gps builder

ladyDia

Aug 19th, 2021 (edited)

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local a = {}
local args = {...}
local counter = 4
local numbering = 5
local posX = 0
local posY = 0
local posZ = 0
local centerX = 0
local centerY = 0
local centerZ = 0
local buildHeight = 0
posX, posY, posZ = gps.locate(5)
local startX = posX
local startY = posY
local startZ = posZ
local direction = 0
local startDirect = 0
local inventory = 1
function a.orient()
turtle.forward()
posX, posY, posZ = gps.locate(5)
if posX>startX then
direction = 0
end
if posZ>startZ then
direction = 1
end
if posX<startX then
direction = 2
end
if posZ<startZ then
direction = 3
end
startDirect = direction
turtle.back()
end
function a.moveTo(targetX,targetY,targetZ)
posX, posY, posZ = gps.locate(5)
print(gps.locate(5))
while posY > targetY do
turtle.down()
posX, posY, posZ = gps.locate(5)
end
while posY < targetY do
turtle.up()
posX, posY, posZ = gps.locate(5)
end
if posX > targetX then
a.rotateTo(2)
end
if posX < targetX then
a.rotateTo(0)
end
while posX ~= targetX do
turtle.forward()
posX, posY, posZ = gps.locate(5)
end
if posZ > targetZ then
a.rotateTo(3)
end
if posZ < targetZ then
a.rotateTo(1)
end
while posZ ~= targetZ do
turtle.forward()
posX, posY, posZ = gps.locate(5)
end
end
function a.rotateTo(targetD)
while direction ~= targetD do
if direction > 3 then
direction = 0
end
if direction < 0 then
direction = 3
end
if direction < targetD then
direction = direction + 1
turtle.turnRight()
end
if direction > targetD then
direction = direction - 1
turtle.turnLeft()
end
end
end
function a.buildSquare(targetX, targetY, targetZ, size)
a.moveTo(targetX, targetY, targetZ)
for x=0, (size-1) do
for z=0, (size-1) do
a.moveTo(targetX+x-(math.floor(size/2+size%2)), targetY, targetZ+z-(math.floor(size/2+size%2)))
if posX == targetX-(math.floor(size/2+size%2)) or posX == targetX+(math.floor(size/2)-size%2) or posZ == targetZ-(math.floor(size/2+size%2)) or posZ == targetZ+(math.floor(size/2)-size%2) then
a.buildDown()
end
end
end
end
function a.buildPlatform(targetX, targetY, targetZ, size)
a.moveTo(targetX, targetY, targetZ)
for x=0, size-1 do
for z=0, size-1 do
a.moveTo(targetX+x-(math.floor(size/2+size%2)), targetY, targetZ+z-(math.floor(size/2+size%2)))
a.buildDown()
end
end
end
function a.digHole(targetX, targetY, targetZ, size)
a.moveTo(targetX, targetY, targetZ)
for x=0, size-1 do
for z=0, size-1 do
a.moveTo(targetX+x-(math.floor(size/2+size%2)), targetY, targetZ+z-(math.floor(size/2+size%2)))
turtle.digDown()
end
end
end
function a.buildDiamond(targetX, targetY, targetZ, size)
a.moveTo(targetX, targetY, targetZ)
size = size+2
for x=0, size-1 do
for z=0, size-1 do
diff = math.abs(x-math.floor(size/2))
print(diff)
if z > diff and z < size-diff-1 then
a.moveTo(targetX+x-(math.floor(size/2+size%2))+math.floor(size/2-size%2), targetY, targetZ+z-(math.floor(size/2+size%2))+math.floor(size/2-size%2))
a.buildDown()
end
end
end
end
function a.buildAntiDiamond(targetX, targetY, targetZ, size)
a.moveTo(targetX, targetY, targetZ)
size = size+2
for x=0, size-1 do
for z=0, size-1 do
diff = math.abs(x-math.floor(size/2))
print(diff)
if z < diff and z > size-diff-1 then
a.moveTo(targetX+x-(math.floor(size/2+size%2)), targetY, targetZ+z-(math.floor(size/2+size%2)))
a.buildDown()
end
end
end
end
function a.digDiamond(targetX, targetY, targetZ, size)
a.moveTo(targetX, targetY, targetZ)
size = size+2
for x=0, size-1 do
for z=0, size-1 do
diff = math.abs(x-math.floor(size/2))
print(diff)
if z > diff and z < size-diff-1 then
a.moveTo(targetX+x-(math.floor(size/2+size%2)), targetY, targetZ+z-(math.floor(size/2+size%2)))
a.buildDown()
end
end
end
end
function a.digAntiDiamond(targetX, targetY, targetZ, size)
a.moveTo(targetX, targetY, targetZ)
size = size+2
for x=0, size-1 do
for z=0, size-1 do
diff = math.abs(x-math.floor(size/2))
print(diff)
if z < diff and z > size-diff-1 then
a.moveTo(targetX+x-(math.floor(size/2+size%2)), targetY, targetZ+z-(math.floor(size/2+size%2)))
a.buildDown()
end
end
end
end
function a.buildDiamondTest(targetX, targetY, targetZ, size)
a.moveTo(targetX, targetY, targetZ)
size = size+2
for x=0, size-1 do
for z=0, size-1 do
diff = math.abs(x-math.floor(size/2))
print(diff)
if z > diff and z < size-diff-1 then
a.moveTo(targetX+x-(math.floor(size/2)), targetY, targetZ+z-(math.floor(size/2)))
a.buildDown()
end
end
end
end
function a.buildDown()
if turtle.getItemCount() == 0 then
inventory = inventory+1
end
if inventory > 16 then
a.checkSupply()
else
turtle.select(inventory)
turtle.placeDown()
end
end
function a.checkComp(name)
found = false
for i=1, 16 do
turtle.select(i)
block = turtle.getItemDetail(turtle.getSelectedSlot())
if name == block.name then
inventory = i
found = true
end
end
if found == false then
posX, posY, posZ = gps.locate(5)
tempDirect = direction
tempX = posX
tempY = posY
tempZ = posZ
a.moveTo(startX,tempY+1,startZ)
a.moveTo(startX,startY,startZ)
a.rotateTo(startDirect)
turtle.turnLeft()
print("Give me more")
print(name)
while turtle.getItemCount() <10 do
sleep(1)
end
turtle.turnRight()
a.moveTo(startX,tempY+1,startZ)
a.moveTo(tempX,tempY+1,tempZ)
a.moveTo(tempX,tempY,tempZ)
end
end
function a.placeComp(name)
a.checkComp(name)
turtle.place()
end
function a.checkSupply()
turtle.select(16)
if turtle.getItemCount() < 10 then
posX, posY, posZ = gps.locate(5)
tempX = posX
tempY = posY
tempZ = posZ
a.moveTo(startX,tempY,startZ)
a.moveTo(startX,startY,startZ)
a.rotateTo(startDirect)
turtle.turnLeft()
print("Not enough blocks")
while turtle.getItemCount() <10 do
turtle.suck()
sleep(1)
end
turtle.turnRight()
a.moveTo(startX,tempY,startZ)
a.moveTo(tempX,tempY,tempZ)
inventory = 1
end
turtle.select(inventory)
end
function a.checkIfComp(block)
if block == "minecraft:glass_pane" then
return true
end
if block == "minecraft:dispenser" then
return true
end
if block == "minecraft:observer" then
return true
end
end
a.orient()
for i=0, tonumber(args[1]) do
turtle.forward()
end
posX, posY, posZ = gps.locate(5)
centerX, centerY, centerZ = gps.locate(5)
print("Starting building")
if tonumber(args[2]) == 1 then
for y = 0, 20 do
a.buildSquare(centerX, centerY+y, centerZ, 5)
buildHeight = y
end
a.buildPlatform(centerX, centerY+buildHeight, centerZ, 21)
a.digHole(centerX, centerY+buildHeight, centerZ, 3)
buildHeight = buildHeight+1
a.buildSquare(centerX, centerY+buildHeight, centerZ, 21)
buildHeight = buildHeight+1
a.buildSquare(centerX, centerY+buildHeight, centerZ, 21)
buildHeight = buildHeight+1
a.buildSquare(centerX, centerY+buildHeight, centerZ, 21)
buildHeight = buildHeight+1
a.buildPlatform(centerX, centerY+buildHeight, centerZ, 21)
posX, posY, posZ = gps.locate(5)
a.moveTo(startX,posY,startZ)
a.moveTo(startX,startY,startZ)
end
if tonumber(args[2]) == 2 then
for y=0, 20 do
a.buildDiamond(centerX, centerY+y, centerZ, 3)
a.moveTo(centerX, centerY+y, centerZ)
turtle.digDown()
buildHeight = y
end
for y=0, 6 do
a.buildDiamond(centerX, posY, centerZ, 21)
a.moveTo(centerX, posY, centerZ)
turtle.digDown()
a.buildDiamond(centerX, posY+1, centerZ, 5)
a.moveTo(centerX, posY, centerZ)
turtle.digDown()
a.buildDiamond(centerX, posY+1, centerZ, 5)
a.moveTo(centerX, posY, centerZ)
turtle.digDown()
buildHeight = y
end
a.buildDiamond(centerX, posY+1, centerZ, 42)
end
if tonumber(args[2]) == 3 then
a.buildDiamondTest(centerX, centerY, centerZ, tonumber(args[3]))
a.moveTo(centerX, centerY+1, centerZ)
a.buildDown()
end
if tonumber(args[2]) == 4 then
for y=0, 20 do
a.buildDiamondTest(centerX, centerY+y, centerZ, 3)
a.moveTo(centerX, centerY+y, centerZ)
turtle.digDown()
buildHeight = y
end
for y=0, 6 do
a.buildDiamondTest(centerX, posY, centerZ, 21)
a.moveTo(centerX, posY, centerZ)
turtle.digDown()
a.buildDiamondTest(centerX, posY+1, centerZ, 5)
a.moveTo(centerX, posY, centerZ)
turtle.digDown()
a.buildDiamondTest(centerX, posY+1, centerZ, 5)
a.moveTo(centerX, posY, centerZ)
turtle.digDown()
a.moveTo(centerX, posY+1, centerZ)
buildHeight = y
end
a.buildDiamondTest(centerX, posY+1, centerZ, 42)
end

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