# PortfolioKey

class `PortfolioKey` : public HPS::Key

  The PortfolioKey class is a smart pointer to a database object. Portfolios are special objects that can only contain definitions. A segment can use a portfolio to gain access to the definitions it contains.

  Public Functions

  CubeMapDefinition `DefineCubeMap`(char const *in_name, ImageDefinition const &in_negative_z, ImageDefinition const &in_positive_z, ImageDefinition const &in_negative_x, ImageDefinition const &in_positive_x, ImageDefinition const &in_negative_y, ImageDefinition const &in_positive_y)

    Creates a new cube map definition in this portfolio with the specified name, based on the specified images and with the default texture options. This will replace any existing cube map of the same name within this portfolio. The image sources must be defined within the same portfolio, if they are not, the returned definition will be invalid.

    Parameters: | in_name – UTF8-encoded name for the new cube map definition. If null_ptr or empty string is used for this parameter, a nameless definition will be created. in_negative_z – The source image for the negative z-axis for the new cube map definition. in_positive_z – The source image for the positive z-axis for the new cube map definition. in_negative_x – The source image for the negative x-axis for the new cube map definition. in_positive_x – The source image for the positive x-axis for the new cube map definition. in_negative_y – The source image for the negative y-axis for the new cube map definition. in_positive_y – The source image for the positive y-axis for the new cube map definition.
    Returns: | A newly created CubeMapDefinition.

  CubeMapDefinition `DefineCubeMap`(char const *in_name, ImageDefinition const &in_negative_z, ImageDefinition const &in_positive_z, ImageDefinition const &in_negative_x, ImageDefinition const &in_positive_x, ImageDefinition const &in_negative_y, ImageDefinition const &in_positive_y, TextureOptionsKit const &in_options)

    Creates a new cube map definition in this portfolio with the specified name, based on the specified images and with the specified texture options. This will replace any existing cube map of the same name within this portfolio. The image sources must be defined within the same portfolio, if they are not, the returned definition will be invalid.

    Parameters: | in_name – UTF8-encoded name for the new cube map definition. If null_ptr or empty string is used for this parameter, a nameless definition will be created. in_negative_z – The source image for the negative z-axis for the new cube map definition. in_positive_z – The source image for the positive z-axis for the new cube map definition. in_negative_x – The source image for the negative x-axis for the new cube map definition. in_positive_x – The source image for the positive x-axis for the new cube map definition. in_negative_y – The source image for the negative y-axis for the new cube map definition. in_positive_y – The source image for the positive y-axis for the new cube map definition. in_options – The texture options for the new cube map definition.
    Returns: | A newly created CubeMapDefinition.

  GlyphDefinition `DefineGlyph`(char const *in_name, GlyphKit const &in_source)

    Creates a new glyph definition in this portfolio with the specified name using the source GlyphKit. This will replace any existing glyph of the same name within this portfolio.

    Parameters: | in_name – UTF8-encoded name for the new glyph definition. If null_ptr or empty string is used for this parameter, a nameless definition will be created. in_source – The source GlyphKit for the new glyph definition.
    Returns: | A newly created GlyphDefinition.

  ImageDefinition `DefineImage`(char const *in_name, ImageKit const &in_source)

    Creates a new image definition in this portfolio with the specified name from the source ImageKit. This will replace any existing image of the same name within this portfolio.

    Parameters: | in_name – UTF8-encoded name for the new image definition. If null_ptr or empty string is used for this parameter, a nameless definition will be created. in_source – The source ImageKit for the new image definition.
    Returns: | A newly created ImageDefinition.

  LegacyShaderDefinition `DefineLegacyShader`(char const *in_name, LegacyShaderKit const &in_source)

    Internal use only - customers should not use. Creates a new legacy shader definition in this portfolio with the specified name using the source LegacyShaderKit. This will replace any existing legacy shader of the same name within this portfolio.

    Parameters: | in_name – UTF8-encoded name for the new legacy shader definition. If null_ptr or empty string is used for this parameter, a nameless definition will be created. in_source – The source LegacyShaderKit for the new legacy shader definition.
    Returns: | A newly created LegacyShaderDefinition.

  LinePatternDefinition `DefineLinePattern`(char const *in_name, LinePatternKit const &in_source)

    Creates a new line pattern definition in this portfolio with the specified name using the source LinePatternKit. This will replace any existing line pattern of the same name within this portfolio.

    Parameters: | in_name – UTF8-encoded name for the new line pattern definition. If null_ptr or empty string is used for this parameter, a nameless definition will be created. in_source – The source LinePatternKit for the new line pattern definition.
    Returns: | A newly created LinePatternDefinition.

  MaterialPaletteDefinition `DefineMaterialPalette`(char const *in_name, MaterialKitArray const &in_source)

    Creates a new material palette definition in this portfolio with the specified name using the source MaterialKit array. This will replace any existing material palette of the same name within this portfolio.

    Parameters: | in_name – UTF8-encoded name for the new material palette definition. If null_ptr or empty string is used for this parameter, a nameless definition will be created. in_source – The source MaterialKit array for the new material palette definition.
    Returns: | A newly created MaterialPaletteDefinition.

  MaterialPaletteDefinition `DefineMaterialPalette`(char const *in_name, size_t in_count, MaterialKit const in_source[])

    Creates a new material palette definition in this portfolio with the specified name using the source MaterialKit array. This will replace any existing material palette of the same name within this portfolio.

    Parameters: | in_name – UTF8-encoded name for the new material palette definition. If null_ptr or empty string is used for this parameter, a nameless definition will be created. in_count – Size of the following array. in_source – The source MaterialKit array for the new material palette definition.
    Returns: | A newly created MaterialPaletteDefinition.

  NamedStyleDefinition `DefineNamedStyle`(char const *in_name, SegmentKey const &in_style_source)

    Creates a new named style definition in this portfolio with the specified name using the source SegmentKey. This will replace any existing named style of the same name within this portfolio.

    Parameters: | in_name – UTF8-encoded name for the new named style definition. If null_ptr or empty string is used for this parameter, a nameless definition will be created. in_style_source – The source SegmentKey for the new named style definition.
    Returns: | A newly created NamedStyleDefinition.

  ShapeDefinition `DefineShape`(char const *in_name, ShapeKit const &in_source)

    Creates a new sjape definition in this portfolio with the specified name using the source ShapeKit. This will replace any existing shape of the same name within this portfolio.

    Parameters: | in_name – UTF8-encoded name for the new shape definition. If null_ptr or empty string is used for this parameter, a nameless definition will be created. in_source – The source ShapeKit for the new shape definition.
    Returns: | A newly created ShapeDefinition.

  TextureDefinition `DefineTexture`(char const *in_name, ImageDefinition const &in_source)

    Creates a new texture definition in this portfolio with the specified name, based on the specified image and with the default texture options. This will replace any existing texture of the same name within this portfolio. The image source must be defined within the same portfolio, if it is not, the returned definition will be invalid.

    Parameters: | in_name – UTF8-encoded name for the new texture definition. If null_ptr or empty string is used for this parameter, a nameless definition will be created. in_source – The source image for the new texture definition.
    Returns: | A newly created TextureDefinition.

  TextureDefinition `DefineTexture`(char const *in_name, ImageDefinition const &in_source, TextureOptionsKit const &in_options)

    Creates a new texture definition in this portfolio with the specified name, based on the specified image and with the specified texture options. This will replace any existing texture of the same name within this portfolio. The image source must be defined within the same portfolio, if it is not, the returned definition will be invalid.

    Parameters: | in_name – UTF8-encoded name for the new texture definition. If null_ptr or empty string is used for this parameter, a nameless definition will be created. in_source – The source image for the new texture definition. in_options – The texture options for the new texture definition.
    Returns: | A newly created TextureDefinition.

  size_t `GetCubeMapDefinitionCount`() const

    Returns: | The number of cube map definitions in this portfolio.

  size_t `GetDefinitionCount`() const

    Returns: | The number of definitions in this portfolio.

  size_t `GetGlyphDefinitionCount`() const

    Returns: | The number of glyph definitions in this portfolio.

  size_t `GetImageDefinitionCount`() const

    Returns: | The number of image definitions in this portfolio.

  size_t `GetLegacyShaderDefinitionCount`() const

    Internal use only - customers should not use.

    Returns: | The number of legacy shader definitions in this portfolio.

  size_t `GetLinePatternDefinitionCount`() const

    Returns: | The number of line pattern definitions in this portfolio.

  size_t `GetMaterialPaletteDefinitionCount`() const

    Returns: | The number of material palette definitions in this portfolio.

  size_t `GetNamedStyleDefinitionCount`() const

    Returns: | The number of named style definitions in this portfolio.

  size_t `GetShapeDefinitionCount`() const

    Returns: | The number of shape definitions in this portfolio.

  size_t `GetTextureDefinitionCount`() const

    Returns: | The number of texture definitions in this portfolio.

  PortfolioKey &`ImportAllCubeMaps`(PortfolioKey const &in_portfolio, bool in_replace_existing = true)

    Copy all cube map definitions from the specified portfolio into this portfolio. By default, existing cube map definitions of the same name within this portfolio will be replaced, unless otherwise specified.

    Parameters: | in_portfolio – The source portfolio to copy the cube map definitions from. in_replace_existing – Whether to replace existing cube map definitions of the same name. Defaults to true.
    Returns: | A reference to this PortfolioKey.

  PortfolioKey &`ImportAllGlyphs`(PortfolioKey const &in_portfolio, bool in_replace_existing = true)

    Copy all glyph definitions from the specified portfolio into this portfolio. By default, existing glyph definitions of the same name within this portfolio will be replaced, unless otherwise specified.

    Parameters: | in_portfolio – The source portfolio to copy the glyph definitions from. in_replace_existing – Whether to replace existing glyph definitions of the same name. Defaults to true.
    Returns: | A reference to this PortfolioKey.

  PortfolioKey &`ImportAllImages`(PortfolioKey const &in_portfolio, bool in_replace_existing = true)

    Copy all image definitions from the specified portfolio into this portfolio. By default, existing image definitions of the same name within this portfolio will be replaced, unless otherwise specified.

    Parameters: | in_portfolio – The source portfolio to copy the image definitions from. in_replace_existing – Whether to replace existing image definitions of the same name. Defaults to true.
    Returns: | A reference to this PortfolioKey.

  PortfolioKey &`ImportAllLegacyShaders`(PortfolioKey const &in_portfolio, bool in_replace_existing = true)

    Internal use only - customers should not use. Copy all legacy shader definitions from the specified portfolio into this portfolio. By default, existing legacy shader definitions of the same name within this portfolio will be replaced, unless otherwise specified.

    Parameters: | in_portfolio – The source portfolio to copy the legacy shader definitions from. in_replace_existing – Whether to replace existing legacy shader definitions of the same name. Defaults to true.
    Returns: | A reference to this PortfolioKey.

  PortfolioKey &`ImportAllLinePatterns`(PortfolioKey const &in_portfolio, bool in_replace_existing = true)

    Copy all line pattern definitions from the specified portfolio into this portfolio. By default, existing line pattern definitions of the same name within this portfolio will be replaced, unless otherwise specified.

    Parameters: | in_portfolio – The source portfolio to copy the line pattern definitions from. in_replace_existing – Whether to replace existing line pattern definitions of the same name. Defaults to true.
    Returns: | A reference to this PortfolioKey.

  PortfolioKey &`ImportAllMaterialPalettes`(PortfolioKey const &in_portfolio, bool in_replace_existing = true)

    Copy all material palette definitions from the specified portfolio into this portfolio. By default, existing material palette definitions of the same name within this portfolio will be replaced, unless otherwise specified.

    Parameters: | in_portfolio – The source portfolio to copy the material palette definitions from. in_replace_existing – Whether to replace existing material palette definitions of the same name. Defaults to true.
    Returns: | A reference to this PortfolioKey.

  PortfolioKey &`ImportAllNamedStyles`(PortfolioKey const &in_portfolio, bool in_replace_existing = true)

    Copy all named style definitions from the specified portfolio into this portfolio. By default, existing named style definitions of the same name within this portfolio will be replaced, unless otherwise specified.

    Parameters: | in_portfolio – The source portfolio to copy the named style definitions from. in_replace_existing – Whether to replace existing named style definitions of the same name. Defaults to true.
    Returns: | A reference to this PortfolioKey.

  PortfolioKey &`ImportAllShapes`(PortfolioKey const &in_portfolio, bool in_replace_existing = true)

    Copy all shape definitions from the specified portfolio into this portfolio. By default, existing shape definitions of the same name within this portfolio will be replaced, unless otherwise specified.

    Parameters: | in_portfolio – The source portfolio to copy the shape definitions from. in_replace_existing – Whether to replace existing shape definitions of the same name. Defaults to true.
    Returns: | A reference to this PortfolioKey.

  PortfolioKey &`ImportAllTextures`(PortfolioKey const &in_portfolio, bool in_replace_existing = true)

    Copy all texture definitions from the specified portfolio into this portfolio. By default, existing texture definitions of the same name within this portfolio will be replaced, unless otherwise specified.

    Parameters: | in_portfolio – The source portfolio to copy the texture definitions from. in_replace_existing – Whether to replace existing texture definitions of the same name. Defaults to true.
    Returns: | A reference to this PortfolioKey.

  CubeMapDefinition `ImportCubeMap`(CubeMapDefinition const &in_definition)

    Copy the specified cube map definition into this portfolio. This will replace an existing cube map definition of the same name.

    Parameters: | in_definition – The source cube map definition to copy into this portfolio.
    Returns: | A newly created CubeMapDefinition.

  GlyphDefinition `ImportGlyph`(GlyphDefinition const &in_definition)

    Copy the specified glyph definition into this portfolio. This will replace an existing glyph definition of the same name.

    Parameters: | in_definition – The source glyph definition to copy into this portfolio.
    Returns: | A newly created GlyphDefinition.

  ImageDefinition `ImportImage`(ImageDefinition const &in_definition)

    Copy the specified image definition into this portfolio. This will replace an existing image definition of the same name.

    Parameters: | in_definition – The source image definition to copy into this portfolio.
    Returns: | A newly created ImageDefinition.

  LegacyShaderDefinition `ImportLegacyShader`(LegacyShaderDefinition const &in_definition)

    Internal use only - customers should not use. Copy the specified legacy shader definition into this portfolio. This will replace an existing legacy shader definition of the same name.

    Parameters: | in_definition – The source legacy shader definition to copy into this portfolio.
    Returns: | A newly created LegacyShaderDefinition.

  LinePatternDefinition `ImportLinePattern`(LinePatternDefinition const &in_definition)

    Copy the specified line pattern definition into this portfolio. This will replace an existing line pattern definition of the same name.

    Parameters: | in_definition – The source line pattern definition to copy into this portfolio.
    Returns: | A newly created LinePatternDefinition.

  MaterialPaletteDefinition `ImportMaterialPalette`(MaterialPaletteDefinition const &in_definition)

    Copy the specified material palette definition into this portfolio. This will replace an existing material palette definition of the same name.

    Parameters: | in_definition – The source material palette definition to copy into this portfolio.
    Returns: | A newly created MaterialPaletteDefinition.

  NamedStyleDefinition `ImportNamedStyle`(NamedStyleDefinition const &in_definition)

    Copy the specified named style definition into this portfolio. This will replace an existing named style definition of the same name.

    Parameters: | in_definition – The source named style definition to copy into this portfolio.
    Returns: | A newly created NamedStyleDefinition.

  PortfolioKey &`ImportPortfolio`(PortfolioKey const &in_portfolio, bool in_replace_existing = true)

    Copy all definitions from the specified portfolio into this portfolio. By default, existing definitions of the same name within this portfolio will be replaced, unless otherwise specified.

    Parameters: | in_portfolio – The source portfolio to copy the definitions from. in_replace_existing – Whether to replace existing definitions of the same name. Defaults to true.
    Returns: | A reference to this PortfolioKey.

  ShapeDefinition `ImportShape`(ShapeDefinition const &in_definition)

    Copy the specified shape definition into this portfolio. This will replace an existing shape definition of the same name.

    Parameters: | in_definition – The source shape definition to copy into this portfolio.
    Returns: | A newly created ShapeDefinition.

  TextureDefinition `ImportTexture`(TextureDefinition const &in_definition)

    Copy the specified texture definition into this portfolio. This will replace an existing texture definition of the same name.

    Parameters: | in_definition – The source texture definition to copy into this portfolio.
    Returns: | A newly created TextureDefinition.

  inline virtual HPS::Type `ObjectType`() const

    This function returns the type the object, as declared (if the object is derived, this does not give the true type of the derived object).

    Returns: | The declared type of the object in question, which may differ from the true, underlying type.

  PortfolioKey &`operator=`(PortfolioKey &&in_that)

    The move assignment operator transfers the underlying impl of the rvalue reference to this PortfolioKey thereby avoiding a copy.

    Parameters: | in_that – An rvalue reference to a PortfolioKey to take the impl from.
    Returns: | A reference to this PortfolioKey.

  PortfolioKey &`operator=`(PortfolioKey const &in_that)

    Associate this PortfolioKey with the same underlying impl as the source PortfolioKey.

    Parameters: | in_that – The source PortfolioKey for the assignment.
    Returns: | A reference to this PortfolioKey.

  `PortfolioKey`()

    The default constructor creates an uninitialized PortfolioKey object. The Type() function will return Type::None.

  explicit `PortfolioKey`(Key const &in_that)

    This constructor creates a PortfolioKey object that shares the underlying smart-pointer of the source Key. The copy will only be successful if the source key is really an upcast of an offscreen window. Otherwise the copy will fail and the resulting PortfolioKey will be invalid.

    Parameters: | in_key – The source Key to copy.

  `PortfolioKey`(PortfolioKey &&in_that)

    The move constructor creates a PortfolioKey by transferring the underlying impl of the rvalue reference to this PortfolioKey thereby avoiding a copy and allocation.

    Parameters: | in_that – An rvalue reference to a PortfolioKey to take the impl from.

  `PortfolioKey`(PortfolioKey const &in_that)

    The copy constructor creates a PortfolioKey object that shares the underlying smart-pointer of the source PortfolioKey.

    Parameters: | in_that – The source PortfolioKey to copy.

  bool `ShowAllCubeMapDefinitions`(CubeMapDefinitionArray &out_definitions) const

    Shows all cube maps defined within this portfolio.

    Parameters: | out_definitions – The array of cube maps defined within this portfolio.
    Returns: | true if any cube maps are defined in this portfolio, false otherwise.

  bool `ShowAllGlyphDefinitions`(GlyphDefinitionArray &out_definitions) const

    Shows all glyphs defined within this portfolio.

    Parameters: | out_definitions – The array of glyphs defined within this portfolio.
    Returns: | true if any glyphs are defined in this portfolio, false otherwise.

  bool `ShowAllImageDefinitions`(ImageDefinitionArray &out_definitions) const

    Shows all images defined within this portfolio.

    Parameters: | out_definitions – The array of images defined within this portfolio.
    Returns: | true if any images are defined in this portfolio, false otherwise.

  bool `ShowAllLegacyShaderDefinitions`(LegacyShaderDefinitionArray &out_definitions) const

    Internal use only - customers should not use. Shows all legacy shaders defined within this portfolio.

    Parameters: | out_definitions – The array of legacy shaders defined within this portfolio.
    Returns: | true if any legacy shaders are defined in this portfolio, false otherwise.

  bool `ShowAllLinePatternDefinitions`(LinePatternDefinitionArray &out_definitions) const

    Shows all line patterns defined within this portfolio.

    Parameters: | out_definitions – The array of line patterns defined within this portfolio.
    Returns: | true if any line patterns are defined in this portfolio, false otherwise.

  bool `ShowAllMaterialPaletteDefinitions`(MaterialPaletteDefinitionArray &out_definitions) const

    Shows all material palettes defined within this portfolio.

    Parameters: | out_definitions – The array of material palettes defined within this portfolio.
    Returns: | true if any material palettes are defined in this portfolio, false otherwise.

  bool `ShowAllNamedStyleDefinitions`(NamedStyleDefinitionArray &out_definitions) const

    Shows all named styles defined within this portfolio.

    Parameters: | out_definitions – The array of named styles defined within this portfolio.
    Returns: | true if any named styles are defined in this portfolio, false otherwise.

  bool `ShowAllShapeDefinitions`(ShapeDefinitionArray &out_definitions) const

    Shows all shapes defined within this portfolio.

    Parameters: | out_definitions – The array of shapes defined within this portfolio.
    Returns: | true if any shapes are defined in this portfolio, false otherwise.

  bool `ShowAllTextureDefinitions`(TextureDefinitionArray &out_definitions) const

    Shows all textures defined within this portfolio.

    Parameters: | out_definitions – The array of textures defined within this portfolio.
    Returns: | true if any textures are defined in this portfolio, false otherwise.

  bool `ShowCubeMapDefinition`(char const *in_name) const

    Finds the cube map definition with the specified name in this portfolio.

    Parameters: | in_name – UTF8-encoded name of the cube map to find in this portfolio.
    Returns: | true if a cube map definition with the specified name was found, false otherwise.

  bool `ShowCubeMapDefinition`(char const *in_name, CubeMapDefinition &out_found) const

    Finds the cube map definition with the specified name in this portfolio.

    Parameters: | in_name – UTF8-encoded name of the cube map to find in this portfolio. out_found – The cube map definition from this portfolio with the specified name.
    Returns: | true if a cube map definition with the specified name was found, false otherwise.

  bool `ShowGlyphDefinition`(char const *in_name) const

    Finds the glyph definition with the specified name in this portfolio.

    Parameters: | in_name – UTF8-encoded name of the glyph to find in this portfolio.
    Returns: | true if a glyph definition with the specified name was found, false otherwise.

  bool `ShowGlyphDefinition`(char const *in_name, GlyphDefinition &out_found) const

    Finds the glyph definition with the specified name in this portfolio.

    Parameters: | in_name – UTF8-encoded name of the glyph to find in this portfolio. out_found – The glyph definition from this portfolio with the specified name.
    Returns: | true if a glyph definition with the specified name was found, false otherwise.

  bool `ShowImageDefinition`(char const *in_name) const

    Finds the image definition with the specified name in this portfolio.

    Parameters: | in_name – UTF8-encoded name of the image to find in this portfolio.
    Returns: | true if an image definition with the specified name was found, false otherwise.

  bool `ShowImageDefinition`(char const *in_name, ImageDefinition &out_found) const

    Finds the image definition with the specified name in this portfolio.

    Parameters: | in_name – UTF8-encoded name of the image to find in this portfolio. out_found – The image definition from this portfolio with the specified name.
    Returns: | true if an image definition with the specified name was found, false otherwise.

  bool `ShowLegacyShaderDefinition`(char const *in_name) const

    Internal use only - customers should not use. Finds the legacy shader definition with the specified name in this portfolio.

    Parameters: | in_name – UTF8-encoded name of the legacy shader to find in this portfolio.
    Returns: | true if a legacy shader definition with the specified name was found, false otherwise.

  bool `ShowLegacyShaderDefinition`(char const *in_name, LegacyShaderDefinition &out_found) const

    Internal use only - customers should not use. Finds the legacy shader definition with the specified name in this portfolio.

    Parameters: | in_name – UTF8-encoded name of the legacy shader to find in this portfolio. out_found – The legacy shader definition from this portfolio with the specified name.
    Returns: | true if a leagcy shader definition with the specified name was found, false otherwise.

  bool `ShowLinePatternDefinition`(char const *in_name) const

    Finds the line pattern definition with the specified name in this portfolio.

    Parameters: | in_name – UTF8-encoded name of the line pattern to find in this portfolio.
    Returns: | true if a line pattern definition with the specified name was found, false otherwise.

  bool `ShowLinePatternDefinition`(char const *in_name, LinePatternDefinition &out_found) const

    Finds the line pattern definition with the specified name in this portfolio.

    Parameters: | in_name – UTF8-encoded name of the line pattern to find in this portfolio. out_found – The line pattern definition from this portfolio with the specified name.
    Returns: | true if a line pattern definition with the specified name was found, false otherwise.

  bool `ShowMaterialPaletteDefinition`(char const *in_name) const

    Finds the material palette definition with the specified name in this portfolio.

    Parameters: | in_name – UTF8-encoded name of the material palette to find in this portfolio.
    Returns: | true if a material palette definition with the specified name was found, false otherwise.

  bool `ShowMaterialPaletteDefinition`(char const *in_name, MaterialPaletteDefinition &out_found) const

    Finds the material palette definition with the specified name in this portfolio.

    Parameters: | in_name – UTF8-encoded name of the material palette to find in this portfolio. out_found – The material palette definition from this portfolio with the specified name.
    Returns: | true if a material palette definition with the specified name was found, false otherwise.

  bool `ShowNamedStyleDefinition`(char const *in_name) const

    Finds the named style definition with the specified name in this portfolio.

    Parameters: | in_name – UTF8-encoded name of the named style to find in this portfolio.
    Returns: | true if a named style definition with the specified name was found, false otherwise.

  bool `ShowNamedStyleDefinition`(char const *in_name, NamedStyleDefinition &out_found) const

    Finds the named style definition with the specified name in this portfolio.

    Parameters: | in_name – UTF8-encoded name of the named style to find in this portfolio. out_found – The named style definition from this portfolio with the specified name.
    Returns: | true if a named style definition with the specified name was found, false otherwise.

  bool `ShowShapeDefinition`(char const *in_name) const

    Finds the shape definition with the specified name in this portfolio.

    Parameters: | in_name – UTF8-encoded name of the shape to find in this portfolio.
    Returns: | true if a shape definition with the specified name was found, false otherwise.

  bool `ShowShapeDefinition`(char const *in_name, ShapeDefinition &out_found) const

    Finds the shape definition with the specified name in this portfolio.

    Parameters: | in_name – UTF8-encoded name of the shape to find in this portfolio. out_found – The shape definition from this portfolio with the specified name.
    Returns: | true if a shape definition with the specified name was found, false otherwise.

  bool `ShowTextureDefinition`(char const *in_name) const

    Finds the texture definition with the specified name in this portfolio.

    Parameters: | in_name – UTF8-encoded name of the texture to find in this portfolio.
    Returns: | true if a texture definition with the specified name was found, false otherwise.

  bool `ShowTextureDefinition`(char const *in_name, TextureDefinition &out_found) const

    Finds the texture definition with the specified name in this portfolio.

    Parameters: | in_name – UTF8-encoded name of the texture to find in this portfolio. out_found – The texture definition from this portfolio with the specified name.
    Returns: | true if a texture definition with the specified name was found, false otherwise.

  PortfolioKey &`UndefineCubeMap`(char const *in_name)

    Remove the cube map definition with the specified name from this portfolio.

    Parameters: | in_name – UTF8-encoded name of the cube map to remove.
    Returns: | A reference to this PortfolioKey.

  PortfolioKey &`UndefineGlyph`(char const *in_name)

    Remove the glyph definition with the specified name from this portfolio.

    Parameters: | in_name – UTF8-encoded name of the glyph to remove.
    Returns: | A reference to this PortfolioKey.

  PortfolioKey &`UndefineImage`(char const *in_name)

    Remove the image definition with the specified name from this portfolio.

    Parameters: | in_name – UTF8-encoded name of the image to remove.
    Returns: | A reference to this PortfolioKey.

  PortfolioKey &`UndefineLegacyShader`(char const *in_name)

    Internal use only - customers should not use. Remove the legacy shader definition with the specified name from this portfolio.

    Parameters: | in_name – UTF8-encoded name of the legacy shader to remove.
    Returns: | A reference to this PortfolioKey.

  PortfolioKey &`UndefineLinePattern`(char const *in_name)

    Remove the line pattern definition with the specified name from this portfolio.

    Parameters: | in_name – UTF8-encoded name of the line pattern to remove.
    Returns: | A reference to this PortfolioKey.

  PortfolioKey &`UndefineMaterialPalette`(char const *in_name)

    Remove the material palette definition with the specified name from this portfolio.

    Parameters: | in_name – UTF8-encoded name of the material palette to remove.
    Returns: | A reference to this PortfolioKey.

  PortfolioKey &`UndefineNamedStyle`(char const *in_name)

    Remove the named style definition with the specified name from this portfolio.

    Parameters: | in_name – UTF8-encoded name of the named style to remove.
    Returns: | A reference to this PortfolioKey.

  PortfolioKey &`UndefineShape`(char const *in_name)

    Remove the shape definition with the specified name from this portfolio.

    Parameters: | in_name – UTF8-encoded name of the shape to remove.
    Returns: | A reference to this PortfolioKey.

  PortfolioKey &`UndefineTexture`(char const *in_name)

    Remove the texture definition with the specified name from this portfolio.

    Parameters: | in_name – UTF8-encoded name of the texture to remove.
    Returns: | A reference to this PortfolioKey.

  `~PortfolioKey`()

  Public Static Attributes

  static const HPS::Type `staticType` = HPS::Type::PortfolioKey

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HOOPSY BETA

### Hello! I'm HOOPSY

Your multilingual generative AI assistant for documentation. Ask me anything about HOOPS Visualize Desktop in your own language, or choose a sample question below to start a conversation:

What is HOOPS Visualize Desktop?
What are the latest release notes for HOOPS Visualize Desktop?
How do I start evaluating HOOPS Visualize Desktop?
How do I write my first sample application?
How can I get assistance?

HOOPSY may store conversations according to OpenAI's policy. Responses may not always be accurate.

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