table.insert(cameraEvents, conUp)
        table.insert(cameraEvents, conDown)
        table.insert(cameraEvents, conChange)

        local start = os.clock()
        local update = function()
                if inBuild then
                    local delta = os.clock() - start

                    if rotateFlat ~= 0 then
                        rotation = rotation + delta * flatRotSpeed * rotateFlat
                    end

                    if zoomFlat ~= 0 then
                        setZoom(zoom - delta * flatZoomSpeed * zoomFlat)
                    end

                    local x, z = camPos.x, camPos.z
                    local curMoveDelta = movementDelta
                    local viewportSize = camera.ViewportSize

                    if mousePos.X <= mouseZoneOffset then
                        curMoveDelta = Vector2.new((mouseZoneOffset - mousePos.X) / mouseZoneOffset, curMoveDelta.Y)
                    else
                        if viewportSize.X - mouseZoneOffset <= mousePos.X then
                            curMoveDelta = Vector2.new(-(mousePos.X - (viewportSize.X - mouseZoneOffset)) / mouseZoneOffset, curMoveDelta.Y)
                        end
                    end

                    if mousePos.Y <= mouseZoneOffset - mouseHeightOffset then
                        curMoveDelta = Vector2.new(curMoveDelta.X, (mouseZoneOffset - mouseHeightOffset - mousePos.Y) / mouseZoneOffset)
                    else
                        if viewportSize.Y - mouseZoneOffset - mouseHeightOffset <= mousePos.Y then
                            curMoveDelta = Vector2.new(curMoveDelta.X, -(mousePos.Y - (viewportSize.Y - mouseZoneOffset - mouseHeightOffset)) / mouseZoneOffset)
                        end
                    end
                    x = x + clamp(curMoveDelta.X, -1, 1) * delta * moveSpeed * math.sin(rotation + math.pi / 2)
                    z = z + clamp(curMoveDelta.X, -1, 1) * delta * moveSpeed * math.cos(rotation + math.pi / 2)
                    x = x + clamp(curMoveDelta.Y, -1, 1) * delta * moveSpeed * math.sin(rotation)
                    z = z + clamp(curMoveDelta.Y, -1, 1) * delta * moveSpeed * math.cos(rotation)
                    warn(moveSpeed)
                    camPos = Vector3.new(clamp(x, -75, 75), camPos.y, clamp(z, -75, 75))
                    camera.CoordinateFrame = module:GetBuildPos(plot)
                    start = os.clock()
                end
            end
            do
                runService:BindToRenderStep("CameraMovement", Enum.RenderPriority.Camera.Value, update)
            end