ace/Source/ACE.Server/Entity/BodyPart.cs
Mag-nus 75fc1ce23c
Step 3. Convert ShardDatabase/WorldObjects biota from the ACE.Database model to the new ACE.Entity model (#2731)
* Step 1. Add new adapter classes and models

All classes and objects added are in new namespaces.

This add has 0 interraction on existing ACE code.

This sets the groundwork for Step 2. Moving World DB caching to the new models

* first part of the world entity usage

* almost there

* final part

* update WeenieExtensions

* fix

* merge fixes and improvements

* ACE.Database new code

* it compiles

* InitializePropertyDictionaries

* WOrldDatabaseWithEntityCache cleanup

* ShardDatabaseWithCaching

* ShardDatabase Cleanup

* todo

* cache counts reported in serverstatus

* House InitializePropertyDictionaries

* improve ServerStatus

* BiotaModel change HousePermissions to Dictionary<uint, bool>

* PropertiesAllegiance to dictionary

* BiotaUpdater improvements

* Shard Database Cache Reporting

* More code ported from Step 3

* Remove stub CharacterCache

* Update WorldDatabaseWithEntityCache.cs

* build fixes

* code audit

* Remove non-callback functions from SerializedShardDatabase

* BiotaUpdater progress.. only emote left

* Emotes done... now need to test

* fix

* Burden/Value fix for containers

* fat fingered EncumbranceVal

* add some safety

* Don't cache player biotas for initial PlayerManager load

* fix null spellbook

* Add another null check

This is redundant as the check is also upstream.

This is to prevent an exception in the future if this function is called from another source.
2020-04-02 22:40:27 -05:00

206 lines
7.7 KiB
C#

using System;
using System.Collections.Generic;
using System.Linq;
using ACE.Common;
using ACE.Entity.Enum;
using ACE.Entity.Models;
using ACE.Server.WorldObjects;
namespace ACE.Server.Entity
{
[Flags]
public enum BodyPart
{
// this is more like a combined coverage mask?
Head = 0x1,
Chest = 0x2,
Abdomen = 0x4,
UpperArm = 0x8,
LowerArm = 0x10,
Hand = 0x20,
UpperLeg = 0x40,
LowerLeg = 0x80,
Foot = 0x100
}
public class BodyParts
{
public static BodyPart Upper = BodyPart.Head | BodyPart.Chest | BodyPart.UpperArm;
public static BodyPart Mid = BodyPart.Chest | BodyPart.Abdomen | BodyPart.UpperArm | BodyPart.LowerArm | BodyPart.Hand | BodyPart.UpperLeg;
public static BodyPart Lower = BodyPart.Foot | BodyPart.LowerLeg;
public static Dictionary<BodyPart, int> Indices;
static BodyParts()
{
// these map to CombatBodyPart
Indices = new Dictionary<BodyPart, int>()
{
{ BodyPart.Head, 0 },
{ BodyPart.Chest, 1 },
{ BodyPart.Abdomen, 2 },
{ BodyPart.UpperArm, 3 },
{ BodyPart.LowerArm, 4 },
{ BodyPart.Hand, 5 },
{ BodyPart.UpperLeg, 6 },
{ BodyPart.LowerLeg, 7 },
{ BodyPart.Foot, 8 }
};
}
public static BodyPart GetBodyPart(BodyPart bodyParts)
{
// get individual parts in bodyParts
var parts = GetFlags(bodyParts);
// return a random part within list
return parts.ToList()[ThreadSafeRandom.Next(0, parts.Count - 1)];
}
public static PropertiesBodyPart GetBodyPart(WorldObject target, AttackHeight height)
{
var creature = target as Creature;
if (creature == null) return null;
// get all of the body parts for this creature
// at this attack height
var heightParts = creature.Biota.PropertiesBodyPart.Values.Where(b => b.BH == (int)height).ToList();
if (heightParts.Count == 0) return null;
// get random body part
var rng = ThreadSafeRandom.Next(0, heightParts.Count - 1);
var part = heightParts[rng];
return part;
}
public static BodyPart GetBodyPart(AttackHeight attackHeight)
{
switch (attackHeight)
{
case AttackHeight.High: return GetBodyPart(Upper);
case AttackHeight.Medium: return GetBodyPart(Mid);
case AttackHeight.Low:
default: return GetBodyPart(Lower);
}
}
/*public static EquipMask GetEquipMask(BodyPart bodyPart)
{
switch (bodyPart)
{
case BodyPart.Abdomen:
return EquipMask.AbdomenArmor | EquipMask.AbdomenWear;
case BodyPart.Chest:
return EquipMask.ChestArmor | EquipMask.ChestWear;
case BodyPart.Foot:
return EquipMask.FootWear;
case BodyPart.Hand:
return EquipMask.HandWear;
case BodyPart.Head:
return EquipMask.HeadWear;
case BodyPart.LowerArm:
return EquipMask.LowerArmArmor | EquipMask.LowerArmWear;
case BodyPart.LowerLeg:
return EquipMask.LowerLegArmor | EquipMask.LowerLegWear;
case BodyPart.UpperArm:
return EquipMask.UpperArmArmor | EquipMask.UpperArmWear;
case BodyPart.UpperLeg:
return EquipMask.UpperLegArmor | EquipMask.UpperLegWear;
default:
return EquipMask.None;
}
}*/
public static CoverageMask GetCoverageMask(BodyPart bodyPart)
{
switch (bodyPart)
{
case BodyPart.Abdomen:
return CoverageMask.OuterwearAbdomen | CoverageMask.UnderwearAbdomen;
case BodyPart.Chest:
return CoverageMask.OuterwearChest | CoverageMask.UnderwearChest;
case BodyPart.Foot:
return CoverageMask.Feet;
case BodyPart.Hand:
return CoverageMask.Hands;
case BodyPart.Head:
return CoverageMask.Head;
case BodyPart.LowerArm:
return CoverageMask.OuterwearLowerArms | CoverageMask.UnderwearLowerArms;
case BodyPart.LowerLeg:
return CoverageMask.OuterwearLowerLegs | CoverageMask.UnderwearLowerLegs;
case BodyPart.UpperArm:
return CoverageMask.OuterwearUpperArms | CoverageMask.UnderwearUpperArms;
case BodyPart.UpperLeg:
return CoverageMask.OuterwearUpperLegs | CoverageMask.UnderwearUpperLegs;
default:
return CoverageMask.Unknown;
}
}
public static CoverageMask GetCoverageMask(CombatBodyPart bodyPart)
{
switch (bodyPart)
{
case CombatBodyPart.Abdomen:
return CoverageMask.OuterwearAbdomen | CoverageMask.UnderwearAbdomen;
case CombatBodyPart.Chest:
return CoverageMask.OuterwearChest | CoverageMask.UnderwearChest;
case CombatBodyPart.Foot:
return CoverageMask.Feet;
case CombatBodyPart.Hand:
return CoverageMask.Hands;
case CombatBodyPart.Head:
return CoverageMask.Head;
case CombatBodyPart.LowerArm:
return CoverageMask.OuterwearLowerArms | CoverageMask.UnderwearLowerArms;
case CombatBodyPart.LowerLeg:
return CoverageMask.OuterwearLowerLegs | CoverageMask.UnderwearLowerLegs;
case CombatBodyPart.UpperArm:
return CoverageMask.OuterwearUpperArms | CoverageMask.UnderwearUpperArms;
case CombatBodyPart.UpperLeg:
return CoverageMask.OuterwearUpperLegs | CoverageMask.UnderwearUpperLegs;
default:
return CoverageMask.Unknown;
}
}
public static List<BodyPart> GetFlags(BodyPart bodyParts)
{
return Enum.GetValues(typeof(BodyPart)).Cast<BodyPart>().Where(p => bodyParts.HasFlag(p)).ToList();
}
/*public static List<EquipMask> GetFlags(EquipMask locations)
{
return Enum.GetValues(typeof(EquipMask)).Cast<EquipMask>().Where(p => p != EquipMask.None && locations.HasFlag(p)).ToList();
}*/
public static List<CoverageMask> GetFlags(CoverageMask coverage)
{
return Enum.GetValues(typeof(CoverageMask)).Cast<CoverageMask>().Where(p => p != CoverageMask.Unknown && coverage.HasFlag(p)).ToList();
}
/*public static bool HasAny(EquipMask? location, List<EquipMask> flags)
{
if (location == null)
return false;
foreach (var flag in flags)
if (location.Value.HasFlag(flag))
return true;
return false;
}*/
public static bool HasAny(CoverageMask? coverage, List<CoverageMask> flags)
{
if (coverage == null)
return false;
foreach (var flag in flags)
if (coverage.Value.HasFlag(flag))
return true;
return false;
}
}
}