- Added SECMF_HURTMONSTERS, which allows monsters in the flagged sector to be hurt with the same behavior as players (i.e damage leaking).
- Added SECMF_HARMINAIR, which allows players (And monsters with SECMF_HURTMONSTERS) to be hurt when they're inside the sector in general, instead of only when they're walking on it. Replicates the behavior of the DAMAGE_IN_AIR flag that SectorDamage() uses.
- Added NOSECTORDAMAGE, which makes actors with the flag immune to any harmful floors.
This adds a new actor property: `FloatBobFactor` (default 1.0). This will be a multiplier for level.time in `AActor::GetBobOffset`, which finally allows to control not only the range of float bobbing (which is FloatBobStrength) but also the frequency of bobbing.
* Feature-complete isometric mode fork.
* Dithered transparency condition tweaks.
* Dithered transparency for non-corpse monsters only (and missiles).
* SpectatorCamera vertical shift.
* Including math.h in hw_sprites.cpp to keep visual studio happy (it couldn't find M_SQRT2 definition).
* Defining MY_SQRT2 in hw_sprites.cpp to keep visual studio happy (it couldn't find M_SQRT2 definition).
* Defining MY_SQRT2 in r_utility.cpp also to keep visual studio happy.
* retrigger checks
* Have correct sprite angle-frame face the camera with orthographic projection enabled.
* Dithered Transparency now works properly on 3D floors. Moved that dither-trans flag setting code within hw_bsp.cpp to handle double-processing of linedefs. Added helper functions to FRenderViewpoint class 'bool IsOrtho()' and 'bool IsAllowedOoB()' to clean up checks everywhere in the code.
* Fixed indents. Added bbox property to subsector struct and use it instead of BSP nodes and Clippers (creating a bbox around viewpoint and checking for overlap) in orthographic mode when no fog of war is active. Turns out to be much faster. Though you need really big maps (Winter's Fury MAP01) to see a difference in fps.
* Non-linux checks don't like uint. Changed to unsigned int.
* Small change of a float to camera.zs. Ignore for testing. Should make no difference.
* Update actor.h to remain mergeable
RF2_NOMIPMAP was introduced, so I had to displace RF_ISOMETRICSPRITES to next bit.
This reverts commit 3033fafaa7.
Revert "Improved ZScript interface for morphing"
This reverts commit 6c64a4403c.
Revert "Further morphing clean up"
This reverts commit 12dc5c1506.
Revert "Fixed inconsistencies between player and monster morphing"
This reverts commit 30730647fe.
Revert "Reworked Morphing"
This reverts commit 2c09a443b4.
- fix compile
This is a combination of 2 commits.
Revert "New API for assigning unique network ids to objects"
This reverts commit e37c19b5b4.
This is the commit message #2:
Revert "Fix for Morph virtual"
This reverts commit 0ef042562e.
- AMBUSH flag on nodes makes them blind and untargetable when getting `startnode` and `goalnode` for `FindPath()`. This is useful for indicating a node should be skipped when tele/portaling, so the current path can be preserved.
- Setup is simple: place nodes behind lines that tele/portal entities and mark them as AMBUSH.
Other changes:
- Restored global array since blockmap is not a viable option here.
- Added MAPINFO `pathing` flag which enables pathing by default.
- Added NOPATHING flag to disable pathing entirely, useful for maps that have pathing enabled.
- Added `ReachedNode(Actor mo)` virtual, responsible for handling node traversal.
- Nodes now make use of MeleeRange to limit their sight checking functions.
Removed StaticPointerSubstitution in favor of a much safer function that only changes select pointers. As a result the ability to properly modify morphing has been opened back up to ZScript. Many missing virtual callbacks were amended and MorphedDeath has been reworked to only be called back on an actual morphed death. MorphedMonster is no longer required to morph an Actor. CheckUnmorph virtual added that gets called back on morphed Actors. Fixed numerous bugs related to morph behavior.
View offsets are now added after the base position and angles (accounting for interpolation) are calculated. Behavior was centralized into a singular tracer that all view offsets now use to prevent clipping out of the map. Cleaned up camera rendering behavior. Angles are now properly normalized after all offsetting is accounted for. The chase cam can now update in real-time instead of forcing interpolation.
