sanguis::server::entities::remove_from_world_result
sanguis::server::entities::with_ghosts::remove_from_world()
{
sanguis::server::environment::object &cur_environment(
FCPPT_ASSERT_OPTIONAL_ERROR(
this->environment()
).get()
);
return
sanguis::server::entities::remove_from_world_result(
fcppt::algorithm::map_concat<
sanguis::collision::world::body_exit_container
>(
ghosts_,
[
this,
&cur_environment
](
sanguis::server::collision::ghost &_ghost
)
{
return
_ghost.destroy(
cur_environment.collision_world()
);
}
)
);
}
void
fcppt::log::detail::auto_context::transfer(
fcppt::log::context &_context,
fcppt::log::object &_object
)
{
fcppt::log::detail::auto_context_rep &rep(
FCPPT_ASSERT_OPTIONAL_ERROR(
rep_
)
);
rep.context().remove(
rep.node()
);
rep.context(
_context
);
rep.node(
_context.add(
rep.location(),
_object
)
);
}
sanguis::creator::impl::optional_pos
sanguis::creator::impl::closest_empty(
sanguis::creator::grid const &_grid,
sanguis::creator::pos const _pos
)
{
return
sanguis::creator::impl::find_closest(
_grid,
_pos,
[
&_grid
](
sanguis::creator::pos const _p
){
return
FCPPT_ASSERT_OPTIONAL_ERROR(
fcppt::container::grid::at_optional(
_grid,
_p
)
).get()
==
sanguis::creator::tile::nothing;
},
fcppt::optional::object<
sanguis::creator::pos::value_type
>{}
);
}
GLvoid *
sge::opengl::buffer::hardware::map_buffer_range(
GLenum const _flags,
GLsizei const _first,
GLsizei const _size
)
{
GLvoid *const ret(
FCPPT_ASSERT_OPTIONAL_ERROR(
config_.map_buffer_range()
).get()(
type_.get(),
_first,
_size,
_flags
)
);
SGE_OPENGL_CHECK_STATE(
FCPPT_TEXT("glMapBufferRange failed"),
sge::renderer::exception
)
return
ret;
}
IDirect3DVertexBuffer9 &
sge::d3d9::vertex::buffer::get() const
{
return
*FCPPT_ASSERT_OPTIONAL_ERROR(
buffer_
);
}
sge::camera::projection_matrix
sge::camera::spherical::object::projection_matrix() const
{
return
FCPPT_ASSERT_OPTIONAL_ERROR(
projection_matrix_
);
}
IDirect3DIndexBuffer9 &
sge::d3d9::index_buffer::get() const
{
return
*FCPPT_ASSERT_OPTIONAL_ERROR(
buffer_
);
}
sanguis::server::center
sanguis::server::collision::body::center() const
{
return
sanguis::server::collision::from_center(
FCPPT_ASSERT_OPTIONAL_ERROR(
body_
)->center()
);
}
sanguis::server::speed
sanguis::server::collision::body::speed() const
{
return
sanguis::server::collision::from_speed(
FCPPT_ASSERT_OPTIONAL_ERROR(
body_
)->speed()
);
}
void
sanguis::server::entities::enemies::enemy::remove_from_game()
{
fcppt::optional::maybe_void(
spawn_owner_.get().get(),
[
this
](
fcppt::reference<
sanguis::server::entities::with_links
> const _spawn_owner
)
{
fcppt::cast::static_downcast<
sanguis::server::entities::spawns::spawn &
>(
_spawn_owner.get()
)
.unregister(
*this
);
}
);
sanguis::server::environment::object &cur_environment(
FCPPT_ASSERT_OPTIONAL_ERROR(
this->environment()
).get()
);
sanguis::server::environment::insert_no_result(
cur_environment,
fcppt::unique_ptr_to_base<
sanguis::server::entities::simple
>(
fcppt::make_unique_ptr<
sanguis::server::entities::exp_area
>(
exp_
)
),
sanguis::server::entities::insert_parameters_center(
this->center()
)
);
cur_environment.pickup_chance(
pickup_probability_,
difficulty_,
this->center()
);
}
void
sanguis::server::collision::body::center(
sanguis::server::center const _center
)
{
FCPPT_ASSERT_OPTIONAL_ERROR(
body_
)->center(
sanguis::server::collision::to_center(
_center
)
);
}
void
sanguis::server::collision::body::speed(
sanguis::server::speed const _speed
)
{
FCPPT_ASSERT_OPTIONAL_ERROR(
body_
)->speed(
sanguis::server::collision::to_speed(
_speed
)
);
}
sge::camera::coordinate_system::object
sge::camera::spherical::coordinate_system::to_camera_coordinate_system(
spherical::coordinate_system::object const &_coordinate_system,
spherical::origin const &_origin
)
{
sge::camera::coordinate_system::forward const forward_vector(
spherical_coordinates(
_coordinate_system
)
);
sge::camera::coordinate_system::position const position_vector(
_origin.get()
+
_coordinate_system.radius().get()
*
forward_vector.get()
);
sge::camera::coordinate_system::right const right_vector(
FCPPT_ASSERT_OPTIONAL_ERROR(
fcppt::math::vector::normalize(
fcppt::math::vector::cross(
forward_vector.get(),
sge::renderer::vector3{
0.0f,
1.0f,
0.0f
}
)
)
)
);
// No need to normalize here
sge::camera::coordinate_system::up const up_vector(
fcppt::math::vector::cross(
right_vector.get(),
forward_vector.get()
)
);
return
sge::camera::coordinate_system::object(
right_vector,
up_vector,
forward_vector,
position_vector
);
}
void
sanguis::client::draw2d::entities::buffs::slow::remove(
sanguis::client::draw2d::entities::model::object &_model
)
{
_model.color(
FCPPT_ASSERT_OPTIONAL_ERROR(
previous_color_
)
);
previous_color_ =
optional_color();
}
void
sge::d3d9::texture::basic_buffer<
Types
>::unlock() const
{
Types::unlock(
*FCPPT_ASSERT_OPTIONAL_ERROR(
buffer_
)
);
buffer_ =
optional_d3d_buffer_unique_ptr();
locked_dest_ =
locked_dest();
}
void
sanguis::server::entities::exp_area::remove_from_game()
{
// TODO: Do this differently!
fcppt::algorithm::map_iteration_second(
player_links_,
[](
sanguis::server::entities::auto_weak_link const &_link
)
{
return
_link.get().has_value()
?
fcppt::algorithm::update_action::keep
:
fcppt::algorithm::update_action::remove
;
}
);
for(
auto &player_link
:
player_links_
)
fcppt::cast::static_downcast<
sanguis::server::entities::player &
>(
FCPPT_ASSERT_OPTIONAL_ERROR(
player_link.second.get()
).get()
).add_exp(
sanguis::server::exp(
exp_.get()
/
fcppt::cast::int_to_float<
sanguis::server::exp::value_type
>(
player_links_.size()
)
)
);
}
sanguis::collision::world::body_enter_container
sanguis::server::entities::with_ghosts::add_ghost(
sanguis::server::collision::ghost &&_ghost
)
{
ghosts_.push_back(
std::move(
_ghost
)
);
return
ghosts_.back().transfer(
FCPPT_ASSERT_OPTIONAL_ERROR(
this->environment()
).get().collision_world(),
this->center()
);
}
sanguis::collision::world::body_exit_container
sanguis::server::collision::body::remove(
sanguis::collision::world::object &_world
)
{
sanguis::collision::world::body_exit_container result(
_world.deactivate_body(
*FCPPT_ASSERT_OPTIONAL_ERROR(
body_
)
)
);
body_ =
optional_body_unique_ptr();
return
result;
}
void
sanguis::server::ai::behavior::follow_friend::target_enters(
sanguis::server::entities::with_body &_with_body
)
{
FCPPT_ASSERT_ERROR(
potential_targets_.insert(
fcppt::make_ref(
_with_body
)
)
.second
);
target_ =
FCPPT_ASSERT_OPTIONAL_ERROR(
this->first_target()
).get().link();
}
sanguis::client::draw2d::entities::order_function
sanguis::client::draw2d::entities::order_function_from_vector(
sanguis::client::draw2d::z_ordering_vector &&_orders
)
{
// TODO: Use capture by move
sanguis::client::draw2d::z_ordering_vector const orders(
std::move(
_orders
)
);
return
sanguis::client::draw2d::entities::order_function{
[
orders
](
sanguis::client::draw2d::sprite::index const _index
)
{
return
fcppt::optional::from(
fcppt::optional::copy_value(
fcppt::container::at_optional(
orders,
_index.get()
)
),
[
orders
]{
// TODO: error message
return
FCPPT_ASSERT_OPTIONAL_ERROR(
fcppt::container::maybe_back(
orders
)
).get();
}
);
}
};
}
void
sge::scenic::render_context::cg::object::render(
sge::renderer::index::buffer const &_index_buffer,
sge::scenic::index_buffer_range const &_index_buffer_range)
{
context_.render_indexed(
_index_buffer,
sge::renderer::vertex::first(
0u
),
sge::renderer::vertex::count(
FCPPT_ASSERT_OPTIONAL_ERROR(
current_vertex_buffer_
).get().linear_size()
),
sge::renderer::primitive_type::triangle_list,
_index_buffer_range.first_index(),
_index_buffer_range.index_count()
);
}
void
sanguis::server::entities::with_ai::update()
{
sanguis::server::entities::with_weapon::update();
if(
update_timer_.expired()
)
{
// TODO: Make this easier in sge
FCPPT_ASSERT_OPTIONAL_ERROR(
ai_
)->run(
update_timer_.now()
-
update_timer_.last_time()
);
update_timer_.reset();
}
}
sge::camera::tracking::object::object(
sge::camera::optional_projection_matrix const &_projection_matrix,
sge::camera::tracking::keyframe_sequence const &_keyframes,
sge::camera::tracking::is_looping const _is_looping
)
:
sge::camera::base{},
sge::camera::is_dynamic{},
sge::camera::has_mutable_projection{},
projection_matrix_{
_projection_matrix
},
keyframes_{
_keyframes
},
is_looping_{
_is_looping
},
current_keyframe_{
keyframes_.begin(),
cyclic_iterator::boundary{
keyframes_.begin(),
keyframes_.end()
}
},
current_time_point_{
0.0f
},
coordinate_system_{
FCPPT_ASSERT_OPTIONAL_ERROR(
fcppt::container::maybe_front(
keyframes_
)
).get().coordinate_system()
},
finished_{
false
}
{
}
void
fcppt::log::level_stream::log(
fcppt::log::detail::temporary_output const &_output,
fcppt::log::format::function const &_additional_formatter
)
{
fcppt::io::ostream &dest(
FCPPT_ASSERT_OPTIONAL_ERROR(
dest_
)
);
dest
<<
fcppt::log::format::create_chain(
_additional_formatter,
this->formatter()
)(
_output.result()
);
dest.flush();
}
void
sanguis::server::entities::projectiles::rocket::remove_from_game()
{
sanguis::server::environment::insert_no_result(
FCPPT_ASSERT_OPTIONAL_ERROR(
this->environment()
).get(),
fcppt::unique_ptr_to_base<
sanguis::server::entities::simple
>(
fcppt::make_unique_ptr<
sanguis::server::entities::projectiles::aoe_damage
>(
this->team(),
this->aoe(),
damage_,
damage_modifiers_
)
),
sanguis::server::entities::insert_parameters_center(
this->center()
)
);
}
void
sge::d3d9::render_context::object::offscreen_target(
sge::renderer::target::optional_offscreen_ref const &_new_target
)
{
fcppt::optional::maybe(
_new_target,
[
this
]{
{
sge::d3d9::target::base &cur_target(
FCPPT_ASSERT_OPTIONAL_ERROR(
offscreen_target_
).get()
);
cur_target.active(
false
);
}
offscreen_target_ =
sge::d3d9::render_context::object::optional_target_base_ref();
scoped_target_.target().active(
true
);
},
[
this
](
fcppt::reference<
sge::renderer::target::offscreen
> const _target
)
{
FCPPT_ASSERT_PRE(
!offscreen_target_.has_value()
);
scoped_target_.target().active(
false
);
sge::d3d9::target::base &new_target(
dynamic_cast<
sge::d3d9::target::base &
>(
_target.get()
)
);
new_target.active(
true
);
offscreen_target_ =
sge::d3d9::render_context::object::optional_target_base_ref(
fcppt::make_ref(
new_target
)
);
}
);
}
boost::statechart::result
sanguis::server::weapons::states::castpoint::react(
sanguis::server::weapons::events::poll const &
)
{
if(
!attack_time_.expired()
)
return
this->discard_event();
sanguis::server::entities::with_weapon &owner(
this->context<
sanguis::server::weapons::weapon
>().owner()
);
return
fcppt::optional::maybe(
owner.target(),
[
this
] {
this->post_event(
sanguis::server::weapons::events::stop()
);
return
this->transit<
sanguis::server::weapons::states::backswing
>();
},
[
&owner,
this
](
sanguis::server::weapons::target const _target
)
{
switch(
this->context<
sanguis::server::weapons::weapon
>().do_attack(
sanguis::server::weapons::attack(
fcppt::optional::maybe(
this->context<
sanguis::server::weapons::weapon
>().accuracy(),
[
&owner
] {
return
owner.angle();
},
[
&owner,
this
](
sanguis::server::weapons::attributes::accuracy const _accuracy
)
{
return
sanguis::server::weapons::random_angle(
this->context<
sanguis::server::weapons::weapon
>().random_generator(),
_accuracy.value(),
owner.angle()
);
}
),
FCPPT_ASSERT_OPTIONAL_ERROR(
owner.environment()
).get(),
_target
)
)
)
{
case sanguis::server::weapons::attack_result::success:
this->context<
sanguis::server::weapons::weapon
>().use_magazine_item();
break;
case sanguis::server::weapons::attack_result::failure:
break;
}
if(
cancelled_
)
this->post_event(
sanguis::server::weapons::events::stop()
);
return
this->transit<
sanguis::server::weapons::states::backswing
>();
}
);
}
sanguis::creator::impl::result
sanguis::creator::impl::generators::graveyard(
sanguis::creator::impl::parameters const &_parameters
)
{
sanguis::creator::impl::reachable_grid
initial_maze{
sanguis::creator::grid::dim{
9u,
9u
},
sanguis::creator::impl::reachable(false)
};
sanguis::creator::impl::generate_maze(
initial_maze,
_parameters.randgen()
);
sanguis::creator::grid grid{
sanguis::creator::impl::maze_to_tile_grid(
initial_maze,
1u,
5u,
sanguis::creator::tile::nothing,
sanguis::creator::tile::hedge
)
};
sanguis::creator::opening_container_array openings(
sanguis::creator::impl::place_openings(
grid,
_parameters.randgen(),
_parameters.opening_count_array()
)
);
typedef
fcppt::random::distribution::basic<
sanguis::creator::impl::random::uniform_int<
unsigned
>
>
uniform_int2;
auto fill_tile_random(
fcppt::random::make_variate(
_parameters.randgen(),
uniform_int2{
uniform_int2::param_type::min{
0u
},
uniform_int2::param_type::max{
10u
}
}
)
);
typedef
fcppt::random::distribution::basic<
sanguis::creator::impl::random::uniform_int<
sanguis::creator::tile
>
> uniform_tile_enum;
sanguis::creator::background_grid grid_bg{
grid.size(),
sanguis::creator::background_tile::grass
};
// TODO: Draw this from a container
auto random_dirt_grass(
fcppt::random::make_variate(
_parameters.randgen(),
uniform_int2{
uniform_int2::param_type::min{
0u
},
uniform_int2::param_type::max{
1u
}
}
)
);
for(
auto const pos
:
sanguis::creator::impl::interior_range(
grid_bg
)
)
pos.value() =
random_dirt_grass()
?
sanguis::creator::background_tile::dirt
:
sanguis::creator::background_tile::grass;
auto random_grave(
fcppt::random::make_variate(
_parameters.randgen(),
uniform_tile_enum(
uniform_tile_enum::param_type::min(
sanguis::creator::tile::grave2
),
uniform_tile_enum::param_type::max(
sanguis::creator::tile::grave5
)
)
)
);
for(
auto const cell
:
fcppt::container::grid::make_pos_ref_range(
grid
)
)
{
if(
cell.value()
==
sanguis::creator::tile::nothing
&&
fill_tile_random()
== 0
&&
FCPPT_ASSERT_OPTIONAL_ERROR(
fcppt::container::grid::at_optional(
grid_bg,
cell.pos()
)
).get()
==
sanguis::creator::background_tile::grass
)
cell.value() =
random_grave();
}
sanguis::creator::spawn_container spawners{
sanguis::creator::impl::place_spawners(
_parameters.log(),
grid,
openings,
10u,
_parameters.randgen(),
sanguis::creator::impl::enemy_type_container{
sanguis::creator::enemy_type::zombie00,
sanguis::creator::enemy_type::zombie01,
sanguis::creator::enemy_type::skeleton,
sanguis::creator::enemy_type::ghost
},
_parameters.spawn_boss(),
sanguis::creator::tile::grave1
)
};
return
sanguis::creator::impl::result(
std::move(
grid
),
std::move(
grid_bg
),
std::move(
openings
),
std::move(
spawners
),
sanguis::creator::destructible_container() // TODO
);
}
sanguis::client::perk::choosable_state
sanguis::client::perk::choosable(
sanguis::perk_type const _type,
sanguis::client::perk::tree const &_tree,
sanguis::client::player_level const _player_level,
sanguis::client::perk::remaining_levels const _remaining_levels
)
{
sanguis::client::perk::tree const &node(
sanguis::client::perk::find_info_const(
_type,
_tree
)
);
sanguis::client::perk::info const &info(
FCPPT_ASSERT_OPTIONAL_ERROR(
node.value()
)
);
sanguis::client::perk::tree const &parent_node(
FCPPT_ASSERT_OPTIONAL_ERROR(
node.parent()
).get()
);
if(
info.max_level().get()
==
info.level()
)
return
sanguis::client::perk::choosable_state::max_level;
if(
fcppt::optional::maybe(
parent_node.value(),
fcppt::const_(
false
),
[
&info
](
sanguis::client::perk::info const &_parent_info
)
{
return
_parent_info.level()
<
info.required_parent_level().get();
}
)
)
return
sanguis::client::perk::choosable_state::parent_level;
if(
info.required_player_level().get()
>
_player_level
)
return
sanguis::client::perk::choosable_state::player_level;
if(
_remaining_levels.get().get()
==
0u
)
return
sanguis::client::perk::choosable_state::level_up;
return
sanguis::client::perk::choosable_state::ok;
}
sanguis::client::perk::tree_unique_ptr
sanguis::client::perk::make_tree(
sanguis::messages::server::types::perk_tree_node_vector const &_list
)
{
// This code is highly dependent on the order in which the server sends
// the perks
sanguis::client::perk::tree_unique_ptr ret(
fcppt::make_unique_ptr<
sanguis::client::perk::tree
>(
sanguis::client::perk::optional_info()
)
);
for(
auto const &item
:
_list
)
::tree_position(
*ret,
item.get<
sanguis::messages::roles::perk_parent
>()
).push_back(
sanguis::client::perk::optional_info(
sanguis::client::perk::info(
item.get<
sanguis::messages::roles::perk_label
>(),
sanguis::client::perk::level(
sanguis::client::level(
item.get<
sanguis::messages::roles::perk_level
>()
)
),
sanguis::client::perk::required_parent_level(
sanguis::client::perk::level(
sanguis::client::level(
item.get<
sanguis::messages::roles::required_perk_parent_level
>()
)
)
),
sanguis::client::perk::required_player_level(
sanguis::client::player_level(
sanguis::client::level(
item.get<
sanguis::messages::roles::required_perk_player_level
>()
)
)
),
sanguis::client::perk::max_level(
sanguis::client::perk::level(
sanguis::client::level(
item.get<
sanguis::messages::roles::max_perk_level
>()
)
)
)
)
)
);
ret->sort(
[](
sanguis::client::perk::optional_info const &_left,
sanguis::client::perk::optional_info const &_right
)
{
return
sanguis::client::perk::to_category(
FCPPT_ASSERT_OPTIONAL_ERROR(
_left
).perk_type()
)
<
sanguis::client::perk::to_category(
FCPPT_ASSERT_OPTIONAL_ERROR(
_right
).perk_type()
);
}
);
return
ret;
}