Examples with DistantLight org.jwildfire.create.tina.base.solidrender.DistantLight used on opensource projects

Example 1 with DistantLight

use of org.jwildfire.create.tina.base.solidrender.DistantLight in project JWildfire by thargor6.

the class SolidRandomFlameGenerator method postProcessFlameBeforeRendering.

@Override
protected Flame postProcessFlameBeforeRendering(RandomFlameGeneratorState pState, Flame pFlame) {
    pFlame.setDefaultSolidRenderingSettings();
    pFlame.setSpatialOversampling(1);
    if (pFlame.getSolidRenderSettings().getLights().size() > 1) {
        DistantLight light = pFlame.getSolidRenderSettings().getLights().get(0);
        light.setAltitude(60 - 120.0 * Math.random());
        light.setAzimuth(30.0 - 60.0 * Math.random());
    }
    if (pFlame.getSolidRenderSettings().getLights().size() > 2) {
        DistantLight light = pFlame.getSolidRenderSettings().getLights().get(1);
        light.setAltitude(40.0 - 80.0 * Math.random());
        light.setAzimuth(80.0 - 160.0 * Math.random());
    }
    return pFlame;
}

Example 2 with DistantLight

use of org.jwildfire.create.tina.base.solidrender.DistantLight in project JWildfire by thargor6.

the class LogDensityFilter method addSolidColors.

private boolean addSolidColors(LogDensityPoint dest, RasterPoint rp, double colorScale) {
    if (solidRendering && rp.hasNormals) {
        LightViewCalculator lightViewCalculator = raster.getLightViewCalculator();
        double avgVisibility;
        if (rp.hasShadows) {
            avgVisibility = 0.0;
            int shadowCount = 0;
            for (int i = 0; i < rp.visibility.length; i++) {
                avgVisibility += rp.visibility[i];
                shadowCount++;
            }
            if (shadowCount > 0) {
                avgVisibility /= (double) shadowCount;
            } else {
                avgVisibility = 1.0;
            }
        } else {
            avgVisibility = 1.0;
        }
        RGBColorD rawColor;
        MaterialSettings material = flame.getSolidRenderSettings().getInterpolatedMaterial(rp.material);
        if (material == null) {
            RGBColorD bgColor = new RGBColorD(dest.bgRed, dest.bgGreen, dest.bgBlue, 1.0 / VecMathLib.COLORSCL);
            double visibility = 0.0;
            for (int i = 0; i < flame.getSolidRenderSettings().getLights().size(); i++) {
                DistantLight light = flame.getSolidRenderSettings().getLights().get(i);
                visibility += light.isCastShadows() && rp.hasShadows ? rp.visibility[i] : avgVisibility;
            }
            visibility = GfxMathLib.clamp(visibility);
            rawColor = new RGBColorD(bgColor, visibility);
        } else {
            double aoInt = Tools.limitValue(flame.getSolidRenderSettings().getAoIntensity(), 0.0, 4.0);
            boolean withSSAO = flame.getSolidRenderSettings().isAoEnabled();
            double ambientIntensity = Math.max(0.0, withSSAO ? (material.getAmbient() - rp.ao * aoInt) : material.getAmbient());
            double aoDiffuseInfluence = flame.getSolidRenderSettings().getAoAffectDiffuse();
            double diffuseIntensity = Math.max(0.0, withSSAO ? (material.getDiffuse() - rp.ao * aoInt * aoDiffuseInfluence) : material.getDiffuse());
            double specularIntensity = material.getPhong();
            SimpleImage reflectionMap = null;
            if (material.getReflMapIntensity() > MathLib.EPSILON && material.getReflMapFilename() != null && material.getReflMapFilename().length() > 0) {
                try {
                    reflectionMap = (SimpleImage) RessourceManager.getImage(material.getReflMapFilename());
                } catch (Exception e) {
                    material.setReflMapFilename(null);
                    e.printStackTrace();
                }
            }
            RGBColorD objColor = new RGBColorD(rp.solidRed * logScaleCalculator.getBalanceRed(), rp.solidGreen * logScaleCalculator.getBalanceGreen(), rp.solidBlue * logScaleCalculator.getBalanceBlue(), 1.0 / VecMathLib.COLORSCL);
            rawColor = new RGBColorD(objColor, ambientIntensity * avgVisibility);
            VectorD normal = new VectorD(rp.nx, rp.ny, rp.nz);
            VectorD viewDir = new VectorD(0.0, 0.0, 1.0);
            for (int i = 0; i < flame.getSolidRenderSettings().getLights().size(); i++) {
                DistantLight light = flame.getSolidRenderSettings().getLights().get(i);
                VectorD lightDir = lightViewCalculator.getLightDir()[i];
                double visibility = light.isCastShadows() && rp.hasShadows ? rp.visibility[i] : avgVisibility;
                double cosa = VectorD.dot(lightDir, normal);
                if (cosa > MathLib.EPSILON) {
                    double diffResponse = material.getLightDiffFunc().evaluate(cosa);
                    rawColor.addFrom(light.getRed() + objColor.r * ambientIntensity / 3.0, light.getGreen() + objColor.g * ambientIntensity / 3.0, light.getBlue() + objColor.b * ambientIntensity / 3.0, visibility * diffResponse * diffuseIntensity * light.getIntensity());
                }
                if (specularIntensity > MathLib.EPSILON) {
                    VectorD r = VectorD.reflect(lightDir, normal);
                    double vr = VectorD.dot(viewDir, r);
                    if (vr < MathLib.EPSILON) {
                        double specularResponse = MathLib.pow(material.getLightDiffFunc().evaluate(-vr), material.getPhongSize());
                        rawColor.addFrom(material.getPhongRed(), material.getPhongGreen(), material.getPhongBlue(), visibility * specularResponse * specularIntensity * light.getIntensity());
                    }
                }
                // http://www.reindelsoftware.com/Documents/Mapping/Mapping.html
                if (reflectionMap != null) {
                    double reflectionMapIntensity = Math.max(0.0, withSSAO ? (material.getReflMapIntensity() - rp.ao * aoInt * aoDiffuseInfluence) : material.getReflMapIntensity());
                    VectorD r = VectorD.reflect(viewDir, normal);
                    UVPairD uv;
                    switch(material.getReflectionMapping()) {
                        case SPHERICAL:
                            uv = UVPairD.sphericalOpenGlMapping(r);
                            break;
                        case BLINN_NEWELL:
                        default:
                            uv = UVPairD.sphericalBlinnNewellLatitudeMapping(r);
                            break;
                    }
                    RGBColorD reflMapColor = uv.getColorFromMap(reflectionMap);
                    rawColor.addFrom(reflMapColor.r * logScaleCalculator.getBalanceRed(), reflMapColor.g * logScaleCalculator.getBalanceGreen(), reflMapColor.b * logScaleCalculator.getBalanceBlue(), visibility * reflectionMapIntensity);
                }
            }
        }
        dest.solidRed += rawColor.r * colorScale * VecMathLib.COLORSCL;
        dest.solidGreen += rawColor.g * colorScale * VecMathLib.COLORSCL;
        dest.solidBlue += rawColor.b * colorScale * VecMathLib.COLORSCL;
        dest.hasSolidColors = true;
        return true;
    }
    return false;
}

Example 3 with DistantLight

use of org.jwildfire.create.tina.base.solidrender.DistantLight in project JWildfire by thargor6.

the class FlameControlsDelegate method refreshSolidRenderLightColorIndicator.

private void refreshSolidRenderLightColorIndicator() {
    DistantLight light = getSolidRenderingSelectedLight();
    Color color = (light != null) ? new Color(Tools.roundColor(light.getRed() * GammaCorrectionFilter.COLORSCL), Tools.roundColor(light.getGreen() * GammaCorrectionFilter.COLORSCL), Tools.roundColor(light.getBlue() * GammaCorrectionFilter.COLORSCL)) : Color.BLACK;
    data.tinaSolidRenderingLightColorBtn.setBackground(color);
}

Example 4 with DistantLight

use of org.jwildfire.create.tina.base.solidrender.DistantLight in project JWildfire by thargor6.

the class FlameControlsDelegate method refreshSolidRenderingLightControls.

private void refreshSolidRenderingLightControls() {
    DistantLight light = getSolidRenderingSelectedLight();
    if (light != null) {
        refreshLightPosControls(light);
        data.tinaSolidRenderingLightCastShadowsCBx.setSelected(light.isCastShadows());
        data.tinaSolidRenderingLightIntensityREd.setText(Tools.doubleToString(light.getIntensity()));
        data.tinaSolidRenderingLightIntensitySlider.setValue(Tools.FTOI(light.getIntensity() * TinaController.SLIDER_SCALE_CENTRE));
        data.tinaSolidRenderingShadowIntensityREd.setText(Tools.doubleToString(light.getShadowIntensity()));
        data.tinaSolidRenderingShadowIntensitySlider.setValue(Tools.FTOI(light.getShadowIntensity() * TinaController.SLIDER_SCALE_CENTRE));
    }
    refreshSolidRenderLightColorIndicator();
}

Example 5 with DistantLight

use of org.jwildfire.create.tina.base.solidrender.DistantLight in project JWildfire by thargor6.

the class AbstractFlameWriter method createFlameAttributes.

protected List<SimpleXMLBuilder.Attribute<?>> createFlameAttributes(Flame pFlame, SimpleXMLBuilder xb) throws Exception {
    List<SimpleXMLBuilder.Attribute<?>> attrList = new ArrayList<SimpleXMLBuilder.Attribute<?>>();
    String fName = pFlame.getName().replaceAll("\"", "");
    if (!fName.equals("")) {
        attrList.add(xb.createAttr("name", fName));
    }
    String bgImagefilename = pFlame.getBGImageFilename().replaceAll("\"", "");
    if (!bgImagefilename.equals("")) {
        attrList.add(xb.createAttr(ATTR_BACKGROUND_IMAGE, bgImagefilename));
    }
    if (pFlame.getLayers().size() == 1) {
        String name = pFlame.getFirstLayer().getName().replaceAll("\"", "");
        if (!name.equals("")) {
            attrList.add(xb.createAttr(ATTR_LAYER_NAME, name));
        }
        String gradientMapFilename = pFlame.getFirstLayer().getGradientMapFilename().replaceAll("\"", "");
        if (!gradientMapFilename.equals("")) {
            attrList.add(xb.createAttr(ATTR_GRADIENT_MAP, gradientMapFilename));
            attrList.add(xb.createAttr(ATTR_GRADIENT_MAP_HOFFSET, pFlame.getFirstLayer().getGradientMapHorizOffset()));
            attrList.add(xb.createAttr(ATTR_GRADIENT_MAP_HSCALE, pFlame.getFirstLayer().getGradientMapHorizScale()));
            attrList.add(xb.createAttr(ATTR_GRADIENT_MAP_VOFFSET, pFlame.getFirstLayer().getGradientMapVertOffset()));
            attrList.add(xb.createAttr(ATTR_GRADIENT_MAP_VSCALE, pFlame.getFirstLayer().getGradientMapVertScale()));
            attrList.add(xb.createAttr(ATTR_GRADIENT_MAP_LCOLOR_ADD, pFlame.getFirstLayer().getGradientMapLocalColorAdd()));
            attrList.add(xb.createAttr(ATTR_GRADIENT_MAP_LCOLOR_SCALE, pFlame.getFirstLayer().getGradientMapLocalColorScale()));
        }
        attrList.add(xb.createAttr(ATTR_SMOOTH_GRADIENT, pFlame.getFirstLayer().isSmoothGradient() ? "1" : "0"));
    }
    attrList.add(xb.createAttr("version", Tools.APP_TITLE + " " + Tools.APP_VERSION));
    attrList.add(xb.createAttr("size", pFlame.getWidth() + " " + pFlame.getHeight()));
    attrList.add(xb.createAttr("center", pFlame.getCentreX() + " " + pFlame.getCentreY()));
    attrList.add(xb.createAttr("scale", pFlame.getPixelsPerUnit()));
    attrList.add(xb.createAttr("rotate", pFlame.getCamRoll()));
    attrList.add(xb.createAttr("filter", pFlame.getSpatialFilterRadius()));
    attrList.add(xb.createAttr(AbstractFlameReader.ATTR_FILTER_TYPE, pFlame.getSpatialFilteringType().toString()));
    attrList.add(xb.createAttr(AbstractFlameReader.ATTR_FILTER_KERNEL, pFlame.getSpatialFilterKernel().toString()));
    attrList.add(xb.createAttr(AbstractFlameReader.ATTR_FILTER_INDICATOR, pFlame.isSpatialFilterIndicator() ? 1 : 0));
    attrList.add(xb.createAttr(AbstractFlameReader.ATTR_FILTER_SHARPNESS, pFlame.getSpatialFilterSharpness()));
    attrList.add(xb.createAttr(AbstractFlameReader.ATTR_FILTER_LOW_DENSITY, pFlame.getSpatialFilterLowDensity()));
    attrList.add(xb.createAttr(AbstractFlameReader.ATTR_SPATIAL_OVERSAMPLE, pFlame.getSpatialOversampling()));
    attrList.add(xb.createAttr(AbstractFlameReader.ATTR_POST_NOISE_FILTER, pFlame.isPostNoiseFilter() ? 1 : 0));
    attrList.add(xb.createAttr(AbstractFlameReader.ATTR_POST_NOISE_FILTER_THRESHOLD, pFlame.getPostNoiseFilterThreshold()));
    attrList.add(xb.createAttr("quality", pFlame.getSampleDensity()));
    attrList.add(xb.createAttr(AbstractFlameReader.ATTR_BACKGROUND_TYPE, pFlame.getBgColorType().toString()));
    if (BGColorType.GRADIENT_2X2.equals(pFlame.getBgColorType()) || BGColorType.GRADIENT_2X2_C.equals(pFlame.getBgColorType())) {
        attrList.add(xb.createAttr(AbstractFlameReader.ATTR_BACKGROUND_UL, (double) pFlame.getBgColorULRed() / 255.0 + " " + (double) pFlame.getBgColorULGreen() / 255.0 + " " + (double) pFlame.getBgColorULBlue() / 255.0));
        attrList.add(xb.createAttr(AbstractFlameReader.ATTR_BACKGROUND_UR, (double) pFlame.getBgColorURRed() / 255.0 + " " + (double) pFlame.getBgColorURGreen() / 255.0 + " " + (double) pFlame.getBgColorURBlue() / 255.0));
        attrList.add(xb.createAttr(AbstractFlameReader.ATTR_BACKGROUND_LL, (double) pFlame.getBgColorLLRed() / 255.0 + " " + (double) pFlame.getBgColorLLGreen() / 255.0 + " " + (double) pFlame.getBgColorLLBlue() / 255.0));
        attrList.add(xb.createAttr(AbstractFlameReader.ATTR_BACKGROUND_LR, (double) pFlame.getBgColorLRRed() / 255.0 + " " + (double) pFlame.getBgColorLRGreen() / 255.0 + " " + (double) pFlame.getBgColorLRBlue() / 255.0));
    }
    if (BGColorType.GRADIENT_2X2_C.equals(pFlame.getBgColorType())) {
        attrList.add(xb.createAttr(AbstractFlameReader.ATTR_BACKGROUND_CC, (double) pFlame.getBgColorCCRed() / 255.0 + " " + (double) pFlame.getBgColorCCGreen() / 255.0 + " " + (double) pFlame.getBgColorCCBlue() / 255.0));
    }
    if (BGColorType.SINGLE_COLOR.equals(pFlame.getBgColorType())) {
        attrList.add(xb.createAttr(AbstractFlameReader.ATTR_BACKGROUND, (double) pFlame.getBgColorRed() / 255.0 + " " + (double) pFlame.getBgColorGreen() / 255.0 + " " + (double) pFlame.getBgColorBlue() / 255.0));
    }
    attrList.add(xb.createAttr("bg_transparency", pFlame.isBGTransparency() ? "1" : "0"));
    attrList.add(xb.createAttr("brightness", pFlame.getBrightness()));
    attrList.add(xb.createAttr(ATTR_SATURATION, pFlame.getSaturation()));
    attrList.add(xb.createAttr("gamma", pFlame.getGamma()));
    attrList.add(xb.createAttr("gamma_threshold", pFlame.getGammaThreshold()));
    attrList.add(xb.createAttr("vibrancy", pFlame.getVibrancy()));
    attrList.add(xb.createAttr("contrast", pFlame.getContrast()));
    attrList.add(xb.createAttr(ATTR_WHITE_LEVEL, pFlame.getWhiteLevel()));
    attrList.add(xb.createAttr("temporal_samples", 1.0));
    attrList.add(xb.createAttr("cam_zoom", pFlame.getCamZoom()));
    attrList.add(xb.createAttr("cam_pitch", (pFlame.getCamPitch() * Math.PI) / 180.0));
    attrList.add(xb.createAttr("cam_yaw", (pFlame.getCamYaw() * Math.PI) / 180.0));
    attrList.add(xb.createAttr("cam_persp", pFlame.getCamPerspective()));
    attrList.add(xb.createAttr("cam_xfocus", pFlame.getFocusX()));
    attrList.add(xb.createAttr("cam_yfocus", pFlame.getFocusY()));
    attrList.add(xb.createAttr("cam_zfocus", pFlame.getFocusZ()));
    if (pFlame.getDimishZ() != 0.0) {
        attrList.add(xb.createAttr("cam_zdimish", pFlame.getDimishZ()));
    }
    attrList.add(xb.createAttr(ATTR_CAM_POS_X, pFlame.getCamPosX()));
    attrList.add(xb.createAttr(ATTR_CAM_POS_Y, pFlame.getCamPosY()));
    attrList.add(xb.createAttr(ATTR_CAM_POS_Z, pFlame.getCamPosZ()));
    attrList.add(xb.createAttr("cam_zpos", pFlame.getCamZ()));
    attrList.add(xb.createAttr("cam_dof", pFlame.getCamDOF()));
    attrList.add(xb.createAttr("cam_dof_area", pFlame.getCamDOFArea()));
    attrList.add(xb.createAttr("cam_dof_exponent", pFlame.getCamDOFExponent()));
    if (pFlame.isNewCamDOF()) {
        attrList.add(xb.createAttr("new_dof", "1"));
    }
    attrList.add(xb.createAttr(AbstractFlameReader.ATTR_LOW_DENSITY_BRIGHTNESS, pFlame.getLowDensityBrightness()));
    attrList.add(xb.createAttr(AbstractFlameReader.ATTR_BALANCING_RED, pFlame.getBalanceRed()));
    attrList.add(xb.createAttr(AbstractFlameReader.ATTR_BALANCING_GREEN, pFlame.getBalanceGreen()));
    attrList.add(xb.createAttr(AbstractFlameReader.ATTR_BALANCING_BLUE, pFlame.getBalanceBlue()));
    attrList.add(xb.createAttr(ATTR_CAM_DOF_SHAPE, pFlame.getCamDOFShape().toString()));
    attrList.add(xb.createAttr(ATTR_CAM_DOF_SCALE, pFlame.getCamDOFScale()));
    attrList.add(xb.createAttr(ATTR_CAM_DOF_ROTATE, pFlame.getCamDOFAngle()));
    attrList.add(xb.createAttr(ATTR_CAM_DOF_FADE, pFlame.getCamDOFFade()));
    DOFBlurShape shape = pFlame.getCamDOFShape().getDOFBlurShape();
    if (shape != null) {
        List<String> paramNames = shape.getParamNames();
        if (paramNames.size() > 0) {
            attrList.add(xb.createAttr(ATTR_CAM_DOF_PARAM1, pFlame.getCamDOFParam1()));
            if (paramNames.size() > 1) {
                attrList.add(xb.createAttr(ATTR_CAM_DOF_PARAM2, pFlame.getCamDOFParam2()));
                if (paramNames.size() > 2) {
                    attrList.add(xb.createAttr(ATTR_CAM_DOF_PARAM3, pFlame.getCamDOFParam3()));
                    if (paramNames.size() > 3) {
                        attrList.add(xb.createAttr(ATTR_CAM_DOF_PARAM4, pFlame.getCamDOFParam4()));
                        if (paramNames.size() > 4) {
                            attrList.add(xb.createAttr(ATTR_CAM_DOF_PARAM5, pFlame.getCamDOFParam5()));
                            if (paramNames.size() > 5) {
                                attrList.add(xb.createAttr(ATTR_CAM_DOF_PARAM6, pFlame.getCamDOFParam6()));
                            }
                        }
                    }
                }
            }
        }
    }
    if (pFlame.isPreserveZ()) {
        attrList.add(xb.createAttr("preserve_z", "1"));
    }
    if (pFlame.getResolutionProfile() != null && pFlame.getResolutionProfile().length() > 0)
        attrList.add(xb.createAttr("resolution_profile", pFlame.getResolutionProfile()));
    if (pFlame.getQualityProfile() != null && pFlame.getQualityProfile().length() > 0)
        attrList.add(xb.createAttr("quality_profile", pFlame.getQualityProfile()));
    attrList.add(xb.createAttr("antialias_amount", pFlame.getAntialiasAmount()));
    attrList.add(xb.createAttr("antialias_radius", pFlame.getAntialiasRadius()));
    if (pFlame.getMotionBlurLength() > 0) {
        attrList.add(xb.createAttr(AbstractFlameReader.ATTR_MOTIONBLUR_LENGTH, pFlame.getMotionBlurLength()));
        attrList.add(xb.createAttr(AbstractFlameReader.ATTR_MOTIONBLUR_TIMESTEP, pFlame.getMotionBlurTimeStep()));
        attrList.add(xb.createAttr(AbstractFlameReader.ATTR_MOTIONBLUR_DECAY, pFlame.getMotionBlurDecay()));
    }
    attrList.add(xb.createAttr(AbstractFlameReader.ATTR_POST_SYMMETRY_TYPE, pFlame.getPostSymmetryType().toString()));
    attrList.add(xb.createAttr(AbstractFlameReader.ATTR_POST_SYMMETRY_ORDER, pFlame.getPostSymmetryOrder()));
    attrList.add(xb.createAttr(AbstractFlameReader.ATTR_POST_SYMMETRY_CENTREX, pFlame.getPostSymmetryCentreX()));
    attrList.add(xb.createAttr(AbstractFlameReader.ATTR_POST_SYMMETRY_CENTREY, pFlame.getPostSymmetryCentreY()));
    attrList.add(xb.createAttr(AbstractFlameReader.ATTR_POST_SYMMETRY_DISTANCE, pFlame.getPostSymmetryDistance()));
    attrList.add(xb.createAttr(AbstractFlameReader.ATTR_POST_SYMMETRY_ROTATION, pFlame.getPostSymmetryRotation()));
    if (pFlame.getStereo3dMode() != Stereo3dMode.NONE) {
        attrList.add(xb.createAttr(AbstractFlameReader.ATTR_STEREO3D_MODE, pFlame.getStereo3dMode().toString()));
        attrList.add(xb.createAttr(AbstractFlameReader.ATTR_STEREO3D_ANGLE, pFlame.getStereo3dAngle()));
        attrList.add(xb.createAttr(AbstractFlameReader.ATTR_STEREO3D_EYE_DIST, pFlame.getStereo3dEyeDist()));
        attrList.add(xb.createAttr(AbstractFlameReader.ATTR_STEREO3D_FOCAL_OFFSET, pFlame.getStereo3dFocalOffset()));
        if (pFlame.getStereo3dMode() == Stereo3dMode.ANAGLYPH) {
            attrList.add(xb.createAttr(AbstractFlameReader.ATTR_STEREO3D_LEFT_EYE_COLOR, pFlame.getStereo3dLeftEyeColor().toString()));
            attrList.add(xb.createAttr(AbstractFlameReader.ATTR_STEREO3D_RIGHT_EYE_COLOR, pFlame.getStereo3dRightEyeColor().toString()));
        } else if (pFlame.getStereo3dMode() == Stereo3dMode.INTERPOLATED_IMAGES) {
            attrList.add(xb.createAttr(AbstractFlameReader.ATTR_STEREO3D_INTERPOLATED_IMAGE_COUNT, pFlame.getStereo3dInterpolatedImageCount()));
        }
        attrList.add(xb.createAttr(AbstractFlameReader.ATTR_STEREO3D_PREVIEW, pFlame.getStereo3dPreview().toString()));
        attrList.add(xb.createAttr(AbstractFlameReader.ATTR_STEREO3D_SWAP_SIDES, pFlame.isStereo3dSwapSides() ? "1" : "0"));
    }
    attrList.add(xb.createAttr(AbstractFlameReader.ATTR_FRAME, pFlame.getFrame()));
    attrList.add(xb.createAttr(AbstractFlameReader.ATTR_FRAME_COUNT, pFlame.getFrameCount()));
    attrList.add(xb.createAttr(AbstractFlameReader.ATTR_FPS, pFlame.getFps()));
    attrList.add(xb.createAttr(AbstractFlameReader.ATTR_POSTBLUR_RADIUS, pFlame.getPostBlurRadius()));
    attrList.add(xb.createAttr(AbstractFlameReader.ATTR_POSTBLUR_FADE, pFlame.getPostBlurFade()));
    attrList.add(xb.createAttr(AbstractFlameReader.ATTR_POSTBLUR_FALLOFF, pFlame.getPostBlurFallOff()));
    attrList.add(xb.createAttr(AbstractFlameReader.ATTR_ZBUFFER_SCALE, pFlame.getZBufferScale()));
    if (pFlame.getSolidRenderSettings().isSolidRenderingEnabled()) {
        attrList.add(xb.createAttr(AbstractFlameReader.ATTR_SLD_RENDER_ENABLED, pFlame.getSolidRenderSettings().isSolidRenderingEnabled()));
        attrList.add(xb.createAttr(AbstractFlameReader.ATTR_SLD_RENDER_AO_ENABLED, pFlame.getSolidRenderSettings().isAoEnabled()));
        attrList.add(xb.createAttr(AbstractFlameReader.ATTR_SLD_RENDER_AO_INTENSITY, pFlame.getSolidRenderSettings().getAoIntensity()));
        attrList.add(xb.createAttr(AbstractFlameReader.ATTR_SLD_RENDER_AO_SEARCH_RADIUS, pFlame.getSolidRenderSettings().getAoSearchRadius()));
        attrList.add(xb.createAttr(AbstractFlameReader.ATTR_SLD_RENDER_AO_BLUR_RADIUS, pFlame.getSolidRenderSettings().getAoBlurRadius()));
        attrList.add(xb.createAttr(AbstractFlameReader.ATTR_SLD_RENDER_AO_RADIUS_SAMPLES, pFlame.getSolidRenderSettings().getAoRadiusSamples()));
        attrList.add(xb.createAttr(AbstractFlameReader.ATTR_SLD_RENDER_AO_AZIMUTH_SAMPLES, pFlame.getSolidRenderSettings().getAoAzimuthSamples()));
        attrList.add(xb.createAttr(AbstractFlameReader.ATTR_SLD_RENDER_AO_FALLOFF, pFlame.getSolidRenderSettings().getAoFalloff()));
        attrList.add(xb.createAttr(AbstractFlameReader.ATTR_SLD_RENDER_AO_AFFECT_DIFFUSE, pFlame.getSolidRenderSettings().getAoAffectDiffuse()));
        attrList.add(xb.createAttr(AbstractFlameReader.ATTR_SLD_RENDER_SHADOW_TYPE, pFlame.getSolidRenderSettings().getShadowType().toString()));
        attrList.add(xb.createAttr(AbstractFlameReader.ATTR_SLD_RENDER_SHADOW_SMOOTH_RADIUS, pFlame.getSolidRenderSettings().getShadowSmoothRadius()));
        attrList.add(xb.createAttr(AbstractFlameReader.ATTR_SLD_RENDER_SHADOWMAP_SIZE, pFlame.getSolidRenderSettings().getShadowmapSize()));
        attrList.add(xb.createAttr(AbstractFlameReader.ATTR_SLD_RENDER_SHADOWMAP_BIAS, pFlame.getSolidRenderSettings().getShadowmapBias()));
        attrList.add(xb.createAttr(AbstractFlameReader.ATTR_POST_BOKEH_FILTER_KERNEL, pFlame.getSolidRenderSettings().getPostBokehFilterKernel().toString()));
        attrList.add(xb.createAttr(AbstractFlameReader.ATTR_POST_BOKEH_INTENSITY, pFlame.getSolidRenderSettings().getPostBokehIntensity()));
        attrList.add(xb.createAttr(AbstractFlameReader.ATTR_POST_BOKEH_BRIGHTNESS, pFlame.getSolidRenderSettings().getPostBokehBrightness()));
        attrList.add(xb.createAttr(AbstractFlameReader.ATTR_POST_BOKEH_SIZE, pFlame.getSolidRenderSettings().getPostBokehSize()));
        attrList.add(xb.createAttr(AbstractFlameReader.ATTR_POST_BOKEH_ACTIVATION, pFlame.getSolidRenderSettings().getPostBokehActivation()));
        attrList.add(xb.createAttr(AbstractFlameReader.ATTR_SLD_RENDER_MATERIAL_COUNT, pFlame.getSolidRenderSettings().getMaterials().size()));
        for (int i = 0; i < pFlame.getSolidRenderSettings().getMaterials().size(); i++) {
            MaterialSettings material = pFlame.getSolidRenderSettings().getMaterials().get(i);
            attrList.add(xb.createAttr(AbstractFlameReader.ATTR_SLD_RENDER_MATERIAL_DIFFUSE + i, material.getDiffuse()));
            attrList.add(xb.createAttr(AbstractFlameReader.ATTR_SLD_RENDER_MATERIAL_AMBIENT + i, material.getAmbient()));
            attrList.add(xb.createAttr(AbstractFlameReader.ATTR_SLD_RENDER_MATERIAL_PHONG + i, material.getPhong()));
            attrList.add(xb.createAttr(AbstractFlameReader.ATTR_SLD_RENDER_MATERIAL_PHONG_SIZE + i, material.getPhongSize()));
            attrList.add(xb.createAttr(AbstractFlameReader.ATTR_SLD_RENDER_MATERIAL_PHONG_RED + i, material.getPhongRed()));
            attrList.add(xb.createAttr(AbstractFlameReader.ATTR_SLD_RENDER_MATERIAL_PHONG_GREEN + i, material.getPhongGreen()));
            attrList.add(xb.createAttr(AbstractFlameReader.ATTR_SLD_RENDER_MATERIAL_PHONG_BLUE + i, material.getPhongBlue()));
            attrList.add(xb.createAttr(AbstractFlameReader.ATTR_SLD_RENDER_MATERIAL_REFL_MAP_INTENSITY + i, material.getReflMapIntensity()));
            attrList.add(xb.createAttr(AbstractFlameReader.ATTR_SLD_RENDER_MATERIAL_REFL_MAP_FILENAME + i, material.getReflMapFilename() != null ? material.getReflMapFilename() : ""));
            attrList.add(xb.createAttr(AbstractFlameReader.ATTR_SLD_RENDER_MATERIAL_REFL_MAPPING + i, material.getReflectionMapping().toString()));
            if (material.getLightDiffFunc() instanceof LightDiffFuncPreset)
                attrList.add(xb.createAttr(AbstractFlameReader.ATTR_SLD_RENDER_MATERIAL_LIGHT_DIFF_FUNC + i, ((LightDiffFuncPreset) material.getLightDiffFunc()).toString()));
        }
        attrList.add(xb.createAttr(AbstractFlameReader.ATTR_SLD_RENDER_LIGHT_COUNT, pFlame.getSolidRenderSettings().getLights().size()));
        for (int i = 0; i < pFlame.getSolidRenderSettings().getLights().size(); i++) {
            DistantLight light = pFlame.getSolidRenderSettings().getLights().get(i);
            attrList.add(xb.createAttr(AbstractFlameReader.ATTR_SLD_RENDER_LIGHT_ALTITUDE + i, light.getAltitude()));
            writeMotionCurve(xb, attrList, AbstractFlameReader.ATTR_SLD_RENDER_LIGHT_ALTITUDE + i, light.getAltitudeCurve());
            attrList.add(xb.createAttr(AbstractFlameReader.ATTR_SLD_RENDER_LIGHT_AZIMUTH + i, light.getAzimuth()));
            writeMotionCurve(xb, attrList, AbstractFlameReader.ATTR_SLD_RENDER_LIGHT_AZIMUTH + i, light.getAzimuthCurve());
            attrList.add(xb.createAttr(AbstractFlameReader.ATTR_SLD_RENDER_LIGHT_INTENSITY + i, light.getIntensity()));
            attrList.add(xb.createAttr(AbstractFlameReader.ATTR_SLD_RENDER_LIGHT_RED + i, light.getRed()));
            attrList.add(xb.createAttr(AbstractFlameReader.ATTR_SLD_RENDER_LIGHT_GREEN + i, light.getGreen()));
            attrList.add(xb.createAttr(AbstractFlameReader.ATTR_SLD_RENDER_LIGHT_BLUE + i, light.getBlue()));
            attrList.add(xb.createAttr(AbstractFlameReader.ATTR_SLD_RENDER_LIGHT_SHADOWS + i, light.isCastShadows()));
            attrList.add(xb.createAttr(AbstractFlameReader.ATTR_SLD_RENDER_LIGHT_SHADOW_INTENSITY + i, light.getShadowIntensity()));
        }
    }
    writeMotionCurves(pFlame, xb, attrList, null, flameAttrMotionCurveBlackList);
    attrList.add(xb.createAttr(AbstractFlameReader.ATTR_CHANNEL_MIXER_MODE, pFlame.getChannelMixerMode().toString()));
    switch(pFlame.getChannelMixerMode()) {
        case BRIGHTNESS:
            writeMotionCurve(xb, attrList, AbstractFlameReader.ATTR_CHANNEL_MIXER_RR_CURVE, pFlame.getMixerRRCurve());
            break;
        case RGB:
            writeMotionCurve(xb, attrList, AbstractFlameReader.ATTR_CHANNEL_MIXER_RR_CURVE, pFlame.getMixerRRCurve());
            writeMotionCurve(xb, attrList, AbstractFlameReader.ATTR_CHANNEL_MIXER_GG_CURVE, pFlame.getMixerGGCurve());
            writeMotionCurve(xb, attrList, AbstractFlameReader.ATTR_CHANNEL_MIXER_BB_CURVE, pFlame.getMixerBBCurve());
            break;
        case FULL:
            writeMotionCurve(xb, attrList, AbstractFlameReader.ATTR_CHANNEL_MIXER_RR_CURVE, pFlame.getMixerRRCurve());
            writeMotionCurve(xb, attrList, AbstractFlameReader.ATTR_CHANNEL_MIXER_RG_CURVE, pFlame.getMixerRGCurve());
            writeMotionCurve(xb, attrList, AbstractFlameReader.ATTR_CHANNEL_MIXER_RB_CURVE, pFlame.getMixerRBCurve());
            writeMotionCurve(xb, attrList, AbstractFlameReader.ATTR_CHANNEL_MIXER_GR_CURVE, pFlame.getMixerGRCurve());
            writeMotionCurve(xb, attrList, AbstractFlameReader.ATTR_CHANNEL_MIXER_GG_CURVE, pFlame.getMixerGGCurve());
            writeMotionCurve(xb, attrList, AbstractFlameReader.ATTR_CHANNEL_MIXER_GB_CURVE, pFlame.getMixerGBCurve());
            writeMotionCurve(xb, attrList, AbstractFlameReader.ATTR_CHANNEL_MIXER_BR_CURVE, pFlame.getMixerBRCurve());
            writeMotionCurve(xb, attrList, AbstractFlameReader.ATTR_CHANNEL_MIXER_BG_CURVE, pFlame.getMixerBGCurve());
            writeMotionCurve(xb, attrList, AbstractFlameReader.ATTR_CHANNEL_MIXER_BB_CURVE, pFlame.getMixerBBCurve());
            break;
        default:
            break;
    }
    return attrList;
}