/// the size is usually some sort of convex hull of the cells
/// hides inset::metrics() intentionally!
void metrics(MetricsInfo const & mi) const;
- ///
- Dimension const dimension(BufferView const &) const { return dim_; };
/// draw background if locked
void draw(PainterInfo & pi, int x, int y) const;
/// draw selection background
void cursorPos(BufferView const & bv, CursorSlice const & sl,
bool boundary, int & x, int & y) const;
///
- void edit(Cursor & cur, bool left);
+ void edit(Cursor & cur, bool front,
+ EntryDirectionType entry_from = IGNORE_ENTRY_DIRECTION);
///
Inset * editXY(Cursor & cur, int x, int y);
- /// order of movement through the cells when pressing the left key
- bool idxLeft(Cursor &) const;
- /// order of movement through the cells when pressing the right key
- bool idxRight(Cursor &) const;
+ /// order of movement through the cells when moving backwards
+ bool idxBackward(Cursor &) const;
+ /// order of movement through the cells when moving forward
+ bool idxForward(Cursor &) const;
- /// move one physical cell up
+ /// move to next cell
bool idxNext(Cursor &) const;
- /// move one physical cell down
+ /// move to previous cell
bool idxPrev(Cursor &) const;
- /// target pos when we enter the inset from the left by pressing "Right"
+ /// target pos when we enter the inset while moving forward
bool idxFirst(Cursor &) const;
- /// target pos when we enter the inset from the right by pressing "Left"
+ /// target pos when we enter the inset while moving backwards
bool idxLast(Cursor &) const;
/// number of cells currently governed by us
void lfunMouseRelease(Cursor &, FuncRequest &);
///
void lfunMouseMotion(Cursor &, FuncRequest &);
+ /// Find a macro to fold or unfold, starting at searchCur and searchCur.nextInset() pointing to a macro
+ /// afterwards if found
+ bool findMacroToFoldUnfold(Cursor & searchCur, bool fold) const;
protected:
/// we store the cells in a vector
bool lock_;
///
bool mouse_hover_;
- /// Cached dimensions of the inset.
- mutable Dimension dim_;
};