can you write code to solve this problem

Sure, here's an example code in Python that follows the steps I outlined: ```python import math # Read initialization data from standard input W, H = map(int, input().split()) N = int(input()) X0, Y0 = map(int, input().split()) # Enter infinite loop to read device data and provide movement instructions while True: # Read device data from standard input device_code = input() X, Y = map(int, input().split()) # Calculate distance to target window distance = math.sqrt((X-X0)**2 + (Y-Y0)**2) # Determine movement based on device code if device_code == "COLDER": X0 += (X - X0) // 2 Y0 += (Y - Y0) // 2 elif device_code == "WARMER": X0 = X Y0 = Y else: X0 += (X - X0) // 4 Y0 += (Y - Y0) // 4 # Output movement instruction to standard output print(X0, Y0) # Check if target window has been reached or if all jumps have been used N -= 1 if X0 == X and Y0 == Y: print("SUCCESS") break elif N == 0: print("GAME OVER") break ``` Note that this is just one possible implementation and there may be other ways to solve the problem.