@Override public Unit matchIntegral( final JCGLArrayVertexAttributeIntegralType ai) throws JCGLException { final JCGLScalarIntegralType t = ai.type(); final int e = ai.elements(); final long offset = ai.offsetOctets(); final int stride = ai.strideOctets(); final int divisor = ai.divisor(); LOG.trace( ATTR_INTEGRAL_TRACE_FORMAT, array_id, box_index, t, Integer.valueOf(e), Long.valueOf(offset), Integer.valueOf(stride), Integer.valueOf(divisor)); return Unit.unit(); } });
@Override public Unit matchIntegral( final JCGLArrayVertexAttributeIntegralType ai) throws JCGLException { final JCGLScalarIntegralType t = ai.getType(); final int e = ai.getElements(); final long offset = ai.getOffset(); final int stride = ai.getStride(); final int divisor = ai.getDivisor(); FakeArrayObjects.LOG.trace( FakeArrayObjects.ATTR_INTEGRAL_TRACE_FORMAT, array_id, box_index, t, Integer.valueOf(e), Long.valueOf(offset), Integer.valueOf(stride), Integer.valueOf(divisor)); return Unit.unit(); } });
@Override public Void matchIntegral( final JCGLArrayVertexAttributeIntegralType a) { aa[a.getIndex()] = null; return null; } });
(JCGLArrayVertexAttributeIntegralType) at_raw; Assert.assertEquals(2L, (long) at.getIndex()); Assert.assertEquals(0L, (long) at.getDivisor());
@Override public Void matchIntegral( final JCGLArrayVertexAttributeIntegralType a) { aa[a.index()] = null; return null; } });
@Override public Void matchIntegral( final JCGLArrayVertexAttributeIntegralType a) { aa[a.index()] = null; return null; } });
throws JCGLException final JCGLScalarIntegralType t = ai.getType(); final int e = ai.getElements(); final long offset = ai.getOffset(); final int stride = ai.getStride(); final int divisor = ai.getDivisor();
throws JCGLException final JCGLScalarIntegralType t = ai.type(); final int e = ai.elements(); final long offset = ai.offsetOctets(); final int stride = ai.strideOctets(); final int divisor = ai.divisor();
@Override public Void matchIntegral( final JCGLArrayVertexAttributeIntegralType a) { aa[a.getIndex()] = null; return null; } });
(JCGLArrayVertexAttributeIntegralType) at_raw; Assert.assertEquals(0L, (long) at.index());
b.setAttributeIntegralWithDivisor( index, i.getArrayBuffer(), i.getElements(), i.getType(), i.getStride(), i.getOffset(), i.getDivisor()); } else { throw new UnreachableCodeException();
b.setAttributeIntegralWithDivisor( index, i.getArrayBuffer(), i.elements(), i.type(), i.strideOctets(), i.offsetOctets(), i.divisor()); } else { throw new UnreachableCodeException();
(JCGLArrayVertexAttributeIntegralType) at_raw; Assert.assertEquals(0L, (long) at.getIndex());
(JCGLArrayVertexAttributeIntegralType) at_raw; Assert.assertEquals(0L, (long) at.index());
b.setAttributeIntegralWithDivisor( index, i.getArrayBuffer(), i.getElements(), i.getType(), i.getStride(), i.getOffset(), i.getDivisor()); } else { throw new UnreachableCodeException();
b.setAttributeIntegralWithDivisor( index, i.getArrayBuffer(), i.elements(), i.type(), i.strideOctets(), i.offsetOctets(), i.divisor()); } else { throw new UnreachableCodeException();
(JCGLArrayVertexAttributeIntegralType) at_raw; Assert.assertEquals(0L, (long) at.getIndex());