Package fcagnin.jglsdk.glutil

Examples of fcagnin.jglsdk.glutil.MatrixStack.applyMatrix()

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            // Project. Z-range is irrelevant.
            lightProjStack.perspective( lightFOVs[currFOVIndex], 1.0f, 1.0f, 100.0f );

            // Transform from main camera space to light camera space.
            lightProjStack.applyMatrix( lightView );
            lightProjStack.applyMatrix( Glm.inverse( cameraMatrix ) );

            lightProjMatBinder.setValue( lightProjStack.top() );

            Vec4 worldLightPos = Glm.inverse( lightView ).getColumn( 3 );
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            // Project. Z-range is irrelevant.
            lightProjStack.perspective( lightFOVs[currFOVIndex], 1.0f, 1.0f, 100.0f );

            // Transform from main camera space to light camera space.
            lightProjStack.applyMatrix( lightView );
            lightProjStack.applyMatrix( Glm.inverse( cameraMatrix ) );

            lightProjMatBinder.setValue( lightProjStack.top() );

            Vec4 worldLightPos = Glm.inverse( lightView ).getColumn( 3 );
            Vec3 lightPos = new Vec3( Mat4.mul( cameraMatrix, worldLightPos ) );
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        {
            glBindBufferRange( GL_UNIFORM_BUFFER, materialBlockIndex, materialUniformBuffer, 0, MaterialBlock.SIZE );

            modelMatrix.push();

            modelMatrix.applyMatrix( objtPole.calcMatrix() );
            modelMatrix.scale( 2.0f );

            Mat3 normMatrix = new Mat3( modelMatrix.top() );
            normMatrix = Glm.transpose( Glm.inverse( normMatrix ) );
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        final Mat4 cameraMatrix = viewPole.calcMatrix();
        final Mat4 lightView = lightPole.calcMatrix();

        MatrixStack modelMatrix = new MatrixStack();
        modelMatrix.applyMatrix( cameraMatrix );

        buildLights( cameraMatrix );

        nodes.get( 0 ).nodeSetOrient( Glm.rotate( new Quaternion( 1.0f ), 360.0f * timer.getAlpha(),
                new Vec3( 0.0f, 1.0f, 0.0f ) ) );
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        glBindTexture( GL_TEXTURE_CUBE_MAP, lightTextures[currTextureIndex] );
        glBindSampler( lightProjTexUnit, samplers[currSampler] );

        {
            MatrixStack lightProjStack = new MatrixStack();
            lightProjStack.applyMatrix( Glm.inverse( lightView ) );
            lightProjStack.applyMatrix( Glm.inverse( cameraMatrix ) );

            lightProjMatBinder.setValue( lightProjStack.top() );

            Vec4 worldLightPos = lightView.getColumn( 3 );
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        glBindSampler( lightProjTexUnit, samplers[currSampler] );

        {
            MatrixStack lightProjStack = new MatrixStack();
            lightProjStack.applyMatrix( Glm.inverse( lightView ) );
            lightProjStack.applyMatrix( Glm.inverse( cameraMatrix ) );

            lightProjMatBinder.setValue( lightProjStack.top() );

            Vec4 worldLightPos = lightView.getColumn( 3 );
            Vec3 lightPos = new Vec3( Mat4.mul( cameraMatrix, worldLightPos ) );
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            // Render the Cylinder
            {
                modelMatrix.push();

                modelMatrix.applyMatrix( objtPole.calcMatrix() );

                if ( scaleCyl ) {
                    modelMatrix.scale( 1.0f, 1.0f, 0.2f );
                }
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            // Render the Cylinder
            {
                modelMatrix.push();

                modelMatrix.applyMatrix( objtPole.calcMatrix() );

                if ( scaleCyl ) {
                    modelMatrix.scale( 1.0f, 1.0f, 0.2f );
                }
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            // Render the Cylinder
            {
                modelMatrix.push();

                modelMatrix.applyMatrix( objtPole.calcMatrix() );

                if ( scaleCyl ) {
                    modelMatrix.scale( 1.0f, 1.0f, 0.2f );
                }
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            // Render the Cylinder
            {
                modelMatrix.push();

                modelMatrix.applyMatrix( objtPole.calcMatrix() );

                if ( scaleCyl ) {
                    modelMatrix.scale( 1.0f, 1.0f, 0.2f );
                }
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