- Added love.system module, including clipboard functions.
- Added custom hardware cursors (love.mouse.newCursor, love.mouse.setCursor.)
- Revamped love.joystick:
-- added Joystick objects and moved love.joystick functions which operated on individual joysticks to methods on the Joystick objects.
-- Added love.joystick.getJoystick and love.joystick.getJoystickCount.
-- Added events for when joysticks are connected and disconnected.
-- Added 'Gamepad' methods to Joystick objects: Joystick:isGamepad, Joystick:getGamepadAxis, and Joystick:isGamepadDown. They're a common abstraction for xbox controller-like joystick across operating systems.
- Added monitor choosing support and "fullscreen desktop" mode to love.window.
- Moved unicode text input events to their own callback function (love.textinput), removed the key repeat functions from love.keyboard and made the second argument of love.keypressed a boolean saying whether the keypress was a repeat.
- liblove now works with love.window and love.graphics in OS X
Games which are fused (either via appending the .love to the executable or with --fused) automatically have the changes which previously only applied to fused games in release mode.
As always, I had great plans for the no game screen, but these great plans take
way too much time to implement. So I settled for something simpler, i.e. the
standard LSD stuff.
- Simultanious rendering to multiple canvases requires all canvases to be the same size (limitation of pre-GL3.0 framebuffers)
- love.graphics.isSupported("mrtcanvas") was added
- love_Canvases[n] (0-based array of active canvases) can be written to in pixel shaders in the 'effects' callback function
- everything drawn to multiple canvases at once will be duplicated to all canvases if no shader is active or the standard 'effect' shader function is used
--HG--
branch : MRTs
Contains just a RNG for now, but may include other functionality (e.g.
transforms) later on.
New Functions:
-- as in the lua math library:
love.math.randomseed(number) -- set random seed
love.math.random() -- get random number in [0:1) (uniformly distributed)
love.math.random(high) -- get integer random number in [1:high]
love.math.random(low, high) -- get integer random number in [low:high]
-- additional functions
love.math.randnormal() -- get normally distributed number with zero mean
-- and unit variance
love.math.randnormal(o) -- get normally distributed number with zero mean
-- and standard deviation `o`
love.math.randnormal(m, o) -- get normally distributed number with mean `m`
-- and standard deviation `o`
Alex Szpakowski
rude
Bart van Strien
vrld