local Me ="DemonicArcher"
local Target = nil

local radar = peripheral.wrap("right")
local mon = peripheral.wrap("top")
local player = radar.getPlayerData("DemonicArcher")
local myPlace = {}

local targetPlace = {}



local radarX = -113
local radarY = 94
local radarZ = 276

local xDiff
local yDiff
local Distance
local Decl
local xPlayer
local zPlayer
local xTarget
local zTarget



function locate()
 player = radar.getPlayerData(Me)
 Player2 = radar.getPlayerData(Target)



a = 1
for k,v in pairs(player.position) do
  myPlace[a] = v
  a=a+1
end
b = 1
for k,v in pairs(player2.position) do
  mobPlace[b] = v
  b=b+1
end
xPlayer = myPlace[2]+radarX
zPlayer = myPlace[3]+radarZ
xTarget = mobPlace[2]+radarX
zTarget = mobPlace[3]+radarZ




end

function findDist()
  xDiff = (xPlayer-xTarget)
  zDiff = (zPlayer-zTarget)
  Distance = math.sqrt(xDiff^2 + zDiff^2)

end

function Angles()
  Decl = (Distance^2 +zDiff^2 - xDiff^2)/(2*Distance*zDiff)
  Decl =  math.acos(Decl)
  Decl = math.deg(Decl)
end

function Quadrant()
    if xDiff>0 then
     Angle = Decl+180
    elseif xDiff<0 then
      Angle = Decl
     end


end


while true do
locate()
findDist()
Angles()
Quadrant()
print(xDiff)
print(zDiff)
print(Distance)
print(Decl)
mon.clear()
mon.setTextScale(3)
mon.setCursorPos(1,1)
mon.write(math.floor(Angle))
print(math.floor(Angle))
sleep(.5)
end