health decreases by the damage
 If scientist health drops below zero , Game Over.
 
 Wave system: 
-Game consists of 20 waves.
+Game consists of 12 waves.
 Each wave different types of enemies and different number of enemies will be deployed randomly on map . Enemies will be deployed randomly but away from PlAYER .
 Enemies cannot be deployed on the portion occupied by building .
 A wave has following property: Enemy type and Number .
 Each wave lasts untill all enemies are not dead . (i.e total Number of enemies left = zero )
-After 20 waves are completed , The game is won by player.
+After 12 waves are completed , The game is won by player.
 
 Shop System: After each wave is over,The screen is overlayed by a shop which displays some cards , a shop randomly gives 4 cards to choose from , Player can choose using mouse . Player can choose only 2 cards.
 cards can be defense buildings , pets , weapons . Cards offer these things randomly , it could be any type of building , pet , weapons .
 If Player has max weapons or pets he has to discard any of them  , to Equip new ones .
-Discarded pet will be eaten by zombies.(its health will be 20HP and decrease and die(remove from Game) .
+Discarded pet will be eaten by zombies.(its health will be 20HP and decrease and die(remove from Game)) .
 
 Pets: 1X1 tile size
 Pets are dynamic wrt scientist and they are like the Spring-arm of Unreal Engine or Unity.

Example_of_Game/practice.py

@@ -1,7 +1,7 @@
 # This is the file for your basic Issues.
 # Use V S Code ( no problem if other editor)
 #
-# Issue 1: 
+# Issue 2: 
 # Just create a Window in Python of any size (say 800 by 600 pixels)
 # So this is total black screen.
 # 
@@ -15,32 +15,5 @@
 # (Using Single tile , will give a boring map ) 
 # (Use multiple tiles ,so that beautiful map is created )
 # 
-# Issue 2:
-# Now , we will create a Character Sprite and Animate it .
-# Begin by drawing a rectangle on the screen , say 64 by 64 size.
-# This will be our main character . Give it 8-directional motion .
-# Learn from the player.py and main.py code .
-#
-# Issue 3: (Read Explaination.txt)
-# Now ,Lets animate using sprite in  "Sprites\Sprites_Player\Char_003.png"
-# The top-left of any image is (0,0) in cordinates
-# The bottom-right of any image is (width,height) in cordinates
-#   The image has 16 photos of same character in 4X4 grid manner .
-# Check properties of Char_003.png to know its size , it is 288 X 288 pixel
-# So , the character is 288/4 = 72 pixel in size .
-# Hence if we were to access Top-left photo ,  (x,y, width, height) will be (0,0, 72,72 )
-# Photo in top row and 2nd Column will be (72 , 0 , 72, 72 )
-# Photo in 4th row and 3rd Column will be ((4-1)*72, (3-1)*72 , 72,72 ) i.e (216 , 144, 72,72 )
-# So , we can access any photo :
-# (x,y) = ( (column-1)*72 , (row-1)*72
-#
-# We will use 2 for-loops to access the sprites. Observe the code in player.py 
-# write similar code and properly access the spritesheet for the Player up-down left-right movement 
-# Notice that player moves diagonally but still left or right animation is played .(AND IT FEELS okay !)
-# 
-# Issue 4:
-# For time when Player is not moving/ Idle , access 'Sprites/Sprites_Player/Char_003_Idle.png' ,
-# and Just use its first row , where Player is facing the screen 
-# Hurray ! You have learned animating a character using Spritesheet . 
-#
-# Ta da ! This Sums up all 4 issues .
+# Write code below this : 
+

main.py

@@ -7,15 +7,14 @@
 from building import Building
 from shop import Shop
 
-
 # Initialize Pygame
 pygame.init()
 
-# Screen dimensions
-SCREEN_WIDTH = 800
-SCREEN_HEIGHT = 600
+# Screen Dimensions
 TILE_SIZE = 16
-MAP_SIZE = 50  # 50x50 tiles
+GRID_SIZE = 44
+MAP_WIDTH = TILE_SIZE * GRID_SIZE
+MAP_HEIGHT = TILE_SIZE * GRID_SIZE
 
 # Colors (optional background fallback)
 WHITE = (255, 255, 255)
@@ -25,22 +24,23 @@
 DESERT_TILE = pygame.transform.scale(DESERT_TILE, (TILE_SIZE, TILE_SIZE))  # Resize tile to 16x16
 
 # Set up display
-screen = pygame.display.set_mode((SCREEN_WIDTH, SCREEN_HEIGHT))
+screen = pygame.display.set_mode((MAP_WIDTH, MAP_HEIGHT))
 pygame.display.set_caption("SwarmShot by IIITA")
 
 # Clock for controlling frame rate
 clock = pygame.time.Clock()
 
 # Load Player
-player = Player(SCREEN_WIDTH // 2, SCREEN_HEIGHT // 2)
+player = Player(MAP_WIDTH // 2, MAP_HEIGHT // 2)
+# Placing player at centre of map
 
 # Function to render a basic map
 def render_map():
-    for y in range(MAP_SIZE):
-        for x in range(MAP_SIZE):
+    for y in range(GRID_SIZE):
+        for x in range(GRID_SIZE):
             screen.blit(DESERT_TILE, (x * TILE_SIZE, y * TILE_SIZE))
 
-# Main game loop
+# Main game loopS
 def main():
     while True:
         for event in pygame.event.get():