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1
--todo:
2
--		autorefuel from found coal
3
--		fix the edge extra block
4
--		display current fuel level while refueling
5
--		refueling during doChest etc
6
--		maybe refuel limit = 1
7-
--needs update/test
7+
-- WKYUFbqd
8
-- GeyqYHnM
9
-- i6J1bA3Q
10
-- sCpfzzgV
11
-- xq91ssuy
12
-- aC20GtgU
13
-- gK7A19W4
14
-- pGdmLjjr
15
-- eYCve9Eb
16
-- ge4QnKbY
17
18
19
local programState = "done"

20
local refuelingState = ""

21
22
local curX = 0

23
local curY = 0

24
local curZ = 0

25
local subStep = 0

26
local isReversed = false

27
28
local sizeX = 0

29
local sizeY = 0

30
local sizeZ = 0

31
32
local useEnderChest = false

33
local useEnderFuel = false

34
local useChest = false

35
local useCobblestone = false

36
local useCoal = false

37
38
local saveFile = "savedata"

39
40
local outputSlot = 0

41
local cobbleSlot = 0

42
43
local function getYesNo()

44
	local i

45
	local event, param

46
47
	while true do

48
		event, param = os.pullEvent("key")

49
50
		if param == 21 then

51
			return true

52
		end

53
		if param == 49 then

54
			return false

55
		end

56
	end

57
end                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                              

58
59
local function requestFuel()

60
	local i

61
	local c = false

62
	local event, param

63
64
	if useCoal and turtle.getItemCount(coalSlot) > 1 then

65
		turtle.select(coalSlot)

66
		if turtle.refuel(1) then

67
			turtle.select(cobbleSlot)

68
			return true

69
		end

70
	end

71
72
	print("Press F to refuel from slot 16")

73
	print("Press Q to exit the program")

74
	

75
	if turtle.getFuelLevel() >= 64 then

76
		c = true

77
		print("Press C to continue quarry")

78
	end

79
80
	while true do

81
		event, param = os.pullEvent("key")

82
83
		if param == 33 then --f

84
			turtle.select(16)

85
			turtle.refuel()

86
			if not c and turtle.getFuelLevel() >= 64 then

87
				c = true

88
				print("Press C to continue quarry")

89
			end

90
		end

91
		if param == 16 then --q

92
			return false

93
		end

94
		if c and param == 46 then --c

95
			turtle.select(cobbleSlot)

96
			return true

97
		end

98
	end

99
end

100
101
102
local function restoreProgress()

103
	if fs.exists(saveFile) then

104
		local file = fs.open(saveFile,"r")

105
106
		programState = tostring(file.readLine())

107
		refuelingState = tostring(file.readLine())

108
		

109
		curX = tonumber(file.readLine())

110
		curY = tonumber(file.readLine())

111
		curZ = tonumber(file.readLine())

112
		subStep = tonumber(file.readLine())

113
		sizeX = tonumber(file.readLine())

114
		sizeY = tonumber(file.readLine())

115
		sizeZ = tonumber(file.readLine())

116
117
		if file.readLine() == "true" then isReversed = true else isReversed = false end

118
	

119
		if file.readLine() == "true" then useEnderChest = true else useEnderChest = false end

120
		if file.readLine() == "true" then useEnderFuel = true else useEnderFuel = false end

121
		if file.readLine() == "true" then useChest = true else useChest = false end

122
		if file.readLine() == "true" then useCobblestone = true else useCobblestone = false end

123
		if file.readLine() == "true" then useCoal = true else useCoal = false end

124
125
		file.close()

126
	end

127
end

128
129
local function saveProgress()

130
	local file = fs.open(saveFile,"w")

131
132
	file.write(tostring(programState).."\n")

133
	file.write(tostring(refuelingState).."\n")

134
	

135
	file.write(tostring(curX).."\n")

136
	file.write(tostring(curY).."\n")

137
	file.write(tostring(curZ).."\n")

138
	file.write(tostring(subStep).."\n")

139
140
	file.write(tostring(sizeX).."\n")

141
	file.write(tostring(sizeY).."\n")

142
	file.write(tostring(sizeZ).."\n")

143
	

144
	file.write(tostring(isReversed).."\n")

145
146
	file.write(tostring(useEnderChest).."\n")

147
	file.write(tostring(useEnderFuel).."\n")

148
	file.write(tostring(useChest).."\n")

149
	file.write(tostring(useCobblestone).."\n")

150
	file.write(tostring(useCoal).."\n")

151
152
	file.close()

153
end

154
155
local function moveForward()

156
	turtle.dig()

157
	while not turtle.forward() do		

158
		sleep(0)

159
		turtle.dig()

160
	end

161
end

162
local function moveUp()

163
	turtle.digUp()

164
	while not turtle.up() do		

165
		sleep(0)

166
		turtle.digUp()

167
	end

168
end

169
local function moveDown()

170
	turtle.digDown()

171
	while not turtle.down() do		

172
		sleep(0)

173
		turtle.digDown()

174
	end

175
end

176
177
local function doRefuel()

178
	refuelingState = "refuel"

179
	saveProgress()

180
181
	while turtle.getFuelLevel() < 64 do

182
183
		if turtle.getItemCount(2) > 0 then

184
			turtle.select(2)

185
			while not turtle.placeUp() do

186
				sleep(0)

187
				turtle.digUp()

188
			end

189
		end

190
	

191
		turtle.select(16)

192
		turtle.drop()

193
		for maxstacks = 1, 1 do

194
			turtle.suckUp()

195
			if not turtle.refuel() then turtle.drop() end

196
		end

197
	end

198
	

199
	turtle.select(2)

200
	turtle.digUp()

201
	refuelingState = ""

202
	saveProgress()

203
end

204
205
local function doEmpty()

206
	refuelingState = "empty"

207
	saveProgress()

208
209
	if turtle.getItemCount(1) > 0 then

210
		turtle.select(1)

211
		while not turtle.placeUp() do

212
			sleep(0)

213
			turtle.digUp()

214
		end

215
	end

216
	

217
	for slot = outputSlot, 16 do

218
		while turtle.getItemCount(slot) > 0 do

219
			turtle.select(slot)

220
			turtle.dropUp()

221
			sleep(1)

222
		end

223
	end

224
225
	turtle.select(1)

226
	turtle.digUp()

227
	refuelingState = ""

228
	saveProgress()

229
end

230
231
local function doChest()	

232
	programState = "chest"

233
	saveProgress()

234
	

235
	--orient toward x

236
	local limit

237
		

238
	limit = 1

239
	while subStep < limit do

240
		subStep = subStep + 1

241
		saveProgress()

242
		if (curX % 2 == 0) == isReversed then

243
			--facing = 1

244
			turtle.turnRight()

245
		else

246
			--facing = 3

247
			turtle.turnLeft()

248
		end

249
	end

250
	

251
	limit = limit + curY

252
	while subStep < limit do

253
		subStep = subStep + 1

254
		saveProgress()

255
		moveUp()

256
	end

257
	

258
	limit = limit + curX

259
	while subStep < limit do

260
		subStep = subStep + 1

261
		saveProgress()

262
		moveForward()

263
	end

264
265
	limit = limit + 1

266
	while subStep < limit do

267
		subStep = subStep + 1

268
		saveProgress()

269
		turtle.turnLeft()

270
	end

271
	

272
	limit = limit + curZ

273
	while subStep < limit do

274
		subStep = subStep + 1

275
		saveProgress()

276
		moveForward()

277
	end

278
	

279
	limit = limit + 1

280
	while subStep < limit do

281
		for slot = outputSlot, 16 do

282
			while turtle.getItemCount(slot) ~= 0 do

283
				turtle.select(slot)

284
				turtle.drop()

285
				sleep(1)

286
			end

287
		end		

288
		subStep = subStep + 1

289
		saveProgress()

290
	end

291
	

292
	limit = limit + 2

293
	while subStep < limit do

294
		subStep = subStep + 1

295
		saveProgress()

296
		turtle.turnRight()

297
	end

298
	

299
	limit = limit + curZ

300
	while subStep < limit do

301
		subStep = subStep + 1

302
		saveProgress()

303
		moveForward()

304
	end

305
	

306
	limit = limit + 1

307
	while subStep < limit do

308
		subStep = subStep + 1

309
		saveProgress()

310
		turtle.turnRight()

311
	end

312
	

313
	limit = limit + curX

314
	while subStep < limit do

315
		subStep = subStep + 1

316
		saveProgress()

317
		moveForward()

318
	end

319
	

320
	limit = limit + curY

321
	while subStep < limit do

322
		subStep = subStep + 1

323
		saveProgress()

324
		moveDown()

325
	end

326
	

327
	limit = limit + 1

328
	while subStep < limit do

329
		subStep = subStep + 1

330
		saveProgress()

331
		if (curX % 2 == 0) == isReversed then

332
			--facing = 1

333
			turtle.turnRight()

334
		else

335
			--facing = 3

336
			turtle.turnLeft()

337
		end

338
	end

339
	

340
	turtle.select(cobbleSlot)

341
	programState = "quarry"

342
	subStep = 0

343
	saveProgress()

344
end

345
346
local function doReturn()	

347
	programState = "return"

348
	saveProgress()

349
	

350
	--orient toward x

351
	local limit

352
		

353
	limit = 1

354
	while subStep < limit do

355
		subStep = subStep + 1

356
		saveProgress()

357
		if (curX % 2 == 0) == isReversed then

358
			--facing = 1

359
			turtle.turnRight()

360
		else

361
			--facing = 3

362
			turtle.turnLeft()

363
		end

364
	end

365
	

366
	limit = limit + curY

367
	while subStep < limit do

368
		subStep = subStep + 1

369
		saveProgress()

370
		moveUp()

371
	end

372
	

373
	limit = limit + curX

374
	while subStep < limit do

375
		subStep = subStep + 1

376
		saveProgress()

377
		moveForward()

378
	end

379
380
	limit = limit + 1

381
	while subStep < limit do

382
		subStep = subStep + 1

383
		saveProgress()

384
		turtle.turnLeft()

385
	end

386
	

387
	limit = limit + curZ

388
	while subStep < limit do

389
		subStep = subStep + 1

390
		saveProgress()

391
		moveForward()

392
	end

393
	

394
	if useChest then

395
		limit = limit + 1

396
		while subStep < limit do

397
			for slot = outputSlot, 16 do

398
				while turtle.getItemCount(slot) ~= 0 do

399
					turtle.select(slot)

400
					turtle.drop()

401
					sleep(0)

402
				end

403
			end		

404
			subStep = subStep + 1

405
			saveProgress()

406
		end

407
	end

408
	

409
	turtle.turnRight()

410
	turtle.turnRight()

411
	turtle.select(1)

412
	programState = "done"

413
	subStep = 0

414
	saveProgress()

415
end

416
417
local function checkInventory()

418
419
	if turtle.getItemCount(16) == 0 then

420
		return

421
	end

422
		

423
	if useCobblestone then

424
		turtle.select(cobbleSlot)

425
		turtle.drop(turtle.getItemCount(cobbleSlot) - 1)

426
		for slot = outputSlot, 16 do	

427
			while turtle.compareTo(slot) do

428
				turtle.select(slot)

429
				turtle.drop()

430
431
				for swap = 16, slot, -1 do				

432
					if turtle.getItemCount(swap) > 0 then

433
						turtle.select(swap)

434
						turtle.transferTo(slot)

435
						break

436
					end

437
				end

438
				

439
				turtle.select(cobbleSlot)

440
			end

441
		end

442
		if turtle.getItemCount(16) == 0 then

443
			return

444
		end

445
	end

446
447
448
	if useEnderChest then

449
		doEmpty()

450
	elseif useChest then

451
		doChest()

452
	else

453
		print("Inventory Full")

454
		local full = true

455
		while full do

456
			full = false

457
			sleep(5)

458
			for slot = outputSlot, 16 do

459
				if turtle.getItemCount(slot) > 0 then

460
					full = true

461
					break

462
				end

463
			end

464
		end

465
	end

466
467
end

468
469
local function doQuarryDig()

470
471
	if turtle.getFuelLevel() < 64 then

472
		if useEnderFuel then

473
			doRefuel()

474
		else

475
			if not requestFuel() then

476
				programState = "done"

477
				return

478
			end

479
		end

480
	end

481
482
	if curY > 0 then

483
		checkInventory()

484
		turtle.digUp()

485
	end

486
	if curY < sizeY - 1 then

487
		checkInventory()

488
		turtle.digDown()

489
	end

490
491
	checkInventory()

492
493
end

494
495
local function doQuarry()

496
497
	turtle.select(cobbleSlot)

498
499
while true do

500
501
	

502
	if curX % 2 == 0 then

503
		if isReversed then

504
		

505
			if curZ == 0 then

506
				if curX == 0 then

507
					if curY >= sizeY - 2 then

508
						programState = "return"

509
						return

510
					else

511
						if subStep < 3 then

512
							if curY > 0 then

513
								turtle.digUp()

514
							end

515
							subStep = subStep + 1

516
							if curY < sizeY - 2 then

517
								curY = curY + 1

518
								saveProgress()

519
								moveDown()

520
							end

521
						elseif subStep == 3 then

522
							subStep = subStep + 1

523
							saveProgress()

524
							turtle.turnRight()

525
						elseif subStep == 4 then

526
							subStep = 0

527
							isReversed = false

528
							saveProgress()

529
							turtle.turnRight()

530
						end

531
					end

532
				else

533
					if subStep == 0 then

534
						subStep = subStep + 1

535
						saveProgress()

536
						turtle.turnRight()

537
					elseif subStep == 1 then

538
						doQuarryDig()	

539
						subStep = subStep + 1

540
						saveProgress()

541
						moveForward()

542
					else

543
						subStep = 0

544
						curX = curX - 1

545
						saveProgress()

546
						turtle.turnRight()

547
					end

548
				end

549
			else

550
				doQuarryDig()	

551
				saveProgress()

552
				curZ = curZ - 1	

553
				moveForward()	

554
			end

555
556
		else

557
558
			if curZ == sizeZ - 1 then

559
				if curX == sizeX - 1 then

560
					if curY >= sizeY - 2 then

561
						programState = "return"

562
						return

563
					else

564
						if subStep < 3 then

565
							if curY > 0 then

566
								turtle.digUp()

567
							end

568
							subStep = subStep + 1

569
							if curY < sizeY - 2 then

570
								curY = curY + 1

571
								saveProgress()

572
								moveDown()

573
							end

574
						elseif subStep == 3 then

575
							subStep = subStep + 1

576
							saveProgress()

577
							turtle.turnRight()

578
						elseif subStep == 4 then

579
							subStep = 0

580
							isReversed = true

581
							saveProgress()

582
							turtle.turnRight()

583
						end

584
					end

585
				else

586
					if subStep == 0 then

587
						subStep = subStep + 1

588
						saveProgress()

589
						turtle.turnRight()

590
					elseif subStep == 1 then

591
						doQuarryDig()	

592
						subStep = subStep + 1

593
						saveProgress()

594
						moveForward()

595
					else

596
						subStep = 0

597
						curX = curX + 1

598
						saveProgress()

599
						turtle.turnRight()

600
					end

601
				end

602
			else

603
				doQuarryDig()	

604
				curZ = curZ + 1

605
				saveProgress()

606
				moveForward()				

607
			end

608
609
		end

610
611
	else --  curX % 2 ~= 0

612
613
		if isReversed then

614
		

615
			if curZ == sizeZ - 1 then

616
				if curX == 0 then

617
					if curY >= sizeY - 2 then

618
						programState = "return"

619
						return

620
					else

621
						if subStep < 3 then

622
							if curY > 0 then

623
								turtle.digUp()

624
							end

625
							subStep = subStep + 1

626
							if curY < sizeY - 2 then

627
								curY = curY + 1

628
								saveProgress()

629
								moveDown()

630
							end

631
						elseif subStep == 3 then

632
							subStep = subStep + 1

633
							saveProgress()

634
							turtle.turnLeft()

635
						elseif subStep == 4 then

636
							subStep = 0

637
							isReversed = false

638
							saveProgress()

639
							turtle.turnLeft()

640
						end

641
					end

642
				else

643
					if subStep == 0 then

644
						subStep = subStep + 1

645
						saveProgress()

646
						turtle.turnLeft()

647
					elseif subStep == 1 then

648
						doQuarryDig()	

649
						subStep = subStep + 1

650
						saveProgress()

651
						moveForward()

652
					else

653
						subStep = 0

654
						curX = curX - 1

655
						saveProgress()

656
						turtle.turnLeft()

657
					end

658
				end

659
			else

660
				doQuarryDig()	

661
				curZ = curZ + 1

662
				saveProgress()

663
				moveForward()				

664
			end

665
666
		else

667
		

668
			if curZ == 0 then

669
				if curX == sizeX - 1 then

670
					if curY >= sizeY - 2 then

671
						programState = "return"

672
						return

673
					else

674
						if subStep < 3 then

675
							if curY > 0 then

676
								turtle.digUp()

677
							end

678
							subStep = subStep + 1

679
							if curY < sizeY - 2 then

680
								curY = curY + 1

681
								saveProgress()

682
								moveDown()

683
							end

684
						elseif subStep == 3 then

685
							subStep = subStep + 1

686
							saveProgress()

687
							turtle.turnLeft()

688
						elseif subStep == 4 then

689
							subStep = 0

690
							isReversed = true

691
							saveProgress()

692
							turtle.turnLeft()

693
						end

694
					end

695
				else

696
					if subStep == 0 then

697
						subStep = subStep + 1

698
						saveProgress()

699
						turtle.turnLeft()

700
					elseif subStep == 1 then

701
						doQuarryDig()	

702
						subStep = subStep + 1

703
						saveProgress()

704
						moveForward()

705
					else

706
						subStep = 0

707
						curX = curX + 1

708
						saveProgress()

709
						turtle.turnLeft()

710
					end

711
				end

712
			else

713
				doQuarryDig()	

714
				curZ = curZ - 1

715
				saveProgress()

716
				moveForward()				

717
			end

718
719
		end

720
721
	end

722
723
end

724
end

725
726
local function getArgs()

727
728
	if sizeX == nil or sizeY == nil or sizeZ == nil then

729
		return false

730
	end

731
	

732
	sizeX = tonumber(sizeX)

733
	sizeY = tonumber(sizeY)

734
	sizeZ = tonumber(sizeZ)

735
	

736
	programState = "done"

737
	refuelingState = ""

738
	curX = 0

739
	curY = 0

740
	curZ = 0

741
	subStep = 0

742
	

743
	useEnderChest = false

744
	useEnderFuel = false

745
	useChest = false

746
	useCobblestone = false

747
748
	print("Excavate right " .. sizeX .. ", down " .. sizeY .. ", forward " .. sizeZ)

749
	print("Is this correct?")

750
	if not getYesNo() then

751
		return false

752
	end

753
754
	print("Use Ender Chest in slot 1 for output?")

755
	useEnderChest = getYesNo()

756
	if useEnderChest then

757
		print("Use Ender Chest in slot 2 for fuel?")

758
		useEnderFuel = getYesNo()

759
	else

760
		print("Use Chest behind turtle for output?")

761
		useChest = getYesNo()

762
	end

763
	

764
	if useEnderChest then

765
		if useEnderFuel then

766
			outputSlot = 3

767
		else

768
			outputSlot = 2

769
		end

770
	else

771
		outputSlot = 1

772
	end

773
	

774
	print("Discard Cobblestone? (requires cobblestone in slot" .. outputSlot .. ")")

775
	useCobblestone = getYesNo()

776
	cobbleSlot = outputSlot

777-
	if useCobbleStone then

777+
778
		outputSlot = outputSlot + 1

779
	end

780
781
	print("Use Mined Coal? (requires coal in slot" .. outputSlot .. ")")

782
	useCoal = getYesNo()

783
	coalSlot = outputSlot

784
785
	local fuelRequired = (sizeX * sizeZ) * math.ceil(sizeY / 3) + sizeY

786
787
	print("Fuel Required: " .. fuelRequired)

788
	print("Fuel Current: " .. turtle.getFuelLevel())

789
	if not useEnderFuel and turtle.getFuelLevel() < fuelRequired then

790
		if not requestFuel() then

791
			return false

792
		end

793
	end

794
795
	print("Start Quarry with these parameters?")

796
	if not getYesNo() then 

797
		return false

798
	end

799
	

800
	programState = "init"

801
	saveProgress()

802
	return true

803
end            

804
805
local function main()

806
	

807
	if useEnderChest then

808
		if turtle.getItemCount(1) == 0 then

809
			print("Place Ender Chest in slot 1")

810
			while turtle.getItemCount(1) == 0 do

811
				sleep(1)

812
			end

813
		end

814
		if useEnderFuel then

815
			if turtle.getItemCount(2) == 0 then

816
				print("Place Ender Chest in slot 2")

817
				while turtle.getItemCount(2) == 0 do

818
					sleep(1)

819
				end

820
			end

821
			outputSlot = 3

822
		else

823
			outputSlot = 2

824
		end

825
	else

826
		outputSlot = 1

827
	end

828
	cobbleSlot = outputSlot

829
	if useCobblestone then

830
		if turtle.getItemCount(cobbleSlot) == 0 then

831
			print("Place Cobblestone in slot " .. cobbleSlot)

832
			while turtle.getItemCount(cobbleSlot) == 0 do

833
				sleep(1)

834
			end

835
		end

836
		outputSlot = outputSlot + 1

837
	end

838
839
	coalSlot = outputSlot

840
	if useCoal then

841
		if turtle.getItemCount(coalSlot) == 0 then

842
			print("Place Coal in slot " .. coalSlot)

843
			while turtle.getItemCount(coalSlot) == 0 do

844
				sleep(1)

845
			end

846
		end

847
		outputSlot = outputSlot + 1

848
	end

849
850
	if refuelingState == "refuel" then

851
		doRefuel()

852
	end

853
854
	if refuelingState == "empty" then

855
		doEmpty()

856
	end

857
858
	while true do

859
	

860
		if programState == "quarry" then

861
			doQuarry()

862
		end

863
		if programState == "chest" then

864
			doChest()

865
		end

866
		if programState == "init" then

867
			if useEnderFuel then doRefuel() end

868
			turtle.select(cobbleSlot)

869
			if curY < sizeY - 1 then

870
				curY = curY + 1

871
				moveDown()

872
			end

873
			programState = "quarry"

874
		end

875
		if programState == "return" then

876
			doReturn()

877
			break

878
		end

879
880
	end

881
882
end                                            

883
884
885
restoreProgress()

886
if programState == "done" then

887
	sizeX, sizeY, sizeZ = ...

888
	if not getArgs() then

889
		print("Usage")

890
		print("    startup x y z")

891
		return

892
	end

893
end

894
895
main()
        

    


            


                                


        

            



                
    

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