/// <summary>
/// 餐饮系统注册
/// </summary>
/// <param name="Param"></param>
/// <returns></returns>
public string RegistRepastAccount(RequestMerchant Param)
{
Param.AuditType = AuditEnum.WaitAduit;
RepastRoleAuthor Author = Kily.Set <RepastRoleAuthor>().Where(t => t.IsDelete == false).Where(t => t.AuthorName.Contains("基本")).OrderBy(t => t.CreateTime).FirstOrDefault();
Param.DingRoleId = Author.Id;
RepastInfo Info = Param.MapToEntity <RepastInfo>();
var IsReplay = Kily.Set <RepastInfo>().Where(t => t.Account == Param.Account).FirstOrDefault();
if (IsReplay != null)
{
return("账号已经被注册");
}
var IsReplays = Kily.Set <RepastInfo>().Where(t => t.MerchantName == Param.MerchantName).FirstOrDefault();
if (IsReplays != null)
{
return("企业已经注册,请勿重复注册");
}
if (!NormalUtil.CheckStringChineseUn(Info.Account))
{
if (Insert <RepastInfo>(Info))
{
return(ServiceMessage.INSERTSUCCESS);
}
else
{
return(ServiceMessage.INSERTFAIL);
}
}
else
{
return("账号不能包含中文和特殊字符");
}
}
/// <summary>
/// Add extruded point(s) based on two neighbouring line segments.
/// </summary>
/// <param name="linePointAndForwardSegment">A line point and its corresponding segment.</param>
/// <param name="previousLinePointAndForwardSegment">The previous line point and its corresponding segment.</param>
/// <param name="nextLinePoint">The next line point (since its parameter, uv etc will be needed).</param>
/// <param name="lineSegmentIndexToAssign">Line segment index to assign the extruded point coming from.</param>
/// <param name="extrusionAmount">The extrusion amount.</param>
/// <param name="extrudedLinePoints">The list of all extruded line points.</param>
/// <param name="findParameter">Delegate for determining altered point parameter.</param>
private static void AddPointExtrusionFromPreviousNextSegments(LinePointUVAndSegment linePointAndForwardSegment, LinePointUVAndSegment previousLinePointAndForwardSegment, LinePointUV nextLinePoint, int lineSegmentIndexToAssign, float extrusionAmount, List <ExtrudedPointUV> extrudedLinePoints, GetShiftedScaledParameter findParameter)
{
double extrusionMagnitudeFractionFirstTangent;
bool segmentIntersection = LineSegmentUtil.DoNeighbouringSegmentTangentsFromCommonPointIntersect(previousLinePointAndForwardSegment.SegmentTangent, linePointAndForwardSegment.SegmentTangent, Mathf.Sign(extrusionAmount), out extrusionMagnitudeFractionFirstTangent);
if (segmentIntersection)
{
//Concave section; expect intersection of neighbouring line segments around this point
var extrusionDistanceAlongTangents = Mathf.Abs((float)extrusionMagnitudeFractionFirstTangent * extrusionAmount);
bool intersectionOccursOutOfSegment = extrusionDistanceAlongTangents >= Mathf.Min(previousLinePointAndForwardSegment.SegmentLength, linePointAndForwardSegment.SegmentLength);
if (intersectionOccursOutOfSegment)
{
AttemptAddNaiveExtrudedPointsWhenTheirExtrudedSegmentsDoNotIntersect(linePointAndForwardSegment, previousLinePointAndForwardSegment, lineSegmentIndexToAssign, extrusionAmount, extrudedLinePoints, findParameter, extrusionDistanceAlongTangents);
}
else
{
var intersection = LineSegmentUtil.GetExtrudedSegmentNeighbouringIntersectionPoint(linePointAndForwardSegment.Point, previousLinePointAndForwardSegment.SegmentTangent, extrusionMagnitudeFractionFirstTangent, extrusionAmount);
var linePointOfThisIntersection = new LinePointUV(findParameter(linePointAndForwardSegment.Parameter), intersection, linePointAndForwardSegment.UV);
extrudedLinePoints.Add(new ExtrudedPointUV(linePointOfThisIntersection, lineSegmentIndexToAssign, lineSegmentIndexToAssign - 1));
}
}
else
{
//Convex section, expect a circular fan of points around this point.
RangeF rangeFromPreviousPoints = new RangeF(findParameter(previousLinePointAndForwardSegment.Parameter), findParameter(linePointAndForwardSegment.Parameter));
RangeF rangeFromNextPoints = new RangeF(findParameter(linePointAndForwardSegment.Parameter), findParameter(nextLinePoint.Parameter));
RangeF parameterRangeToUse = new RangeF(rangeFromPreviousPoints.FromFractionUnclamped(0.6f), rangeFromNextPoints.FromFractionUnclamped(0.4f));
var extrudedFromPreviousNormal = linePointAndForwardSegment.Point + extrusionAmount * previousLinePointAndForwardSegment.SegmentNormal;
var extrudedFromNextNormal = linePointAndForwardSegment.Point + extrusionAmount * linePointAndForwardSegment.SegmentNormal;
var diffBetweenExtrusion = (extrudedFromNextNormal - extrudedFromPreviousNormal).magnitude;
var minNeighbouringSegmentDistance = Mathf.Min(previousLinePointAndForwardSegment.SegmentLength, linePointAndForwardSegment.SegmentLength);
float absExtrusionAmount = Mathf.Abs(extrusionAmount);
var comparisonDistance = Mathf.Min(minNeighbouringSegmentDistance, absExtrusionAmount);
var angleBetweenSegmentNormals = Mathf.Acos(Mathf.Clamp(Vector3.Dot(previousLinePointAndForwardSegment.SegmentNormal, linePointAndForwardSegment.SegmentNormal), -1f, 1f));
int numPointsFromDistance = Mathf.CeilToInt(diffBetweenExtrusion / comparisonDistance);
if (numPointsFromDistance <= 2)
{
numPointsFromDistance++;
} //NB Want at least the end-points, and if distance is large enough to need 2 naturally, 3 seems to looks better.
int numPointsFromAngle = Mathf.CeilToInt(angleBetweenSegmentNormals / _convexExtrusionMinimumAngleRadians);
int numPoints = Mathf.Max(numPointsFromDistance, numPointsFromAngle);
for (int i = 0; i < numPoints; i++)
{
float fraction = numPoints == 1 ? 0.5f : i / (numPoints - 1.0f);
var averageTangent = previousLinePointAndForwardSegment.SegmentTangent.AverageDirectionVector(linePointAndForwardSegment.SegmentTangent, fraction);
var averageNormal = NormalUtil.NormalFromTangent(averageTangent);
var extrudedVector = linePointAndForwardSegment.Point + averageNormal * extrusionAmount;
var parameter = parameterRangeToUse.FromFractionUnclamped(fraction);
Vector2 newUV = GetUVParameterOfFanPoint(linePointAndForwardSegment, previousLinePointAndForwardSegment, nextLinePoint, absExtrusionAmount, angleBetweenSegmentNormals, fraction);
var newLinePointInFan = new LinePointUV(parameter, extrudedVector, newUV);
extrudedLinePoints.Add(new ExtrudedPointUV(newLinePointInFan, lineSegmentIndexToAssign, lineSegmentIndexToAssign - 1));
}
}
}
private BlockFacing(string code, byte flag, int index, int oppositeIndex, int horizontalAngleIndex, Vec3i facingVector, Vec3f planeCenter, EnumAxis axis, Cuboidf plane)
{
this.index = index;
this.meshDataIndex = (byte)(index + 1);
this.horizontalAngleIndex = horizontalAngleIndex;
this.flag = flag;
this.code = code;
this.oppositeIndex = oppositeIndex;
this.normali = facingVector;
this.normalf = new Vec3f(facingVector.X, facingVector.Y, facingVector.Z);
this.normald = new Vec3d((double)facingVector.X, (double)facingVector.Y, (double)facingVector.Z);
this.plane = plane;
normalPacked = NormalUtil.PackNormal(normalf.X, normalf.Y, normalf.Z);
normalb = (byte)(
(axis == EnumAxis.Z ? 1 : 0) << 0
| (facingVector.Z < 0 ? 1 : 0) << 1
| (axis == EnumAxis.Y ? 1 : 0) << 2
| (facingVector.Y < 0 ? 1 : 0) << 3
| (axis == EnumAxis.X ? 1 : 0) << 4
| (facingVector.X < 0 ? 1 : 0) << 5
);
normalPackedFlags = VertexFlags.PackNormal(normalf);
this.planeCenter = planeCenter;
this.axis = axis;
}
/// <summary>
/// 厨师注册
/// </summary>
/// <param name="Param"></param>
/// <returns></returns>
public string RegistCookAccount(RequestCookInfo Param)
{
Param.IsVip = false;
CookVip vip = Param.MapToEntity <CookVip>();
CookRoleAuthor author = Kily.Set <CookRoleAuthor>().Where(t => t.IsDelete == false).Where(t => t.AuthorName.Contains("基本")).FirstOrDefault();
vip.RoleId = author.Id;
if (NormalUtil.CheckStringChineseUn(vip.Account))
{
return("账号不能包含中文和特殊字符");
}
return(Insert <CookVip>(vip) ? ServiceMessage.INSERTSUCCESS : ServiceMessage.INSERTFAIL);
}
/// <summary>
/// 生成输出的json数据
/// </summary>
/// <param name="username"></param>
/// <param name="password"></param>
/// <returns></returns>
public static string getLoginUserCommon(string username, string password)
{
UserManager user = new UserManager();
string json = "";
string data = NormalUtil.Obj2Json <List <UserModel> >(user.getLoginUser(username, password));
if (data != null && !data.Equals(""))
{
json = "{" + "\"code\"" + ":" + 200 + "," + "\"message\"" + ":" + "\"success\"" + "," + "\"user\"" + ":" + data + "}";
return(json);
}
else
{
json = "{" + "\"code\"" + ":" + 0 + "," + "\"message\"" + ":" + "\"error\"" + "}";
return(json);
}
}