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#pragma once
#include "StarString.hpp"
#include "StarBiMap.hpp"
#include "StarVector.hpp"
#include "StarLiquidTypes.hpp"
#include "StarMaterialTypes.hpp"
namespace Star {
enum class Direction : uint8_t {
Left,
Right
};
extern EnumMap<Direction> const DirectionNames;
inline Direction operator-(Direction dir) {
if (dir == Direction::Left)
return Direction::Right;
return Direction::Left;
}
inline int numericalDirection(Maybe<Direction> direction) {
if (!direction)
return 0;
else
return *direction == Direction::Left ? -1 : 1;
}
template <typename NumType>
inline Maybe<Direction> directionOf(NumType const& n) {
if (n == 0)
return {};
else
return n < 0 ? Direction::Left : Direction::Right;
}
enum class Gender : uint8_t {
Male,
Female
};
extern EnumMap<Gender> const GenderNames;
enum class FireMode : uint8_t {
None,
Primary,
Alt
};
extern EnumMap<FireMode> const FireModeNames;
enum class ToolHand : uint8_t {
Primary,
Alt
};
extern EnumMap<ToolHand> const ToolHandNames;
enum class TileLayer : uint8_t {
Foreground,
Background
};
extern EnumMap<TileLayer> const TileLayerNames;
enum class MoveControlType : uint8_t {
Left,
Right,
Down,
Up,
Jump
};
extern EnumMap<MoveControlType> const MoveControlTypeNames;
enum class PortraitMode {
Head,
Bust,
Full,
FullNeutral,
FullNude,
FullNeutralNude
};
extern EnumMap<PortraitMode> const PortraitModeNames;
enum class Rarity {
Common,
Uncommon,
Rare,
Legendary,
Essential
};
extern EnumMap<Rarity> const RarityNames;
// Transformation from tile space to pixel space. Number of pixels in 1.0
// distance (one tile).
unsigned const TilePixels = 8;
extern float GlobalTimescale;
extern float GlobalTimestep;
extern float ServerGlobalTimestep;
float const SystemWorldTimestep = 1.0f / 20.0f;
size_t const WorldSectorSize = 32;
typedef int32_t EntityId;
EntityId const NullEntityId = 0;
EntityId const MinServerEntityId = 1;
EntityId const MaxServerEntityId = highest<EntityId>();
// Whether this entity is controlled by it's world, or synced from a different
// world. Does not necessarily correspond to client / server world (player is
// master on client).
enum class EntityMode {
Master,
Slave
};
typedef uint16_t ConnectionId;
ConnectionId const ServerConnectionId = 0;
// Minimum and maximum valid client ids
ConnectionId const MinClientConnectionId = 1;
ConnectionId const MaxClientConnectionId = 32767;
template <typename Vec2T>
inline Vec2F centerOfTile(Vec2T const& tile) {
return Vec2F(tile.floor()) + Vec2F::filled(0.5);
}
typedef uint16_t DungeonId;
static const DungeonId NoDungeonId = 65535;
static const DungeonId SpawnDungeonId = 65534;
static const DungeonId BiomeMicroDungeonId = 65533;
// meta dungeon signalling player built structures
static const DungeonId ConstructionDungeonId = 65532;
// indicates a block that has been destroyed
static const DungeonId DestroyedBlockDungeonId = 65531;
// dungeonId for zero-g areas with and without tile protection
static const DungeonId ZeroGDungeonId = 65525;
static const DungeonId ProtectedZeroGDungeonId = 65524;
// The first dungeon id that is reserved for special hard-coded dungeon values.
DungeonId const FirstMetaDungeonId = 65520;
inline bool isRealDungeon(DungeonId dungeon) {
return dungeon < FirstMetaDungeonId;
}
// Returns the inclusive beginning and end of the entity id space for the
// given connection. All client connection id spaces will be within the range
// [-2^31, -1].
pair<EntityId, EntityId> connectionEntitySpace(ConnectionId connectionId);
bool entityIdInSpace(EntityId entityId, ConnectionId connectionId);
ConnectionId connectionForEntity(EntityId entityId);
// Returns an angle in the range [-pi / 2, pi / 2], and the horizontal
// hemisphere of the angle. The angle is specified as positive being upward
// rotation and negative being downward rotation, unless ccRotation is true, in
// which case the angle is always positive == counter-clocwise.
pair<float, Direction> getAngleSide(float angle, bool ccRotation = false);
enum class TileDamageResult {
None = 0,
Protected = 1,
Normal = 2,
};
}
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