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Get first example working
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@ -112,13 +112,18 @@ pub fn include_gfx(input: TokenStream) -> TokenStream {
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let mut image_code = vec![];
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let mut image_code = vec![];
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for (image_name, &image) in images.iter() {
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for (image_name, &image) in images.iter() {
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let assignment_offset = match image.colours() {
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Colours::Colours16 => Some(assignment_offsets[image_name]),
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_ => None,
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};
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image_code.push(convert_image(
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image_code.push(convert_image(
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image,
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image,
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parent,
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parent,
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image_name,
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image_name,
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&config.crate_prefix(),
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&config.crate_prefix(),
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&optimisation_results,
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&optimisation_results,
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assignment_offsets[image_name],
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assignment_offset,
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));
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));
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}
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}
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@ -268,7 +273,7 @@ fn convert_image(
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variable_name: &str,
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variable_name: &str,
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crate_prefix: &str,
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crate_prefix: &str,
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optimisation_results: &Palette16OptimisationResults,
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optimisation_results: &Palette16OptimisationResults,
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assignment_offset: usize,
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assignment_offset: Option<usize>,
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) -> proc_macro2::TokenStream {
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) -> proc_macro2::TokenStream {
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let image_filename = &parent.join(&settings.filename());
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let image_filename = &parent.join(&settings.filename());
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let image = Image::load_from_file(image_filename);
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let image = Image::load_from_file(image_filename);
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@ -384,6 +389,38 @@ fn add_image_to_tile_data(
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}
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}
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}
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}
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fn add_image_256_to_tile_data(
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tile_data: &mut Vec<u8>,
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image: &Image,
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tile_size: TileSize,
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optimiser: &Palette16OptimisationResults,
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) {
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let tile_size = tile_size.to_size();
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let tiles_x = image.width / tile_size;
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let tiles_y = image.height / tile_size;
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let all_colours: Vec<_> = optimiser
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.optimised_palettes
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.iter()
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.flat_map(|p| p.colours())
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.collect();
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for y in 0..tiles_y {
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for x in 0..tiles_x {
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for inner_y in 0..tile_size / 8 {
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for inner_x in 0..tile_size / 8 {
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for j in inner_y * 8..inner_y * 8 + 8 {
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for i in inner_x * 8..inner_x * 8 + 8 {
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let colour = image.colour(x * tile_size + i, y * tile_size + j);
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tile_data.push(all_colours.iter().position(|c| **c == colour).unwrap() as u8);
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}
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}
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}
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}
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}
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}
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}
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fn flatten_group(expr: &Expr) -> &Expr {
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fn flatten_group(expr: &Expr) -> &Expr {
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match expr {
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match expr {
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Expr::Group(group) => &group.expr,
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Expr::Group(group) => &group.expr,
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@ -1,5 +1,5 @@
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use crate::palette16::Palette16OptimisationResults;
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use crate::palette16::Palette16OptimisationResults;
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use crate::{add_image_to_tile_data, collapse_to_4bpp, TileSize};
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use crate::{add_image_256_to_tile_data, add_image_to_tile_data, collapse_to_4bpp, TileSize};
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use crate::{image_loader::Image, ByteString};
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use crate::{image_loader::Image, ByteString};
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use proc_macro2::TokenStream;
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use proc_macro2::TokenStream;
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@ -14,7 +14,7 @@ pub(crate) fn generate_code(
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image_filename: &str,
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image_filename: &str,
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tile_size: TileSize,
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tile_size: TileSize,
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crate_prefix: String,
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crate_prefix: String,
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assignment_offset: usize,
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assignment_offset: Option<usize>,
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) -> TokenStream {
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) -> TokenStream {
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let crate_prefix = format_ident!("{}", crate_prefix);
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let crate_prefix = format_ident!("{}", crate_prefix);
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let output_variable_name = format_ident!("{}", output_variable_name);
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let output_variable_name = format_ident!("{}", output_variable_name);
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@ -35,14 +35,13 @@ pub(crate) fn generate_code(
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}
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}
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});
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});
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let (tile_data, assignments) = if let Some(assignment_offset) = assignment_offset {
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let mut tile_data = Vec::new();
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let mut tile_data = Vec::new();
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add_image_to_tile_data(&mut tile_data, image, tile_size, results, assignment_offset);
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add_image_to_tile_data(&mut tile_data, image, tile_size, results, assignment_offset);
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let tile_data = collapse_to_4bpp(&tile_data);
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let tile_data = collapse_to_4bpp(&tile_data);
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let data = ByteString(&tile_data);
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let num_tiles = image.width * image.height / tile_size.to_size().pow(2);
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let num_tiles = image.width * image.height / tile_size.to_size().pow(2);
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let assignments = results
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let assignments = results
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@ -50,7 +49,19 @@ pub(crate) fn generate_code(
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.iter()
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.iter()
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.skip(assignment_offset)
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.skip(assignment_offset)
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.take(num_tiles)
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.take(num_tiles)
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.map(|&x| x as u8);
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.map(|&x| x as u8)
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.collect();
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(tile_data, assignments)
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} else {
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let mut tile_data = Vec::new();
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add_image_256_to_tile_data(&mut tile_data, image, tile_size, results);
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(tile_data, vec![])
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};
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let data = ByteString(&tile_data);
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quote! {
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quote! {
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#[allow(non_upper_case_globals)]
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#[allow(non_upper_case_globals)]
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69
agb/examples/affine_background.rs
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69
agb/examples/affine_background.rs
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@ -0,0 +1,69 @@
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#![no_std]
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#![no_main]
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use agb::{
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display::{
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tiled::{AffineBackgroundSize, TileFormat, TileSet, TiledMap},
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Priority,
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},
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fixnum::{num, Num},
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include_gfx,
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input::Tri,
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};
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include_gfx!("examples/affine_tiles.toml");
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#[agb::entry]
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fn main(mut gba: agb::Gba) -> ! {
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let (gfx, mut vram) = gba.display.video.tiled2();
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let vblank = agb::interrupt::VBlank::get();
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let tileset = TileSet::new(affine_tiles::water_tiles.tiles, TileFormat::EightBpp);
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vram.set_background_palettes(affine_tiles::water_tiles.palettes);
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let mut bg = gfx.background(Priority::P0, AffineBackgroundSize::Background32x32);
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for y in 0..32u16 {
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for x in 0..32u16 {
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bg.set_tile(&mut vram, (x, y).into(), &tileset, 1);
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}
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}
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bg.commit(&mut vram);
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bg.show();
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let mut rotation = num!(0.);
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let rotation_increase = num!(1.);
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let mut input = agb::input::ButtonController::new();
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loop {
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input.update();
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let x_dir = match input.x_tri() {
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Tri::Positive => (1, 0).into(),
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Tri::Negative => (-1, 0).into(),
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_ => (0, 0).into(),
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};
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let y_dir = match input.y_tri() {
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Tri::Positive => (0, 1).into(),
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Tri::Negative => (0, -1).into(),
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_ => (0, 0).into(),
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};
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let new_scroll_pos = bg.scroll_pos() + x_dir + y_dir;
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agb::println!("{:?}", new_scroll_pos);
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bg.set_scroll_pos(new_scroll_pos);
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bg.set_transform((0i16, 0i16).into(), (1, 1).into(), rotation);
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rotation += rotation_increase;
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if rotation >= num!(255.) {
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rotation = 0.into();
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}
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vblank.wait_for_vblank();
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bg.commit(&mut vram);
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}
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}
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6
agb/examples/affine_tiles.toml
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6
agb/examples/affine_tiles.toml
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@ -0,0 +1,6 @@
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version = "1.0"
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[image.water_tiles]
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filename = "water_tiles.png"
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tile_size = "8x8"
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colours = 256
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@ -278,16 +278,16 @@ impl TiledMapPrivate for AffineMap {
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&mut self.tiles_dirty
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&mut self.tiles_dirty
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}
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}
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fn x_scroll_mut(&mut self) -> &mut Self::Position {
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fn x_scroll_mut(&mut self) -> &mut Self::Position {
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&mut self.transform.position.x
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&mut self.bg_center.x
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}
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}
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fn y_scroll_mut(&mut self) -> &mut Self::Position {
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fn y_scroll_mut(&mut self) -> &mut Self::Position {
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&mut self.transform.position.y
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&mut self.bg_center.y
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}
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}
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fn x_scroll(&self) -> Self::Position {
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fn x_scroll(&self) -> Self::Position {
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self.transform.position.x
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self.bg_center.x
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}
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}
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fn y_scroll(&self) -> Self::Position {
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fn y_scroll(&self) -> Self::Position {
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self.transform.position.y
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self.bg_center.y
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}
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}
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fn affine_matrix(&self) -> Self::AffineMatrix {
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fn affine_matrix(&self) -> Self::AffineMatrix {
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self.transform.matrix
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self.transform.matrix
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@ -377,7 +377,7 @@ impl AffineMap {
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&mut self,
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&mut self,
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display_center: Vector2D<i16>,
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display_center: Vector2D<i16>,
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scale: Vector2D<Num<i16, 8>>,
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scale: Vector2D<Num<i16, 8>>,
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rotation: Num<u8, 8>,
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rotation: Num<u16, 8>,
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) {
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) {
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self.set_transform_raw(crate::syscall::bg_affine_matrix(
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self.set_transform_raw(crate::syscall::bg_affine_matrix(
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self.bg_center,
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self.bg_center,
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@ -159,21 +159,21 @@ pub fn bg_affine_matrix(
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bg_center: Vector2D<Num<i32, 8>>,
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bg_center: Vector2D<Num<i32, 8>>,
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display_center: Vector2D<i16>,
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display_center: Vector2D<i16>,
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scale: Vector2D<Num<i16, 8>>,
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scale: Vector2D<Num<i16, 8>>,
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rotation: Num<u8, 8>,
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rotation: Num<u16, 8>,
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) -> BgAffineSetData {
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) -> BgAffineSetData {
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#[repr(C, packed)]
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#[repr(C, packed)]
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struct Input {
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struct Input {
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bg_center: Vector2D<Num<i32, 8>>,
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bg_center: Vector2D<Num<i32, 8>>,
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display_center: Vector2D<i16>,
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display_center: Vector2D<i16>,
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scale: Vector2D<Num<i16, 8>>,
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scale: Vector2D<Num<i16, 8>>,
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rotation: u16,
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rotation: Num<u16, 8>,
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}
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}
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let input = Input {
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let input = Input {
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bg_center,
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bg_center,
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display_center,
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display_center,
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scale,
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scale,
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rotation: u16::from(rotation.to_raw()) << 8,
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rotation,
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};
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};
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let mut output = MaybeUninit::uninit();
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let mut output = MaybeUninit::uninit();
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