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#include <math.h>
#include "demo.h"
#include "entity.h"
#include "input.h"
#include "ppu/ppu.h"
#define HH_DEMO_BALL_COUNT 1
hh_s_ppu_loc_fam_entry g_hh_demo_balls[HH_DEMO_BALL_COUNT];
hh_s_entity_player g_hh_player_1 = {
.pos_x = 31000, // 0b0000 0001 0011 0110
.pos_y = 21000,
.radius = 8,
.speed = 100,
.direction_x = 1,
.rotation = 8,
.in_air = false,
};
void hh_player_movement();
uint16_t g_hh_pos_x; // 0b0000 0001 0011 0110
uint16_t g_hh_pos_y;
uint8_t g_hh_left = 0;
uint8_t g_hh_right = 0;
uint8_t g_hh_up = 0;
uint8_t g_hh_down = 0;
uint8_t g_hh_pos_x_bit[2];
uint8_t g_hh_pos_y_bit[2];
uint8_t g_hh_data_send[3];
int g_hh_tile_x;
int g_hh_tile_y;
void hh_demo_setup() {
// load sprites
hh_ppu_update_sprite(0, HH_DBG_SPRITE_BALL);
hh_ppu_update_sprite(1, HH_DBG_SPRITE_CHECKERBOARD);
// background pattern
hh_ppu_update_color(0, 1, (hh_ppu_rgb_color_t){0x4, 0x4, 0x4});
for (unsigned i = 0; i < HH_PPU_BG_CANVAS_TILES_H * HH_PPU_BG_CANVAS_TILES_V; i++) {
hh_ppu_update_background(i, (hh_s_ppu_loc_bam_entry){
.horizontal_flip = false,
.vertical_flip = false,
.palette_index = 0,
.tilemap_index = 1,
});
}
// cool colors
hh_ppu_update_color(1, 1, (hh_ppu_rgb_color_t){0xf, 0x0, 0xf});
hh_ppu_update_color(2, 1, (hh_ppu_rgb_color_t){0xf, 0xf, 0xf});
hh_ppu_update_color(3, 1, (hh_ppu_rgb_color_t){0xf, 0x0, 0x0});
hh_ppu_update_color(4, 1, (hh_ppu_rgb_color_t){0x0, 0xf, 0xf});
hh_ppu_update_color(5, 1, (hh_ppu_rgb_color_t){0x0, 0x0, 0xf});
// balls
for (unsigned i = 0; i < HH_DEMO_BALL_COUNT; i++) {
g_hh_demo_balls[i].horizontal_flip = false;
g_hh_demo_balls[i].vertical_flip = false;
g_hh_demo_balls[i].palette_index = i + 1;
g_hh_demo_balls[i].tilemap_index = 0;
}
}
void hh_demo_loop(unsigned long frame) {
hh_player_movement();
// input testing (no hitbox stuff)
// g_hh_player_1.pos_x += ((-1 * g_hh_controller_p1.dpad_left) + (1 * g_hh_controller_p1.dpad_right)) * g_hh_player_1.speed; // -1 = L || 1 == R
// g_hh_player_1.pos_y += ((-1 * g_hh_controller_p1.dpad_up) + (1 * g_hh_controller_p1.dpad_down)) * g_hh_player_1.speed; // -1 = D || 1 == U
// adjust map size
g_hh_pos_x = g_hh_player_1.pos_x / 100;
g_hh_pos_y = g_hh_player_1.pos_y / 100;
// update player sprite on ppu
g_hh_demo_balls[0].position_x = g_hh_pos_x;
g_hh_demo_balls[0].position_y = g_hh_pos_y;
hh_ppu_update_foreground(0, g_hh_demo_balls[0]);
// set background pattern position
hh_ppu_update_aux((hh_s_ppu_loc_aux){
.bg_shift_x = (frame / 2) % HH_PPU_SPRITE_WIDTH,
.bg_shift_y = (frame / 8) % HH_PPU_SPRITE_HEIGHT,
.fg_fetch = 0,
.sysreset = 0,
});
}
// void sendData(uint8_t address, uint16_t data) {
// uint8_t bitData[3];
// bitData[2] = data & 0xff;
// bitData[1] = (data >> 8);
// bitData[0] = address; // first byte is address
//
// HAL_GPIO_WritePin(GPIOA, GPIO_PIN_9, GPIO_PIN_RESET);
// HAL_SPI_Transmit(&hspi1, bitData, 3, 100); //2*8 bit data
// HAL_GPIO_WritePin(GPIOA, GPIO_PIN_9, GPIO_PIN_SET);
// }
void hh_player_movement() {
int8_t directionX = (-1 * g_hh_controller_p1.dpad_left) + (1 * g_hh_controller_p1.dpad_right); // -1 = L || 1 == R
int8_t directionY = (-1 * g_hh_controller_p1.dpad_up) + (1 * g_hh_controller_p1.dpad_down); // -1 = D || 1 == U
uint8_t i, j;
uint8_t rotation = 0; // 0-7
// rotation calc
for (i = -1; i < 2; i++) {
for (j = -1; j < 2; j++) {
if (directionX == i) {
if (directionY == j) {
if (i != 0 && j != 0) // dont update when player idle
{
g_hh_player_1.rotation = rotation;
}
}
}
rotation++;
}
}
// direction calc
if (directionX != 0) // update direction if player is not idle
{
g_hh_player_1.direction_x = directionX;
}
// collision map x-axis
// tile calc including radius and direction for background coliision
uint16_t tileColX;
uint16_t tileColY = (g_hh_player_1.pos_y / 100) / 16;
;
// remaining space between grid and exact
uint8_t modTileX;
uint8_t modTileY;
if (g_hh_player_1.in_air == false && directionX != 0) {
if (directionX == 1) {
tileColX = ((g_hh_player_1.pos_x / 100) + g_hh_player_1.radius) / 16;
modTileX = (g_hh_player_1.pos_x + (100 * g_hh_player_1.radius)) % 1600;
} else if (directionX == -1) {
tileColX = ((g_hh_player_1.pos_x / 100) - g_hh_player_1.radius) / 16;
modTileX = (g_hh_player_1.pos_x - (100 * g_hh_player_1.radius)) % 1600;
}
if (HH_DEMO_HITBOX_TILEMAP[tileColY][tileColX + directionX] != 1) {
g_hh_player_1.pos_x = g_hh_player_1.pos_x + (directionX * g_hh_player_1.speed); // NEW x set
}
else if (HH_DEMO_HITBOX_TILEMAP[tileColY][tileColX + directionX] == 1) {
if (modTileX < g_hh_player_1.speed) {
g_hh_player_1.pos_x = g_hh_player_1.pos_x + (directionX * modTileX); // NEW x set
} else {
g_hh_player_1.pos_x = g_hh_player_1.pos_x + (directionX * g_hh_player_1.speed); // NEW x set
}
}
} else // if in air different all borders have to be checked
{
}
if(directionY != 0)
{
// g_hh_player_1.pos_y = g_hh_player_1.pos_y + (directionY * g_hh_player_1.speed * 2); // NEW x set
}
// collision map floor (y-axis) (falling)
// if falling no jump press (implement)
/*
tileColY = (( g_hh_player_1.pos_y / 100) + g_hh_player_1.radius) / 16; //bottom of player box
modTileY = 1;
if(HH_DEMO_HITBOX_TILEMAP[tileColY+1][tileColX] != 1) //rework after jumping
{
g_hh_player_1.pos_y = g_hh_player_1.pos_y + 5 ;// NEW y set //makew var gravity
//playerStat = falling; //for later use of graphics/sound
}
*/
// else if(HH_DEMO_HITBOX_TILEMAP[])
}
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