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);
}
void redraw(void) {
#line 67
All * a = global_a;
#line 69
if (a->load_after_redraw) {
if (! a->overview) {
render_loading_screen();
}
#line 72
if (a->load_after_redraw == 1) {
a->load_after_redraw = 2;
}
#line 74
else if (a->load_after_redraw == 2) {
// wait for logic code to advance
#line 74
;
}
#line 77
if (a->load_after_redraw > 2) {
a->load_after_redraw++;
double t = land_get_time();
while (1) {
if (! blocks_preload(game->blocks)) {
a->load_after_redraw = 0;
#line 84
if (a->overview) {
overview_render_next(game->overview);
}
#line 86
break;
}
#line 87
if (land_get_time() > t + 0.01) {
break;
}
}
}
#line 90
if (! a->overview) {
#line 90
return ;
}
}
float w = land_display_width();
float h = land_display_height();
//float fh = land_font_height(a->font)
#line 97
if (a->title) {
title_render();
}
#line 98
else {
#line 100
render(game, w, h);
}
if (a->show_fps) {
double f1, f2;
get_fps(& f1, & f2);
land_text_pos(w, 0);
land_font_set(a->font);
land_color(a->text.r, a->text.g, a->text.b, a->text.a);
land_print_right("FPS: %4d +- %-4d", (int) f1, (int) f2);
land_print_right("%4d / sec", (int)(1.0 / a->direct_speed_measure));
}
}
