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| 1 | - | local temporisation = 30 --secondes à attendre entre chaque ligne |
| 1 | + | |
| 2 | - | local niveauFuelMini = 100 -- niveau de déplacements auquel on doit refaire le plein de fuel |
| 2 | + | |
| 3 | - | local niveauCharbonMini = 0 -- quantité de charbons restants à laquelle on doit refaire le plein de charbon |
| 3 | + | local temporisation = 300 --secondes åA0 attendre entre chaque ligne |
| 4 | - | local niveauSaplingMini = 10 |
| 4 | + | local niveauFuelMini = 100 -- niveau de dåA9placements auquel on doit refaire le plein de fuel |
| 5 | - | local saplingSlot = 1 |
| 5 | + | local niveauCharbonMini = 11 -- quantitåA9 de charbons restants åA0 laquelle on doit refaire le plein de charbon |
| 6 | - | local premierSlot = 2 -- premier slot où se trouve le minerai ramassé |
| 6 | + | local niveauSaplingMini = 10 |
| 7 | - | local dernierSlot = 15 -- dernier slot à surveiller pour enclencher le vidage de l'inventaire |
| 7 | + | local saplingSlot = 1 |
| 8 | - | local charbonSlot = 16 |
| 8 | + | local premierSlot = 2 -- premier slot oåB9 se trouve le minerai ramassåA9 |
| 9 | - | local direction = 0 |
| 9 | + | local dernierSlot = 15 -- dernier slot åA0 surveiller pour enclencher le vidage de l'inventaire |
| 10 | local charbonSlot = 16 | |
| 11 | - | function verifFuel() -- vérifie si on a assez de fuel (déplacements) en réserve. |
| 11 | + | local direction = 0 |
| 12 | - | -- 1 charbon = 96 deplacements |
| 12 | + | |
| 13 | - | -- On vérifie le niveau de fuel |
| 13 | + | function verifFuel() -- våA9rifie si on a assez de fuel (dåA9placements) en råA9serve. |
| 14 | - | local niveauFuel = turtle.getFuelLevel() |
| 14 | + | -- 1 charbon = 96 deplacements |
| 15 | - | if (niveauFuel ~= "unlimited") then |
| 15 | + | -- On våA9rifie le niveau de fuel |
| 16 | - | if (niveauFuel < niveauFuelMini) then |
| 16 | + | local niveauFuel = turtle.getFuelLevel() |
| 17 | - | -- On a besoin de faire le plein |
| 17 | + | if (niveauFuel ~= "unlimited") then |
| 18 | - | turtle.select(charbonSlot) |
| 18 | + | if (niveauFuel < niveauFuelMini) then |
| 19 | - | turtle.refuel(5) -- on recharge |
| 19 | + | -- On a besoin de faire le plein |
| 20 | - | -- et on vérifie si il nous reste assez de charbon |
| 20 | + | turtle.select(charbonSlot) |
| 21 | - | if turtle.getItemCount(charbonSlot) < niveauCharbonMini then |
| 21 | + | turtle.refuel(5) -- on recharge |
| 22 | - | return rechargeCharbon() -- on refait le plein de charbon |
| 22 | + | -- et on våA9rifie si il nous reste assez de charbon |
| 23 | - | end |
| 23 | + | if turtle.getItemCount(charbonSlot) < niveauCharbonMini then |
| 24 | - | end |
| 24 | + | return rechargeCharbon() -- on refait le plein de charbon |
| 25 | - | end |
| 25 | + | end |
| 26 | - | end |
| 26 | + | end |
| 27 | end | |
| 28 | - | function rechargeSapling() |
| 28 | + | end |
| 29 | ||
| 30 | - | --on se remet en direction "un", face au coffre |
| 30 | + | function rechargeSapling() |
| 31 | - | while direction ~= 1 do |
| 31 | + | |
| 32 | - | turtle.turnRight() |
| 32 | + | --on se remet en direction "un", face au coffre |
| 33 | - | direction=direction+1 |
| 33 | + | while direction ~= 1 do |
| 34 | - | if direction == 4 then direction = 0 end |
| 34 | + | turtle.turnRight() |
| 35 | - | end |
| 35 | + | direction=direction+1 |
| 36 | if direction == 4 then direction = 0 end | |
| 37 | - | turtle.select(saplingSlot) |
| 37 | + | end |
| 38 | - | turtle.suck() |
| 38 | + | |
| 39 | turtle.select(saplingSlot) | |
| 40 | - | --on se remet en direction "zéro" |
| 40 | + | |
| 41 | - | while direction ~= 0 do |
| 41 | + | turtle.suck(20) |
| 42 | - | turtle.turnRight() |
| 42 | + | |
| 43 | - | direction=direction+1 |
| 43 | + | --on se remet en direction "zåA9ro" |
| 44 | - | if direction == 4 then direction = 0 end |
| 44 | + | while direction ~= 0 do |
| 45 | - | end |
| 45 | + | turtle.turnRight() |
| 46 | direction=direction+1 | |
| 47 | - | end |
| 47 | + | if direction == 4 then direction = 0 end |
| 48 | end | |
| 49 | - | function rechargeCharbon() |
| 49 | + | |
| 50 | - | |
| 50 | + | if turtle.getItemCount(saplingSlot) < 6 then |
| 51 | - | --on prend du charbon dans le coffre au-dessus de la tortue |
| 51 | + | print("Merci de remettre des saplings !")
|
| 52 | - | turtle.select(charbonSlot) |
| 52 | + | print("Appuez sur ENTREE pour reprendre.")
|
| 53 | - | turtle.suckUp() |
| 53 | + | local a = read() |
| 54 | - | if turtle.getItemCount(charbonSlot) < 6 then |
| 54 | + | end |
| 55 | - | print("Merci de remettre du charbon !")
|
| 55 | + | |
| 56 | - | print("Appuez sur ENTREE pour reprendre.")
|
| 56 | + | end |
| 57 | - | local a = read() |
| 57 | + | |
| 58 | - | end |
| 58 | + | function rechargeCharbon() |
| 59 | ||
| 60 | - | end |
| 60 | + | --on prend du charbon dans le coffre au-dessus de la tortue |
| 61 | turtle.select(charbonSlot) | |
| 62 | - | function videInventaire() |
| 62 | + | turtle.suckUp() |
| 63 | - | |
| 63 | + | if turtle.getItemCount(charbonSlot) < 6 then |
| 64 | - | --on se remet en direction "deux", face au coffre |
| 64 | + | print("Merci de remettre du charbon !")
|
| 65 | - | while direction ~= 2 do |
| 65 | + | print("Appuez sur ENTREE pour reprendre.")
|
| 66 | - | turtle.turnRight() |
| 66 | + | local a = read() |
| 67 | - | direction=direction+1 |
| 67 | + | end |
| 68 | - | if direction == 4 then direction = 0 end |
| 68 | + | turtle.select(charbonSlot) |
| 69 | - | end |
| 69 | + | turtle.refuel(5) -- on recharge |
| 70 | - | |
| 70 | + | end |
| 71 | - | --on vide l'inventaire |
| 71 | + | |
| 72 | - | for slot=premierSlot,dernierSlot do |
| 72 | + | function videInventaire() |
| 73 | - | turtle.select(slot) |
| 73 | + | |
| 74 | - | while turtle.getItemCount(slot) > 0 do |
| 74 | + | --on se remet en direction "deux", face au coffre |
| 75 | - | turtle.drop(turtle.getItemCount(slot)) |
| 75 | + | --while direction ~= 2 do |
| 76 | - | if turtle.getItemCount(slot) > 0 then |
| 76 | + | -- turtle.turnRight() |
| 77 | - | sleep(0.5) |
| 77 | + | -- direction=direction+1 |
| 78 | - | end |
| 78 | + | -- if direction == 4 then direction = 0 end |
| 79 | - | end |
| 79 | + | --end |
| 80 | - | end |
| 80 | + | |
| 81 | - | |
| 81 | + | --on vide l'inventaire |
| 82 | - | --on se remet en direction "zéro" |
| 82 | + | for slot=premierSlot,dernierSlot do |
| 83 | - | while direction ~= 0 do |
| 83 | + | turtle.select(slot) |
| 84 | - | turtle.turnRight() |
| 84 | + | while turtle.getItemCount(slot) > 0 do |
| 85 | - | direction=direction+1 |
| 85 | + | turtle.drop(turtle.getItemCount(slot)) |
| 86 | - | if direction == 4 then direction = 0 end |
| 86 | + | if turtle.getItemCount(slot) > 0 then |
| 87 | - | end |
| 87 | + | sleep(0.5) |
| 88 | end | |
| 89 | - | end |
| 89 | + | end |
| 90 | end | |
| 91 | - | verifFuel() |
| 91 | + | |
| 92 | - | turtle.forward() |
| 92 | + | --on se remet en direction "zåA9ro" |
| 93 | - | while true do |
| 93 | + | --while direction ~= 0 do |
| 94 | - | turtle.select(1) |
| 94 | + | -- turtle.turnRight() |
| 95 | - | turtle.turnRight() |
| 95 | + | -- direction=direction+1 |
| 96 | - | if turtle.compare() == false then |
| 96 | + | -- if direction == 4 then direction = 0 end |
| 97 | - | for i=1,8 do |
| 97 | + | --end |
| 98 | - | turtle.dig() |
| 98 | + | |
| 99 | - | if i ~= 8 then |
| 99 | + | end |
| 100 | - | turtle.digUp() |
| 100 | + | |
| 101 | - | turtle.up() |
| 101 | + | |
| 102 | - | end |
| 102 | + | verifFuel() |
| 103 | - | end |
| 103 | + | turtle.forward() |
| 104 | - | for i=1,7 do |
| 104 | + | while true do |
| 105 | - | turtle.down() |
| 105 | + | turtle.select(1) |
| 106 | - | end |
| 106 | + | turtle.turnRight() |
| 107 | - | turtle.place() |
| 107 | + | if turtle.compare() == false then |
| 108 | - | end |
| 108 | + | for i=1,8 do |
| 109 | - | turtle.turnLeft() |
| 109 | + | turtle.dig() |
| 110 | - | for i=1, 3 do |
| 110 | + | if i ~= 8 then |
| 111 | - | if turtle.forward() == false then |
| 111 | + | turtle.digUp() |
| 112 | - | turtle.turnLeft() |
| 112 | + | turtle.up() |
| 113 | - | turtle.forward() |
| 113 | + | end |
| 114 | - | turtle.turnLeft() |
| 114 | + | end |
| 115 | - | verifFuel() |
| 115 | + | for i=1,7 do |
| 116 | - | if turtle.getItemCount(dernierSlot) > 0 then |
| 116 | + | turtle.down() |
| 117 | - | videInventaire() |
| 117 | + | end |
| 118 | - | end |
| 118 | + | turtle.suck() |
| 119 | - | if turtle.getItemCount(saplingSlot) < niveauSaplingMini then |
| 119 | + | turtle.place() |
| 120 | - | rechargeSapling() |
| 120 | + | end |
| 121 | - | end |
| 121 | + | turtle.turnLeft() |
| 122 | - | sleep(temporisation) |
| 122 | + | for i=1, 3 do |
| 123 | - | turtle.forward() |
| 123 | + | if turtle.forward() == false then |
| 124 | - | break |
| 124 | + | turtle.turnLeft() |
| 125 | - | end |
| 125 | + | turtle.forward() |
| 126 | - | end |
| 126 | + | turtle.turnLeft() |
| 127 | - | sleep(0.1) |
| 127 | + | verifFuel() |
| 128 | - | end |
| 128 | + | --if turtle.getItemCount(dernierSlot) > 0 then |
| 129 | videInventaire() | |
| 130 | --end | |
| 131 | if turtle.getItemCount(saplingSlot) < niveauSaplingMini then | |
| 132 | rechargeSapling() | |
| 133 | end | |
| 134 | sleep(temporisation) | |
| 135 | turtle.forward() | |
| 136 | break | |
| 137 | end | |
| 138 | end | |
| 139 | sleep(0.1) | |
| 140 | end |