Describes minimum required functionality from PaintBox control.
You can find more information in comments below. Overrided methods can be found in corresponding base interface.
// Draw onto associated texture. All drawing methods works only if control is placed onto a form(directly or via parent controls) with valid renderer and if called inside renderer's DrawBegin() and DrawEnd() block.
class IPaintBox :public virtual IControl
{
public:
void(*OnDraw)(IPaintBox *sender); // Event called when drawing is required
virtual ITexture::IData *Lock(const bool readonly) = 0; // Return texture data if succeeded, nullptr otherwise. Use ITexture::IData::Release() to release locking and apply changes if lock was not read only
virtual bool DrawBegin() = 0; // Start drawing. If you are going to call drawing methods several times to draw you picture, it is better to do it betwen calling of DrawBegin() and DrawEnd() methods. It will work faster
virtual bool DrawEnd() = 0; // Finish drawing
virtual void Clear( // Clear entire control area with specified color
const Color &color) = 0; // Color
virtual void Line( // Draw line
const PointF &p1, // Start point
const PointF &p2, // End point
const Color &color) = 0; // Color
virtual void Line( // Draw line with transformation
const PointF &p1, // Start point
const PointF &p2, // End point
const Color &color, // Color
const Mat4f &m) = 0; // Transformation matrix
virtual void Line( // Draw line with gradiental filling
const PointF &p1, // Start point
const PointF &p2, // End point
const Color &c1, // Start point color
const Color &c2) = 0; // End point color
virtual void Line( // Draw line with gradiental filling and transformation
const PointF &p1, // Start point
const PointF &p2, // End point
const Color &c1, // Start point color
const Color &c2, // End point color
const Mat4f &m) = 0; // Transformation matrix
virtual void Line( // Draw masked line
const PointF &p1, // Start point
const PointF &p2, // End point
const Color &color, // Color
const unsigned int bitmask) = 0; // 32-bit binary mask where 1 - draw, 0 - not draw. Calculated starting from start point. Uses distance from p1 to calculate current bit
virtual void Line( // Draw masked line with transformation
const PointF &p1, // Start point
const PointF &p2, // End point
const Color &color, // Color
const Mat4f &m, // Transformation matrix
const unsigned int bitmask) = 0; // 32-bit binary mask where 1 - draw, 0 - not draw. Calculated starting from start point. Uses distance from p1 to calculate current bit
virtual void Line( // Draw masked line with gradiental filling
const PointF &p1, // Start point
const PointF &p2, // End point
const Color &c1, // Start point color
const Color &c2, // End point color
const unsigned int bitmask) = 0; // 32-bit binary mask where 1 - draw, 0 - not draw. Calculated starting from start point. Uses distance from p1 to calculate current bit
virtual void Line( // Draw masked line with gradiental filling and transformation
const PointF &p1, // Start point
const PointF &p2, // End point
const Color &c1, // Start point color
const Color &c2, // End point color
const Mat4f &m, // Transformation matrix
const unsigned int bitmask) = 0; // 32-bit binary mask where 1 - draw, 0 - not draw. Calculated starting from start point. Uses distance from p1 to calculate current bit
virtual void Lines( // Draw lines
const std::vector<PointF> &points, // Line points
const Color &color, // Color of all lines
const bool loop) = 0; // Whether to draw line from last to first one(close the shape)
virtual void Lines( // Draw lines with transformation
const std::vector<PointF> &points, // Line points
const Color &color, // Color of all lines
const bool loop, // Whether to draw line from last to first one(close the shape)
const Mat4f &m) = 0; // Transformation matrix
virtual void Lines( // Draw masked lines
const std::vector<PointF> &points, // Line points
const Color &color, // Color of all lines
const bool loop, // Whether to draw line from last to first one(close the shape)
const unsigned int bitmask) = 0; // 32-bit binary mask where 1 - draw, 0 - not draw. Calculated starting from first point. Uses distance from first point to calculate current bit
virtual void Lines( // Draw masked lines with transformation
const std::vector<PointF> &points, // Line points
const Color &color, // Color of all lines
const bool loop, // Whether to draw line from last to first one(close the shape)
const Mat4f &m, // Transformation matrix
const unsigned int bitmask) = 0; // 32-bit binary mask where 1 - draw, 0 - not draw. Calculated starting from first point. Uses distance from first point to calculate current bit
virtual void Triangle( // Draw solid triangle
const PointF &p1, // 1st vertex
const PointF &p2, // 2nd vertex
const PointF &p3, // 3rd vertex
const Color &color) = 0; // Triangle color
virtual void Triangle( // Draw solid triangle with transformation
const PointF &p1, // 1st vertex
const PointF &p2, // 2nd vertex
const PointF &p3, // 3rd vertex
const Color &color, // Triangle color
const Mat4f &m) = 0; // Transformation matrix
virtual void Triangle( // Draw gradientally filled triangle
const PointF &p1, // 1st vertex
const PointF &p2, // 2nd vertex
const PointF &p3, // 3rd vertex
const Color &c1, // 1st vertex color
const Color &c2, // 2nd vertex color
const Color &c3) = 0; // 3rd vertex color
virtual void Triangle( // Draw gradientally filled triangle with transformation
const PointF &p1, // 1st vertex
const PointF &p2, // 2nd vertex
const PointF &p3, // 3rd vertex
const Color &c1, // 1st vertex color
const Color &c2, // 2nd vertex color
const Color &c3, // 3rd vertex color
const Mat4f &m) = 0; // Transformation matrix
virtual void Triangle( // Draw masked solid triangle
const PointF &p1, // 1st vertex
const PointF &p2, // 2nd vertex
const PointF &p3, // 3rd vertex
const Color &color, // Triangle color
const unsigned int bitmask_x, // 32-bit binary mask for X direction where 1 - draw, 0 - not draw
const unsigned int bitmask_y) = 0; // 32-bit binary mask for Y direction where 1 - draw, 0 - not draw
virtual void Triangle( // Draw masked solid triangle with transformation
const PointF &p1, // 1st vertex
const PointF &p2, // 2nd vertex
const PointF &p3, // 3rd vertex
const Color &color, // Triangle color
const Mat4f &m, // Transformation matrix
const unsigned int bitmask_x, // 32-bit binary mask for X direction where 1 - draw, 0 - not draw
const unsigned int bitmask_y) = 0; // 32-bit binary mask for Y direction where 1 - draw, 0 - not draw
virtual void Triangle( // Draw masked gradientally filled triangle
const PointF &p1, // 1st vertex
const PointF &p2, // 2nd vertex
const PointF &p3, // 3rd vertex
const Color &c1, // 1st vertex color
const Color &c2, // 2nd vertex color
const Color &c3, // 3rd vertex color
const unsigned int bitmask_x, // 32-bit binary mask for X direction where 1 - draw, 0 - not draw
const unsigned int bitmask_y) = 0; // 32-bit binary mask for Y direction where 1 - draw, 0 - not draw
virtual void Triangle( // Draw masked gradientally filled triangle with transformation
const PointF &p1, // 1st vertex
const PointF &p2, // 2nd vertex
const PointF &p3, // 3rd vertex
const Color &c1, // 1st vertex color
const Color &c2, // 2nd vertex color
const Color &c3, // 3rd vertex color
const Mat4f &m, // Transformation matrix
const unsigned int bitmask_x, // 32-bit binary mask for X direction where 1 - draw, 0 - not draw
const unsigned int bitmask_y) = 0; // 32-bit binary mask for Y direction where 1 - draw, 0 - not draw
virtual void Rectangle( // Draw solid rectangle
const RectF &rect, // Rectangle
const Color &color) = 0; // Rectangle color
virtual void Rectangle( // Draw solid rectangle with transformation
const RectF &rect, // Rectangle
const Color &color, // Rectangle color
const Mat4f &m) = 0; // Transformation matrix
virtual void Rectangle( // Draw gradientally filled rectangle
const RectF &rect, // Rectangle
const Color &c1, // Left-top vertex color
const Color &c2, // Right-top vertex color
const Color &c3, // Right-bottom vertex color
const Color &c4) = 0; // Left-bottom vertex color
virtual void Rectangle( // Draw gradientally filled rectangle with transformation
const RectF &rect, // Rectangle
const Color &c1, // Left-top vertex color
const Color &c2, // Right-top vertex color
const Color &c3, // Right-bottom vertex color
const Color &c4, // Left-bottom vertex color
const Mat4f &m) = 0; // Transformation matrix
virtual void Rectangle( // Draw masked solid rectangle
const RectF &rect, // Rectangle
const Color &color, // Rectangle color
const unsigned int bitmask_x, // 32-bit binary mask for X direction where 1 - draw, 0 - not draw
const unsigned int bitmask_y) = 0; // 32-bit binary mask for Y direction where 1 - draw, 0 - not draw
virtual void Rectangle( // Draw masked solid rectangle with transformation
const RectF &rect, // Rectangle
const Color &color, // Rectangle color
const Mat4f &m, // Transformation matrix
const unsigned int bitmask_x, // 32-bit binary mask for X direction where 1 - draw, 0 - not draw
const unsigned int bitmask_y) = 0; // 32-bit binary mask for Y direction where 1 - draw, 0 - not draw
virtual void Rectangle( // Draw masked gradientally filled rectangle
const RectF &rect, // Rectangle
const Color &c1, // Left-top vertex color
const Color &c2, // Right-top vertex color
const Color &c3, // Right-bottom vertex color
const Color &c4, // Left-bottom vertex color
const unsigned int bitmask_x, // 32-bit binary mask for X direction where 1 - draw, 0 - not draw
const unsigned int bitmask_y) = 0; // 32-bit binary mask for Y direction where 1 - draw, 0 - not draw
virtual void Rectangle( // Draw masked gradientally filled rectangle with transformation
const RectF &rect, // Rectangle
const Color &c1, // Left-top vertex color
const Color &c2, // Right-top vertex color
const Color &c3, // Right-bottom vertex color
const Color &c4, // Left-bottom vertex color
const Mat4f &m, // Transformation matrix
const unsigned int bitmask_x, // 32-bit binary mask for X direction where 1 - draw, 0 - not draw
const unsigned int bitmask_y) = 0; // 32-bit binary mask for Y direction where 1 - draw, 0 - not draw
virtual void Gradient( // Draw gradient
const RectF &rect, // Rectangle
nitisa::Gradient &g) = 0; // Gradient
virtual void Gradient( // Draw gradient with transformation
const RectF &rect, // Rectangle
nitisa::Gradient &g, // Gradient
const Mat4f &m) = 0; // Transformation matrix
virtual void Gradient( // Draw masked gradient
const RectF &rect, // Rectangle
nitisa::Gradient &g, // Gradient
const unsigned int bitmask_x, // 32-bit binary mask for X direction where 1 - draw, 0 - not draw
const unsigned int bitmask_y) = 0; // 32-bit binary mask for Y direction where 1 - draw, 0 - not draw
virtual void Gradient( // Draw masked gradient with transformation
const RectF &rect, // Rectangle
nitisa::Gradient &g, // Gradient
const Mat4f &m, // Transformation matrix
const unsigned int bitmask_x, // 32-bit binary mask for X direction where 1 - draw, 0 - not draw
const unsigned int bitmask_y) = 0; // 32-bit binary mask for Y direction where 1 - draw, 0 - not draw
virtual void Image( // Draw image at specified position
ITexture *image, // Image
const PointF &p, // Position where to draw
const float transparency) = 0; // Transparency(0..1)
virtual void Image( // Draw image with transformation
ITexture *image, // Image
const Mat4f &m, // Transformation matrix
const float transparency) = 0; // Transparency(0..1)
virtual void Image( // Draw image part at specified position
ITexture *image, // Image
const RectF &part, // Part to be drawn
const PointF &p, // Position where to draw
const float transparency) = 0; // Transparency(0..1)
virtual void Image( // Draw image part with transformation
ITexture *image, // Image
const RectF &part, // Part to be drawn
const Mat4f &m, // Transformation matrix
const float transparency) = 0; // Transparency(0..1)
virtual void Image( // Draw masked image at specified position
ITexture *image, // Image
const PointF &p, // Position where to draw
const float transparency, // Transparency(0..1)
const unsigned int bitmask_x, // 32-bit binary mask for X direction where 1 - draw, 0 - not draw
const unsigned int bitmask_y) = 0; // 32-bit binary mask for Y direction where 1 - draw, 0 - not draw
virtual void Image( // Draw masked image with transformation
ITexture *image, // Image
const Mat4f &m, // Transformation matrix
const float transparency, // Transparency(0..1)
const unsigned int bitmask_x, // 32-bit binary mask for X direction where 1 - draw, 0 - not draw
const unsigned int bitmask_y) = 0; // 32-bit binary mask for Y direction where 1 - draw, 0 - not draw
virtual void Image( // Draw masked image part at specified position
ITexture *image, // Image
const RectF &part, // Part to be drawn
const PointF &p, // Position where to draw
const float transparency, // Transparency(0..1)
const unsigned int bitmask_x, // 32-bit binary mask for X direction where 1 - draw, 0 - not draw
const unsigned int bitmask_y) = 0; // 32-bit binary mask for Y direction where 1 - draw, 0 - not draw
virtual void Image( // Draw masked image part with transformation
ITexture *image, // Image
const RectF &part, // Part to be drawn
const Mat4f &m, // Transformation matrix
const float transparency, // Transparency(0..1)
const unsigned int bitmask_x, // 32-bit binary mask for X direction where 1 - draw, 0 - not draw
const unsigned int bitmask_y) = 0; // 32-bit binary mask for Y direction where 1 - draw, 0 - not draw
virtual void Block( // Draw block
const RectF &block, // Block rectangle
const RectF &border, // Border widthes
const RectF &radius, // Corner radiuses
const BlockColors &colors) = 0; // Part colors(left border, top border, right border, bottom border, internal area, external area)
virtual void Block( // Draw block part visible through specified rectangle
const RectF &rect, // Rectangle to be drawn
const RectF &block, // Block rectangle
const RectF &border, // Border widthes
const RectF &radius, // Corner radiuses
const BlockColors &colors) = 0; // Part colors(left border, top border, right border, bottom border, internal area, external area)
virtual void Block( // Draw masked block
const RectF &block, // Block rectangle
const RectF &border, // Border widthes
const RectF &radius, // Corner radiuses
const BlockColors &colors, // Part colors(left border, top border, right border, bottom border, internal area, external area)
const unsigned int bitmask_x, // 32-bit binary mask for X direction where 1 - draw, 0 - not draw
const unsigned int bitmask_y) = 0; // 32-bit binary mask for Y direction where 1 - draw, 0 - not draw
virtual void Block( // Draw masked block part visible through specified rectangle
const RectF &rect, // Rectangle to be drawn
const RectF &block, // Block rectangle
const RectF &border, // Border widthes
const RectF &radius, // Corner radiuses
const BlockColors &colors, // Part colors(left border, top border, right border, bottom border, internal area, external area)
const unsigned int bitmask_x, // 32-bit binary mask for X direction where 1 - draw, 0 - not draw
const unsigned int bitmask_y) = 0; // 32-bit binary mask for Y direction where 1 - draw, 0 - not draw
virtual void Text( // Draw text at specified position
const String &text, // Text
IPlatformFont *font, // Font. If empty, control font will be used
const float distance, // Additional distance between characters
const Color &color, // Color
const PointF &p) = 0; // Position
virtual void Text( // Draw text with transformation
const String &text, // Text
IPlatformFont *font, // Font. If empty, control font will be used
const float distance, // Additional distance between characters
const Color &color, // Color
const Mat4f &m) = 0; // Transformation matrix
virtual void Text( // Draw masked text at specified position
const String &text, // Text
IPlatformFont *font, // Font. If empty, control font will be used
const float distance, // Additional distance between characters
const Color &color, // Color
const PointF &p, // Position
const unsigned int bitmask_x, // 32-bit binary mask for X direction where 1 - draw, 0 - not draw
const unsigned int bitmask_y) = 0; // 32-bit binary mask for Y direction where 1 - draw, 0 - not draw
virtual void Text( // Draw masked text with transformation
const String &text, // Text
IPlatformFont *font, // Font. If empty, control font will be used
const float distance, // Additional distance between characters
const Color &color, // Color
const Mat4f &m, // Transformation matrix
const unsigned int bitmask_x, // 32-bit binary mask for X direction where 1 - draw, 0 - not draw
const unsigned int bitmask_y) = 0; // 32-bit binary mask for Y direction where 1 - draw, 0 - not draw
virtual void Blur( // Add blur to image
const int radius, // Blur radius(>= 1)
const BlurType type) = 0; // Blur type
virtual void Blur( // Add masked blur to image
const int radius, // Blur radius(>= 1)
const BlurType type, // Blur type
const unsigned int bitmask_x, // 32-bit binary mask for X direction where 1 - draw, 0 - not draw
const unsigned int bitmask_y) = 0; // 32-bit binary mask for Y direction where 1 - draw, 0 - not draw
virtual void Dot( // Draw dot
const PointF &p, // Position
const Color &color) = 0; // Color
virtual void Dot( // Draw dot with transformation
const PointF &p, // Position
const Color &color, // Color
const Mat4f &m) = 0; // Transformation matrix
virtual void Circle( // Draw circle
const PointF &p, // Circle center
const Color &color, // Color
const float radius) = 0; // Radius
virtual void Circle( // Draw circle with transformation
const PointF &p, // Circle center
const Color &color, // Color
const float radius, // Radius
const Mat4f &m) = 0; // Transformation matrix
virtual void Circle( // Draw masked circle
const PointF &p, // Circle center
const Color &color, // Color
const float radius, // Radius
const unsigned int bitmask_x, // 32-bit binary mask for X direction where 1 - draw, 0 - not draw
const unsigned int bitmask_y) = 0; // 32-bit binary mask for Y direction where 1 - draw, 0 - not draw
virtual void Circle( // Draw masked circle with transformation
const PointF &p, // Circle center
const Color &color, // Color
const float radius, // Radius
const Mat4f &m, // Transformation matrix
const unsigned int bitmask_x, // 32-bit binary mask for X direction where 1 - draw, 0 - not draw
const unsigned int bitmask_y) = 0; // 32-bit binary mask for Y direction where 1 - draw, 0 - not draw
};| Namespace: | nitisa::standard |
| Include: | Standard/Controls/IPaintBox.h |