public static string Relationship2GeometryToString(Relation2GeomType _rel)
{
switch (_rel)
{
case Relation2GeomType.DESCRIBES:
return("DESCRIBES");
case Relation2GeomType.DESCRIBES_3D:
return("DESCRIBES_3D");
case Relation2GeomType.DESCRIBES_2DorLESS:
return("DESCRIBES_2DorLESS");
case Relation2GeomType.ALIGNED_WITH:
return("ALIGNED_WITH");
case Relation2GeomType.CONTAINED_IN:
return("CONTAINED_IN");
case Relation2GeomType.CONNECTS:
return("CONNECTS");
case Relation2GeomType.GROUPS:
return("GROUPS");
default:
return("NONE");
}
}
public static string Relationship2GeometryToDescrDE(Relation2GeomType _rel)
{
switch (_rel)
{
case Relation2GeomType.DESCRIBES:
return("Beschreibt Raum");
case Relation2GeomType.DESCRIBES_3D:
return("Beschreibt Volumen");
case Relation2GeomType.DESCRIBES_2DorLESS:
return("Beschreibt Fläche / Kante");
case Relation2GeomType.ALIGNED_WITH:
return("Begrenzend");
case Relation2GeomType.CONTAINED_IN:
return("Verortet");
case Relation2GeomType.CONNECTS:
return("Verbindend");
case Relation2GeomType.GROUPS:
return("Gruppierend");
default:
return("keine Geometrie");
}
}
public static string Relationship2GeometryToCompNameDE(Relation2GeomType _rel)
{
switch (_rel)
{
case Relation2GeomType.DESCRIBES:
return("Raum");
case Relation2GeomType.DESCRIBES_3D:
return("Volumen");
case Relation2GeomType.DESCRIBES_2DorLESS:
return("Fläche");
case Relation2GeomType.ALIGNED_WITH:
return("Aufbau");
case Relation2GeomType.CONTAINED_IN:
return("Verortung");
case Relation2GeomType.CONNECTS:
return("Verbindung");
case Relation2GeomType.GROUPS:
return("Gruppe");
default:
return("---");
}
}
public static Dictionary <string, double> GetReservedParamDictionary(Relation2GeomType _type)
{
Dictionary <string, double> output = new Dictionary <string, double>();
switch (_type)
{
case Relation2GeomType.DESCRIBES_3D:
case Relation2GeomType.GROUPS:
output.Add(RP_K_FOK, 0.0);
output.Add(RP_K_FOK_ROH, 0.0);
output.Add(RP_K_F_AXES, 0.0);
output.Add(RP_K_DUK, 0.0);
output.Add(RP_K_DUK_ROH, 0.0);
output.Add(RP_K_D_AXES, 0.0);
output.Add(RP_H_NET, 0.0);
output.Add(RP_H_GROSS, 0.0);
output.Add(RP_H_AXES, 0.0);
output.Add(RP_L_PERIMETER, 0.0);
output.Add(RP_AREA_BGF, 0.0);
output.Add(RP_AREA_NGF, 0.0);
output.Add(RP_AREA_NF, 0.0);
output.Add(RP_AREA_AXES, 0.0);
output.Add(RP_VOLUME_BRI, 0.0);
output.Add(RP_VOLUME_NRI, 0.0);
output.Add(RP_VOLUME_NRI_NF, 0.0);
output.Add(RP_VOLUME_AXES, 0.0);
break;
case Relation2GeomType.DESCRIBES_2DorLESS:
output.Add(RP_AREA, 0.0);
output.Add(RP_AREA_MIN, 0.0);
output.Add(RP_AREA_MAX, 0.0);
output.Add(RP_WIDTH, 0.0);
output.Add(RP_WIDTH_MIN, 0.0);
output.Add(RP_WIDTH_MAX, 0.0);
output.Add(RP_HEIGHT, 0.0);
output.Add(RP_HEIGHT_MIN, 0.0);
output.Add(RP_HEIGHT_MAX, 0.0);
break;
case Relation2GeomType.ALIGNED_WITH:
output.Add(RP_AREA, 0.0);
output.Add(RP_MATERIAL_COMPOSITE_D_OUT, 0.0);
output.Add(RP_MATERIAL_COMPOSITE_D_IN, 0.0);
output.Add(RP_COUNT, 0.0);
break;
case Relation2GeomType.CONTAINED_IN:
case Relation2GeomType.CONNECTS:
default:
break;
}
return(output);
}
public static ComponentMessage AssembleComponentMessage(Component _comp, MessagePositionInSeq _pos, long _parent_id)
{
if (_comp == null)
{
return(null);
}
if (_comp.R2GInstances == null || _comp.R2GInstances.Count == 0)
{
return(null);
}
List <ComponentMessage> messages = new List <ComponentMessage>();
// translate Pt.1
// translate the geometry type(s)
Relation2GeomType gr_type_main = Relation2GeomType.NONE;
List <InterProcCommunication.Specific.GeometricRelationship> translated_geom_relationships = new List <InterProcCommunication.Specific.GeometricRelationship>();
foreach (ParameterStructure.Geometry.GeometricRelationship gr in _comp.R2GInstances)
{
Relation2GeomType gr_type = InterProcCommunication.Specific.GeometryUtils.StringToRelationship2Geometry(ParameterStructure.Geometry.GeometryUtils.Relationship2GeometryToString(gr.State.Type));
if (gr_type_main == Relation2GeomType.NONE)
{
gr_type_main = gr_type;
}
Relation2GeomState gr_state = new Relation2GeomState {
Type = gr_type, IsRealized = gr.State.IsRealized
};
InterProcCommunication.Specific.GeometricRelationship gr_translated = new InterProcCommunication.Specific.GeometricRelationship(gr.ID, gr.Name, gr_state, gr.GeomIDs, gr.GeomCS, gr.TRm_WC2LC, gr.TRm_LC2WC,
gr.InstanceSize, gr.InstanceNWElementID, gr.InstanceNWElementName, gr.InstancePath);
translated_geom_relationships.Add(gr_translated);
}
// translate Pt.2
// assemble the parameter dictionary according to geometry relationship type
Dictionary <string, double> guide = Comp2GeomCommunication.GetReservedParamDictionary(gr_type_main);
Dictionary <string, double> p_dict = Comp2GeomCommunication.GetReservedParamDictionary(gr_type_main);
foreach (var entry in guide)
{
Parameter p = _comp.ContainedParameters.Values.FirstOrDefault(x => x.Name == entry.Key);
if (p != null)
{
p_dict[entry.Key] = p.ValueCurrent;
}
}
// done
return(new ComponentMessage(_pos, _parent_id, _comp.ID, _comp.IsAutomaticallyGenerated, _comp.CurrentSlot + " " + _comp.Name + " " + _comp.Description,
_comp.GetIdsOfAllReferencedComponents(), p_dict, translated_geom_relationships, -1L, -1L, MessageAction.NONE));
}
private void Reset()
{
// parsed message STRUCTURE
this.p_msg_pos = MessagePositionInSeq.UNKNOWN;
this.p_comp_parent_id = -1;
this.p_comp_repres_id = -1;
this.p_comp_repres_parent_id = -1;
this.nr_comp_ref_ids = 0;
this.nr_comp_ref_ids_read = 0;
this.p_comp_ref_ids = new List <long>();
this.p_msg_action_to_take = MessageAction.NONE;
// parsed message CONTENT
this.p_comp_id = -1;
this.p_comp_autom_gen = false;
this.p_comp_descr = "ComponentMessage";
this.p_comp_params = new Dictionary <string, double>();
this.nr_comp_params = 0;
this.nr_comp_params_read = 0;
this.param_name = string.Empty;
this.nr_geom_relationships = 0;
this.nr_geom_relationships_read = 0;
this.p_gr_id = -1;
this.p_gr_name = "Geometric Relationship";
this.p_gr_state_type = Relation2GeomType.NONE;
this.p_gr_state_isRealized = false;
this.p_gr_ids = new Point4D(-1, -1, -1, -1);
this.p_gr_ucs = Matrix3D.Identity;
this.p_gr_trWC2LC = Matrix3D.Identity;
this.p_gr_trLC2WC = Matrix3D.Identity;
this.p_gr_inst_size = new List <double>();
this.pp_gr_nr_inst_size = 0;
this.p_gr_inst_nwe_id = -1L;
this.p_gr_inst_nwe_name = "NW_Element";
this.p_gr_inst_path = new List <Point3D>();
this.pp_gr_nr_inst_path = 0;
this.pp_gr_inst_path_current_vertex = new Point3D(0, 0, 0);
this.geom_relationships = new List <GeometricRelationship>();
}
public string GenerateSlotFor(Relation2GeomType _type, bool _for_subcomponents)
{
int slot_counter = 0;
int iteration_guard = 100;
string slot = ComponentUtils.Relation2GeomTypeToSlot(_type) +
ComponentUtils.COMP_SLOT_DELIMITER + "AG" + slot_counter.ToString();
// check if the component already has such a slot
if (_for_subcomponents)
{
while (this.ContainedComponents.ContainsKey(slot) && slot_counter < iteration_guard)
{
slot_counter++;
slot = ComponentUtils.Relation2GeomTypeToSlot(_type) +
ComponentUtils.COMP_SLOT_DELIMITER + "AG" + slot_counter.ToString();
}
if (this.ContainedComponents.ContainsKey(slot))
{
return(null); // something went very wrong!
}
}
else
{
while (this.ReferencedComponents.ContainsKey(slot) && slot_counter < iteration_guard)
{
slot_counter++;
slot = ComponentUtils.Relation2GeomTypeToSlot(_type) +
ComponentUtils.COMP_SLOT_DELIMITER + "AG" + slot_counter.ToString();
}
if (this.ReferencedComponents.ContainsKey(slot))
{
return(null); // something went very wrong!
}
}
return(slot);
}
} // default value = NONE
public Relation2GeomState(Relation2GeomState _state)
: this()
{
this.IsRealized = _state.IsRealized;
this.Type = _state.Type;
}
public int GetNrOfLoaded(Relation2GeomType _type)
{
return(this.comp_rep_record_flat.Where(x => x is CompRepInfo).Select(x => x as CompRepInfo).Count(x => x.GR_State.Type == _type));
}
private void ParseComponentMessage()
{
switch (this.FCode)
{
case (int)MessageCode.ENTITY_START:
// start of entity ... do nothing
break;
case (int)MessageCode.MSG_POSITION:
this.p_msg_pos = ComponentMessage.StringToMessagePositionInSeq(this.FValue);
break;
case (int)MessageCode.MSG_COMP_PARENT_ID:
this.p_comp_parent_id = this.LongValue();
break;
case (int)MessageCode.MSG_COMP_REPRESENTATION_ID:
this.p_comp_repres_id = this.LongValue();
break;
case (int)MessageCode.MSG_COMP_REPRESENTATION_PARENT_ID:
this.p_comp_repres_parent_id = this.LongValue();
break;
case (int)MessageCode.MSG_COMP_REF_IDS_SEQUENCE:
this.nr_comp_ref_ids = this.IntValue();
break;
case (int)MessageCode.MSG_COMP_REF_ID:
if (this.nr_comp_ref_ids > this.nr_comp_ref_ids_read)
{
this.p_comp_ref_ids.Add(this.LongValue());
this.nr_comp_ref_ids_read++;
}
break;
case (int)MessageCode.MSG_COMP_ACTION:
this.p_msg_action_to_take = ComponentMessage.StringToMessageAction(this.FValue);
break;
case (int)MessageCode.COMP_ID:
this.p_comp_id = this.LongValue();
break;
case (int)MessageCode.COMP_AUTOM_GEN:
this.p_comp_autom_gen = (this.IntValue() == 1);
break;
case (int)MessageCode.COMP_DESCR:
this.p_comp_descr = this.FValue;
break;
case (int)MessageCode.PARAM_SEQUENCE:
this.nr_comp_params = this.IntValue();
break;
case (int)MessageCode.PARAM_NAME:
this.param_name = this.FValue;
break;
case (int)MessageCode.PARAM_VALUE:
if (!string.IsNullOrEmpty(this.param_name) && this.nr_comp_params > this.nr_comp_params_read)
{
double param_value = this.DoubleValue();
this.p_comp_params.Add(this.param_name, param_value);
this.param_name = string.Empty;
this.nr_comp_params_read++;
}
break;
case (int)MessageCode.GR_SEQUENCE:
this.nr_geom_relationships = this.IntValue();
break;
case (int)MessageCode.GR_ID:
this.p_gr_id = this.LongValue();
break;
case (int)MessageCode.GR_NAME:
this.p_gr_name = this.FValue;
break;
case (int)MessageCode.GR_STATE_TYPE:
this.p_gr_state_type = GeometryUtils.StringToRelationship2Geometry(this.FValue);
break;
case (int)MessageCode.GR_STATE_ISREALIZED:
this.p_gr_state_isRealized = (this.IntValue() == 1);
break;
case (int)MessageCode.GR_GEOM_IDS_X:
this.p_gr_ids.X = this.IntValue();
break;
case (int)MessageCode.GR_GEOM_IDS_Y:
this.p_gr_ids.Y = this.IntValue();
break;
case (int)MessageCode.GR_GEOM_IDS_Z:
this.p_gr_ids.Z = this.IntValue();
break;
case (int)MessageCode.GR_GEOM_IDS_W:
this.p_gr_ids.W = this.IntValue();
break;
case (int)MessageCode.GR_GEOM_CS:
this.p_gr_ucs = Matrix3D.Parse(this.FValue);
break;
// instance information
case (int)MessageCode.GR_INST_SIZE:
this.pp_gr_nr_inst_size = this.IntValue();
break;
case (int)MessageCode.GR_INST_NWE_ID:
this.p_gr_inst_nwe_id = this.LongValue();
break;
case (int)MessageCode.GR_INST_NWE_NAME:
this.p_gr_inst_nwe_name = this.FValue;
break;
case (int)MessageCode.GR_INST_PATH:
this.pp_gr_nr_inst_path = this.IntValue();
break;
case (int)MessageCode.GR_INST_VAL_X:
if (this.pp_gr_nr_inst_size > this.p_gr_inst_size.Count)
{
this.p_gr_inst_size.Add(this.DoubleValue());
}
else if (this.pp_gr_nr_inst_path > this.p_gr_inst_path.Count)
{
this.pp_gr_inst_path_current_vertex.X = this.DoubleValue();
}
break;
case (int)MessageCode.GR_INST_VAL_Y:
if (this.pp_gr_nr_inst_path > this.p_gr_inst_path.Count)
{
this.pp_gr_inst_path_current_vertex.Y = this.DoubleValue();
}
break;
case (int)MessageCode.GR_INST_VAL_Z:
if (this.pp_gr_nr_inst_path > this.p_gr_inst_path.Count)
{
this.pp_gr_inst_path_current_vertex.Z = this.DoubleValue();
this.p_gr_inst_path.Add(this.pp_gr_inst_path_current_vertex);
this.pp_gr_inst_path_current_vertex = new Point3D(0, 0, 0);
}
break;
// transforms
case (int)MessageCode.GR_TRANSF_WC2LC:
this.p_gr_trWC2LC = Matrix3D.Parse(this.FValue);
break;
case (int)MessageCode.GR_TRANSF_LC2WC:
// should come last for every GeometricRelationship
this.p_gr_trLC2WC = Matrix3D.Parse(this.FValue);
if (this.nr_geom_relationships > this.nr_geom_relationships_read)
{
Relation2GeomState gr_state = new Relation2GeomState {
Type = this.p_gr_state_type, IsRealized = this.p_gr_state_isRealized
};
GeometricRelationship gr = new GeometricRelationship(this.p_gr_id, this.p_gr_name, gr_state, this.p_gr_ids,
this.p_gr_ucs, this.p_gr_trWC2LC, this.p_gr_trLC2WC,
this.p_gr_inst_size, this.p_gr_inst_nwe_id, this.p_gr_inst_nwe_name, this.p_gr_inst_path);
this.geom_relationships.Add(gr);
this.nr_geom_relationships_read++;
this.p_gr_inst_size = new List <double>();
this.p_gr_inst_path = new List <Point3D>();
}
break;
}
}
