local slimeModel = PartByName("Slime")
local completedSteps = 0
local time = 0
local lastJump = -100

function lerp(a, b, c)
	return a + (b - a) * c
end

function quadBezier(t, p0, p1, p2)
	local l1 = lerp(p0, p1, t)
	local l2 = lerp(p1, p2, t)
	local quad = lerp(l1, l2, t)
	return quad
end

function createSlime(name)
	local slime = slimeModel.Duplicate()
	slime.name = name.."Slime"
	return slime
end

function calculateSteps(start,finish)
	local steps = {}

	local strideLength = 2
	local distance = Vector3.Distance(start,finish)
	local direction = (finish-start).normalized

	local numSteps = math.ceil(distance/strideLength)

	for i = 1,numSteps do
		steps[i] = start + direction*strideLength*i
	end

	return steps
end

function InitialPlayerSpawn(player)

end

local slime = createSlime("Quantum")
local start = newVector3(0,0,0)
local finish = newVector3(16,0,0)
local steps = calculateSteps(start,finish)
local currentStep = 1
local currentIteration = 0

slime.position = start + newVector3(0,slime.size.y/2 + .05,0)

function Update()
	time = time + 1/60

	local point = quadBezier(
		currentIteration/60,
		slime.position,
		slime.position + newVector3(0,1,0)
		steps[currentStep]
	)

	slime.position = point

	currentIteration = currentIteration + 1
	if currentIteration >= 61 then
		currentIteration = 0
		currentStep = currentStep + 1
	end

	if (time - lastJump) > 1 then
		lastJump = time
		slime.position = (steps[completedSteps + 1]) + newVector3(0,slime.size.y/2 + .05,0)
		completedSteps = completedSteps + 1
	end

end