C++ CInifile::r_fvector4方法代码示例

void CUILevelMap::Init	(shared_str name, CInifile& gameLtx, LPCSTR sh_name)
{
	inherited::Init(name, gameLtx, sh_name);
	Fvector4 tmp = gameLtx.r_fvector4(MapName(),"global_rect");
	m_GlobalRect.set(tmp.x, tmp.y, tmp.z, tmp.w);

#ifdef DEBUG
	float kw = m_GlobalRect.width	()	/	BoundRect().width		();
	float kh = m_GlobalRect.height	()	/	BoundRect().height	();

	if(FALSE==fsimilar(kw,kh,EPS_L)){
		Msg(" --incorrect global rect definition for map [%s]  kw=%f kh=%f",*MapName(),kw,kh);
		Msg(" --try x2=%f or  y2=%f",m_GlobalRect.x1+kh*BoundRect().width(), m_GlobalRect.y1+kw*BoundRect().height());
	}
#endif
//	Msg("Succesfully loaded map %s. Zoom=%f",*name, kw);
/*	
	if(gameLtx.line_exist(MapName(),"anomalies_texture")){
		LPCSTR texture						= gameLtx.r_string	(MapName(),"anomalies_texture");
		Fvector4 tmp						= gameLtx.r_fvector4(MapName(),"anomalies_texture_rect"); //lt,wh
		Frect rect; rect.set				(tmp.x,tmp.y,tmp.x+tmp.z,tmp.y+tmp.w);
		m_anomalies_map						= xr_new<CUIStatic>();
		m_anomalies_map->Init				(texture,0.0f,0.0f,0.0f,0.0f);
		m_anomalies_map->GetUIStaticItem().SetOriginalRect(rect);
		m_anomalies_map->SetStretchTexture	(true);
		m_anomalies_map->SetAutoDelete		(false);
	}
*/
}

void CEnvDescriptor::load(CEnvironment& environment, CInifile& config)
{
    Ivector3 tm = {0, 0, 0};
    sscanf(m_identifier.c_str(), "%d:%d:%d", &tm.x, &tm.y, &tm.z);
    R_ASSERT3((tm.x >= 0) && (tm.x < 24) && (tm.y >= 0) && (tm.y < 60) && (tm.z >= 0) && (tm.z < 60), "Incorrect weather time", m_identifier.c_str());
    exec_time = tm.x*3600.f + tm.y*60.f + tm.z;
    exec_time_loaded = exec_time;
    string_path st, st_env;
    xr_strcpy(st, config.r_string(m_identifier.c_str(), "sky_texture"));
    strconcat(sizeof(st_env), st_env, st, "#small");
    sky_texture_name = st;
    sky_texture_env_name = st_env;
    clouds_texture_name = config.r_string(m_identifier.c_str(), "clouds_texture");
    LPCSTR cldclr = config.r_string(m_identifier.c_str(), "clouds_color");
    float multiplier = 0, save = 0;
    sscanf(cldclr, "%f,%f,%f,%f,%f", &clouds_color.x, &clouds_color.y, &clouds_color.z, &clouds_color.w, &multiplier);
    save = clouds_color.w;
    clouds_color.mul(.5f*multiplier);
    clouds_color.w = save;

    sky_color = config.r_fvector3(m_identifier.c_str(), "sky_color");

    if (config.line_exist(m_identifier.c_str(), "sky_rotation")) sky_rotation = deg2rad(config.r_float(m_identifier.c_str(), "sky_rotation"));
    else sky_rotation = 0;
    far_plane = config.r_float(m_identifier.c_str(), "far_plane");
    fog_color = config.r_fvector3(m_identifier.c_str(), "fog_color");
    fog_density = config.r_float(m_identifier.c_str(), "fog_density");
    fog_distance = config.r_float(m_identifier.c_str(), "fog_distance");
    rain_density = config.r_float(m_identifier.c_str(), "rain_density");
    clamp(rain_density, 0.f, 1.f);
    rain_color = config.r_fvector3(m_identifier.c_str(), "rain_color");
    wind_velocity = config.r_float(m_identifier.c_str(), "wind_velocity");
    wind_direction = deg2rad(config.r_float(m_identifier.c_str(), "wind_direction"));
    ambient = config.r_fvector3(m_identifier.c_str(), "ambient_color");
    hemi_color = config.r_fvector4(m_identifier.c_str(), "hemisphere_color");
    sun_color = config.r_fvector3(m_identifier.c_str(), "sun_color");
    // if (config.line_exist(m_identifier.c_str(),"sun_altitude"))
    sun_dir.setHP(
        deg2rad(config.r_float(m_identifier.c_str(), "sun_altitude")),
        deg2rad(config.r_float(m_identifier.c_str(), "sun_longitude"))
        );
    R_ASSERT(_valid(sun_dir));
    // else
    // sun_dir.setHP (
    // deg2rad(config.r_fvector2(m_identifier.c_str(),"sun_dir").y),
    // deg2rad(config.r_fvector2(m_identifier.c_str(),"sun_dir").x)
    // );
    //AVO: commented to allow COC run in debug. I belive Cromm set longtitude to negative value in AF3 and that's why it is failing here
    //VERIFY2(sun_dir.y < 0, "Invalid sun direction settings while loading");

    lens_flare_id = environment.eff_LensFlare->AppendDef(environment, environment.m_suns_config, config.r_string(m_identifier.c_str(), "sun"));
    tb_id = environment.eff_Thunderbolt->AppendDef(environment, environment.m_thunderbolt_collections_config, environment.m_thunderbolts_config, config.r_string(m_identifier.c_str(), "thunderbolt_collection"));
    bolt_period = (tb_id.size()) ? config.r_float(m_identifier.c_str(), "thunderbolt_period") : 0.f;
    bolt_duration = (tb_id.size()) ? config.r_float(m_identifier.c_str(), "thunderbolt_duration") : 0.f;
    env_ambient = config.line_exist(m_identifier.c_str(), "ambient") ? environment.AppendEnvAmb(config.r_string(m_identifier.c_str(), "ambient")) : 0;

    if (config.line_exist(m_identifier.c_str(), "sun_shafts_intensity"))
        m_fSunShaftsIntensity = config.r_float(m_identifier.c_str(), "sun_shafts_intensity");

    if (config.line_exist(m_identifier.c_str(), "water_intensity"))
        m_fWaterIntensity = config.r_float(m_identifier.c_str(), "water_intensity");

#ifdef TREE_WIND_EFFECT
    if (config.line_exist(m_identifier.c_str(), "tree_amplitude_intensity"))
        m_fTreeAmplitudeIntensity = config.r_float(m_identifier.c_str(), "tree_amplitude_intensity");
#endif

    C_CHECK(clouds_color);
    C_CHECK(sky_color);
    C_CHECK(fog_color);
    C_CHECK(rain_color);
    C_CHECK(ambient);
    C_CHECK(hemi_color);
    C_CHECK(sun_color);
    on_device_create();
}