void remote_draw_status(obj_type *obj)
{
// slow status
if (remote_timed_out(obj)) {
remote_draw_icon(obj,view_images_get_gl_id(remote_slow_image_idx));
return;
}
// talking status
if (obj->remote.talking) {
remote_draw_icon(obj,view_images_get_gl_id(remote_talk_image_idx));
return;
}
}
void decal_render_mark(int stencil_idx,decal_type *decal)
{
int k,tick,fade_out_start_tick;
float alpha,g_size,gx,gy;
float cf[3];
float *vp;
d3col col;
iface_mark_type *mark;
// get the alpha
mark=&iface.mark_list.marks[decal->mark_idx];
alpha=decal->alpha;
tick=game_time_get()-decal->start_tick;
if (tick<mark->fade_in_msec) {
alpha=(alpha*(float)tick)/(float)mark->fade_in_msec;
}
else {
fade_out_start_tick=mark->fade_in_msec+mark->life_msec;
if (tick>=fade_out_start_tick) {
k=tick-fade_out_start_tick;
alpha=(alpha*(float)(mark->fade_out_msec-k))/(float)mark->fade_out_msec;
}
}
// blending
if (mark->blend_add) {
glBlendFunc(GL_SRC_ALPHA,GL_ONE);
}
else {
glBlendFunc(GL_SRC_ALPHA,GL_ONE_MINUS_SRC_ALPHA);
}
// get the decal image
effect_image_animate_get_uv(tick,0,&mark->animate,&gx,&gy,&g_size);
// get lighting
if (mark->hilite) {
col.r=col.g=col.b=1.0f;
}
else {
gl_lights_calc_color((float)decal->x[0],(float)decal->y[0],(float)decal->z[0],cf);
col.r=cf[0];
col.g=cf[1];
col.b=cf[2];
}
// setup vertex ptr
view_bind_utility_vertex_object();
vp=(float*)view_map_utility_vertex_object();
*vp++=(float)decal->x[0];
*vp++=(float)decal->y[0];
*vp++=(float)decal->z[0];
*vp++=gx;
*vp++=gy;
*vp++=(float)decal->x[3];
*vp++=(float)decal->y[3];
*vp++=(float)decal->z[3];
*vp++=gx;
*vp++=gy+g_size;
*vp++=(float)decal->x[1];
*vp++=(float)decal->y[1];
*vp++=(float)decal->z[1];
*vp++=gx+g_size;
*vp++=gy;
*vp++=(float)decal->x[2];
*vp++=(float)decal->y[2];
*vp++=(float)decal->z[2];
*vp++=gx+g_size;
*vp++=gy+g_size;
view_unmap_utility_vertex_object();
// draw the polygon
gl_shader_draw_execute_simple_bitmap_set_texture(view_images_get_gl_id(mark->image_idx));
gl_shader_draw_execute_simple_bitmap_start(3,0,(3*sizeof(float)),((3+2)*sizeof(float)),&col,alpha);
glStencilFunc(GL_EQUAL,stencil_idx,0xFF);
glDrawArrays(GL_TRIANGLE_STRIP,0,4);
gl_shader_draw_execute_simple_bitmap_end();
view_unbind_utility_vertex_object();
}
void halo_draw_render(void)
{
int n,x,y,psz;
float *vp;
d3col col;
halo_draw_type *halo_draw;
// any halos to draw?
if (view.render->halo_draw.in_view_count==0) return;
// setup texture drawing
glEnable(GL_BLEND);
glBlendFunc(GL_SRC_ALPHA,GL_ONE_MINUS_SRC_ALPHA);
glDisable(GL_DEPTH_TEST);
// get color
col.r=col.g=col.b=1.0f;
// draw halos
for (n=0;n!=view.render->halo_draw.count;n++) {
halo_draw=&view.render->halo_draw.halos[n];
if (!halo_draw->in_view) continue;
// halo size
x=halo_draw->proj_pnt.x;
y=halo_draw->proj_pnt.y;
psz=halo_draw->pixel_sz>>1;
// setup vertex
view_bind_utility_vertex_object();
vp=(float*)view_map_utility_vertex_object();
*vp++=(float)(x-psz);
*vp++=(float)(y-psz);
*vp++=0.0f;
*vp++=0.0f;
*vp++=(float)(x-psz);
*vp++=(float)(y+psz);
*vp++=0.0f;
*vp++=1.0f;
*vp++=(float)(x+psz);
*vp++=(float)(y-psz);
*vp++=1.0f;
*vp++=0.0f;
*vp++=(float)(x+psz);
*vp++=(float)(y+psz);
*vp++=1.0f;
*vp++=1.0f;
view_unmap_utility_vertex_object();
// draw halo
gl_shader_draw_execute_simple_bitmap_set_texture(view_images_get_gl_id(iface.halo_list.halos[halo_draw->idx].image_idx));
glTexParameteri(GL_TEXTURE_2D,GL_TEXTURE_WRAP_S,GL_CLAMP_TO_EDGE);
glTexParameteri(GL_TEXTURE_2D,GL_TEXTURE_WRAP_T,GL_CLAMP_TO_EDGE);
gl_shader_draw_execute_simple_bitmap_start(2,0,(2*sizeof(float)),((2+2)*sizeof(float)),&col,halo_draw->alpha);
glDrawArrays(GL_TRIANGLE_STRIP,0,4);
glTexParameteri(GL_TEXTURE_2D,GL_TEXTURE_WRAP_S,GL_REPEAT);
glTexParameteri(GL_TEXTURE_2D,GL_TEXTURE_WRAP_T,GL_REPEAT);
gl_shader_draw_execute_simple_bitmap_end();
view_unbind_utility_vertex_object();
}
}
