Script.maxBuildHeight = 100
Script.minBuildHeight = 0
Script.distancePerBlock = 0.5 --Example
Script.minXRandom = -0.2 --Example
Script.maxXRandom = 0.2 --Example
Script.minYRandom = -0.2 --Example
Script.maxYRandom = 0.2 --Example.
Script.minZRandom = -0.1 --Example
Script.maxZRandom = 0.1 --Example
Script.totalBlocks = 50 --Example
Script.FinishBlock=-1

function Script:Start()
    --Create a light
    local light = DirectionalLight:Create()
    light:SetRotation(35,35,0)

    --creating table
    self.blocks = {}
    self.blockCount = 0 --Example (maybe this way it won't show up in the editor?)

    ----[[
    --Create a player
    self.camera = Camera:Create()
    self.camera:SetFOV(70)
    self.camera:SetRange(0.05,1000)
    self.camera:SetPosition(0,0,0)
    self.camera:SetScript("Scripts/Objects/Camera/SpectatorCam.lua")
    --]]
    --[[
    --spawning the player
    self.player = Pivot:Create()
    self.player:SetMass(10)
    self.healthbar = Pivot:Create()
    self.healthbar:SetParent(self.player)
    self.player:SetScript("Scripts/Objects/Player/LeadBlocksFps.lua")
    --self.healthbar:SetScript("Scripts/Objects/Player/PlayerHealthBar.lua")

    --self.player:SetShape(shape)
    self.player:SetPhysicsMode(Entity.CharacterPhysics)
    math.randomseed(tostring(self:MakeRndSeed()))

    for n = 0, 15 do
        num = math.random(9)
        --System:Print(num)
    end
    ----]]
    --create origin point box
    model = Model:Box()

    local color = Context:GetCurrent():GetColor()
                color.r = 0.6
                color.g = 0.6
                color.b = 1

    for i=0 , (self.totalBlocks-1) do
        local num = Vec3(math.random(self.minXRandom, self.maxXRandom),math.random(self.minYRandom,self.maxYRandom),math.random(self.minZRandom,self.maxZRandom)) --Careful! num was global here before, and wouldn't delete after the scope.
        --System:Print(num.z.." <<")
        --System:Print(math.random(9).." <<")
        self:MakeBox(num.x,num.y,num.z,color)
    end

    self.FinishBlock = self.blocks[self.totalBlocks]

    self.camera:SetPosition(self.blocks[1]:GetPosition(true))

end

function Script:MakeRndSeed()
    local seed = 1
    seed = Math:Random(1,9)
    seed = seed*10000000*Time:GetCurrent()+Math:Random(0,400)
    return Math:Round(seed)
end

function Script:MakeBox(x, y, z, color)
    local box = Model:Box()
    local shape = Shape:Box()
    box:SetShape(shape)
    --if y > 99.0 then
    --  color.r = 11
        --System:Print(">> >> "..y)
    --end
    local newZ = (self.blockCount * self.distancePerBlock) + z --Example ( + z for that little bit of extra randomness)
    box:SetPosition(x,y,newZ,true)
    box:SetColor(color)
--[[
    if math.random(0,1) == 1 then
        box:SetScript("floatupanddown/floating.lua")
        box:SetColor(1,1,1)
        box:SetKeyValue("box","floating")
    end
--]]
    --put the block in tabledasdasdasdasd
    self.blocks[self.blockCount+1] = box
    self.blockCount = self.blockCount + 1
end


function Script:UpdatePhysics()
    --end the level if player reched the end

    --if self.player:GetPosition(true).x >= self.FinishBlock:GetPosition(true).x then
    if Window:GetCurrent():KeyHit(Key.E) then
        changemapname = "start"
    end

end

--[[
--This can be used to select which objects an entity collides with.  This overrides collision types completely.
function Script:Overlap(e)
    return Collision:Collide
end
]]

--[[
function Script:Collision(entity, position, normal, speed)

end
]]

--[[
function Script:Draw()

end
]]

--[[
function Script:DrawEach(camera)

end
]]

--[[
--This function will be called after the world is rendered, before the screen is refreshed.
--Use this to perform any 2D drawing you want the entity to display.
function Script:PostRender(context)

end
]]

--[[
--This function will be called when the entity is deleted.
function Script:Detach()

end
]]

--[[
--This function will be called when the last instance of this script is deleted.
function Script:Cleanup()

end
]]