Blade Briders inserts three layer functions at func_id 3-5 into the
assignment used by Rance9, shifting all subsequent func_ids up by three.
Evenicle uses the same assignment as Blade Briders.
Use this assignment internally and add three to Rance9 func_ids before
dispatch. Also implement the functions 3-5.
Save a reduced copy of the main surface to a file. The image is written
as QNT under the save directory.
To avoid aliasing at large reductions, the surface is downscaled by
repeatedly halving before the final stretch.
This implements Parts_SetDrag and drag/drop event handling. When a part
has drag enabled, clicking and moving the mouse will move the part and
emit DRAG_BEGIN/DRAGGING/DRAG_END messages. Drop target detection emits
DROP_ENTER/DROP_ON/DROPPED/DROP_LEAVE messages on parts under the cursor
during drag.
This adds PARTS_LAYOUT_BOX parts type with support for automatic
horizontal/vertical child positioning. Layout calculation runs during
the component update cycle, repositioning children before their global
parameters are combined.
This implements SetPassCursor/GetPartsPassCursor HLL functions. The
pass_cursor flag controls whether the cursor "passes through" a
component to reach parts behind it.
Key changes to input processing:
- Iteration order changed from back-to-front to front-to-back for proper
cursor consumption
- MOUSE_ENTER / MOUSE_LEAVE now fire for all parts regardless of
clickable
- Click hit test uses clickable || !pass_cursor pre-filter
- pass_cursor=false parts consume the cursor, preventing hover and
click events from reaching parts behind them
PartsEngine in Rance 9 manages multiple "controllers" (called "layers"
in game scripts) that provide part grouping, draw-order control, and
bulk release. This implements the core controller API:
- AddController / RemoveController: push/pop a controller on the
stack. RemoveController releases all parts belonging to the removed
controller and returns their IDs in erase_number_list.
- SetActiveLayer / GetActiveLayer / GetSystemOverlayLayer: control
which controller newly created parts are assigned to. The system
overlay controller is a special controller that always renders on
top and survives ReleaseAllWithoutSystem.
- ReleaseAllWithoutSystem: releases all parts except those in the
system overlay controller and re-initializes the controller stack.
Controllers are identified by their position in the stack (0 = bottom).
Draw ordering uses the scene's two-level sprite sorting: sp.z is set to
the controller's stack index and sp.z2 to the part's Z value, so parts
in higher controllers always render above lower ones regardless of
individual Z values. When the parts_multi_controller flag (see below) is
false, the original Z ordering is preserved (allowing Z-interleaving
with non-parts scene sprites -- see #180) for compatibility with games
that do not use controllers.
Save/load of the controller stack and per-part controller_no is gated on
a parts_multi_controller flag (set at PreLink time when the game's HLL
exports AddController) rather than a save version bump. This keeps the
save format stable for games that do not use controllers, while allowing
the save format to evolve freely during development.
This adds PARTS_MOVIE type which creates a SACT sprite as a render
target for DrawMovie.
The GL texture is shared between the SACT sprite and parts_common, so
movie frames rendered to the sprite are directly visible through the
parts engine's rendering path.
Notable changes:
* The numerator / denominator parameters of AddMotion[HV]GaugeRate are
int in GoatGUIEngine but float in GUIEngine and PartsEngine.
* AnteaterADVEngine.ADVLogList_AddText has second parameter
(int WindowNo) since Oyako Rankan.
This also avoids using non-void functions where a void function is
expected. It is fine in most ABIs, but raises a runtime error in wasm32.
Parent-child relationships are established by the UpdateComponent
function. Parts_SetParentPartsNumber does not establish the relationship
(and it does not create the parent object if it does not exist yet).
Render params are now computed recursively on children when they are set
on the parent (instead of recomputing them every time a child parts is
rendered).
* SetAddColor and SetMultiplyColor implemented
* additive draw filter implemented
* GetPartsUpperLeftPos{X,Y} implemented
* various parameters are now applied from parent to child parts
* misc. bug fixes
The first dungeon screen in Rance 01 now renders correctly.
Implement Parts_SetNumeralLinedCGNumberWidthWidthList and
Parts_SetNumeralLength.
Also fix bugs where changing numeral properties would not update the
texture until the number was reset.
Add a mechanism for libraries to resolve incompatibilities between
library versions before linking.
This is currently used for ChipmunkSpriteEngine and GoatGUIEngine,
where early versions used integer IDs when loading CGs (later versions
use strings).
Refactor GoatGUIEngine into various files under src/parts/.
The external interface to this code is the functions prefixed with PE_
and generally following the naming of the HLL functions which they
implement.
The reason for this is that there are multiple HLL libraries that
implement more or less the same GUI interface (GoatGUIEngine, GUIEngine
and PartsEngine).
Also added here are a number of miscellaneous stubbed-out HLL functions
that are used by Rance 01 (which now runs up to the point where it tries
to create the title menu).
kichikuou