3D CUBE+POSITIONS

board.pos.x = -board.width*5+5
board.pos.y = 0
board.pos.z = -35

mode={}
    mode["Cube"] ={}
    mode["3D"] ={}
    mode["Classic"] ={}
    mode["Connect-4"] ={}
----CUBE MODE
    mode["Cube"].draw_board = function()
        -----Blit the board --------
                    --timers.rot = timers.rot + 0.02 --Increase this variable for rotating models
                    local pos={}; local rot={}; local depth = 0
                    local nd = board.depth-board.depth/2+0.5
                    local ny = board.height -board.height/2+0.5
                    for d = 1, board.depth do
                        --The distance between "layers" of the cube
                            depth = (d-nd)*10
                        for y = 1, board.height do
                            for x = 1, board.width do
                                --Calculate the position of empty models
                                    pos.x = board.pos.x +((x-1)*board.w)
                                    pos.y = board.pos.y + math.sin(-board.rot.x)*(y-ny)*board.w +math.sin(1.57-board.rot.x)*depth
                                    pos.z = board.pos.z + math.cos(-board.rot.x)*(y-ny)*board.w +math.cos(1.57-board.rot.x)*depth
                                --Blit the empty models
                                    models.empty_cube.model:rotation(board.rot.x ,board.rot.y, board.rot.z)
                                    models.empty_cube.model:position(pos.x, pos.y, pos.z)
                                    models.empty_cube.model:blit()
                                if board.table[d][y][x] == "" then continue end
                                --If the current "chip" is not empty then

                                    --Blit the model depending the player
                                    if board.table[d][y][x] == board.player[1].st then  --Player 1
                                        -- Model rotation
                                            rot.x = board.rot.x + board.player[1].model.turning.x * timers.rot
                                            rot.y = board.rot.y + board.player[1].model.turning.y * timers.rot
                                            rot.z = board.rot.z + board.player[1].model.turning.z * timers.rot
                                            board.player[1].model.model:position(pos.x, pos.y, pos.z)
                                            board.player[1].model.model:rotation(rot.x, rot.y, rot.z)
                                            board.player[1].model.model:blit()
                                    else                                            --Player 2
                                        -- Model rotation
                                            rot.x = board.rot.x + board.player[2].model.turning.x * timers.rot
                                            rot.y = board.rot.y + board.player[2].model.turning.y * timers.rot
                                            rot.z = board.rot.z + board.player[2].model.turning.z * timers.rot
                                            board.player[2].model.model:position(pos.x, pos.y, pos.z)
                                            board.player[2].model.model:rotation(rot.x, rot.y, rot.z)
                                            board.player[2].model.model:blit()
                                    end
                            end
                        end
                    end
    end
































dofile("src/game.lua")