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Tag365

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Tag365 last won the day on February 21 2016

Tag365 had the most liked content!

About Tag365

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  1. Tag365

    Robot Tree Farm

    Firstly, the robot must have an inventory upgrade so it can have an inventory so it can place and obtain blocks. The script makes the robot go up to eight blocks above the ground to take down the tree, so you may also need a hover upgrade which increases the amount of blocks the robot can go above from the ground. To get it to work you must have put saplings in the first inventory slot of the robot. You should also have an axe as the tool to claim the wood obviously, make sure you put the axe where the wrench icon is in the inventory. Also, make sure you have a flat surface of dirt so the robot can move properly without being blocked and actually place the saplings. I believe that is all the stuff you need to get it to work.
  2. Tag365

    Robot Tree Farm

    A basic tree farm for a robot. By default it will start a 6x6 tree farm but you can configure the amount of trees in the grid as well as how far each tree will be from each other. Firstly, the robot must have an inventory upgrade so it can have an inventory so it can place and obtain blocks. The script makes the robot go up to eight blocks above the ground to take down the tree, so you may also need a hover upgrade which increases the amount of blocks the robot can go above from the ground. To get the script to plant the trees properly you must have put saplings in the first inventory slot of the robot. You should also have an axe as the tool to claim the wood faster obviously, make sure you put the axe where the wrench icon is in the inventory. Also, make sure you have a flat surface of dirt so the robot can move properly without being blocked and actually place the saplings. To get the script on your computer, if you have an internet component installed execute "pastebin get cg1ieKUi autorun.lua" and the required autorun script will be downloaded, or if you are the server host get the script at http://www.pastebin.com/raw/cg1ieKUi and add the script to the root of the filesystem that hosts the operating system. local robot = require("robot") print("Robot tree farm started") -- Select the first slot, which is supposed to have a sapling. robot.select(1) -- Change these to change the tree farm grid size or the distance between each tree in the grid. local treesX = 6 local treesZ = 6 local distanceBetweenTrees = 5 -- Goes forward eventually, no matter if something is blocking the path at the moment. local function GoForward() while true do local movedSuccessfuly = robot.forward() if movedSuccessfuly then break end end end -- Goes down eventually, no matter if something is blocking the path at the moment. local function GoDown() while true do local movedSuccessfuly = robot.down() if movedSuccessfuly then break end end end -- Checks for a tree local function CheckForTree() -- Check for a block if robot.detect() then robot.up() -- Attempt to detect a block above which will determine if the tree has grown. local blockFound = robot.detect() robot.down() -- Check tree has grown and if so then go up. if blockFound then for blocksToMoveUp = 1, 8 do -- Destroy the wood in front of the robot robot.swing() -- Check if there is a block above and if so then destroy the block. if robot.detectUp() then robot.swingUp() end -- Go up robot.up() end -- Move back down again for blocksToMoveDown = 1, 8 do GoDown() end -- Suck up stuff and go forward robot.suck() robot.suckUp() robot.suckDown() GoForward() -- Suck up stuff for rotation = 1, 4 do robot.turnLeft() robot.suck() end -- Go back robot.turnAround() GoForward() robot.turnAround() -- Place the new sapling here robot.place() end else -- There is no block here, place the sapling robot.place() end end -- Scans a row of trees. local function CheckRowOfTrees() -- Check for trees in the X row. for treeX = 1, treesX do CheckForTree() -- If this isn't the last tree in the row then move to the next tree in the row. if treeX < treesX then robot.turnRight() for blocksToMove = 1, distanceBetweenTrees do GoForward() robot.suck() end robot.turnLeft() end end -- Go back to the first tree in the row. robot.turnLeft() for blocksToMove = 1, distanceBetweenTrees*(treesX - 1) do GoForward() end robot.turnRight() end -- Do the complete cycle. while true do -- Go to each X row in the grid. for treeZ = 1, treesZ do CheckRowOfTrees() -- If this isn't the last X row in the grid then go to the next X row in the grid. if treeZ < treesZ then robot.turnRight() GoForward() robot.turnLeft() for blocksToMove = 1, distanceBetweenTrees do GoForward() robot.suck() end robot.turnLeft() GoForward() robot.turnRight() end end -- Go back to the starting position. robot.turnRight() GoForward() robot.turnRight() for blocksToMove = 1, distanceBetweenTrees*(treesZ - 1) do GoForward() robot.suck() end robot.turnRight() GoForward() robot.turnRight() -- Sleep for five seconds. os.sleep(5) end
  3. I'm amazed by the picture quality as seen in these screenshots. Next step is to convert PNG files to that format. I have an API that allows obtaining color information from PNG image files.
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