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/*
base/ship.h
This file is part of the Osirion project and is distributed under
the terms and conditions of the GNU General Public License version 2
*/
#ifndef __INCLUDED_BASE_SHIP_H__
#define __INCLUDED_BASE_SHIP_H__
#include "core/player.h"
#include "core/entity.h"
#include "base/shipmodel.h"
#include "base/jumppoint.h"
#include "math/vector3f.h"
namespace game
{
const float MIN_DELTA = 0.000001f;
// planet docking distance
const float PLANET_SAFE_DISTANCE = 50.0f;
/**
* @brief A ship in the game, controled by a player
* */
class Ship : public core::EntityControlable
{
public:
enum AutoPilotFlags { AutoPilotDisabled = 0, AutoPilotEnabled = 1, AutoPilotDock = 2, AutoPilotFormation = 4 };
Ship(core::Player *owner, const ShipModel *shipmodel);
~Ship();
/* -- inspectors ------------------------------------------- */
/// shipmodel
inline const ShipModel *shipmodel() const
{
return ship_shipmodel;
}
/// impulse drive force
inline const float impulse_force() const
{
return ship_impulse_force;
}
/// thruster force
inline const float thrust_force() const
{
return ship_thrust_force;
}
/// strafe force
inline const float strafe_force() const
{
return ship_strafe_force;
}
/// turn force
inline const float turn_force() const
{
return ship_turn_force;
}
/// roll force
inline const float roll_force() const
{
return ship_roll_force;
}
/// entity the ship is currently docked at
inline core::Entity *dock()
{
return ship_dock;
}
/// (dockable) entity where the ship will respawn if destroyed
inline core::Entity *spawn()
{
return ship_spawn;
}
inline JumpPoint *jumpdepart()
{
return ship_jumpdepart;
}
/// current autopilot target
inline core::Entity *autopilot_target()
{
return ship_autopilot_target;
}
inline bool has_autopilot_flag(const AutoPilotFlags flag) const {
return ( (ship_autopilot_flags & flag) == flag);
}
/// maximum amount of armor
inline const float maxarmor() const
{
return ship_maxarmor;
}
/// current amount of armor
inline const float armor() const
{
return ship_armor;
}
virtual void print() const;
/* -- mutators --------------------------------------------- */
/// physics frame
virtual void action (btScalar seconds);
/// game frame
virtual void frame(const unsigned long elapsed);
/// move the ship to a different zone
virtual void set_zone(core::Zone *zone);
/// true if the ship is equiped with a jumpdrive
inline bool jumpdrive() const {
return ship_jumpdrive;
}
/// set jumpdrive capability
inline void set_jumpdrive(const bool jumpdrive) {
ship_jumpdrive = jumpdrive;
}
/// set impulse drive force
inline void set_impulse_force(const float impulse) {
ship_impulse_force = impulse;
}
/// set thruster force
inline void set_thrust_force(const float thrust) {
ship_thrust_force = thrust;
}
/// set strafe force
inline void set_strafe_force(const float strafe) {
ship_strafe_force = strafe;
}
/// set turn force
inline void set_turn_force(const float turn) {
ship_turn_force = turn;
}
/// set roll force
inline void set_roll_force(const float roll) {
ship_roll_force = roll;
}
/// set maximal armor amount (100% health)
inline void set_maxarmor(const float maxarmor)
{
ship_maxarmor = maxarmor;
}
/// set current armor amount (current health)
inline void set_armor(const float armor)
{
ship_armor = armor;
}
/// Initiate jump, departing from a jump point
void initiate_jump(JumpPoint *depart);
/// reset physics state and ship controls
virtual void reset();
/// collision callback
virtual void collision(core::Entity *other);
/// hit-by weapon callback
virtual void hit(core::Entity *other);
/// explode the ship
void explode();
/// toggle impulse drive activation
void func_impulse();
/// toggle jump drive activation
void func_jump(std::string const & args);
/**
* @brief dock the ship at a station, planet or another player's ship_dock
* This will set the ship's state to Entity::Docked and reset spawn if required
*/
void set_dock(core::Entity *dock);
/**
* @brief set the autopilot target
* */
void set_autopilot_target(core::Entity *target);
inline void set_autopilot_flag(const AutoPilotFlags flag) {
ship_autopilot_flags = ship_autopilot_flags | flag;
}
inline void unset_autopilot_flag(const AutoPilotFlags flag) {
ship_autopilot_flags = ship_autopilot_flags & ~flag;
}
void launch();
void set_spawn(core::Entity *spawn);
/**
* @brief eject an item from inventory
* Ejecting an item while the ship is docked will destroy it,
* otherwise it will create a cargo pod
* */
void eject(core::Item *item, const long eject_amount, const bool eject_message);
protected:
/**
* @brief autopilot frame
* */
void frame_autopilot(const unsigned long elapsed);
/**
* @brief autopilot goto target
* */
void frame_autopilot_goto(const unsigned long elapsed, core::Entity *target);
/**
* @brief autopilot goto target
* */
void frame_autopilot_dock(const unsigned long elapsed, core::Entity *target);
/**
* @brief autopilot formation flying
* */
void frame_autopilot_formation(const unsigned long elapsed, core::Entity *target);
private:
JumpPoint *find_closest_jumppoint();
const ShipModel *ship_shipmodel;
float current_target_direction;
float current_target_pitch;
float current_target_roll;
float current_target_strafe;
float current_target_vstrafe;
float current_target_afterburner;
bool current_impulse;
bool ship_jumpdrive;
float ship_jumpdrive_timer;
float ship_impulsedrive_timer;
JumpPoint *ship_jumpdepart;
float ship_impulse_force;
float ship_thrust_force;
float ship_strafe_force;
float ship_turn_force;
float ship_roll_force;
float ship_maxarmor;
float ship_armor;
float ship_maxshield;
float ship_shield;
core::Entity *ship_dock;
core::Entity *ship_spawn;
int ship_autopilot_flags;
core::Entity *ship_autopilot_target;
};
}
#endif // __INCLUDED_BASE_SHIP_H__
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