• Understand how framework sets up and executes processes
• Make a functioning gz process that can run directly under the root layer
  • Setup gz as a global instead
• Compile game for GZ2E01
• Have the framework execute the gz process on boot then pause (run some logic, draw text to screen)

• Setup basic menu structure
• Support booting straight to gz menu
• Identify a few key features to migrate over
  • Migrate them and confirm functionality
• Support compiling game for GZ2P01 and GZ2J01
• Start thinking about patching strategy that will work for Gamecube and Wii

• Come up with spreadsheet of existing features including statuses and target dates for migration
• Support compiling game for RZDE01_00, RZDE01_02, RZDJ01, RZDP01
• Implement cross platform patching strategy

The framework system is responsible for the vast majority of game code execution and drawing to the screen. It does so by constructing a tree of processes organized into layers. Layers are defined by a linked list of node_class structures.

Normal gameplay execution is comprised of 3 layers: the root layer -> scene layer -> room layer.

Each process defines it's own creation, execution, draw and deletion functions in a profile definition which are executed by the framework system.

.
└── base_process_class
    ├── leafdraw_class
    │   ├── fopAc_ac_c
    │   ├── kankyo_class
    │   ├── msg_class
    │   ├── overlap_task_class
    │   └── view_class
    │       └── camera_process_class
    └── process_node_class
        └── scene_class

Note this doesn't have anything to do with the framework's structure.

• How is process priority/order determined?
• What kind of process should the new gz process be? leafdraw_class base? process_node_class base? new base entirely?
• At what layer should the gz process execute? Likely directly under root for maximum control
• How should the gz process profile definition be setup to ensure highest possible execution priority?

See SETUP.md