Coders Strike Back.py

'''
Line 1: laps : the number of laps to complete the race.
Line 2: checkpointCount : the number of checkpoints in the circuit.
Next checkpointCount lines : 2 integers checkpointX , checkpointY for the coordinates of checkpoint.
'''
import sys
import math
class pod1:
    # game loop
    while True:
        pod1 = 0
        prevX = x
        prevY = y
        turn=0
        x = 0
        y = 0

        x, y, pod1, laps, checkpointCount, checkpointX, checkpointY, next_checkpoint_x, next_checkpoint_y, next_checkpoint_dist, next_checkpoint_angle = [int(i) for i in input().split()]
        opponent_x, opponent_y = [int(i) for i in input().split()]
    
        if prevX == 0:
            prevX = x
            prevY = y
    
    """
    #velx and vely for velocity
    velX = x - prevX
    velY = y - prevY
   """
        #distance 
        if next_checkpoint_dist < 1500: 
            thrust =30
        if next_checkpoint_dist < 650: 
            thrust =19
        else:
            thrust = 100
    
        #angle
        if abs(next_checkpoint_angle) > 90:
            thrust = 0
    '''
    if next_checkpoint_angle > 20 or next_checkpoint_angle < -20:
         thrust = 58
    elif next_checkpoint_angle > 35 or next_checkpoint_angle < -30:
         thrust = 70
    elif next_checkpoint_angle > 45 or next_checkpoint_angle < -40:
         thrust = 80
    elif next_checkpoint_angle > 50 or next_checkpoint_angle < -50:
         thrust = 100
    elif next_checkpoint_angle > 180 or next_checkpoint_angle < -180: # do u understand that there're only 360 angles? and if it's [-180...180] then it can't be >180 or <-180
         thrust = 10
    '''
        if abs(next_checkpoint_angle) < 50 and next_checkpoint_dist<2600 and ((next_checkpoint_x-8000)**2+(next_checkpoint_y-4500)**2)**0.5>3000:
            next_checkpoint_x = 9000
            next_checkpoint_y = 4500
            thrust = 30
    
    
        #boost when checkpoint distance is 7000 and angle is 0
        if next_checkpoint_dist > 7000 and next_checkpoint_angle == 0: #( -5 < next_checkpoint_angle < 5):
            thrust = "BOOST"
    
        if turn==0:
            thrust=0
       
        print(str(next_checkpoint_x -(x-prevX)*3)+ " " + str(next_checkpoint_y -(y-prevY)*3) + " " + str(thrust))
        turn+=1 + checkpointCount

#pod 2
class pod2:
    def pod2()

    while True:
        #shield
        if next_checkpoint_dist < 900 and next_checkpoint_angle < 35:
            thrust = "SHIELD"
        else:
            thrust = 100
    
        #boost
        if next_checkpoint_dist > 7000 and next_checkpoint_angle == 0: #( -5 < next_checkpoint_angle < 5):
            thrust = "BOOST"
    
        if turn==0:
            thrust=0
       
        print(str(next_checkpoint_x -(x-prevX)*3)+ " " + str(next_checkpoint_y -(y-prevY)*3) + " " + str(thrust))
        turn+=1 + checkpointCount