void TransformHandles::invalidateHandles(Editor* editor, const gfx::Transformation& transform)
{
SkinTheme* theme = static_cast<SkinTheme*>(CurrentTheme::get());
fixmath::fixed angle = fixmath::ftofix(128.0 * transform.angle() / PI);
gfx::Transformation::Corners corners;
transform.transformBox(corners);
std::vector<gfx::Point> screenPoints(corners.size());
for (size_t c=0; c<corners.size(); ++c)
screenPoints[c] = editor->editorToScreen(
gfx::Point((int)corners[c].x, (int)corners[c].y));
// Invalidate each corner handle.
for (size_t c=0; c<HANDLES; ++c) {
she::Surface* part = theme->parts.transformationHandle()->getBitmap(0);
int u = (screenPoints[handles_info[c].i1].x+screenPoints[handles_info[c].i2].x)/2;
int v = (screenPoints[handles_info[c].i1].y+screenPoints[handles_info[c].i2].y)/2;
adjustHandle(u, v, part->width(), part->height(), angle + handles_info[c].angle);
editor->invalidateRect(gfx::Rect(u, v, part->width(), part->height()));
}
// Invalidate area where the pivot is.
if (visiblePivot(angle)) {
gfx::Rect pivotBounds = getPivotHandleBounds(editor, transform, corners);
she::Surface* part = theme->parts.pivotHandle()->getBitmap(0);
editor->invalidateRect(
gfx::Rect(pivotBounds.x, pivotBounds.y,
part->width(), part->height()));
}
}
void TransformHandles::drawHandles(Editor* editor, const gfx::Transformation& transform)
{
ScreenGraphics g;
fixmath::fixed angle = fixmath::ftofix(128.0 * transform.angle() / PI);
gfx::Transformation::Corners corners;
transform.transformBox(corners);
std::vector<gfx::Point> screenPoints(corners.size());
for (size_t c=0; c<corners.size(); ++c)
screenPoints[c] = editor->editorToScreen(
gfx::Point((int)corners[c].x, (int)corners[c].y));
// TODO DO NOT COMMIT
#if 0 // Uncomment this if you want to see the bounds in red (only for debugging purposes)
// -----------------------------------------------
{
gfx::Point
a(transform.bounds().getOrigin()),
b(transform.bounds().getPoint2());
a = editor->editorToScreen(a);
b = editor->editorToScreen(b);
g.drawRect(gfx::rgba(255, 0, 0), gfx::Rect(a, b));
a = transform.pivot();
a = editor->editorToScreen(a);
g.drawRect(gfx::rgba(255, 0, 0), gfx::Rect(a.x-2, a.y-2, 5, 5));
}
// -----------------------------------------------
#endif
// Draw corner handle
for (size_t c=0; c<HANDLES; ++c) {
drawHandle(&g,
(screenPoints[handles_info[c].i1].x+screenPoints[handles_info[c].i2].x)/2,
(screenPoints[handles_info[c].i1].y+screenPoints[handles_info[c].i2].y)/2,
angle + handles_info[c].angle);
}
// Draw the pivot
if (visiblePivot(angle)) {
gfx::Rect pivotBounds = getPivotHandleBounds(editor, transform, corners);
SkinTheme* theme = static_cast<SkinTheme*>(CurrentTheme::get());
she::Surface* part = theme->parts.pivotHandle()->getBitmap(0);
g.drawRgbaSurface(part, pivotBounds.x, pivotBounds.y);
}
}
bool StandbyState::Decorator::onSetCursor(Editor* editor)
{
if (!editor->document()->isMaskVisible())
return false;
const gfx::Transformation transformation(m_standbyState->getTransformation(editor));
TransformHandles* tr = getTransformHandles(editor);
HandleType handle = tr->getHandleAtPoint(editor,
ui::get_mouse_position(), transformation);
CursorType newCursor = kArrowCursor;
switch (handle) {
case ScaleNWHandle: newCursor = kSizeNWCursor; break;
case ScaleNHandle: newCursor = kSizeNCursor; break;
case ScaleNEHandle: newCursor = kSizeNECursor; break;
case ScaleWHandle: newCursor = kSizeWCursor; break;
case ScaleEHandle: newCursor = kSizeECursor; break;
case ScaleSWHandle: newCursor = kSizeSWCursor; break;
case ScaleSHandle: newCursor = kSizeSCursor; break;
case ScaleSEHandle: newCursor = kSizeSECursor; break;
case RotateNWHandle: newCursor = kRotateNWCursor; break;
case RotateNHandle: newCursor = kRotateNCursor; break;
case RotateNEHandle: newCursor = kRotateNECursor; break;
case RotateWHandle: newCursor = kRotateWCursor; break;
case RotateEHandle: newCursor = kRotateECursor; break;
case RotateSWHandle: newCursor = kRotateSWCursor; break;
case RotateSHandle: newCursor = kRotateSCursor; break;
case RotateSEHandle: newCursor = kRotateSECursor; break;
case PivotHandle: newCursor = kHandCursor; break;
default:
return false;
}
// Adjust the cursor depending the current transformation angle.
fixmath::fixed angle = fixmath::ftofix(128.0 * transformation.angle() / PI);
angle = fixmath::fixadd(angle, fixmath::itofix(16));
angle &= (255<<16);
angle >>= 16;
angle /= 32;
if (newCursor >= kSizeNCursor && newCursor <= kSizeNWCursor) {
size_t num = sizeof(rotated_size_cursors) / sizeof(rotated_size_cursors[0]);
size_t c;
for (c=num-1; c>0; --c)
if (rotated_size_cursors[c] == newCursor)
break;
newCursor = rotated_size_cursors[(c+angle) % num];
}
else if (newCursor >= kRotateNCursor && newCursor <= kRotateNWCursor) {
size_t num = sizeof(rotated_rotate_cursors) / sizeof(rotated_rotate_cursors[0]);
size_t c;
for (c=num-1; c>0; --c)
if (rotated_rotate_cursors[c] == newCursor)
break;
newCursor = rotated_rotate_cursors[(c+angle) % num];
}
// Hide the drawing cursor (just in case) and show the new system cursor.
editor->hideDrawingCursor();
ui::set_mouse_cursor(newCursor);
return true;
}
bool StandbyState::Decorator::onSetCursor(tools::Ink* ink, Editor* editor, const gfx::Point& mouseScreenPos)
{
if (!editor->isActive())
return false;
if (ink && ink->isSelection() && editor->document()->isMaskVisible()) {
const gfx::Transformation transformation(m_standbyState->getTransformation(editor));
TransformHandles* tr = getTransformHandles(editor);
HandleType handle = tr->getHandleAtPoint(
editor, mouseScreenPos, transformation);
CursorType newCursor = kArrowCursor;
switch (handle) {
case ScaleNWHandle: newCursor = kSizeNWCursor; break;
case ScaleNHandle: newCursor = kSizeNCursor; break;
case ScaleNEHandle: newCursor = kSizeNECursor; break;
case ScaleWHandle: newCursor = kSizeWCursor; break;
case ScaleEHandle: newCursor = kSizeECursor; break;
case ScaleSWHandle: newCursor = kSizeSWCursor; break;
case ScaleSHandle: newCursor = kSizeSCursor; break;
case ScaleSEHandle: newCursor = kSizeSECursor; break;
case RotateNWHandle: newCursor = kRotateNWCursor; break;
case RotateNHandle: newCursor = kRotateNCursor; break;
case RotateNEHandle: newCursor = kRotateNECursor; break;
case RotateWHandle: newCursor = kRotateWCursor; break;
case RotateEHandle: newCursor = kRotateECursor; break;
case RotateSWHandle: newCursor = kRotateSWCursor; break;
case RotateSHandle: newCursor = kRotateSCursor; break;
case RotateSEHandle: newCursor = kRotateSECursor; break;
case PivotHandle: newCursor = kHandCursor; break;
default:
return false;
}
// Adjust the cursor depending the current transformation angle.
fixmath::fixed angle = fixmath::ftofix(128.0 * transformation.angle() / PI);
angle = fixmath::fixadd(angle, fixmath::itofix(16));
angle &= (255<<16);
angle >>= 16;
angle /= 32;
if (newCursor >= kSizeNCursor && newCursor <= kSizeNWCursor) {
size_t num = sizeof(rotated_size_cursors) / sizeof(rotated_size_cursors[0]);
size_t c;
for (c=num-1; c>0; --c)
if (rotated_size_cursors[c] == newCursor)
break;
newCursor = rotated_size_cursors[(c+angle) % num];
}
else if (newCursor >= kRotateNCursor && newCursor <= kRotateNWCursor) {
size_t num = sizeof(rotated_rotate_cursors) / sizeof(rotated_rotate_cursors[0]);
size_t c;
for (c=num-1; c>0; --c)
if (rotated_rotate_cursors[c] == newCursor)
break;
newCursor = rotated_rotate_cursors[(c+angle) % num];
}
editor->showMouseCursor(newCursor);
return true;
}
gfx::Rect box1, box2;
if (getSymmetryHandles(editor, box1, box2) &&
(box1.contains(mouseScreenPos) ||
box2.contains(mouseScreenPos))) {
switch (Preferences::instance().document(editor->document()).symmetry.mode()) {
case app::gen::SymmetryMode::HORIZONTAL:
editor->showMouseCursor(kSizeWECursor);
break;
case app::gen::SymmetryMode::VERTICAL:
editor->showMouseCursor(kSizeNSCursor);
break;
}
return true;
}
return false;
}