Package com.jme3.export

Examples of com.jme3.export.InputCapsule.readBoolean()

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        float targetLinMotorVelicoty = capsule.readFloat("targetLinMotorVelicoty", 0f);

        float upperAngLimit = capsule.readFloat("upperAngLimit", 0f);
        float upperLinLimit = capsule.readFloat("upperLinLimit", 0f);

        useLinearReferenceFrameA = capsule.readBoolean("useLinearReferenceFrameA", false);

        createJoint();

        setDampingDirAng(dampingDirAng);
        setDampingDirLin(dampingDirLin);
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        nbShadowMaps = ic.readInt("nbShadowMaps", 1);
        shadowMapSize = ic.readInt("shadowMapSize", 0);
        shadowIntensity = ic.readFloat("shadowIntensity", 0.7f);
        edgeFilteringMode = ic.readEnum("edgeFilteringMode", EdgeFilteringMode.class, EdgeFilteringMode.Bilinear);
        shadowCompareMode = ic.readEnum("shadowCompareMode", CompareMode.class, CompareMode.Hardware);
        flushQueues = ic.readBoolean("flushQueues", false);
        init(assetManager, nbShadowMaps, (int) shadowMapSize);
        edgesThickness = ic.readFloat("edgesThickness", 1.0f);
        postshadowMat.setFloat("PCFEdge", edgesThickness);

    }
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            rotationalLimitMotor.setLimitSoftness(capsule.readFloat("rotMotor" + i + "_LimitSoftness", 0.5f));
            rotationalLimitMotor.setLoLimit(capsule.readFloat("rotMotor" + i + "_LoLimit", Float.NEGATIVE_INFINITY));
            rotationalLimitMotor.setMaxLimitForce(capsule.readFloat("rotMotor" + i + "_MaxLimitForce", 300.0f));
            rotationalLimitMotor.setMaxMotorForce(capsule.readFloat("rotMotor" + i + "_MaxMotorForce", 0.1f));
            rotationalLimitMotor.setTargetVelocity(capsule.readFloat("rotMotor" + i + "_TargetVelocity", 0));
            rotationalLimitMotor.setEnableMotor(capsule.readBoolean("rotMotor" + i + "_EnableMotor", false));
        }
        getTranslationalLimitMotor().setAccumulatedImpulse((Vector3f) capsule.readSavable("transMotor_AccumulatedImpulse", Vector3f.ZERO));
        getTranslationalLimitMotor().setDamping(capsule.readFloat("transMotor_Damping", 1.0f));
        getTranslationalLimitMotor().setLimitSoftness(capsule.readFloat("transMotor_LimitSoftness", 0.7f));
        getTranslationalLimitMotor().setLowerLimit((Vector3f) capsule.readSavable("transMotor_LowerLimit", Vector3f.ZERO));
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        super.read(im);
        InputCapsule capsule = im.getCapsule(this);
        this.rotA = (Matrix3f) capsule.readSavable("rotA", new Matrix3f());
        this.rotB = (Matrix3f) capsule.readSavable("rotB", new Matrix3f());

        this.angularOnly = capsule.readBoolean("angularOnly", false);
        this.swingSpan1 = capsule.readFloat("swingSpan1", 1e30f);
        this.swingSpan2 = capsule.readFloat("swingSpan2", 1e30f);
        this.twistSpan = capsule.readFloat("twistSpan", 1e30f);
        createJoint();
    }
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        meshType = ic.readEnum("meshType", ParticleMesh.Type.class, ParticleMesh.Type.Triangle);
        int numParticles = ic.readInt("numParticles", 0);


        enabled = ic.readBoolean("enabled", true);
        particlesPerSec = ic.readFloat("particlesPerSec", 0);
        lowLife = ic.readFloat("lowLife", 0);
        highLife = ic.readFloat("highLife", 0);
        gravity = (Vector3f) ic.readSavable("gravity", null);
        imagesX = ic.readInt("imagesX", 1);
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        startColor = (ColorRGBA) ic.readSavable("startColor", null);
        endColor = (ColorRGBA) ic.readSavable("endColor", null);
        startSize = ic.readFloat("startSize", 0);
        endSize = ic.readFloat("endSize", 0);
        worldSpace = ic.readBoolean("worldSpace", false);
        this.setIgnoreTransform(worldSpace);
        facingVelocity = ic.readBoolean("facingVelocity", false);
        faceNormal = (Vector3f)ic.readSavable("faceNormal", new Vector3f(Vector3f.NAN));
        selectRandomImage = ic.readBoolean("selectRandomImage", false);
        randomAngle = ic.readBoolean("randomAngle", false);
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        endColor = (ColorRGBA) ic.readSavable("endColor", null);
        startSize = ic.readFloat("startSize", 0);
        endSize = ic.readFloat("endSize", 0);
        worldSpace = ic.readBoolean("worldSpace", false);
        this.setIgnoreTransform(worldSpace);
        facingVelocity = ic.readBoolean("facingVelocity", false);
        faceNormal = (Vector3f)ic.readSavable("faceNormal", new Vector3f(Vector3f.NAN));
        selectRandomImage = ic.readBoolean("selectRandomImage", false);
        randomAngle = ic.readBoolean("randomAngle", false);
        rotateSpeed = ic.readFloat("rotateSpeed", 0);
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        endSize = ic.readFloat("endSize", 0);
        worldSpace = ic.readBoolean("worldSpace", false);
        this.setIgnoreTransform(worldSpace);
        facingVelocity = ic.readBoolean("facingVelocity", false);
        faceNormal = (Vector3f)ic.readSavable("faceNormal", new Vector3f(Vector3f.NAN));
        selectRandomImage = ic.readBoolean("selectRandomImage", false);
        randomAngle = ic.readBoolean("randomAngle", false);
        rotateSpeed = ic.readFloat("rotateSpeed", 0);

        switch (meshType) {
            case Point:
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        worldSpace = ic.readBoolean("worldSpace", false);
        this.setIgnoreTransform(worldSpace);
        facingVelocity = ic.readBoolean("facingVelocity", false);
        faceNormal = (Vector3f)ic.readSavable("faceNormal", new Vector3f(Vector3f.NAN));
        selectRandomImage = ic.readBoolean("selectRandomImage", false);
        randomAngle = ic.readBoolean("randomAngle", false);
        rotateSpeed = ic.readFloat("rotateSpeed", 0);

        switch (meshType) {
            case Point:
                particleMesh = new ParticlePointMesh();
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    @Override
    public void read(JmeImporter im) throws IOException {
        super.read(im);
        InputCapsule ic = im.getCapsule(this);
        path = ic.readString("path", "");
        stream = ic.readBoolean("stream", false);

    }
}
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