internal static StbColumn CreateColumn(ModelBeam elem, int croSecId, StbColumnKind_structure kind)
{
return(new StbColumn
{
id = (elem.ind + 1).ToString(),
name = elem.id,
id_node_bottom = (elem.node_inds[0] + 1).ToString(),
id_node_top = (elem.node_inds[1] + 1).ToString(),
rotate = 0d,
id_section = (croSecId + 1).ToString(),
kind_structure = kind
});
}
internal static StbGirder CreateGirder(ModelBeam elem, int croSecId, StbGirderKind_structure kind)
{
return(new StbGirder
{
id = (elem.ind + 1).ToString(),
name = elem.id,
id_node_start = (elem.node_inds[0] + 1).ToString(),
id_node_end = (elem.node_inds[1] + 1).ToString(),
rotate = 0d,
id_section = (croSecId + 1).ToString(),
kind_structure = kind
});
}
private void ModelBeamToStbColumnAndGirder(
List <StbSecBeam_RC> secBeams_RC, List <StbSecBeam_S> secBeams_S, List <StbSecColumn_RC> secColumn_RC, List <StbSecColumn_S> secColumn_S, K2SSecSteelItems secSteel,
double colMaxAngle, ICollection <StbColumn> columns, ICollection <StbGirder> girders, double pAngle, double nAngle, ModelBeam modelBeam)
{
int croSecId = _croSecNames.IndexOf(modelBeam.crosec.name);
bool positive = pAngle <= colMaxAngle && pAngle >= -1d * colMaxAngle;
bool negative = nAngle <= colMaxAngle && nAngle >= -1d * colMaxAngle;
if (positive || negative)
{
var kind = GetColumnStructureKind(modelBeam.crosec.material.family);
columns.Add(K2StbMemberItems.CreateColumn(modelBeam, croSecId, kind));
if (_registeredCroSecId[0].IndexOf(croSecId) < 0)
{
AddColumnSection(secColumn_S, secColumn_RC, secSteel, kind, croSecId, _tagNum[0]++);
}
}
else
{
var kind = GetGirderStructureKind(modelBeam.crosec.material.family);
girders.Add(K2StbMemberItems.CreateGirder(modelBeam, croSecId, kind));
if (_registeredCroSecId[1].IndexOf(croSecId) < 0)
{
AddBeamSection(secBeams_S, secBeams_RC, secSteel, kind, croSecId, _tagNum[1]++);
}
}
}
protected void addBeam(ModelBeam beam) //TODO - Add beamgroups
{
int beamNO = beam.ind + 1;
bool beamStart = _node_inst.TryGetValue(beam.node_inds[0], out int startNode);
bool beamEnd = _node_inst.TryGetValue(beam.node_inds[1], out int endNode);
bool beamCros = _crosec_inst.TryGetValue(beam.crosec.guid, out int beamCrossection);
string beamJoint = "";
if (beam.joint != null)
{
double?[] _jointConditions = beam.joint.c;
string _ahin = "";
string _ehin = "";
for (int i = 0; i < 6; i++)
{
if (_jointConditions[i].HasValue)
{
_ahin = " AHIN ";
}
}
if (_ahin != "")
{
if (_jointConditions[0].HasValue)
{
_ahin += "N";
}
if (_jointConditions[1].HasValue)
{
_ahin += "VY";
}
if (_jointConditions[2].HasValue)
{
_ahin += "VZ";
}
if (_jointConditions[3].HasValue)
{
_ahin += "MT";
}
if (_jointConditions[4].HasValue)
{
_ahin += "MY";
}
if (_jointConditions[5].HasValue)
{
_ahin += "MZ";
}
}
for (int i = 6; i < 12; i++)
{
if (_jointConditions[i].HasValue)
{
_ehin = " EHIN ";
}
}
if (_ehin != "")
{
if (_jointConditions[6].HasValue)
{
_ehin += "N";
}
if (_jointConditions[7].HasValue)
{
_ehin += "VY";
}
if (_jointConditions[8].HasValue)
{
_ehin += "VZ";
}
if (_jointConditions[9].HasValue)
{
_ehin += "MT";
}
if (_jointConditions[10].HasValue)
{
_ehin += "MY";
}
if (_jointConditions[11].HasValue)
{
_ehin += "MZ";
}
}
if (_ahin != "" || _ehin != "")
{
beamJoint = _ahin + _ehin;
_joint_inst.Add(beam.ind, beamJoint);
}
}
if (beam.id != "")
{
string beamName = beam.id;
if (beamName != beamId)
{
addInstruction("\nGRP " + grpInd + " TITL " + "\"" + beamName + "\"");
beamId = beamName;
grpInd++;
}
}
if (beamStart && beamEnd && beamCros)
{
_elem_inst.Add(beam.ind, beamNO);
if (beamDiv < 2)
{
addInstruction("BEAM NO " + beamNO + " NA " + startNode + " NE " + endNode + " NCS " + beamCrossection + beamJoint);
}
else
{
addInstruction("BEAM NO " + beamNO + "0 NA " + startNode + " NE " + endNode + " NCS " + beamCrossection + " DIV " + beamDiv + " NM 0 " + beamJoint);
}
}
else
{
_log.Append("Error: Node or cross-section not found. Node Start: " + beamStart + "\nNode End: " + beamEnd + "\nBeam Crossection " + beamCros);
_warnings.Add("Node or cross-section not found. Node Start: " + beamStart + "Node End: " + beamEnd + "Beam Crossection " + beamCros);
}
}
