/**
* \brief Create the item representing a new power.
* \param fill_color The color inside the effect.
* \param border_color The color of the border of the effect.
*/
void ptb::power_effect::show_change_effect
( const bear::visual::color& fill_color,
const bear::visual::color& border_color )
{
bear::star* new_decoration =
new bear::star( 16, 1, border_color, 2, fill_color );
new_decoration->set_z_position(get_z_position() - 10);
new_decoration->set_size( 160, 160 );
new_item( *new_decoration );
new_decoration->set_center_of_mass(get_center_of_mass());
const bear::universe::time_type d(0.5);
bear::universe::forced_tracking mvt(d);
mvt.set_reference_point_on_center( *this );
new_decoration->set_forced_movement(mvt);
bear::decorative_effect* decoration_effect = new bear::decorative_effect;
decoration_effect->set_duration(d);
bear::visual::color init_color, end_color;
init_color.set(1,1,1,1);
end_color.set(1,1,1,0);
decoration_effect->set_color( init_color, end_color );
decoration_effect->set_item(new_decoration, true);
new_item( *decoration_effect );
} // power_effect::show_change_effect()
int
main (void)
{
int i, j, res;
for (i = 0; i < NMAX; i++)
for (j = 0; j < NMAX; j++)
a[i][j] = i + j;
for (i = 0; i < NMAX; i++)
{
x1[i] = 0;
x2[i] = 2*i;
y1[i] = 100 - i;
y2[i] = i;
}
res = mvt (NMAX);
#if DEBUG
fprintf (stderr, "res = %d \n", res);
#endif
if (res != 199900000)
abort ();
return 0;
}
/**
* \brief Create item.
*/
void rp::zeppelin::create_item()
{
base_item* const item = m_item->clone();
item->set_top_middle( get_mark_world_position("anchor") );
item->set_global( is_global() );
entity* e = dynamic_cast<entity*>( m_item );
if ( e != NULL )
item->set_z_position(get_z_position() + 1);
new_item( *item );
m_drop_item = handle_type(item);
bear::universe::forced_tracking mvt
( item->get_center_of_mass() - get_center_of_mass() );
mvt.set_reference_point_on_center( *this );
mvt.set_auto_remove(true);
item->set_forced_movement( mvt );
} // zeppelin::create_item()
int
main (void)
{
int i, j, res;
for (i = 0; i < NMAX; i++)
for (j = 0; j < NMAX; j++)
a[i][j] = j;
for (i = 0; i < NMAX; i++)
x[i] = i;
res = mvt (NMAX);
#if DEBUG
fprintf (stderr, "res = %d \n", res);
#endif
if (res != 2001)
abort ();
return 0;
}
Movement::Movement(const xmlNode* xml) : ref_count(1), nb_loops(0), duration_per_frame(15), always_moving(false)
{
XmlReader::ReadStringAttr(xml, "name", type);
ASSERT(type != "");
MSG_DEBUG("body.movement", " Loading movement %s", type.c_str());
XmlReader::ReadUintAttr(xml, "duration_per_frame", duration_per_frame);
XmlReader::ReadUintAttr(xml, "nb_loops", nb_loops);
// Load the test rectangle
test_left = test_right = test_top = test_bottom = 0;
const xmlNode* collision_rect = XmlReader::GetMarker(xml, "collision_rect");
if (!collision_rect) {
fprintf(stderr, "No collision rect for %s\n", type.c_str());
return;
}
XmlReader::ReadUintAttr(collision_rect, "left", test_left);
XmlReader::ReadUintAttr(collision_rect, "right", test_right);
XmlReader::ReadUintAttr(collision_rect, "top", test_top);
XmlReader::ReadUintAttr(collision_rect, "bottom", test_bottom);
MSG_DEBUG("body.movement", "Collision rect set to (%u,%u) -> (%u,%u)\n",
test_left, test_top, test_left, test_bottom);
xmlNodeArray nodes = XmlReader::GetNamedChildren(xml, "frame");
xmlNodeArray::const_iterator it = nodes.begin(), end = nodes.end();
MSG_DEBUG("body.movement", " Found "SIZET_FORMAT"u movement frames", nodes.size());
MSG_DEBUG("body.movement", " Nb loops: %i", nb_loops);
// We know the number of member frames that will be read,
// so we can set set the array size now
frames.reserve(nodes.size());
for (; it != end; ++it) {
xmlNodeArray members = XmlReader::GetNamedChildren(*it, "member");
MSG_DEBUG("body.movement", " Found "SIZET_FORMAT"u frame members", members.size());
member_def def;
def.reserve(members.size());
xmlNodeArray::const_iterator it2;
for (it2 = members.begin(); it2 != members.end(); ++it2) {
const xmlNode *child = *it2;
std::string member_type;
XmlReader::ReadStringAttr(child, "type", member_type);
member_mvt mvt(member_type);
int dx = 0, dy = 0, angle_deg = 0;
Double scale_x = ONE, scale_y = ONE, tmp_alpha = ONE;
XmlReader::ReadIntAttr(child, "dx", dx);
XmlReader::ReadIntAttr(child, "dy", dy);
XmlReader::ReadDoubleAttr(child, "scale_x", scale_x);
XmlReader::ReadDoubleAttr(child, "scale_y", scale_y);
XmlReader::ReadDoubleAttr(child, "alpha", tmp_alpha);
XmlReader::ReadIntAttr(child, "angle", angle_deg);
XmlReader::ReadBoolAttr(child, "follow_crosshair", mvt.follow_crosshair);
XmlReader::ReadBoolAttr(child, "follow_half_crosshair", mvt.follow_half_crosshair);
XmlReader::ReadBoolAttr(child, "follow_speed", mvt.follow_speed);
XmlReader::ReadBoolAttr(child, "follow_direction", mvt.follow_direction);
XmlReader::ReadIntAttr(child, "follow_cursor_square_limit", mvt.follow_cursor_square_limit);
if (tmp_alpha < ZERO || tmp_alpha > ONE)
tmp_alpha = 1.0;
mvt.SetAngle(angle_deg * PI / 180);
mvt.pos.x = dx;
mvt.pos.y = dy;
mvt.alpha = tmp_alpha;
mvt.scale.x = scale_x;
mvt.scale.y = scale_y;
always_moving |= mvt.follow_cursor_square_limit!=0;
always_moving |= mvt.follow_crosshair;
always_moving |= mvt.follow_half_crosshair;
always_moving |= mvt.follow_speed;
always_moving |= mvt.follow_direction;
def.push_back(mvt);
}
frames.push_back(def);
}
}
