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package demonchime
import "base:runtime"
import "core:fmt"
import "core:log"
import "core:mem"
import hm "core:container/handle_map"
import "phys"
import "fw"
Handle :: hm.Handle32
Vec2 :: fw.Vec2
Vec2i :: fw.Vec2i
Color :: fw.Color
Rect :: fw.Rect
ROOM_FADE_SIZE :: 8
FIXED_UPDATE_RATE :: 1.0/60
SCREEN_WIDTH :: 256
SCREEN_HEIGHT :: 256
SCREEN_SIZE :: Vec2{SCREEN_WIDTH, SCREEN_HEIGHT}
SCREEN_SIZE_INT :: Vec2i{SCREEN_WIDTH, SCREEN_HEIGHT}
state: struct {
debug_mode: bool,
camera_target: Vec2,
camera_pos: Vec2,
last_fixed_update: f64,
prop_list: hm.Dynamic_Handle_Map(Prop, Handle),
wiggle_prop_list: hm.Dynamic_Handle_Map(Wiggle_Prop, Handle),
platform_list: hm.Dynamic_Handle_Map(Platform, Handle),
bullet_list: hm.Dynamic_Handle_Map(Bullet, Handle),
rope_list: hm.Dynamic_Handle_Map(Rope, Handle),
}
logger: log.Logger
init :: proc() {
fw.init({
win_name = "Demonchime",
win_size = SCREEN_SIZE_INT * 3,
screen_size = SCREEN_SIZE_INT,
renderer_backend = .OpenGL,
})
init_keybinds()
init_player()
open_room(.Carrabassett0)
}
frame :: proc() {
update_keybinds()
if fw.is_keybind_just_down(actions.toggle_debug_mode) {
state.debug_mode = !state.debug_mode
}
if fw.is_keybind_just_down(actions.toggle_fullscreen) {
// rl.ToggleBorderlessWindowed()
// rl.ToggleFullscreen()
}
dt := f32(fw.get_delta_time())
if fw.get_time() - state.last_fixed_update > FIXED_UPDATE_RATE {
state.last_fixed_update = fw.get_time()
for cb in fixed_update_callbacks {
cb(FIXED_UPDATE_RATE)
}
}
for cb in update_callbacks {
cb(dt)
}
state.camera_pos = dt_lerp(
state.camera_pos,
state.camera_target,
CAMERA_ACCEL,
)
fw.set_camera_pos(state.camera_pos)
fw.draw_rect(
{0, 0},
{f32(current_room.width), f32(current_room.height)},
color = get_room(current_room.id).background_color,
)
for cb in draw_callbacks {
cb()
}
draw_room(current_room.id)
for cb in fg_draw_callbacks {
cb()
}
fw.draw_rect_gradient(
{0, 0},
{ROOM_FADE_SIZE, f32(current_room.height)},
tl_color = fw.BLACK, tr_color = fw.TRANSPARENT,
bl_color = fw.BLACK, br_color = fw.TRANSPARENT,
)
fw.draw_rect_gradient(
{f32(current_room.width) - ROOM_FADE_SIZE, 0},
{ROOM_FADE_SIZE, f32(current_room.height)},
tl_color = fw.TRANSPARENT, tr_color = fw.BLACK,
bl_color = fw.TRANSPARENT, br_color = fw.BLACK,
)
fw.draw_rect_gradient(
{0, 0},
{f32(current_room.width), ROOM_FADE_SIZE},
tl_color = fw.BLACK, tr_color = fw.BLACK,
bl_color = fw.TRANSPARENT, br_color = fw.TRANSPARENT,
)
fw.draw_rect_gradient(
{0, f32(current_room.height) - ROOM_FADE_SIZE},
{f32(current_room.width), ROOM_FADE_SIZE},
tl_color = fw.TRANSPARENT, tr_color = fw.TRANSPARENT,
bl_color = fw.BLACK, br_color = fw.BLACK,
)
if state.debug_mode {
// Draw all collisions
body_it: int
color := Color{1, 0.25, 0.5, 0.25}
body_iter := hm.iterator_make(&phys.world.bodies)
for _, body in hm.iterate(&body_iter) {
rect := phys.get_rect(body)
rect.start += phys.get_position(body)
fw.draw_rect(rect.start, rect.size, color = color, lines = true)
fw.draw_rect(rect.start, rect.size, color = color)
}
}
// fps_text := fmt.caprintf(
// "FPS: %v",
// rl.GetFPS(),
// allocator = context.temp_allocator,
// )
// rl.DrawText(fps_text, 5, 5, 8, rl.GREEN)
//
// if state.debug_mode {
// rl.DrawText("Debug Mode", 5, 5 + 8, 8, rl.YELLOW)
// }
}
cleanup :: proc() {
deinit_player()
hm.dynamic_destroy(&state.platform_list)
hm.dynamic_destroy(&state.bullet_list)
hm.dynamic_destroy(&state.prop_list)
hm.dynamic_destroy(&state.wiggle_prop_list)
clear_ropes()
hm.dynamic_destroy(&state.rope_list)
phys.destroy_world()
fw.deinit()
}
main :: proc() {
when ODIN_DEBUG {
track: mem.Tracking_Allocator
mem.tracking_allocator_init(&track, context.allocator)
context.allocator = mem.tracking_allocator(&track)
defer {
if len(track.allocation_map) > 0 {
fmt.eprintf(
"=== %v allocations not freed: ===\n",
len(track.allocation_map),
)
total := 0
for _, entry in track.allocation_map {
fmt.eprintf(
"- %v bytes @ %v (%v, mode %v)\n",
entry.size,
entry.location,
entry.err,
entry.mode,
)
total += entry.size
}
fmt.eprintf("=== a total of %v bytes unfreed ===\n", total)
}
mem.tracking_allocator_destroy(&track)
}
}
logger = log.create_console_logger()
context.logger = logger
defer log.destroy_console_logger(logger)
init()
for fw.next_frame() {
frame()
if fw.is_keybind_just_down(actions.exit) {
break
}
}
cleanup()
}
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