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/** * SPDX-FileCopyrightText: (C) 2005 Dominik Seichter * SPDX-FileCopyrightText: (C) 2020 Francesco Pretto * SPDX-License-Identifier: LGPL-2.0-or-later */ #ifndef PDF_GRAPHICS_PATH_H #define PDF_GRAPHICS_PATH_H #include "PdfStringStream.h" #include namespace PoDoFo { /** * This class describes PDF paths being written to a PdfPainter */ class PODOFO_API PdfPainterPath final { public: PdfPainterPath(); public: /** Begin a new path. Matches the PDF 'm' operator. * This function is useful to construct an own path * for drawing or clipping */ void MoveTo(double x, double y); /** Append a straight line segment from the current point to the point (x, y) to the path * Matches the PDF 'l' operator. * \param x x position * \param y y position */ void AddLineTo(double x, double y); /** Add straight line segment from the point (x1, y1) to (x2, y2) the path * Matches the PDF 'l' operator. * \param x1 x coordinate of the first point * \param y1 y coordinate of the first point * \param x2 x coordinate of the second point * \param y2 y coordinate of the second point */ void AddLine(double x1, double y1, double x2, double y2); /** Append a cubic bezier curve from from the current point to the current path * Matches the PDF 'c' operator. * \param x1 x coordinate of the first control point * \param y1 y coordinate of the first control point * \param x2 x coordinate of the second control point * \param y2 y coordinate of the second control point * \param x3 x coordinate of the end point, which is the new current point * \param y3 y coordinate of the end point, which is the new current point */ void AddCubicBezierTo(double x1, double y1, double x2, double y2, double x3, double y3); /** Add a cubic bezier curve starting from the (x1,y1) point to the current path * \param x1 x coordinate of the starting point * \param y1 y coordinate of the starting point * \param x2 x coordinate of the first control point * \param y2 y coordinate of the first control point * \param x3 x coordinate of the second control point * \param y3 y coordinate of the second control point * \param x4 x coordinate of the end point, which is the new current point * \param y4 y coordinate of the end point, which is the new current point */ void AddCubicBezier(double x1, double y1, double x2, double y2, double x3, double y3, double x4, double y4); /** Add a circle into the current path to the given coordinates * \param x x center coordinate of the circle * \param y y coordinate of the circle * \param radius radius of the circle */ void AddCircle(double x, double y, double radius); /** Add an ellipse into the current path to the given coordinates * \param x x coordinate of the ellipse (left coordinate) * \param y y coordinate of the ellipse (top coordinate) * \param width width of the ellipse * \param height absolute height of the ellipse */ void AddEllipse(double x, double y, double width, double height); /** Add a counter clockwise arc into the current path spanning to the given angles and radius * This is the equivalent of the "arc"/"arcn" operators in PostScript * \param x x coordinate of the center of the arc (left coordinate) * \param y y coordinate of the center of the arc (top coordinate) * \param radius radius * \param angle1 angle1 in radians measured counterclockwise from the origin * \param angle2 angle2 in radians measured counterclockwise from the origin * \param clockwise The arc is drawn clockwise instead */ void AddArc(double x, double y, double radius, double angle1, double angle2, bool clockwise = false); /** Append an arc from the current point to the current path * This is the equivalent of the "arct" operator in PostScript * \param x1 x coordinate the first control point * \param y1 y coordinate the first control point * \param x2 x coordinate of the end point, which is the new current point * \param y2 y coordinate of the end point, which is the new current point * \param radius radius */ void AddArcTo(double x1, double y1, double x2, double y2, double radius); /** Add a rectangle into the current path to the given coordinates * \param x x coordinate of the rectangle (left coordinate) * \param y y coordinate of the rectangle (bottom coordinate) * \param width width of the rectangle * \param height absolute height of the rectangle * \param roundX rounding factor, x direction * \param roundY rounding factor, y direction */ void AddRectangle(double x, double y, double width, double height, double roundX = 0.0, double roundY = 0.0); /** Add a rectangle into the current path to the given coordinates * \param rect the rectangle area * \param roundX rounding factor, x direction * \param roundY rounding factor, y direction */ void AddRectangle(const Rect& rect, double roundX = 0.0, double roundY = 0.0); /** * Add a path to the current path * \param path the path to add * \param connect true if connect the first figure of the given the path to the last figure of this path */ void AddPath(const PdfPainterPath& path, bool connect); /** Closes the current path by drawing a line from the current point * to the starting point of the path. Matches the PDF 'h' operator. * This function is useful to construct a closed path or clipping. */ void Close(); /** * Clear the path currently building and reset the internal state */ void Reset(); public: /** * Get a string view of the current content stream being built */ std::string_view GetContent() const; /** * Get the coordiantes of the first point */ const Vector2& GetFirstPoint() const; /** * Get the coordiantes of the current point */ const Vector2& GetCurrentPoint() const; private: void checkOpened() const; void open(double x, double y); private: PdfPainterPath(const PdfPainterPath& painter) = delete; PdfPainterPath& operator=(const PdfPainterPath& painter) = delete; private: PdfStringStream m_stream; nullable m_FirstPoint; Vector2 m_CurrentPoint; }; } #endif // PDF_GRAPHICS_PATH_H