Collect the maximum points and reach your goal!
a game in python where the player has to reach the goal position from the start position, collecting all the randomly spawned rewards and avoiding obstacles. ● The grid is of size n X n. The user inputs n. The start and goal positions are randomly placed on the boundary. ● There are obstacles in some of the cells of the grid and their positions are random. ● The player can make moves like up, down, left and right and 2 special moves - rotate clockwise and rotate anticlockwise. ● A move is taken as input from the player. For instance, R4D3L2U1 means move 4 units to the right, then 3 units down, then 2 units to the left and finally 1 unit upwards. (The input need not necessarily contain all R, L, U and D. For example, R4D3 is also a valid input). I take these inputs from the player until it loses all its energy or reaches the goal position. ● The special moves (rotate anti/clockwise) are alse taken as input from the player. If the input is A3, it means that i rotate the grid anti-clockwise 3 times. Similarly, C3 means 3 times clockwise rotation. All rotations are by 90o .Every rotation command reduces the player’s energy by n//3 units. ● The score at the start is basically the energy of the player. The initial value of the energy is 2n units. Every time, the player consumes food, the player’s energy increases by value times n units where each food has its own value and every time it hits an obstacle it loses 4n units. ● Also, for every move, it loses 1 unit of energy(Energy lost for R4D3L2U1 is 4+3+2+1 = 10 units). ● If the player is at the boundary and it makes a move which can take it out of the boundary, then the player should appear at the opposite side of the grid. For instance, if it is at the left boundary and it moves left, so it should appear at the right side of the grid on the same row.
the following details are shown after every move: ● The energy level of the player. ● The state of the grid.