vba-clojure: org/todo.org annotate

implemented row and column increment logic.

rev	line source
rlm@439	1 * Apr 22
rlm@439	2 - [ ] get third-kind to play, with square-wave modulation.
rlm@439	3 - [ ] multiple tracks
rlm@439	4
rlm@439	5
rlm@439	6
rlm@51	7 * Low level
rlm@51	8
rlm@51	9 ** simplifications
rlm@51	10 - [ ] remove vba code
rlm@51	11 - [ ] remove prof
rlm@51	12 - [ ] remove lua
rlm@51	13
rlm@51	14 ** additional functionality
rlm@55	15 - [X] step the simulator
rlm@62	16 - [X] get CPU data (registers)
rlm@61	17 - [X] get RAM / ROM data
rlm@57	18 - [X] save / load state (use savestates)
rlm@62	19 - [ ] write current frame as image
rlm@62	20 - [ ] write sound to wav file
rlm@55	21 - [X] send button presses to the GB
rlm@51	22
rlm@51	23 * high level
rlm@85	24 - [X] write vbm files from clojure
rlm@85	25 - [X] remove battery backup files
rlm@52	26
rlm@52	27
rlm@52	28
rlm@52	29
rlm@52	30
rlm@52	31
rlm@52	32 saveState() --- returns a SaveState object
rlm@52	33 loadState(SaveState) --- restores a state
rlm@52	34 writeState(SaveState) --- writes a SaveState to a file.
rlm@52	35
rlm@52	36 getRAM() --- returns the ram of the GB in native buffer.
rlm@52	37 getRegisters() --- returns a map of register-keywords => values
rlm@52	38
rlm@52	39 getFrame() --- returns a BufferedImage of data which represents the
rlm@52	40 current frame.
rlm@52	41
rlm@52	42 step(int buttons) --- steps the game while pressing the chosen button(s)
rlm@54	43
rlm@66	44
rlm@66	45 idea: use konami code to invoke ram writer

Mercurial > vba-clojure