Before this commit, when typing in Hebrew, SDL reported the equivalent
English keycode. Thus, if user typed Hebrew letter Aleph, it was
reported as ascii of 't' (or 'T', I don't remember...).
It's still impossible to type Hebrew letters in the GUI's input dialogs,
but it's a step forward.
Game controller input is now enabled whenever a compatible device is
connected. The keymapper's keymaps are refreshed when a joystick is added
or removed.
Fixes#10366.
The cursor position was overflowing a signed 16-bits integer once
multiplied with MULTIPLIER when using a resolution such as 2560x1440.
It would be nice changing this code to make more sense, sadly it is
thightly coupled with platform specific subclasses.
Fixes#10996.
SDL1/2: Exclude AmigaOS4 from returning 0 for .ascii
*reset .ascii to 0, when Num-Lock is NOT enabled and keypad directional keys are pressed* (original description) is causing the numpad to play dead completely on AmigaOS4 (no matter if numlock is active or not). This is a workaround for the SCUMM engine, where keycodes are mixed with ASCII codes.
Check commit f5ed14e93d85b638c8e49468b2885c1278d56d20 for reference.
Fixes bug #10558. Tested with both SDL1 and 2 on AmigaOS4 and with both Indiana Jones games.
- Flag them as repeat events
- Disable ScummVM's own repeat event generation
This fixes keyboard repeat events not being flagged as such with SDL2,
and complies with the user's operating system preferences regarding key
repeat timings.
Normally with SDL, a mouse motion event will be sent after the
system mouse cursor has been moved by a call to
SDL_WarpMouseInWindow, but if the system cursor cannot be moved
(e.g. because the window does not have mouse focus), games still
need to receive these mouse events so they can successfully update
the mouse position internally. Otherwise, games continue to think
the mouse is still in the original position and will continue to
try to perform whatever action is associated with that mouse
position.
Refs Trac#9689.
This patch refactors the OpenGL and SDL graphics backends,
primarily to unify window scaling and mouse handling, and to
fix coordinate mapping between the ScummVM window and the
virtual game screen when they have different aspect ratios.
Unified code for these two backends has been moved to a new
header-only WindowedGraphicsManager class, so named because it
contains code for managing graphics managers that interact with
a windowing system and render virtual screens within a larger
physical content window.
The biggest behavioral change here is with the coordinate
system mapping:
Previously, mouse offsets were converted by mapping the whole
space within the window as input to the virtual game screen
without maintaining aspect ratio. This was done to prevent
'stickiness' when the mouse cursor was within the window but
outside of the virtual game screen, but it caused noticeable
distortion of mouse movement speed on the axis with blank
space.
Instead of introducing mouse speed distortion to prevent
stickiness, this patch changes coordinate transformation to
show the system cursor when the mouse moves outside of the virtual
game screen when mouse grab is off, or by holding the mouse inside
the virtual game screen (instead of the entire window) when mouse
grab is on.
This patch also improves some other properties of the
GraphicsManager/PaletteManager interfaces:
* Nullipotent operations (getWidth, getHeight, etc.) of the
PaletteManager/GraphicsManager interfaces are now const
* Methods marked `virtual` but not inherited by any subclass have
been de-virtualized
* Extra unnecessary calculations of hardware height in
SurfaceSdlGraphicsManager have been removed
* Methods have been renamed where appropriate for clarity
(setWindowSize -> handleResize, etc.)
* C++11 support improved with `override` specifier added on
overridden virtual methods in subclasses (primarily to avoid
myself accidentally creating new methods in the subclasses
by changing types/names during refactoring)
Additional refactoring can and should be done at some point to
continue to deduplicate code between the OpenGL and SDL backends.
Since the primary goal here was to improve the coordinate mapping,
full refactoring of these backends was not completed here.
When updating or recreating the window, if we changed the window
size at the same time we also toggle between OpenGL and non
OpenGL mode, or toggle fullscreen mode, we may have a pending
SDL resize event with the wrong size. So we need to make sure to
append another one with the correct size to end up with the correct
size. This fixes bug #9971.
The setting was already respected on SDL < 2.0.4 (such as SDL1).
If the OS inverts the scrolling direction, this is reflected on the sign
of the y value of the SDL event. Since version 2.0.4 the SDL event
also had a flag to indicate if the direction is flipped and we were
using it to change back the y sign. That means the OS scrolling
direction setting was not respected. With this commit we now have
a consistent behaviour with all SDL versions (the OS scroll direction
setting is respected).
If our wheel events are used for something other than scrolling
however, we might want to get the actually wheel move direction
(i.e. use a Common::EVENT_WHEELDOWN when moving the wheel
down even if the OS scroll setting is to flip it). In such a case we
might want to revert this change and instead add an additional flag
to the event so that we know the scroll direction should be flipped
and use it in places where the event is used for scrolling.
Fixes erratic speeds in analog pointer motion
Implemented option to set analog/keyboard pointer speed
and control the analog joystick deadzone. The deadzone option appears
only if the build supports analog joystick (via JOY_ANALOG define)
For some engines such as Dreamweb that a previous fix did not apply
to, this fixes bug 6996: Android: Mouse pointer control with
analog joystick is unusable
