CarLightBase.c

См. документацию.

 
class CarLightBase extends SpotLightBase
{
    // What follows are just default light parameters which are overwriten down in the hierarchy in constructors.
    // 'Segregated' means value for a light source that consists of 1 bulb (ex.: when 1 of 2 headlights are destroyed)
    // 'Aggregated' means value for 1 light source that consists of 2 bulbs (ex.: when both headlights are shining, or brake & reverse lights are shining at once)
    // Aggregating lights saves a lot of performance
    
    float       m_SegregatedBrightness = 20;
    float       m_SegregatedRadius = 66;
    float       m_SegregatedAngle = 90;
    vector        m_SegregatedColorRGB = Vector(1.0, 0.8, 0.6);
    
    float       m_AggregatedBrightness = 30;
    float       m_AggregatedRadius = 100;
    float       m_AggregatedAngle = 100;
    vector        m_AggregatedColorRGB = Vector(1.0, 0.8, 0.6);
    
    VehicleLightProfileBase m_LightProfile;
    
    void CarLightBase()
    {
        SetVisibleDuringDaylight(true);
        SetCastShadow(true);
        SetFlareVisible(true);
        FadeIn(0.3);
        SetFadeOutTime(0.25);
    }
    
    void SetLightProfile(notnull VehicleLightProfileBase profile)
    {
        m_LightProfile = profile;
    }
    
    void AggregateLight()
    {
        SetRadiusTo(m_AggregatedRadius);
        SetSpotLightAngle(m_AggregatedAngle);
        SetBrightnessTo(m_AggregatedBrightness);
        SetAmbientColor(m_AggregatedColorRGB[0], m_AggregatedColorRGB[1], m_AggregatedColorRGB[2]);
        SetDiffuseColor(m_AggregatedColorRGB[0], m_AggregatedColorRGB[1], m_AggregatedColorRGB[2]);
        SetFlareVisible(false);
    }
    
    void SegregateLight()
    {
        if (m_LightProfile)
        {
            SetRadiusTo(m_LightProfile.m_SegregatedRadius);
            SetSpotLightAngle(m_LightProfile.m_SegregatedAngle);
            SetBrightnessTo(m_LightProfile.m_SegregatedBrightness);
            vector color = m_LightProfile.m_SegregatedColorRGB;
            SetAmbientColor(color[0], color[1], color[2]);
            SetDiffuseColor(color[0], color[1], color[2]);
            SetFlareVisible(true);
 
            return;     
        }

        SetRadiusTo(m_SegregatedRadius);
        SetSpotLightAngle(m_SegregatedAngle);
        SetBrightnessTo(m_SegregatedBrightness);
        SetAmbientColor(m_SegregatedColorRGB[0], m_SegregatedColorRGB[1], m_SegregatedColorRGB[2]);
        SetDiffuseColor(m_SegregatedColorRGB[0], m_SegregatedColorRGB[1], m_SegregatedColorRGB[2]);
        SetFlareVisible(true);
    }
}