/* Handle a redraw of necessary items, for instance when a Gtk style change is
signaled. */
void table_redraw(void)
{
ggz_debug(DBG_TABLE, "Redrawing table. ");
if (table_ready) {
int p;
/* Complete (zip) any animation in process */
animation_stop(TRUE);
/* I really don't know why these are necessary... */
gtk_widget_grab_focus(dlg_main);
table_style = gtk_widget_get_style(table);
/* Redraw everything to the buffer */
table_clear_table(FALSE);
draw_card_areas(FALSE);
table_display_all_hands(FALSE);
table_show_cards(FALSE);
for (p = 0; p < ggzcards.num_players; p++)
table_show_player_box(p, FALSE);
/* Then draw the whole buffer to the window */
table_show_table(0, 0, get_table_width(),
get_table_height());
/* There has GOT to be a better way to force the redraw! */
gdk_window_hide(table_drawing_area->window);
gdk_window_show(table_drawing_area->window);
} else { /* not if (table_ready) */
if (table_buf)
draw_splash_screen();
}
}
// Step a GRect animation
static void prv_animation_step_grect(AnimationNode *node) {
// set from grect on first call, allowing another animation to change the target value
// while this animation is delayed
if (!node->from) {
node->from = MALLOC(sizeof(GRect));
(*(GRect*)node->from) = (*(GRect*)node->target);
}
// step value
GRect from = (*(GRect*)node->from);
GRect to = (*(GRect*)node->to);
uint32_t percent_max = node->duration;
uint32_t percent = epoch() - (node->start_time + node->delay);
(*(GRect*)node->target).origin.x = interpolation_integer(from.origin.x, to.origin.x, percent,
percent_max, node->interpolation);
(*(GRect*)node->target).origin.y = interpolation_integer(from.origin.y, to.origin.y, percent,
percent_max, node->interpolation);
(*(GRect*)node->target).size.w = interpolation_integer(from.size.w, to.size.w, percent,
percent_max, node->interpolation);
(*(GRect*)node->target).size.h = interpolation_integer(from.size.h, to.size.h, percent,
percent_max, node->interpolation);
// continue animation
if (percent >= percent_max) {
animation_stop(node->target);
}
}
// Step a int32 animation
static void prv_animation_step_int32(AnimationNode *node) {
// set from value on first call, allowing another animation to change the target value
// while this animation is delayed
if (!node->from) {
node->from = MALLOC(sizeof(int32_t));
(*(int32_t*)node->from) = (*(int32_t*)node->target);
}
// step value
int32_t from = (*(int32_t*)node->from);
int32_t to = (*(int32_t*)node->to);
uint32_t percent_max = node->duration;
uint32_t percent = epoch() - (node->start_time + node->delay);
(*(int32_t*)node->target) = interpolation_integer(from, to, percent, percent_max,
node->interpolation);
// continue animation
if (percent >= percent_max) {
animation_stop(node->target);
}
}
void CNpc::setState(int state)
{
this->m_State = state;
switch (state){
case STATE_LIVE:
log("LIVE");
animation_move();
break;
case STATE_DIE:
log("DIE");
setPlayerSkillConfuse(SkillConfuseState::SKILLSTATE_NONE);
animation_Die();
break;
case STATE_FREEZE:
animation_stop();
break;
}
}
