public void Setup()
{
_source = ClinqTestFactory.CreateSixPersonSourceWithDuplicates();
_first = _source[0];
_second = _source[3];
_third = _source[4];
_target = new ListIndexer <Person>(_source);
}
public int[] GetTriangleIndices()
{
var vertIndexer = new ListIndexer <Vertex>(_Vertices);
var idxList = new List <int>();
foreach (var t in Triangles)
{
idxList.Add(vertIndexer.IndexOf(t.V1));
idxList.Add(vertIndexer.IndexOf(t.V2));
idxList.Add(vertIndexer.IndexOf(t.V3));
}
return(idxList.ToArray());
}
private static MESH_DATA SerializeMeshGeometry(MESH_FILE file, ShaderDataHelper shaderData, MeshGeometry meshGeometry)
{
var meshData = MESH_DATA.Create(meshGeometry.VertexCount, meshGeometry.IndexCount, file.IsTextured, file.IsFlexible);
var vertIndexer = new ListIndexer <Vertex>(meshGeometry.Vertices);
bool isTextured = meshGeometry.IsTextured;
for (int i = 0; i < meshGeometry.Vertices.Count; i++)
{
var vert = meshGeometry.Vertices[i];
meshData.Positions[i] = vert.Position;
meshData.Normals[i] = vert.Normal;
if (file.IsTextured)
{
meshData.UVs[i] = isTextured ? vert.TexCoord : new Vector2(0f);
}
if (file.IsFlexible && vert.BoneWeights.Any())
{
var boneWeights = vert.BoneWeights.Select(x => new MESH_BONE_WEIGHT {
BoneID = x.BoneID, Weight = x.Weight
});
meshData.Bones[i] = new MESH_BONE_MAPPING(boneWeights);
}
}
for (int i = 0; i < meshGeometry.Indices.Count; i++)
{
var idx = meshGeometry.Indices[i];
meshData.Indices[i].VertexIndex = vertIndexer.IndexOf(idx.Vertex);
meshData.Indices[i].AverageNormalIndex = shaderData.AvgNormals.IndexOf(idx.AverageNormal);
int reIdx = shaderData.RoundEdgeData.IndexOf(idx.RoundEdgeData);
int reOffset = reIdx * 12 + ((int)Math.Floor(reIdx / 21d) * 4);
meshData.Indices[i].REShaderOffset = reOffset;
}
return(meshData);
}
public void Setup()
{
_source = ClinqTestFactory.CreateSixPersonSourceWithDuplicates();
_first = _source[0];
_second = _source[3];
_third = _source[4];
_target = new ListIndexer<Person>(_source);
}
private void CreateStatus()
{
var parameters = new int[StatusKey.HP.GetCount()];
var indexer = new ListIndexer<StatusKey, int>(parameters);
indexer[StatusKey.MaxHP] = indexer[StatusKey.HP] = _unit.HP;
indexer[StatusKey.MaxMP] = indexer[StatusKey.MP] = _unit.MP;
indexer[StatusKey.Atk] = _unit.Atk;
indexer[StatusKey.Def] = _unit.Def;
indexer[StatusKey.Tec] = _unit.Tec;
indexer[StatusKey.Agi] = _unit.Agi;
indexer[StatusKey.Mag] = _unit.Mag;
indexer[StatusKey.Res] = _unit.Res;
indexer[StatusKey.Mobility] = _unit.Mobility;
indexer[StatusKey.HpAutoHeal] = _unit.HpHeal;
indexer[StatusKey.MpAutoHeal] = _unit.MpHeal;
indexer[StatusKey.Activity] = 0;
_status = new Status(_unit, parameters);
}
public WarUnit(Unit unit, WarSide warSide, CommandState initState, Area area)
{
_unit = unit;
// ステータスの生成
CreateStatus();
// コマンド状態の初期化
_initCommandState = _commandState = initState;
_visible = true;
_unit = unit;
unit.Acted = true;
_magicLevels = new ListIndexer<AttackType, byte>(unit.MagicLevel, i => (int)i - (int)AttackType.火);
_side = warSide;
_conditions = new ConditionSet(this);
_area = area;
}
private Status(Status status)
{
Params = new ListIndexer<StatusKey, int>(status._parameters);
Resistivity = status.Resistivity.Clone();
MoveType = status.MoveType;
DefaultAttacks = status.DefaultAttacks.ToList();
}
public Status(Unit unit, int[] parameters)
{
_parameters = parameters;
Params = new ListIndexer<StatusKey, int>(parameters);
Resistivity = unit.Resistivity;
MoveType = unit.MoveType;
DefaultAttacks = unit.Attacks.ToList();
}
public ShaderDataHelper(List <Vector3> normals, List <RoundEdgeData> roundEdges)
{
AvgNormals = new ListIndexer <Vector3>(normals);
RoundEdgeData = new ListIndexer <RoundEdgeData>(roundEdges);
}
