I need help programming something in Python. Here is all the context $-$ Movement

$-$ Did you call all the functions? $($lookAtSpace$()$ is optional$)$

$-$ Do any movement functions get called when they shouldn't, e$.$g$.$ does your bot try to move forward into a wall?

$-$ Does your bot move appropriately as if a human is controlling it$?$

$-$ Non$-$Movement

$-$ Did you call at least four of the eight non$-$movement functions including the required attack$()$ function?

$-$ Do any of the functions get called when they shouldn't, e$.$g$.$ an ability is called without enough energy or an attack is called when the enemy is in the wrong spot?

Are the non$-$movement abilities used logically and do they vary depending on the situation?

$-$ Elegance

$-$ Does your code go beyond basic movement and attacking?

$-$ Did you add attributes to your own Al class for various reasons?

$-$ Did you add in your own extra functions?

$-$ Did you write your code like a chess match, i$.$e$.$ you anticipate how your opponent will behave?

$-$ Al Opponents $-$

$-$ Does your code beat randombot?

$-$ Does your code beat hunterbot?

$```$

class AI:

def $\_\_$init$\_\_($self$)$:

self.isFirstTurn $=$ True

def turn$($self$)$:

if self.robot.lookInFront$()==$ "bot":

self.robot.attack$()$

else:

self.goTowards$($self$.$robot.locateEnemy$()$

$[0])$

def checkDelta$($self$,$enemyLocation$)$:

myLocation $=$ self.robot.position

delta $=($enemyLocation$[0]-$

myLocation$[0],$enemyLocation$[1]-$myLocation$[1])$

return delta

def goTowards$($self$,$enemyLocation$)$:

myLocation $=$ self.robot.position

delta $=($enemyLocation$[0]-$

myLocation$[0],$enemyLocation$[1]-$myLocation$[1])$

if abs$($delta$[0])>$ abs$($delta$[1])$:

if delta$[0]<mtext></mtext><mn>0</mn>$:

targetOrientation $=3$ #face left

else:

targetOrientation $=1$ #face right

else:

if delta$[1]<mtext></mtext><mn>0</mn>$:

targetOrientation $=0$ #face up

else:

targetOrientation $=2$ #face down

if self.robot.rotation $==$ targetOrientation:

self.robot.goForth$()$

else:

leftTurnsNeeded $=($self$.$robot.rotation $-$

targetOrientation$)\%4$

if leftTurnsNeeded :

self.robot.turnLeft$()$

else:

self.robot.turnRight$()$

$```$

$```$

import random

class AI:

def $\_\_$init$\_\_($self$)$:

#Anything the AI needs to do before the game

starts goes here.

pass

def turn$($self$)$:

if self.robot.lookInFront$()==$ "bot":

self.robot.attack$()$

return

else:

random.choice$([$self$.$robot.turnLeft,self.robot.turnRigh

t$,$self.robot.goForth,self.robot.goForth,self.robot.esc

ape,self.robot.luckyshot,self.robot.repair,self.robot.

toss,self.robot.charge,self.robot.teleport$])()$

$```$