void actor_draw_shadow(Actor * self) {
int f = self->walk_tick >> 2;
if (f > 4) {
f = 8 - f;
}
int d = round(self->angle * 8 / (2 * pi) - 2);
d &= 7;
LandImage * im = self->kind->shadows[d + f * 8];
int w = land_image_width(im);
int h = land_image_height(im);
land_image_draw_scaled(im, self->x - w / 2, self->y - h / 4 - h / 8, 1, 0.5);
if (self->projectile) {
land_image_draw(item_types[self->kind->projectile] ->shadows[d] , self->px, self->py - 16);
}
}
void overview_render(Overview * self) {
land_clear(1, 1, 1, 1);
float zoom = game->viewport->zoom * pow(2, self->zoom / 10.0);
land_reset_transform();
land_translate(self->zoomx, self->zoomy);
land_scale(zoom, zoom);
#line 115
float w = 960;
for (int i = 1; i < 50; i += 1) {
int x, z;
game_level_number_to_xz(i, & x, & z);
float sx, sy;
project(game->viewport, (x - 3) * 128, 0, (z - 3) * 128, & sx, & sy);
#line 122
int j = i;
if (i == game->swap_level) {
j = self->selected;
}
#line 125
else if (i == self->selected) {
if (game->swap_level) {
j = game->swap_level;
sx = self->mx;
sy = self->my;
}
}
#line 131
if (self->screenshot [j]) {
float iw = land_image_width(self->screenshot [j]);
#line 134
land_image_draw_scaled(self->screenshot [j], sx, sy, w / 9 / iw, w / 9 / iw);
}
if (i == self->selected) {
land_premul(1, 0, 0, 0.5);
#line 139
float s = w / 18;
sy += 5 /* the floor is not centered, so add a slight offset */;
#line 142
float xy [8] = {sx, sy - s / 2, sx + s, sy, sx, sy + s / 2, sx - s, sy};
land_filled_polygon(4, xy);
}
}
}
void actor_draw(Actor * self) {
int f = self->walk_tick >> 2;
if (f > 4) {
f = 8 - f;
}
int d = round(self->angle * 8 / (2 * pi) - 2);
d &= 7;
LandImage * im = self->kind->images[d + f * 8];
int w = land_image_width(im);
int h = land_image_height(im);
if (self->dead) {
int y = self->anim_tick * h / 120;
land_image_draw_partial(im, self->x - w / 2, self->y - h + y, 0, 0, w, h - y);
}
else {
land_image_draw(im, self->x - w / 2, self->y - h);
}
if (self->selected) {
land_color(1, 1, 0, 1);
land_rectangle(self->x - w / 2, self->y - h, self->x + w / 2, self->y);
}
if (self->projectile) {
land_image_draw(item_types[self->kind->projectile] ->images[d] , self->px, self->py - 32);
}
float hp = self->hp / self->max_hp;
if (hp > 0.8) {
land_color(0, 1, 0, 1);
}
else if(hp > 0.5) {
land_color(1, 1, 0, 1);
}
else if(hp > 0.2) {
land_color(1, 0, 0, 1);
}
else {
land_color(1, 1, 1, 1);
}
hp *= w;
land_filled_rectangle(self->x - w / 2, self->y - h - 5, self->x - w / 2 + hp, self->y - h - 2);
}
