- Refactored boostrap code:
* Completely reworked item/block/tile registration.
* Fixed server side startup.
* Fixed server side startup.
* More documentation.
* More heavy cleanup
* More cleanups.
* Major refactoring of state mapping and fixes a lot of other issue related to item rendering.
* Fixes sky chest item models (no item TESR).
* Only use CachingRotatingBakedModel for tile entities automatically.
Fix default rotation of quartz pillar for item model.
* Used method reference instead of lambda for ItemMeshDefinition for multiparts.
* Removed unnecessary IHasSpecialItemModel
* Removed unused IconReg class.
* Updated resource pack version.
-Externalized FacingToRotation.
-BlockLightDetector now uses tile based rotations.
-Added TESR methods and TESRs for chests. Can't get it to work in
inventory.
-Fixed rotation bugs involving culling and lighting. Now rotating culled
faces and normals too. Closes#21.
Relates to #9, #10 and #20.
Implemented passing of rotations to models. Removed unused unlisted
properties. Included dummy grinder model. Found bugs that have to be
fixed.
Referencing #10.
Second update pass which fixes all compile errors. Some parts may have
aftermath effect, hence why 3rd pass will check those maked with
"aftermath".
Errors: 82 -> 0. Mod can be launched.
This is first update pass, which is mainly import reorganization, name
fixes, etc... Although some parts of second were done where changes
aren't important.
Errors: ~1400 -> 82.
Reduces the visibility of all fields to private and create setters/getters
when necessary. Exceptions are fields with GuiSync as these need to be
public.
Reduces the visibility of internal methods to private/protected/default when possible.
Removes the improper way to set itself into a public static non-final variable.
Removes the direct access to the IntegrationRegistry from AppEng. Will be added at some later point somewhere else for non-singleton access.
Constructor is set to package private to enable possible construction from unit tests. Are current not runnable sind it is currently tied to the FML Loader instance.
Every Block had a call to its super, passing its own class.
This can easily be simulated by calling `this.getClass()` in the super class.
Also this was basically only used as using a name.
In the future it might be advisable to not use such methods,
since they are prone to refactoring.
yueh