mirror of
https://github.com/panda3d/panda3d.git
synced 2025-10-04 02:42:49 -04:00
update some stuff
This commit is contained in:
Cary Sandvig
parent
31d42e69c3
commit
c43c1e1347
@ -41,9 +41,11 @@ INLINE void GuiButton::exit(void) {
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INLINE void GuiButton::up(void) {
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switch (_state) {
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case DOWN:
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case INACTIVE:
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switch_state(UP);
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break;
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case DOWN_ROLLOVER:
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case INACTIVE_ROLLOVER:
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switch_state(UP_ROLLOVER);
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break;
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default:
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@ -55,9 +57,11 @@ INLINE void GuiButton::up(void) {
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INLINE void GuiButton::down(void) {
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switch (_state) {
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case UP:
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case INACTIVE:
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switch_state(DOWN);
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break;
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case UP_ROLLOVER:
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case INACTIVE_ROLLOVER:
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switch_state(DOWN_ROLLOVER);
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break;
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default:
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@ -4,3 +4,83 @@
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////////////////////////////////////////////////////////////////////
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INLINE GuiFrame::GuiFrame(void) {}
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INLINE bool GuiFrame::is_aligned_left(void) const {
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return _align_to_left;
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}
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INLINE bool GuiFrame::is_aligned_right(void) const {
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return _align_to_right;
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}
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INLINE bool GuiFrame::is_aligned_top(void) const {
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return _align_to_top;
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}
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INLINE bool GuiFrame::is_aligned_bottom(void) const {
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return _align_to_bottom;
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}
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INLINE float GuiFrame::get_left_gap(void) const {
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return _left_gap;
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}
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INLINE float GuiFrame::get_right_gap(void) const {
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return _right_gap;
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}
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INLINE float GuiFrame::get_top_gap(void) const {
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return _top_gap;
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}
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INLINE float GuiFrame::get_bottom_gap(void) const {
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return _bottom_gap;
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}
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INLINE void GuiFrame::clear_left_alignment(void) {
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_align_to_left = false;
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}
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INLINE void GuiFrame::clear_right_alignment(void) {
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_align_to_right = false;
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}
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INLINE void GuiFrame::clear_top_alignment(void) {
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_align_to_top = false;
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}
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INLINE void GuiFrame::clear_bottom_alignment(void) {
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_align_to_bottom = false;
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}
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INLINE void GuiFrame::clear_all_alignment(void) {
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clear_left_alignment();
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clear_right_alignment();
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clear_top_alignment();
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clear_bottom_alignment();
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}
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INLINE void GuiFrame::align_to_left(float g) {
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_align_to_right = false;
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_align_to_left = true;
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_left_gap = g;
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}
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INLINE void GuiFrame::align_to_right(float g) {
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_align_to_left = false;
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_align_to_right = true;
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_right_gap = g;
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}
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INLINE void GuiFrame::align_to_top(float g) {
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_align_to_bottom = false;
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_align_to_top = true;
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_top_gap = g;
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}
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INLINE void GuiFrame::align_to_bottom(float g) {
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_align_to_top = false;
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_align_to_bottom = true;
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_bottom_gap = g;
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}
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@ -27,7 +27,7 @@ void GuiFrame::recompute_frame(void) {
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// go thru and make sure everything is packed correctly. This is a stupid
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// and brute-force algorithm. Hopefully it will be replaced with something
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// more ellegant later
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for (i=_items.begin(); i!=_items.end(); ++i) {
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for (i=_items.begin(); i!=_items.end(); ++i) {
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GuiItem* here = (*i).get_item();
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here->recompute();
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int n = (*i).get_num_links();
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@ -39,8 +39,8 @@ void GuiFrame::recompute_frame(void) {
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if (pack == NONE)
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continue;
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GuiItem* to = (*i).get_nth_to(j);
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float gap = (*i).get_nth_gap(j);
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LVector4f ext_t = to->get_frame();
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float gap = (*i).get_nth_gap(j);
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switch (pack) {
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case ABOVE:
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{
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@ -152,6 +152,43 @@ void GuiFrame::recompute_frame(void) {
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GuiItem* foo = (*i).get_item();
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foo->set_pos(foo->get_pos() + delta);
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}
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// get the bounds again
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_left = _bottom = 10000000.;
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_right = _top = -10000000.;
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for (i=_items.begin(); i!=_items.end(); ++i) {
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float tmp = (*i).get_item()->get_left();
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_left = (_left<tmp)?_left:tmp;
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tmp = (*i).get_item()->get_right();
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_right = (_right<tmp)?tmp:_right;
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tmp = (*i).get_item()->get_bottom();
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_bottom = (_bottom<tmp)?_bottom:tmp;
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tmp = (*i).get_item()->get_top();
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_top = (_top<tmp)?tmp:_top;
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}
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// check for alignment to the DisplayRegion
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LVector3f move_left, move_right, move_top, move_bottom;
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move_left = move_right = move_top = move_bottom = LVector3f(0., 0., 0.);
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if (_align_to_left) {
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float diff = -1. - _left;
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move_left = LVector3f::rfu(diff, 0., 0.);
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}
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if (_align_to_right) {
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float diff = 1. - _right;
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move_right = LVector3f::rfu(diff, 0., 0.);
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}
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if (_align_to_top) {
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float diff = 1. - _top;
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move_top = LVector3f::rfu(0., 0., diff);
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}
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if (_align_to_bottom) {
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float diff = -1. - _bottom;
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move_bottom = LVector3f::rfu(0., 0., diff);
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}
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LVector3f move = move_left + move_right + move_top + move_bottom;
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for (i=_items.begin(); i!=_items.end(); ++i) {
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GuiItem* foo = (*i).get_item();
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foo->set_pos(foo->get_pos() + move);
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}
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// lastly, get the finial bounds
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_left = _bottom = 10000000.;
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_right = _top = -10000000.;
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@ -167,7 +204,10 @@ void GuiFrame::recompute_frame(void) {
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}
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}
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GuiFrame::GuiFrame(const string& name) : GuiItem(name) {
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GuiFrame::GuiFrame(const string& name) : GuiItem(name), _align_to_left(false),
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_align_to_right(false),
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_align_to_top(false),
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_align_to_bottom(false) {
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}
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GuiFrame::~GuiFrame(void) {
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@ -67,6 +67,14 @@ private:
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typedef vector<Box> Boxes;
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Boxes _items;
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bool _align_to_left;
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bool _align_to_right;
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bool _align_to_top;
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bool _align_to_bottom;
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float _left_gap;
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float _right_gap;
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float _top_gap;
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float _bottom_gap;
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INLINE GuiFrame(void);
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Boxes::iterator find_box(GuiItem*);
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@ -82,6 +90,27 @@ PUBLISHED:
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void clear_packing(GuiItem*);
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void clear_all_packing(void);
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INLINE bool is_aligned_left(void) const;
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INLINE bool is_aligned_right(void) const;
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INLINE bool is_aligned_top(void) const;
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INLINE bool is_aligned_bottom(void) const;
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INLINE float get_left_gap(void) const;
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INLINE float get_right_gap(void) const;
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INLINE float get_top_gap(void) const;
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INLINE float get_bottom_gap(void) const;
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INLINE void clear_left_alignment(void);
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INLINE void clear_right_alignment(void);
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INLINE void clear_top_alignment(void);
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INLINE void clear_bottom_alignment(void);
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INLINE void clear_all_alignment(void);
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INLINE void align_to_left(float = 0.);
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INLINE void align_to_right(float = 0.);
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INLINE void align_to_top(float = 0.);
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INLINE void align_to_bottom(float = 0.);
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virtual void manage(GuiManager*, EventHandler&);
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virtual void unmanage(void);
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@ -63,14 +63,18 @@ static void event_frame(CPT_Event) {
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send(add_pos(d));
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}
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enum MotionType { M_None, M_Line, M_SLine, M_Box, M_Circle, M_Random };
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enum MotionType { M_None, M_Line, M_SLine, M_Box, M_SBox, M_Circle, M_SCircle,
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M_Random, M_SRandom };
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PT(AutonomousLerp) curr_lerp;
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MotionType curr_type;
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PT(GuiButton) lineButton;
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PT(GuiButton) slineButton;
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PT(GuiButton) boxButton;
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PT(GuiButton) sboxButton;
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PT(GuiButton) circleButton;
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PT(GuiButton) scircleButton;
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PT(GuiButton) randomButton;
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PT(GuiButton) srandomButton;
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// the various motion generators
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@ -109,10 +113,48 @@ private:
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};
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TypeHandle MyPosFunctor::_type_handle;
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class MyRotFunctor : public FloatLerpFunctor {
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public:
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MyRotFunctor(float start, float end) : FloatLerpFunctor(start, end) {}
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MyRotFunctor(const MyRotFunctor& p) : FloatLerpFunctor(p) {}
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virtual ~MyRotFunctor(void) {}
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virtual void operator()(float t) {
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float p = interpolate(t);
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LVector3f tmp = my_pos;
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float x, y;
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x = 10. * cos(p);
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y = 10. * sin(p);
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my_pos = LVector3f::rfu(x, 0., y);
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my_vel = my_pos - tmp;
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update_smiley();
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}
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public:
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// type stuff
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static TypeHandle get_class_type(void) { return _type_handle; }
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static void init_type(void) {
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FloatLerpFunctor::init_type();
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register_type(_type_handle, "MyRotFunctor",
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FloatLerpFunctor::get_class_type());
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}
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virtual TypeHandle get_type(void) const { return get_class_type(); }
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virtual TypeHandle force_init_type(void) {
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init_type();
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return get_class_type();
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}
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private:
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static TypeHandle _type_handle;
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};
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TypeHandle MyRotFunctor::_type_handle;
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inline float unit_rand(void) {
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return ((float)rand() / (float)RAND_MAX);
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}
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static void init_funcs(void) {
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static bool inited = false;
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if (!inited) {
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MyPosFunctor::init_type();
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MyRotFunctor::init_type();
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inited = true;
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}
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}
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@ -190,11 +232,34 @@ static void run_box(bool smooth) {
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}
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static void run_circle(bool smooth) {
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LerpBlendType* blend;
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init_funcs();
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if (smooth)
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blend = new EaseInOutBlendType();
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else
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blend = new NoBlendType();
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curr_lerp = new AutonomousLerp(new MyRotFunctor(0., 6.283185), 5., blend,
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&event_handler);
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curr_lerp->set_end_event("lerp_done");
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curr_lerp->start();
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}
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static void run_random(bool smooth) {
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LerpBlendType* blend;
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init_funcs();
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if (smooth)
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blend = new EaseInOutBlendType();
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else
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blend = new NoBlendType();
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float x = (20. * unit_rand()) - 10.;
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float y = (20. * unit_rand()) - 10.;
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LVector3f p = LVector3f::rfu(x, 0., y);
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curr_lerp = new AutonomousLerp(new MyPosFunctor(my_pos, p), 5., blend,
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&event_handler);
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curr_lerp->set_end_event("lerp_done");
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curr_lerp->start();
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}
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static void handle_lerp(void) {
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@ -213,12 +278,21 @@ static void handle_lerp(void) {
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case M_Box:
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run_box(false);
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break;
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case M_SBox:
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run_box(true);
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break;
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case M_Circle:
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run_circle(false);
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break;
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case M_SCircle:
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run_circle(true);
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break;
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case M_Random:
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run_random(false);
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break;
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case M_SRandom:
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run_random(true);
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break;
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default:
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deadrec_cat->error() << "unknown motion type (" << (int)curr_type << ")"
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<< endl;
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@ -238,12 +312,21 @@ static void make_active(void) {
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case M_Box:
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boxButton->up();
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break;
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case M_SBox:
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sboxButton->up();
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break;
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case M_Circle:
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circleButton->up();
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break;
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case M_SCircle:
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scircleButton->up();
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break;
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case M_Random:
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randomButton->up();
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break;
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case M_SRandom:
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srandomButton->up();
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break;
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default:
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deadrec_cat->error() <<" unknown motion type (" << (int)curr_type << ")"
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<< endl;
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@ -274,6 +357,13 @@ static void event_button_down(CPT_Event e) {
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handle_lerp();
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boxButton->inactive();
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}
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} else if (s == "s-box") {
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if (curr_type != M_SBox) {
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make_active();
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curr_type = M_SBox;
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handle_lerp();
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sboxButton->inactive();
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}
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} else if (s == "circle") {
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if (curr_type != M_Circle) {
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make_active();
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@ -281,6 +371,13 @@ static void event_button_down(CPT_Event e) {
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handle_lerp();
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circleButton->inactive();
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}
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} else if (s == "s-circle") {
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if (curr_type != M_SCircle) {
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make_active();
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curr_type = M_SCircle;
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handle_lerp();
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scircleButton->inactive();
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}
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} else if (s == "random") {
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if (curr_type != M_Random) {
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make_active();
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@ -288,6 +385,13 @@ static void event_button_down(CPT_Event e) {
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handle_lerp();
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randomButton->inactive();
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}
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} else if (s == "s-random") {
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if (curr_type != M_SRandom) {
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make_active();
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curr_type = M_SRandom;
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handle_lerp();
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srandomButton->inactive();
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}
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} else {
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deadrec_cat->error() << "got invalid button event '" << s << "'" << endl;
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}
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@ -359,23 +463,39 @@ static void deadrec_setup(EventHandler& eh) {
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boxButton = make_button("box", font, eh);
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boxButton->set_scale(0.08);
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f1->add_item(boxButton);
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sboxButton = make_button("s-box", font, eh);
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sboxButton->set_scale(0.08);
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f1->add_item(sboxButton);
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circleButton = make_button("circle", font, eh);
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circleButton->set_scale(0.08);
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f1->add_item(circleButton);
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scircleButton = make_button("s-circle", font, eh);
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scircleButton->set_scale(0.08);
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f1->add_item(scircleButton);
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randomButton = make_button("random", font, eh);
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randomButton->set_scale(0.08);
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f1->add_item(randomButton);
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srandomButton = make_button("s-random", font, eh);
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srandomButton->set_scale(0.08);
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f1->add_item(srandomButton);
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f1->pack_item(lineButton, GuiFrame::UNDER, s1);
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f1->pack_item(lineButton, GuiFrame::ALIGN_LEFT, s1);
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f1->pack_item(slineButton, GuiFrame::UNDER, s1);
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f1->pack_item(slineButton, GuiFrame::RIGHT, lineButton, 0.02);
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f1->pack_item(boxButton, GuiFrame::UNDER, s1);
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f1->pack_item(boxButton, GuiFrame::RIGHT, slineButton, 0.02);
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f1->pack_item(sboxButton, GuiFrame::UNDER, s1);
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f1->pack_item(sboxButton, GuiFrame::RIGHT, boxButton, 0.02);
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f1->pack_item(circleButton, GuiFrame::UNDER, s1);
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f1->pack_item(circleButton, GuiFrame::RIGHT, boxButton, 0.02);
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f1->pack_item(circleButton, GuiFrame::RIGHT, sboxButton, 0.02);
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f1->pack_item(scircleButton, GuiFrame::UNDER, s1);
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f1->pack_item(scircleButton, GuiFrame::RIGHT, circleButton, 0.02);
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f1->pack_item(randomButton, GuiFrame::UNDER, s1);
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f1->pack_item(randomButton, GuiFrame::RIGHT, circleButton, 0.02);
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f1->set_pos(LVector3f::rfu(-0.1, 0., 0.9));
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f1->pack_item(randomButton, GuiFrame::RIGHT, scircleButton, 0.02);
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f1->pack_item(srandomButton, GuiFrame::UNDER, s1);
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f1->pack_item(srandomButton, GuiFrame::RIGHT, randomButton, 0.02);
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f1->align_to_left(0.05);
|
||||
f1->align_to_top(0.05);
|
||||
f1->recompute();
|
||||
f1->manage(mgr, eh);
|
||||
}
|
||||
|
||||
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Reference in New Issue
Block a user