wilbefast

#! /bin/bash

# replace this line with the root-directory of your android project
LOVE_ANDROID=/home/Documents/Programming/ANDROID/love-android-sdl2/

# build a .love file
cd src/
zip -r game.love * -x *.git*

# move it to the android project, package and deploy

wilbefast

function Soul:update(dt)

	local target_x, target_y = self.target_x, self.target_y

	-- do we already have a target?
	if (not target_x) and (not target_y) then
		-- figure out the hook position
		local hook_angle = math.pi*2/(#self.master.souls)*self.index + love.timer.getTime()*3
		target_x = self.master.x + math.cos(hook_angle)*32
		target_y = self.master.y + math.sin(hook_angle)*32

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useful.canvasStack = {}

function useful.pushCanvas(newCanvas)
  table.insert(useful.canvasStack, love.graphics.getCanvas())
  love.graphics.push()
  love.graphics.origin()
  love.graphics.setCanvas(newCanvas)
end

function useful.popCanvas()

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local __unsafeUpdate = function()
  local dt = math.min(MAX_DT, love.timer.getDelta())
  -- do your update here
end

function love.update()
  local success, err = xpcall(__unsafeUpdate, debug.traceback) -- use debug.debug for interactive debugging
  if not success then
    print(err)
  end

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--[[------------------------------------------------------------
IMPORTS
--]]------------------------------------------------------------

local Animation = require("unrequited/Animation")

--[[------------------------------------------------------------
ALL RESOURCES
--]]------------------------------------------------------------

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public class Singleton : Monobehaviour
{
  private static Singleton _instance = null;
  public static Singleton instance
  {
    get 
    {
      if (_instance == null)
      {
        // First try to find an instance already in the scene

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public abstract class AbstractSkeletonTrackingDevice : AbstractControlDevice
{
    // ...
    
    protected void registerExerciseInput(SkeletonExercise new_exercise)
    {
      // ...
      
      foreach(string axis_name in new_exercise.axisNames)
      {

wilbefast

-- O shape
local tetro_O =   "**--".. 
                  "**--"..
                  "----"..
                  "----"

-- J shape
local tetro_J1 =  "-*--".. 
                  "-*--"..
                  "**--"..

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function Sacrifice:matchTetros(tetros, col, row)
  for _, t in ipairs(tetros) do
    local i = 1
    local matches = {}
    for c = col, col + 3 do
      for r = row, row + 3 do
        local char = t:sub(i,i)
        local limb, core = (char == '*'), (char == '@')
        if (limb or core) then
          if self:match(c, r) then

wilbefast

--[[
What if you want to pick a random option but you're not sure if that random option will be valid?
Instead of doing a while loop and hoping that you'll eventually land on a valid option
try shuffling the list of options and trying each one in this random order ;)

W.
--]]

local shuffle = function(table) -- standard Fisher-Yates implementation
  for i = #table, 2, -1 do