CTYPE CircleType()
{
CTYPE tmp = CTYPE.UNCERTAIN;
switch (neighbors.Count)
{
case 2:
tmp = CTYPE.MIDDLE;
break;
case 1:
tmp = CTYPE.FEATURE;
break;
default:
break;
}
return(tmp);
}
/// <summary>
/// Get the type of a category
/// return the index number
/// </summary>
/// <returns></returns>
public CTYPE GetCategoryType(string msg)
{
CTYPE index = CTYPE.C_I;
if (msg.Length > MAX_CATE_LEN)
{
//Go to search
index = CTYPE.C_I;
}
else
{
//return category index
for (int i = 0; i < cData.Length; i++)
{
if (cData[i].c == msg)
{
return cData[i].categoryId;
}
}
}
return index;
}
public Help(CTYPE type)
{
t = type;
}
public category_data(int Key, string C, CTYPE Id)
{
key = Key;
c = C;
categoryId = Id;
}
//각 Constraint에서 사용하는 Master/Slave Part의 ReferenceName을 refCommand 구조체로 리턴
private refCommand TestRefer(TransCAD.IStdAssemConstraint tConstraint, CTYPE i) //constrain 받아오기
{
CTYPE type = i;
refCommand para = new refCommand();
refCommand result = new refCommand();
ReferenceClass.ref_Post m_refer = new ReferenceClass.ref_Post();
switch (type)
{
case CTYPE.Coaxial:
TransCAD.IStdAssemConstraintCoaxial coax = (TransCAD.IStdAssemConstraintCoaxial)tConstraint;
Console.WriteLine("Loading Coaxial......................................");
para.command = (int)type;
para.param = "Axis" + ":(";
para.MasterPart = coax.ConstrainedPart.Name;
para.SlavePart = coax.ReferencePart.Name;
para.MasterPart_Ref = coax.ConstrainedGeometry.ReferenceeName;
para.SlavePart_Ref = coax.ReferenceGeometry.ReferenceeName;
break;
case CTYPE.Incidence:
TransCAD.IStdAssemConstraintIncidence coin = (TransCAD.IStdAssemConstraintIncidence)tConstraint;
Console.WriteLine("Loading INCIDENCE......................................");
para.command = (int)type;
para.param = "";
para.MasterPart = coin.ConstrainedPart.Name;
para.SlavePart = coin.ReferencePart.Name;
para.MasterPart_Ref = coin.ConstrainedGeometry.ReferenceeName;
para.SlavePart_Ref = coin.ReferenceGeometry.ReferenceeName;
break;
/* Mutahar 18-10-09
* case CTYPE.Angle: //(Surface-Surface)
* TransCAD.IStdAssemConstraintAngle ang = (TransCAD.IStdAssemConstraintAngle)tConstraint;
* Console.WriteLine("Loading Angle......................................");
*
* para.command = (int)type;
* para.param = "";
* para.MasterPart = ang.ConstrainedPart.Name;
* para.SlavePart = ang.ReferencePart.Name;
* para.MasterPart_Ref = ang.ConstrainedGeometry.ReferenceeName;
* para.SlavePart_Ref = ang.ReferenceGeometry.ReferenceeName;
* Angle Value?
*
* break;
* case CTYPE.Distance: //(Surface-Surface)
* TransCAD.IStdAssemConstraintCoaxial Dist = (TransCAD.IStdAssemConstraintDistance)tConstraint;
* Console.WriteLine("Loading Distance......................................");
*
* para.command = (int)type;
* para.param = "";
* para.MasterPart = dist.ConstrainedPart.Name;
* para.SlavePart = dist.ReferencePart.Name;
* para.MasterPart_Ref = dist.ConstrainedGeometry.ReferenceeName;
* para.SlavePart_Ref = dist.ReferenceGeometry.ReferenceeName;
* Offset Value?
*
* break;
*/
default:
Console.WriteLine("Anything........");
break;
}
Console.WriteLine("////////////////////////////////////////////////////////////////////////");
result = m_refer.ConvertRefPost(para);
Console.WriteLine("////////////////////////////////////////////////////////////////////////");
Console.WriteLine("ConsNum : " + result.command.ToString());
Console.WriteLine("master : " + result.MasterPart_Ref);
Console.WriteLine("slave : " + result.SlavePart_Ref);
Console.WriteLine("////////////////////////////////////////////////////////////////////////");
return(result);
}
public Collectable(CTYPE t, Vector2 StartPos, int v)
{
val = v;
type = t;
position = StartPos;
}
public void InsertTypeList(CTYPE type)
{
typeList.Add(type);
}
public Help(CTYPE type)
{
t = type;
}
//각 Constraint에서 사용하는 Master/Slave Part의 ReferenceName을 refCommand 구조체로 리턴
private refCommand TestRefer(TransCAD.StdAssemConstraint tConstraint, CTYPE i, PreStack _stack) //constrain 받아오기
{
CTYPE type = i;
refCommand para = new refCommand();
refCommand result = new refCommand();
ReferenceClass.ref_Post m_refer = new ReferenceClass.ref_Post();
m_refer.Set_stack_info(_stack);
double value = 0;
//Type Define TransCAD 7.0
/*
* TransCAD.StdAssemblyConstraintType.StdAssemblyConstraintType_Angle;
* TransCAD.StdAssemblyConstraintType.StdAssemblyConstraintType_Coaxial;
* TransCAD.StdAssemblyConstraintType.StdAssemblyConstraintType_Coincidence;
* TransCAD.StdAssemblyConstraintType.StdAssemblyConstraintType_Distance;
* TransCAD.StdAssemblyConstraintType.StdAssemblyConstraintType_Fix;
* TransCAD.StdAssemblyConstraintType.StdAssemblyConstraintType_Parallel;
* TransCAD.StdAssemblyConstraintType.StdAssemblyConstraintType_Perpendicular;
*/
switch (type)
{
case CTYPE.StdAssemblyConstraintType_Coaxial:
TransCAD.StdAssemConstraintCoaxial coax = (TransCAD.StdAssemConstraintCoaxial)tConstraint;
Console.WriteLine("Loading Coaxial......................................");
_debug = coax.Name;
para.command = (int)type;
para.param = "Axis" + ":(";
para.MasterPart = coax.ConstrainedPart.Name;
para.SlavePart = coax.ReferencePart.Name;
para.MasterPart_Ref = coax.ConstrainedEntity.ReferenceeName;
_debug = coax.ConstrainedEntity.Name;
///[Edit]For test A1 TestRally 20190712
{
//TransCAD.Reference tempref = coax.ConstrainedEntity;
//bool res = tempref.IsPlanarFace;
//if we get edge name we have to find surface that define axis
if (para.MasterPart_Ref.IndexOf('#') != -1)
{
string[] _split = para.MasterPart_Ref.Split('#');
TransCAD.Part ptr = coax.ConstrainedPart;
for (int s = 0; s < _split.Length; s++)
{
string temp = _split[s].Substring(_split[s].IndexOf(',', _split[s].IndexOf(',') + 1) + 1);
TransCAD.Reference tempref = ptr.SelectBrepByName(temp);
if (!tempref.IsPlanar)
{
para.MasterPart_Ref = _split[s];
break;
}
para.MasterPart_Ref = _split[s];
}
}
}
para.SlavePart_Ref = coax.ReferenceEntity.ReferenceeName;
_debug = coax.ReferenceEntity.Name;
///[Edit]For test A1 TestRally 20190712
{
//if we get edge name we have to find surface that define axis
if (para.SlavePart_Ref.IndexOf('#') != -1)
{
string[] _split = para.SlavePart_Ref.Split('#');
//para.SlavePart_Ref = _split[1];
//Method 2 : Find by name of 'Sketch'
for (int j = 0; j < _split.Length; j++)
{
if (_split[j].IndexOf("Sketch") > 0)
{
para.SlavePart_Ref = _split[j];
}
}
}
if (para.SlavePart_Ref.IndexOf('#') != -1)
{
string[] _split = para.SlavePart_Ref.Split('#');
TransCAD.Part ptr = coax.ReferencePart;
for (int s = 0; s < _split.Length; s++)
{
string temp = _split[s].Substring(_split[s].IndexOf(',', _split[s].IndexOf(',') + 1) + 1);
TransCAD.Reference tempref = ptr.SelectBrepByName(temp);
if (!tempref.IsPlanar)
{
para.SlavePart_Ref = _split[s];
break;
}
para.SlavePart_Ref = _split[s];
}
}
}
Console.WriteLine(coax.ConstrainedEntity.ReferenceeName + ".&&." + coax.ReferenceEntity.ReferenceeName);
break;
case CTYPE.StdAssemblyConstraintType_Coincidence:
TransCAD.StdAssemConstraintCoincidence coin = (TransCAD.StdAssemConstraintCoincidence)tConstraint;
Console.WriteLine("Loading COINCIDENCE......................................");
_debug = coin.Name;
para.command = (int)type;
para.param = "";
para.MasterPart = coin.ConstrainedPart.Name;
para.SlavePart = coin.ReferencePart.Name;
para.MasterPart_Ref = coin.ConstrainedEntity.ReferenceeName;
para.SlavePart_Ref = coin.ReferenceEntity.ReferenceeName;
Console.WriteLine(coin.ConstrainedEntity.ReferenceeName + ".&&." + coin.ReferenceEntity.ReferenceeName);
break;
// Mutahar 18-10-09
case CTYPE.StdAssemblyConstraintType_Angle: //(Surface-Surface)
TransCAD.StdAssemConstraintAngle ang = (TransCAD.StdAssemConstraintAngle)tConstraint;
Console.WriteLine("Loading Angle......................................");
_debug = ang.Name;
para.command = (int)type;
para.param = "";
para.MasterPart = ang.ConstrainedPart.Name;
para.SlavePart = ang.ReferencePart.Name;
para.MasterPart_Ref = ang.ConstrainedEntity.ReferenceeName;
para.SlavePart_Ref = ang.ReferenceEntity.ReferenceeName;
value = ang.Angle;
Console.WriteLine(ang.ConstrainedEntity.ReferenceeName + ".&&." + ang.ReferenceEntity.ReferenceeName);
//Angle Value?
break;
case CTYPE.StdAssemblyConstraintType_Distance: //(Surface-Surface)
TransCAD.StdAssemConstraintDistance dist = (TransCAD.StdAssemConstraintDistance)tConstraint;
Console.WriteLine("Loading Distance......................................");
_debug = dist.Name;
para.command = (int)type;
para.param = "";
para.MasterPart = dist.ConstrainedPart.Name;
para.SlavePart = dist.ReferencePart.Name;
para.MasterPart_Ref = dist.ConstrainedEntity.ReferenceeName;
para.SlavePart_Ref = dist.ReferenceEntity.ReferenceeName;
Console.WriteLine(dist.ConstrainedEntity.ReferenceeName + ".&&." + dist.ReferenceEntity.ReferenceeName);
value = dist.Distance;
//Offset Value?
break;
default:
Console.WriteLine("Anything........");
break;
}
Console.WriteLine("////////////////////////////////////////////////////////////////////////");
result = m_refer.ConvertRefPost(para);
result.option = value;
Console.WriteLine("////////////////////////////////////////////////////////////////////////");
Console.WriteLine("ConsNum : " + result.command.ToString());
Console.WriteLine("master : " + result.MasterPart_Ref);
Console.WriteLine("slave : " + result.SlavePart_Ref);
Console.WriteLine("////////////////////////////////////////////////////////////////////////");
return(result);
}
/// <summary>
/// Center to handler all incoming text messages
/// </summary>
/// <returns></returns>
public string MsgCenterHandler()
{
if (msg.Length <= 0)
{
Help help = new Help(CTYPE.C_HELP);
return(help.getHelp());
}
StringBuilder sb = new StringBuilder();
if (vc.p.bInBlacklist)
{
sb.Append("You are in the blacklist");
return(sb.ToString());
}
CTYPE t = cg.GetCategoryType(Parameters[0]);
//Trap for delivery
if (t >= CTYPE.C_DELIVERY_START && t <= CTYPE.C_DELIVERY_END)
{
Delivery delivery = new Delivery(t, Parameters);
return(delivery.GetStatus());
}
//trap for 星座
if (t >= CTYPE.C_XZ_START && t <= CTYPE.C_XZ_END)
{
Robot.Asterism.Asterism asterism = new Robot.Asterism.Asterism(Parameters);
return(asterism.GetStatus());
}
switch (t)
{
case CTYPE.C_WEATHER:
if (Parameters.Count > 1)
{
w = new CommonService.Weather.Weather(Parameters[1]);
}
else
{
w = new CommonService.Weather.Weather();
}
sb.Append(w.GetWeather());
break;
case CTYPE.C_MAP:
map m = new map(Parameters);
sb.Append(m.GetData());
break;
case CTYPE.C_SEARCH:
//sb.Append("Not sure what you are looking for!");
break;
case CTYPE.C_YP:
yp = new yp_oversea(Parameters);
break;
case CTYPE.C_TRANS:
yd = new YouDao(Parameters);
sb.Append(yd.GetResult());
break;
case CTYPE.C_HELP:
Help help = new Help(CTYPE.C_HELP);
sb.Append(help.getHelp());
break;
case CTYPE.C_SAVE:
break;
case CTYPE.C_MEM:
break;
//Grab currency data from china bank
case CTYPE.C_CURRENCY:
ChinaBank cb = new ChinaBank(Parameters);
sb.Append(cb.GrabData());
break;
//贵金属
case CTYPE.C_METAL:
Metal metal = new Metal();
sb.Append(metal.GetPrice());
break;
case CTYPE.C_SUGGESTION:
Suggestion sug = new Suggestion(userId, Parameters, DateTime.Now.ToString());
sb.Append(sug.SaveSug());
break;
case CTYPE.C_REPEAT:
break;
case CTYPE.C_FUEL_PRICE:
FuelPrice price = new FuelPrice(Parameters);
sb.Append(price.GetPrice());
break;
case CTYPE.C_RSS:
RSS rss = new RSS(Parameters);
sb.Append(rss.GetSummary());
break;
case CTYPE.C_TEST:
sb.Append("<a href='www.google.com'>more</a>");
break;
//小黄鸡功能
default:
if (bAnalytised)
{
sb.Append("亲爱的用户，你所输入的内容我们尚未能识别，如果您对该部分内容感兴趣，可以发送 【建议 您的建议内容，您的联系方式】给我们，我们的开发人员会尽力为您开发该功能。请发送 【help】查询我们已经开发好的功能。（发送时请不要带大括号）");
}
else
{
sb.Append(reUnion(msg));
}
//robot_yc yc = new robot_yc();
//sb.Append(yc.getResponse(msg));
break;
}
return(sb.ToString());
}
public category_data(int Key, string C, CTYPE Id)
{
key = Key;
c = C;
categoryId = Id;
}
