This commit is contained in:
Crispy 2025-07-03 01:23:46 +02:00
parent 491112768c
commit 68ec37f994
66 changed files with 6591 additions and 10096 deletions

11
computer/26/bg.lua Normal file
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if not shell.openTab then
printError("Requires multishell")
return
end
local tArgs = { ... }
if #tArgs > 0 then
shell.openTab(table.unpack(tArgs))
else
shell.openTab("shell")
end

106
computer/26/expand.lua Normal file
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require("path")
pp = require("cc.pretty").pretty_print
require("progress")
-- mirror = wall is to the right
local mirror = true
mirror = mirror or false
local TILES = 13
function save(layer)
fs.delete("progress.lua")
repeat
file = fs.open("progress.lua", "w")
until file
file.write("progress = " .. progress .. "\n")
file.write("layer_start = " .. layer .. "\n")
-- todo save pos separately, more frequently
file.close()
end
function mine_step()
repeat
turtle.dig()
until goForward()
end
function mine3_step()
turtle.digUp()
turtle.digDown()
repeat
turtle.dig()
until goForward()
end
local turnLeft = true
function turn()
if turnLeft then
goLeft()
else
goRight()
end
end
-- assumes position is on lamp, right in front of the slice to be mined
-- nearest the wall
function clear_tile_slice()
for layer = layer_start, 5 do
save(layer)
local y = 12 - layer * 3
local x = 9
local length = 8 * TILES + 9
if layer == 5 then
x = x - 3
length = length - 3
end
turnLeft = (layer % 2 == 0) ~= mirror
local z = progress*8 + 1 + (layer % 2) * 7
if y < 0 then
-- avoid breaking the existing floor
for _ = 0, progress*8 do
goForward()
end
end
if mirror then
goTo(vector.new(-x,y,z), "east", true)
else
goTo(vector.new(x,y,z), "west", true)
end
for strip = 1, 8 do
for _ = 1, length do
mine3_step()
end
if strip ~= 8 then
turn()
mine3_step()
turn()
turnLeft = not turnLeft;
end
end
goLeft()
goLeft()
end
end
goHome()
clear_tile_slice()
progress = progress + 1
save(0)
for i = 1, 16 do
turtle.select(i)
turtle.drop()
end
turtle.select(1)
goHome()
goLeft()
goLeft()
while turtle.getFuelLevel() < 20000 do
turtle.suck()
turtle.refuel()
end
turtle.drop()
goLeft()
goLeft()

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width = 5
length = 31
MinFuelLevel = 19500
y = 0
function layer()
turnLeft = 1
function turn()
if turnLeft == 1 then
turtle.turnLeft()
else
turtle.turnRight()
end
end
function digStep()
turtle.dig()
turtle.digUp()
turtle.digDown()
turtle.forward()
end
for row = 1, width do
for i = 1,length do
digStep()
end
turn()
digStep()
turn()
turnLeft = -turnLeft
end
if turnLeft == 1 then
turtle.turnRight()
for i = 1, width do
turtle.forward()
end
turtle.turnLeft()
else
turtle.turnLeft()
turtle.forward()
turtle.turnRight()
for i = 1, length do
turtle.forward()
end
turtle.turnLeft()
for i = 1, width do
turtle.forward()
end
turtle.turnLeft()
end
end
function unload()
for i = 1, 16 do
turtle.select(i)
turtle.dropUp()
end
turtle.turnLeft()
turtle.turnLeft()
while turtle.getFuelLevel() < MinFuelLevel do
turtle.suck()
turtle.refuel()
end
turtle.drop()
turtle.turnLeft()
turtle.turnLeft()
end
while true do
turtle.forward()
for i = 1, y do
turtle.digDown()
turtle.down()
end
layer()
for i = 1, y do
turtle.up()
end
turtle.back()
unload()
y = y + 3
end

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width = 5
length = 23
turtle.select(1)
tLeft = true
function turn()
if tLeft then
turtle.turnLeft()
else
turtle.turnRight()
end
end
function step()
turtle.placeUp()
turtle.forward()
if turtle.getItemCount() == 0 then
turtle.select(turtle.getSelectedSlot()+1)
end
end
for row = 1, width do
for i = 1, length do
step()
end
turn()
step()
turn()
tLeft = not tLeft
end

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tile = function()
pf = require("pathfinding")
function selectItem(name)
for i = 1, 16 do
d= turtle.getItemDetail(i)
if d.name == name then
turtle.select(i)
return
end
end
print("pls give me", name)
turtle.select(16)
print("then press enter")
read()
end
--turtle.forward()
--turtle.turnLeft()
--turtle.forward()
--turtle.turnRight()
for x = 1, 7 do
for z = 1, 7 do
turtle.select(((x == 4) and (z==4) and 3) or math.mod(x+z,2)+1)
goTo(vector.new(x,0,z))
turtle.placeDown()
end
end
goTo(vector.new(8,0,0))
_G.pos=pos-pos
end
return tile

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t = require("tile")
for i = 1,2 do
t()
end

429
computer/26/multishell.lua Normal file
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--- Multishell allows multiple programs to be run at the same time.
--
-- When multiple programs are running, it displays a tab bar at the top of the
-- screen, which allows you to switch between programs. New programs can be
-- launched using the `fg` or `bg` programs, or using the @{shell.openTab} and
-- @{multishell.launch} functions.
--
-- Each process is identified by its ID, which corresponds to its position in
-- the tab list. As tabs may be opened and closed, this ID is _not_ constant
-- over a program's run. As such, be careful not to use stale IDs.
--
-- As with @{shell}, @{multishell} is not a "true" API. Instead, it is a
-- standard program, which launches a shell and injects its API into the shell's
-- environment. This API is not available in the global environment, and so is
-- not available to @{os.loadAPI|APIs}.
--
-- @module[module] multishell
-- @since 1.6
local expect = dofile("rom/modules/main/cc/expect.lua").expect
-- Setup process switching
local parentTerm = term.current()
local w, h = parentTerm.getSize()
local tProcesses = {}
local nCurrentProcess = nil
local nRunningProcess = nil
local bShowMenu = false
local bWindowsResized = false
local nScrollPos = 1
local bScrollRight = false
local function selectProcess(n)
if nCurrentProcess ~= n then
if nCurrentProcess then
local tOldProcess = tProcesses[nCurrentProcess]
tOldProcess.window.setVisible(false)
end
nCurrentProcess = n
if nCurrentProcess then
local tNewProcess = tProcesses[nCurrentProcess]
tNewProcess.window.setVisible(true)
tNewProcess.bInteracted = true
end
end
end
local function setProcessTitle(n, sTitle)
tProcesses[n].sTitle = sTitle
end
local function resumeProcess(nProcess, sEvent, ...)
local tProcess = tProcesses[nProcess]
local sFilter = tProcess.sFilter
if sFilter == nil or sFilter == sEvent or sEvent == "terminate" then
local nPreviousProcess = nRunningProcess
nRunningProcess = nProcess
term.redirect(tProcess.terminal)
local ok, result = coroutine.resume(tProcess.co, sEvent, ...)
tProcess.terminal = term.current()
if ok then
tProcess.sFilter = result
else
printError(result)
end
nRunningProcess = nPreviousProcess
end
end
local function launchProcess(bFocus, tProgramEnv, sProgramPath, ...)
local tProgramArgs = table.pack(...)
local nProcess = #tProcesses + 1
local tProcess = {}
tProcess.sTitle = fs.getName(sProgramPath)
if bShowMenu then
tProcess.window = window.create(parentTerm, 1, 2, w, h - 1, false)
else
tProcess.window = window.create(parentTerm, 1, 1, w, h, false)
end
tProcess.co = coroutine.create(function()
os.run(tProgramEnv, sProgramPath, table.unpack(tProgramArgs, 1, tProgramArgs.n))
if not tProcess.bInteracted then
term.setCursorBlink(false)
print("Press any key to continue")
os.pullEvent("char")
end
end)
tProcess.sFilter = nil
tProcess.terminal = tProcess.window
tProcess.bInteracted = false
tProcesses[nProcess] = tProcess
if bFocus then
selectProcess(nProcess)
end
resumeProcess(nProcess)
return nProcess
end
local function cullProcess(nProcess)
local tProcess = tProcesses[nProcess]
if coroutine.status(tProcess.co) == "dead" then
if nCurrentProcess == nProcess then
selectProcess(nil)
end
table.remove(tProcesses, nProcess)
if nCurrentProcess == nil then
if nProcess > 1 then
selectProcess(nProcess - 1)
elseif #tProcesses > 0 then
selectProcess(1)
end
end
if nScrollPos ~= 1 then
nScrollPos = nScrollPos - 1
end
return true
end
return false
end
local function cullProcesses()
local culled = false
for n = #tProcesses, 1, -1 do
culled = culled or cullProcess(n)
end
return culled
end
-- Setup the main menu
local menuMainTextColor, menuMainBgColor, menuOtherTextColor, menuOtherBgColor
if parentTerm.isColor() then
menuMainTextColor, menuMainBgColor = colors.yellow, colors.black
menuOtherTextColor, menuOtherBgColor = colors.black, colors.gray
else
menuMainTextColor, menuMainBgColor = colors.white, colors.black
menuOtherTextColor, menuOtherBgColor = colors.black, colors.gray
end
local function redrawMenu()
if bShowMenu then
-- Draw menu
parentTerm.setCursorPos(1, 1)
parentTerm.setBackgroundColor(menuOtherBgColor)
parentTerm.clearLine()
local nCharCount = 0
local nSize = parentTerm.getSize()
if nScrollPos ~= 1 then
parentTerm.setTextColor(menuOtherTextColor)
parentTerm.setBackgroundColor(menuOtherBgColor)
parentTerm.write("<")
nCharCount = 1
end
for n = nScrollPos, #tProcesses do
if n == nCurrentProcess then
parentTerm.setTextColor(menuMainTextColor)
parentTerm.setBackgroundColor(menuMainBgColor)
else
parentTerm.setTextColor(menuOtherTextColor)
parentTerm.setBackgroundColor(menuOtherBgColor)
end
parentTerm.write(" " .. tProcesses[n].sTitle .. " ")
nCharCount = nCharCount + #tProcesses[n].sTitle + 2
end
if nCharCount > nSize then
parentTerm.setTextColor(menuOtherTextColor)
parentTerm.setBackgroundColor(menuOtherBgColor)
parentTerm.setCursorPos(nSize, 1)
parentTerm.write(">")
bScrollRight = true
else
bScrollRight = false
end
-- Put the cursor back where it should be
local tProcess = tProcesses[nCurrentProcess]
if tProcess then
tProcess.window.restoreCursor()
end
end
end
local function resizeWindows()
local windowY, windowHeight
if bShowMenu then
windowY = 2
windowHeight = h - 1
else
windowY = 1
windowHeight = h
end
for n = 1, #tProcesses do
local tProcess = tProcesses[n]
local x, y = tProcess.window.getCursorPos()
if y > windowHeight then
tProcess.window.scroll(y - windowHeight)
tProcess.window.setCursorPos(x, windowHeight)
end
tProcess.window.reposition(1, windowY, w, windowHeight)
end
bWindowsResized = true
end
local function setMenuVisible(bVis)
if bShowMenu ~= bVis then
bShowMenu = bVis
resizeWindows()
redrawMenu()
end
end
local multishell = {} --- @export
--- Get the currently visible process. This will be the one selected on
-- the tab bar.
--
-- Note, this is different to @{getCurrent}, which returns the process which is
-- currently executing.
--
-- @treturn number The currently visible process's index.
-- @see setFocus
function multishell.getFocus()
return nCurrentProcess
end
--- Change the currently visible process.
--
-- @tparam number n The process index to switch to.
-- @treturn boolean If the process was changed successfully. This will
-- return @{false} if there is no process with this id.
-- @see getFocus
function multishell.setFocus(n)
expect(1, n, "number")
if n >= 1 and n <= #tProcesses then
selectProcess(n)
redrawMenu()
return true
end
return false
end
--- Get the title of the given tab.
--
-- This starts as the name of the program, but may be changed using
-- @{multishell.setTitle}.
-- @tparam number n The process index.
-- @treturn string|nil The current process title, or @{nil} if the
-- process doesn't exist.
function multishell.getTitle(n)
expect(1, n, "number")
if n >= 1 and n <= #tProcesses then
return tProcesses[n].sTitle
end
return nil
end
--- Set the title of the given process.
--
-- @tparam number n The process index.
-- @tparam string title The new process title.
-- @see getTitle
-- @usage Change the title of the current process
--
-- multishell.setTitle(multishell.getCurrent(), "Hello")
function multishell.setTitle(n, title)
expect(1, n, "number")
expect(2, title, "string")
if n >= 1 and n <= #tProcesses then
setProcessTitle(n, title)
redrawMenu()
end
end
--- Get the index of the currently running process.
--
-- @treturn number The currently running process.
function multishell.getCurrent()
return nRunningProcess
end
--- Start a new process, with the given environment, program and arguments.
--
-- The returned process index is not constant over the program's run. It can be
-- safely used immediately after launching (for instance, to update the title or
-- switch to that tab). However, after your program has yielded, it may no
-- longer be correct.
--
-- @tparam table tProgramEnv The environment to load the path under.
-- @tparam string sProgramPath The path to the program to run.
-- @param ... Additional arguments to pass to the program.
-- @treturn number The index of the created process.
-- @see os.run
-- @usage Run the "hello" program, and set its title to "Hello!"
--
-- local id = multishell.launch({}, "/rom/programs/fun/hello.lua")
-- multishell.setTitle(id, "Hello!")
function multishell.launch(tProgramEnv, sProgramPath, ...)
expect(1, tProgramEnv, "table")
expect(2, sProgramPath, "string")
local previousTerm = term.current()
setMenuVisible(#tProcesses + 1 >= 2)
local nResult = launchProcess(false, tProgramEnv, sProgramPath, ...)
redrawMenu()
term.redirect(previousTerm)
return nResult
end
--- Get the number of processes within this multishell.
--
-- @treturn number The number of processes.
function multishell.getCount()
return #tProcesses
end
-- Begin
parentTerm.clear()
setMenuVisible(false)
launchProcess(true, {
["shell"] = shell,
["multishell"] = multishell,
}, "/rom/programs/shell.lua")
-- Run processes
while #tProcesses > 0 do
-- Get the event
local tEventData = table.pack(os.pullEventRaw())
local sEvent = tEventData[1]
if sEvent == "term_resize" then
-- Resize event
w, h = parentTerm.getSize()
resizeWindows()
redrawMenu()
elseif sEvent == "char" or sEvent == "key" or sEvent == "key_up" or sEvent == "paste" or sEvent == "terminate" then
-- Keyboard event
-- Passthrough to current process
if tEventData[2] == 290 and sEvent == "key" then
multishell.setFocus((nCurrentProcess or 0) % #tProcesses + 1)
else
resumeProcess(nCurrentProcess, table.unpack(tEventData, 1, tEventData.n))
if cullProcess(nCurrentProcess) then
setMenuVisible(#tProcesses >= 2)
redrawMenu()
end
end
elseif sEvent == "mouse_click" then
-- Click event
local button, x, y = tEventData[2], tEventData[3], tEventData[4]
if bShowMenu and y == 1 then
-- Switch process
if x == 1 and nScrollPos ~= 1 then
nScrollPos = nScrollPos - 1
redrawMenu()
elseif bScrollRight and x == term.getSize() then
nScrollPos = nScrollPos + 1
redrawMenu()
else
local tabStart = 1
if nScrollPos ~= 1 then
tabStart = 2
end
for n = nScrollPos, #tProcesses do
local tabEnd = tabStart + #tProcesses[n].sTitle + 1
if x >= tabStart and x <= tabEnd then
selectProcess(n)
redrawMenu()
break
end
tabStart = tabEnd + 1
end
end
else
-- Passthrough to current process
resumeProcess(nCurrentProcess, sEvent, button, x, bShowMenu and y - 1 or y)
if cullProcess(nCurrentProcess) then
setMenuVisible(#tProcesses >= 2)
redrawMenu()
end
end
elseif sEvent == "mouse_drag" or sEvent == "mouse_up" or sEvent == "mouse_scroll" then
-- Other mouse event
local p1, x, y = tEventData[2], tEventData[3], tEventData[4]
if bShowMenu and sEvent == "mouse_scroll" and y == 1 then
if p1 == -1 and nScrollPos ~= 1 then
nScrollPos = nScrollPos - 1
redrawMenu()
elseif bScrollRight and p1 == 1 then
nScrollPos = nScrollPos + 1
redrawMenu()
end
elseif not (bShowMenu and y == 1) then
-- Passthrough to current process
resumeProcess(nCurrentProcess, sEvent, p1, x, bShowMenu and y - 1 or y)
if cullProcess(nCurrentProcess) then
setMenuVisible(#tProcesses >= 2)
redrawMenu()
end
end
else
-- Other event
-- Passthrough to all processes
local nLimit = #tProcesses -- Storing this ensures any new things spawned don't get the event
for n = 1, nLimit do
resumeProcess(n, table.unpack(tEventData, 1, tEventData.n))
end
if cullProcesses() then
setMenuVisible(#tProcesses >= 2)
redrawMenu()
end
end
if bWindowsResized then
-- Pass term_resize to all processes
local nLimit = #tProcesses -- Storing this ensures any new things spawned don't get the event
for n = 1, nLimit do
resumeProcess(n, "term_resize")
end
bWindowsResized = false
if cullProcesses() then
setMenuVisible(#tProcesses >= 2)
redrawMenu()
end
end
end
-- Shutdown
term.redirect(parentTerm)

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computer/26/path.lua Normal file
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pp = require("cc.pretty").pretty_print
_G.facing = _G.facing or "south"
_G.pos = _G.pos or vector.new(0,0,0)
local up = vector.new(0,1,0)
local rightOf = {
south = "west",
west = "north",
north = "east",
east = "south"
}
local leftOf = {
west = "south",
north = "west",
east = "north",
south = "east"
}
local vecOf = {
north = vector.new(0,0,-1),
south = vector.new(0,0,1),
east = vector.new(1,0,0),
west = vector.new(-1,0,0),
}
function goUp()
if turtle.up() then
_G.pos.y = _G.pos.y + 1
return true
end
printError("failed to go up")
printError(pos)
return false
end
function goDown()
if turtle.down() then
_G.pos.y = _G.pos.y - 1
return true
end
printError("failed to go down")
printError(pos)
return false
end
function goLeft()
turtle.turnLeft()
_G.facing = leftOf[_G.facing]
end
function goRight()
turtle.turnRight()
_G.facing = rightOf[_G.facing]
end
function goForward()
if turtle.forward() then
_G.pos = _G.pos + vecOf[_G.facing]
return true
end
-- printError("failed to go forward")
-- printError(pos)
return false
end
function goBack()
if turtle.back() then
_G.pos = _G.pos - vecOf[_G.facing]
return true
end
printError("failed to go backward")
printError(pos)
return false
end
function stepTo(target, dig)
local delta = target - _G.pos
-- print(delta)
if delta.y > 0 then
if dig then
repeat turtle.digUp() until goUp()
else
goUp()
end
elseif delta.y < 0 then
if dig then
turtle.digDown()
end
goDown()
elseif delta:dot(vecOf[_G.facing]) > 0 then
if dig then
repeat turtle.dig() until goForward()
else
goForward()
end
elseif delta:dot(vecOf[_G.facing]:cross(up)) > 0 then
goRight()
else
goLeft()
end
end
function goTo(target, face, dig)
while target ~= _G.pos do
stepTo(target, dig)
end
if face and face ~= _G.facing then
if rightOf[_G.facing] == face then
goRight()
elseif leftOf[_G.facing] == face then
goLeft()
else
goRight()
goRight()
end
end
end
function goHome()
goTo(vector.new(0,0,0), "south")
end

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progress = 1
layer_start = 1

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require("multishell")