public CharacterVM GetCharacter(string name)
{
var tmpChar = GetObj("characters");
tmpChar = tmpChar.GetObj(name);
var tcChar = new CharacterVM(this, tmpChar);
return(tcChar);
}
public ItemSlotVM(CharacterVM character, AmfObject obj, List <String> types)
: base(obj)
{
Types = types;
_character = character;
Xml = getXmlItemForSlot();
UpdateItemGroups();
}
public ItemSlotVM(CharacterVM character, AmfObject obj, ItemCategories categories)
: base(obj)
{
Categories = categories;
_character = character;
_categories = categories;
//find the xml definition for this slot type
var className = GetString("classInstance");
var variant = GetString("variant");
setXml(getXmlItemForSlot(className, variant));
UpdateItemGroups();
}
private void setCharacter(string name)
{
var tmpChar = GetObj("characters");
tmpChar = tmpChar.GetObj(name);
Character = new CharacterVM(this, tmpChar);
_character = name;
if (name == "PC")
{
IsPC = true;
}
else
{
IsPC = false;
}
}
public ItemSlotVM(CharacterVM character, AmfObject obj, ItemCategories categories)
: base(obj)
{
Categories = categories;
_character = character;
//find the xml definition for this slot type
var id = GetString("classInstance");
_xml = XmlItem.Empty;
foreach (XmlItem item in XmlData.Current.Items)
{
if (item.ID == id)
{
_xml = item;
break;
}
}
//create our groups
var groups = new List <ItemGroupVM>();
var enumNames = Enum.GetNames(typeof(ItemCategories));
Array.Sort <String>(enumNames);
//check enum support
foreach (string ename in enumNames)
{
var etype = Enum.Parse(typeof(ItemCategories), ename);
int eint = (int)etype;
if (((int)categories & eint) == eint)
{
//create the group for this supported type
ItemGroupVM vm = new ItemGroupVM(ename, this);
if (vm.Items.Count > 0)
{
groups.Add(vm);
}
}
}
AllGroups = new UpdatableCollection <ItemGroupVM>(groups);
}
private void setCharacter(string name)
{
var tmpChar = GetObj("characters");
tmpChar = tmpChar.GetObj(name);
Character = new CharacterVM(this, tmpChar);
_characterName = name;
if (name == "PC")
{
IsPC = true;
}
else
{
IsPC = false;
}
if (null == Character.KeyItems && (null != _allKeyItems))
{
Character.KeyItems = new UpdatableCollection <KeyItemVM>(_allKeyItems.Where(x => x.Match(KeyItemSearchText)));
}
if (null == Character.PerkGroups && (null != _allPerks))
{
Character.PerkGroups = new List <PerkGroupVM>();
var charPerks = Character.PerksArray;
foreach (var xmlGroup in XmlData.Current.PerkGroups)
{
var perksVM = xmlGroup.Perks.OrderBy(x => x.Name).Select(x => new PerkVM(this, charPerks, x)).ToArray();
var groupVM = new PerkGroupVM(this, xmlGroup.Name, perksVM);
Character.PerkGroups.Add(groupVM);
}
}
if (null == Character.StatusEffects && (null != _allStatuses))
{
Character.StatusEffects = new UpdatableCollection <StatusEffectVM>(_allStatuses.Where(x => x.Match(RawDataSearchText)));
}
}
private void setCharacter(string name)
{
var tmpChar = GetObj("characters");
tmpChar = tmpChar.GetObj(name);
Character = new CharacterVM(this, tmpChar);
_characterName = name;
if (name == "PC")
{
IsPC = true;
}
else
{
IsPC = false;
}
Character.CharacterName = _characterName;
Character.UpdateKeyItems();
Character.UpdatePerks();
Character.UpdateStatusEffects();
}
public ItemContainerVM(CharacterVM character, string name, ItemCategories categories)
{
Name = name;
_character = character;
Categories = categories;
}
public CockArrayVM(CharacterVM character, AmfObject obj)
: base(obj, x => new CockVM(character, x))
{
}
public ItemContainerVM(CharacterVM character, string name, List <String> itemTypes)
{
Name = name;
_character = character;
Types = itemTypes;
}
public PregnancyDataArrayVM(CharacterVM character, AmfObject obj)
: base(obj, x => new PregnancyDataVM(character, x))
{
_character = character;
}
public BreastsVM(CharacterVM character, AmfObject obj)
: base(obj)
{
_character = character;
}
public PregnancyDataVM(CharacterVM character, AmfObject obj)
: base(obj)
{
_character = character;
}
public KeyItemVM(CharacterVM character, AmfObject keyItems, XmlStorageClass xml)
: base(character, keyItems, xml)
{
}
public StatusGroupVM(CharacterVM character, string name, StatusEffectVM[] statusEffects)
{
Character = character;
Name = name;
StatusEffects = new UpdatableCollection <StatusEffectVM>(statusEffects.Where(x => x.Match(Character.Game.RawDataSearchText)));
}
public PerkGroupVM(CharacterVM character, string name, PerkVM[] perks)
{
Character = character;
Name = name;
Perks = new UpdatableCollection <PerkVM>(perks.Where(x => x.Match(Character.Game.SearchText)));
}
public CockVM(CharacterVM character, AmfObject obj)
: base(obj)
{
_character = character;
}
public BreastArrayVM(CharacterVM character, AmfObject obj)
: base(obj, x => new BreastsVM(character, x))
{
}
public PerkVM(CharacterVM character, AmfObject perksArray, XmlStorageClass xml)
: base(character, perksArray, xml)
{
}
public VaginaArrayVM(CharacterVM character, AmfObject obj)
: base(obj, x => new VaginaVM(character, x))
{
}
public StatusEffectVM(CharacterVM character, AmfObject statuses, XmlStorageClass xml)
: base(character, statuses, xml)
{
}
public VaginaVM(CharacterVM character, AmfObject obj)
: base(obj)
{
_character = character;
}
public KeyItemGroupVM(CharacterVM character, string name, KeyItemVM[] keyItems)
{
Character = character;
Name = name;
KeyItems = new UpdatableCollection <KeyItemVM>(keyItems.Where(x => x.Match(Character.Game.KeyItemSearchText)));
}
protected StorageClassVM(CharacterVM character, AmfObject items, XmlStorageClass xml)
{
_xml = xml;
Character = character;
_items = items;
}