JIG3D_Engine_Dev

---@diagnostic disable: undefined-global

--Dimensions of your display (AR goggle or equivalent display, not actual monitor).
--Hardcoded for now bc no way to get size of AR goggles
--If the renders aren't centered to your screen it's because these values are wrong.
local screenAR = {
    x = 480 *0.5, --Replace 480 with your displays width
    y = 270 *0.5,  --Replace 270 with your displays height
    aspectRatio = 270/480,
}

    --Setup monitor and AR controller
local mon = peripheral.find("monitor")
local ar = peripheral.find("arController")
local oldTerm = term.redirect(mon)
mon.setTextScale(0.5)
mon.setCursorPos(1,1)
mon.clear()
term.setCursorPos(1,1)
ar.clear()

    --Get API's
local dt = require("jig3DTex")
local draw = require("jigARTex")

    --Prepare 3d objects to render
local objList = {
    c1 = dt.newCube(),
}

    --Set initial values objects
objList.c1.loc.z = 3
local rotVec = vector.new(2,2,2) --Will later be added each frame to c1's rotation vector to make it rotate
objList.c1.useShader = true
objList.c1.Name = "shrekConverted"

--Main render loop
local frames = 0
local sTime = os.time()

for i = 1, 1000 do

    frames = frames + 1
    local projected = {}

        --Object Manipulation stuff
    objList.c1.rot = objList.c1.rot:add(rotVec) --Animating the cube by rotating it with rotVec

        --Transform everything in objList
    for name,objectData in pairs(objList) do
        term.setCursorPos(1,2)
        print("Processing "..name)
        projected[name] = dt.processObject(objectData,screenAR)
    end
    mon.clear()
    mon.setCursorPos(1,1)
    mon.write("Frame:"..frames)
    sleep(0.1)
    ar.clear()
    ar.fill(0,0,75,20,0xE5D0CC)
    ar.drawString("Frame: "..frames, 5, 5, 0xBA1F33)

        --Render everything in objList with the now transformed points in projected = {...}
    for name,_ in pairs(projected) do
            --Change these to just grab all the data for [name] instead of just indexList / colorList?
        --draw.drawSolidObjTex(ar,projected[name],objList[name])
        draw.drawWireObj(ar,projected[name],objList[name].colorList)
    end
end

local eTime = os.time()
    --Prevent freezing when time goes from 23:99 or whatever tick to 00:00... this probably works?
if eTime < sTime then eTime = eTime + sTime end
    --Display fps info
local tTime = (eTime-sTime)/0.02
local totalP = 0

for name,ind in pairs(objList) do
    totalP = totalP + #objList[name].indexList
end

print("Finished scene with "..(totalP/3).." total polygons")
print("Drew "..frames.." frames in "..tTime.." seconds")
print("Average FPS: "..(frames/tTime))