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#gamedev progress:

I've did a larger refactoring of the "level" generation in order to allow infinite levels. Each room is created individually and on creation a number of corridors are created. Each corridor has "portal" at the end connecting to another room. Rooms are only loaded once the player enters a corridor. This way only two rooms have to be loaded at a time.

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#gamedev progress:

• reworked application init to avoid unnecessary Option<_> wrapping
• implemented lectern logic. Books can now only be edited on the lectern.
• started work on saving. Edited books are now stored as txt files and loaded on start.

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#gamedev progress

Prototype to write in books. I will have to refactor input handling. Currently I'm passing a big struct with the state of each key into the update function. This does not work well for typing.

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#gamedev progress:

• added a lectern where books can be placed. This is intended to be a place where the player can write in books
• added a simple profiling system for frame times. The game started to fall below 60 FPS.

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https://chaos.social/users/Bobo_PK/statuses/116578498787855261

ohh, that's a great idea! But I'm not sure if want to turn my small hobby project into a legal battle :D

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#gamedev progress:

• books are now filled with random text (placeholder)
• player can flip pages
• player can open and close the book

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#gamedev progress:

First text rendered inside of a book!

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#gamedev progress:

• reworked book model to fix issues with normals when book was opened
• refactored input handling from event based to having a big struct of the input state passed to the update function
• implemented the first interaction with the world. Books can now be picked up and placed back into shelves

#rust #dev

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#gamedev progress:

• started working on text rendering
  • loading and rasterizing fonts using fontdue
  • packing rasterized characters into a single texture
  • creating quads to insert text line into 3D scene

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#gamedev progress:

• Static geometry (walls, floor ceiling) is split up into smaller chunks to allow culling
  • Implementation: generated geometry is loaded into a BVH with a larger leaf size (256). The geometry of each leaf is converted to an entity.
  • Culling via distance to the player.
• Added player physics. No longer clipping through walls and shelves. Not stable enough yet.
• Reworked ray casting system to handle animated objects correctly.
• Player can now click on books to open them.

#rust