//########################################################################## //# # //# CLOUDCOMPARE # //# # //# This program is free software; you can redistribute it and/or modify # //# it under the terms of the GNU General Public License as published by # //# the Free Software Foundation; version 2 or later of the License. # //# # //# This program is distributed in the hope that it will be useful, # //# but WITHOUT ANY WARRANTY; without even the implied warranty of # //# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # //# GNU General Public License for more details. # //# # //# COPYRIGHT: EDF R&D / TELECOM ParisTech (ENST-TSI) # //# # //########################################################################## #ifndef CC_COLOR_SCALES_MANAGER_HEADER #define CC_COLOR_SCALES_MANAGER_HEADER //Local #include "ccColorScale.h" //Qt #include //! Color scales manager/container class QCC_DB_LIB_API ccColorScalesManager { public: //! Returns unique instance static ccColorScalesManager* GetUniqueInstance(); //! Releases unique instance static void ReleaseUniqueInstance(); //! Destructor virtual ~ccColorScalesManager(); //! Pre-defined color scales (all relative - i.e. expand to actual SF) enum DEFAULT_SCALES { BGYR = 0, /**< Blue-Green-Yellow-Red ramp (default for distances display) */ GREY = 1, /**< Grey ramp (default for Global Illumination) */ BWR = 2, /**< Blue-White-Red ramp (for signed SF)*/ RY = 3, /**< Red-Yellow ramp */ RW = 4, /**< Red-White ramp */ ABS_NORM_GREY = 5, /**< Absolute normalized grey ramp (intensities between 0 and 1) */ HSV_360_DEG = 6, /**< HSV colors between 0 and 360 degrees */ VERTEX_QUALITY = 7, /**< Mesh vertex quality (see CCCoreLib::MeshSamplingTools::VertexFlags) */ DIP_BRYW = 8, /**< Dip (0 - 90 degrees) (Brown-Red-Yellow-White) */ DIP_DIR_REPEAT = 9, /**< Dip direction (0 - 360 degrees) */ VIRIDIS = 10, /**< matplotlib library colorscale created by Stéfan van der Walt and Nathaniel Smith */ BROWN_YELLOW = 11, /**< Brown-Yellow */ YELLOW_BROWN = 12, /**< Yellow-Brown */ TOPO_LANDSERF = 13, /**< Topo Landserf (quartile) */ HIGH_CONTRAST = 14, /**< High contrast */ CIVIDIS = 15, /**< matplotlib library colorscale - see https://arxiv.org/ftp/arxiv/papers/1712/1712.01662.pdf */ }; //! Returns a pre-defined color scale UUID static QString GetDefaultScaleUUID(int scale) { return QString::number(scale); } //! Returns a pre-defined color scale (static shortcut) static ccColorScale::Shared GetDefaultScale(DEFAULT_SCALES scale = BGYR) { ccColorScalesManager* instance = GetUniqueInstance(); return instance ? instance->getDefaultScale(scale) : ccColorScale::Shared(nullptr); } //! Returns a pre-defined color scale ccColorScale::Shared getDefaultScale(DEFAULT_SCALES scale) const { return getScale(GetDefaultScaleUUID(scale)); } //! Returns a color scale based on its UUID ccColorScale::Shared getScale(QString UUID) const; //! Adds a new color scale void addScale(ccColorScale::Shared scale); //! Removes a color scale /** Warning: can't remove default scales! **/ void removeScale(QString UUID); //! Color scales map type typedef QMap< QString, ccColorScale::Shared > ScalesMap; //! Access to the internal map ScalesMap& map() { return m_scales; } //! Access to the internal map (const) const ScalesMap& map() const { return m_scales; } //! Loads custom color scales from persistent settings void fromPersistentSettings(); //! Save custom color scales to persistent settings void toPersistentSettings() const; protected: //! Default constructor ccColorScalesManager(); //! Creates a pre-defined color scale static ccColorScale::Shared Create(DEFAULT_SCALES scaleType); //! Color scales ScalesMap m_scales; }; #endif //CC_COLOR_SCALES_MANAGER_HEADER