historical/toontown-classic.git/panda/include/pfmVizzer.I

/**
 * PANDA 3D SOFTWARE
 * Copyright (c) Carnegie Mellon University.  All rights reserved.
 *
 * All use of this software is subject to the terms of the revised BSD
 * license.  You should have received a copy of this license along
 * with this source code in a file named "LICENSE."
 *
 * @file pfmVizzer.I
 * @author drose
 * @date 2012-09-30
 */

/**
 * Returns the reference to the PfmFile manipulated by this PfmVizzer.
 */
INLINE PfmFile &PfmVizzer::
get_pfm() {
  return _pfm;
}

INLINE PfmVizzer::
~PfmVizzer() {
}

/**
 * Returns the reference to the PfmFile manipulated by this PfmVizzer.
 */
INLINE const PfmFile &PfmVizzer::
get_pfm() const {
  return _pfm;
}

/**
 * Sets the vis_inverse flag.  When this flag is true, vis meshes and point
 * clouds are generated with the 3-d depth value in the texture coordinates,
 * and the 2-d index value in the vertex position.  When it is false, meshes
 * are generated normally, with the 3-d depth value in the vertex position and
 * the 2-d index value in the texture coordinates.
 *
 * This may be used in lieu of the lower-level add_vis_column().
 */
INLINE void PfmVizzer::
set_vis_inverse(bool vis_inverse) {
  _vis_inverse = vis_inverse;
  clear_vis_columns();
}

/**
 * Returns the vis_inverse flag.  See set_vis_inverse().
 */
INLINE bool PfmVizzer::
get_vis_inverse() const {
  return _vis_inverse;
}

/**
 * If the flat_texcoord_name is specified, it is the name of an additional
 * vertex column that will be created for the "flat" texture coordinates, i.e.
 * the original 0..1 values that correspond to the 2-D index position of each
 * point in the original pfm file.
 *
 * These are the same values that will be assigned to the default texture
 * coordinates if the vis_inverse flag is *not* true.
 *
 * This may be used in lieu of the lower-level add_vis_column().
 */
INLINE void PfmVizzer::
set_flat_texcoord_name(InternalName *flat_texcoord_name) {
  _flat_texcoord_name = flat_texcoord_name;
  clear_vis_columns();
}

/**
 * Resets the flat_texcoord_name to empty, so that additional texture
 * coordinates are not created.
 *
 * This may be used in lieu of the lower-level add_vis_column().
 */
INLINE void PfmVizzer::
clear_flat_texcoord_name() {
  _flat_texcoord_name = nullptr;
}

/**
 * Returns the flat_texcoord_name.  See set_flat_texcoord_name().
 */
INLINE InternalName *PfmVizzer::
get_flat_texcoord_name() const {
  return _flat_texcoord_name;
}

/**
 * Sets the vis_2d flag.  When this flag is true, only the first two (x, y)
 * value of each depth point is considered meaningful; the z component is
 * ignored.  This is only relevant for generating visualizations.
 *
 * This may be used in lieu of the lower-level add_vis_column().
 */
INLINE void PfmVizzer::
set_vis_2d(bool vis_2d) {
  _vis_2d = vis_2d;
  clear_vis_columns();
}

/**
 * Returns the vis_2d flag.  See set_vis_2d().
 */
INLINE bool PfmVizzer::
get_vis_2d() const {
  return _vis_2d;
}

/**
 * Sets the keep_beyond_lens flag.  When this flag is true, points that fall
 * outside of the normal lens range in project() or in add_vis_column() will
 * be retained anyway; when it is false, these points will be discarded.
 */
INLINE void PfmVizzer::
set_keep_beyond_lens(bool keep_beyond_lens) {
  _keep_beyond_lens = keep_beyond_lens;
}

/**
 * Returns the keep_beyond_lens flag.  See set_keep_beyond_lens().
 */
INLINE bool PfmVizzer::
get_keep_beyond_lens() const {
  return _keep_beyond_lens;
}

/**
 * Specifies a blending map--a grayscale image--that will be applied to the
 * vertex color during generate_vis_mesh() and generate_vis_points().  The
 * image size must exactly match the mesh size of the PfmVizzer.
 *
 * Ownership of the pointer is not kept by the PfmVizzer; it is your
 * responsibility to ensure it does not destruct during the lifetime of the
 * PfmVizzer (or at least not before your subsequent call to
 * generate_vis_mesh()).
 */
INLINE void PfmVizzer::
set_vis_blend(const PNMImage *vis_blend) {
  _vis_blend = vis_blend;
}

/**
 * Removes the blending map set by a prior call to set_vis_blend().
 */
INLINE void PfmVizzer::
clear_vis_blend() {
  _vis_blend = nullptr;
}

/**
 * Returns the blending map set by the most recent call to set_vis_blend(), or
 * NULL if there is no blending map in effect.
 */
INLINE const PNMImage *PfmVizzer::
get_vis_blend() const {
  return _vis_blend;
}

/**
 * Assigns an auxiliary PfmFile to this PfmVizzer.  This file will be queried
 * by column types CT_aux_vertex1/2/3, but has no other meaning to the vizzer.
 * This size of this PfmFile should exactly match the base PfmFile.  No
 * reference count is held and no copy is made; the caller is responsible for
 * ensuring that the auxiliary PfmFile will persist throughout the lifetime of
 * the PfmVizzer it is assigned to.
 */
INLINE void PfmVizzer::
set_aux_pfm(const PfmFile *pfm) {
  assert(pfm == nullptr || (pfm->get_x_size() == _pfm.get_x_size() &&
                         pfm->get_y_size() == _pfm.get_y_size()));
  _aux_pfm = pfm;
}

/**
 * Removes the auxiliary PfmFile from this PfmVizzer.
 */
INLINE void PfmVizzer::
clear_aux_pfm() {
  _aux_pfm = nullptr;
}

/**
 * Returns the reference to the auxiliary PfmFile queried by this PfmVizzer.
 * This contains the values that will be reflected in CT_aux_vertex3 etc.  See
 * set_aux_pfm().
 */
INLINE const PfmFile *PfmVizzer::
get_aux_pfm() const {
  return _aux_pfm;
}

/**
 *
 */
INLINE PfmVizzer::VisColumn::
VisColumn() {
  _undist_lut = nullptr;
}