diff --git a/teams/viruss.py b/teams/viruss.py
new file mode 100644
index 0000000..5fa9b5a
--- /dev/null
+++ b/teams/viruss.py
@@ -0,0 +1,68 @@
+import math
+import random
+
+# Screen dimensions
+WIDTH, HEIGHT = 800, 600
+
+# Radius of the ball
+BALL_RADIUS = 20
+
+# Maximum power that can be used to shoot
+MAX_POWER = 30
+
+# Friction factor applied to the ball's movement to simulate deceleration
+FRICTION = 0.995
+
+# Speed of the bullet when fired
+BULLET_SPEED = 15
+
+def player_script(cannon_pos, ball_pos, power_bullet_count, precision_bullet_count, ball_vel):
+    """
+    Determines the angle, power, and bullet type for shooting the ball.
+    
+    Parameters:
+    cannon_pos: tuple
+        Coordinates (x, y) of the cannon.
+    ball_pos: tuple
+        Coordinates (x, y) of the ball (target position).
+    power_bullet_count: int
+        Number of power bullets remaining.
+    precision_bullet_count: int
+        Number of precision bullets remaining.
+    ball_vel: tuple
+        Current velocity of the ball as (vx, vy).
+        
+    Returns:
+    tuple or None
+        (angle, power, bullet_type) for the shot, or None if no shot is made.
+        - angle: The angle in degrees to aim the cannon.
+        - power: The power level for the shot (1 to MAX_POWER).
+        - bullet_type: The type of bullet ("power" or "precision").
+    """
+    # Unpack cannon position
+    cannon_x, cannon_y = cannon_pos
+
+    # Define the target position
+    target_x, target_y = ball_pos
+    power=0
+    # Placeholder logic to calculate shooting parameters
+    not_shooting = False  # Set to True if the cannon chooses not to shoot
+    if(cannon_x<WIDTH/2):
+        angle = random.uniform(-90, 90)  # Random angle to shoot in
+    else:
+        
+      power = 30*((((800-target_x)**2+(600-target_y)**2)**(.5))/((800*800+600*600)**(.5) )) 
+    if(((800-target_x)**2+(600-target_y)**2)**(.5))<=(((800*800+600*600)**(.5) )/2):
+     bullet_type="power"
+    else :
+       bullet_type="precision"
+    
+    Y=target_y + ball_vel(0)*power - cannon_y
+    X=target_x + ball_vel(1)*power - cannon_x
+    angle = math.degree(math.atan(Y,X))
+    # Decide whether to shoot or not
+    if not_shooting:
+        return None  # Do not shoot
+
+    # Return the shooting parameters
+    return (angle, power, bullet_type)
diff --git a/teams/zine.py b/teams/zine.py
index c86da7f..e69de29 100644
--- a/teams/zine.py
+++ b/teams/zine.py
@@ -1,62 +0,0 @@
-import math
-import random
-
-# Screen dimensions
-WIDTH, HEIGHT = 800, 600
-
-# Radius of the ball
-BALL_RADIUS = 20
-
-# Maximum power that can be used to shoot
-MAX_POWER = 30
-
-# Friction factor applied to the ball's movement to simulate deceleration
-FRICTION = 0.995
-
-# Speed of the bullet when fired
-BULLET_SPEED = 15
-
-def player_script(cannon_pos, ball_pos, power_bullet_count, precision_bullet_count, ball_vel):
-    """
-    Determines the angle, power, and bullet type for shooting the ball.
-    
-    Parameters:
-    cannon_pos: tuple
-        Coordinates (x, y) of the cannon.
-    ball_pos: tuple
-        Coordinates (x, y) of the ball (target position).
-    power_bullet_count: int
-        Number of power bullets remaining.
-    precision_bullet_count: int
-        Number of precision bullets remaining.
-    ball_vel: tuple
-        Current velocity of the ball as (vx, vy).
-        
-    Returns:
-    tuple or None
-        (angle, power, bullet_type) for the shot, or None if no shot is made.
-        - angle: The angle in degrees to aim the cannon.
-        - power: The power level for the shot (1 to MAX_POWER).
-        - bullet_type: The type of bullet ("power" or "precision").
-    """
-    # Unpack cannon position
-    cannon_x, cannon_y = cannon_pos
-
-    # Define the target position
-    target_x, target_y = ball_pos
-
-    # Placeholder logic to calculate shooting parameters
-    not_shooting = False  # Set to True if the cannon chooses not to shoot
-    if(cannon_x<WIDTH/2):
-        angle = random.uniform(-90, 90)  # Random angle to shoot in
-    else:
-        angle = random.uniform(90, 270)
-    power = random.randint(5, MAX_POWER)  # Random power level for the shot
-    bullet_type = random.choice(["power", "precision"])  # Random bullet type
-
-    # Decide whether to shoot or not
-    if not_shooting:
-        return None  # Do not shoot
-
-    # Return the shooting parameters
-    return (angle, power, bullet_type)