public void Load_Floor_Levels()
{
if (DGV_Joints == null)
{
return;
}
BeamTable = new Hashtable();
AllColumn = new List <int>();
selected_beams = new List <int>();
selected_columns = new List <int>();
List <double> flvls = new List <double>();
double d = 0.0;
//JointCoordinateCollection
//MemberIncidenceCollection
MemberIncidence mi = new MemberIncidence();
//MemberIncidenceCollection mic = new MemberIncidenceCollection();
JointCoordinate jc = new JointCoordinate();
//JointCoordinateCollection jcc = new JointCoordinateCollection();
List <int> selected_mems = MyStrings.Get_Array_Intiger(kStr);
for (int i = 0; i < DGV_Joints.RowCount; i++)
{
jc = new JointCoordinate();
jc.NodeNo = MyStrings.StringToInt(DGV_Joints[0, i].Value.ToString(), 0);
jc.X = MyStrings.StringToDouble(DGV_Joints[1, i].Value.ToString(), 0.0);
jc.Y = MyStrings.StringToDouble(DGV_Joints[2, i].Value.ToString(), 0.0);
jc.Z = MyStrings.StringToDouble(DGV_Joints[3, i].Value.ToString(), 0.0);
jcc.Add(jc);
}
for (int i = 0; i < DGV_Members.RowCount; i++)
{
mi = new MemberIncidence();
mi.MemberNo = MyStrings.StringToInt(DGV_Members[0, i].Value.ToString(), 0);
//jc.X = MyStrings.StringToDouble(DGV_Members[1, i].Value.ToString(), 0.0);
mi.StartNode.NodeNo = MyStrings.StringToInt(DGV_Members[2, i].Value.ToString(), 0);
mi.EndNode.NodeNo = MyStrings.StringToInt(DGV_Members[3, i].Value.ToString(), 0);
mic.Add(mi);
}
mic.CopyJointCoordinates(jcc);
foreach (var item in mic)
{
if (item.StartNode.Y == item.EndNode.Y)
{
if (selected_mems.Contains(item.MemberNo))
{
selected_beams.Add(item.MemberNo);
}
d = item.StartNode.Y;
if (!flvls.Contains(d))
{
flvls.Add(d);
//cmb_floor_levels.Items.Add(d.ToString("f3"));
}
}
else if (item.StartNode.X == item.EndNode.X &&
item.StartNode.Z == item.EndNode.Z)
{
if (selected_mems.Contains(item.MemberNo))
{
selected_columns.Add(item.MemberNo);
}
AllColumn.Add(item.MemberNo);
}
}
flvls.Sort();
List <int> mems = new List <int>();
List <int> all_beams = new List <int>();
foreach (var lvl in flvls)
{
cmb_floor_levels.Items.Add(lvl.ToString("f3"));
mems = new List <int>();
foreach (var item in mic)
{
if (item.StartNode.Y == item.EndNode.Y)
{
d = item.StartNode.Y;
if (lvl == d)
{
mems.Add(item.MemberNo);
}
}
}
BeamTable.Add(lvl.ToString("f3"), mems);
all_beams.AddRange(mems.ToArray());
}
BeamTable.Add("all", all_beams);
}
public List <int> Get_Continuous_Members(MemberIncidence b1, ref JointCoordinateCollection cont_jcc)
{
//JointCoordinateCollection cont_jcc = new JointCoordinateCollection();
MemberIncidenceCollection mbr_coll = new MemberIncidenceCollection();
if (b1 == null)
{
return(new List <int>());
}
List <MemberIncidence> list = new List <MemberIncidence>();
JointCoordinateCollection jcc = new JointCoordinateCollection();
jcc.Add(b1.StartNode);
jcc.Add(b1.EndNode);
MemberIncidenceCollection mic1 = new MemberIncidenceCollection();
MemberIncidenceCollection mic2 = new MemberIncidenceCollection();
//MemberIncidenceCollection mic3 = new MemberIncidenceCollection();
MemberIncidenceCollection mic4 = new MemberIncidenceCollection();
foreach (var item in AST_DOC.Members)
{
if (item.EndNode.NodeNo == jcc[0].NodeNo || item.StartNode.NodeNo == jcc[0].NodeNo)
{
mic1.Add(item);
}
if (item.EndNode.NodeNo == jcc[1].NodeNo || item.StartNode.NodeNo == jcc[1].NodeNo)
{
mic2.Add(item);
}
}
//if (jcc[0].NodeNo < jcc[1].NodeNo)
//{
// if (!cont_jcc.Contains(jcc[1]))
// {
// cont_jcc.Add(jcc[1]);
// }
//}
cont_jcc.Add(jcc[0]);
cont_jcc.Add(jcc[1]);
int flag = 0;
mbr_coll.Add(b1);
while (flag <= 1)
{
for (int i = 0; i < AST_DOC.Members.Count; i++)
{
foreach (var item in AST_DOC.Members)
{
if (b1.Direction == item.Direction)
{
if (item.StartNode.NodeNo == cont_jcc[cont_jcc.Count - 1].NodeNo)
{
if (!cont_jcc.Contains(item.EndNode))
{
mbr_coll.Add(item);
cont_jcc.Add(item.EndNode);
i = 0; break;
}
}
if (item.EndNode.NodeNo == cont_jcc[cont_jcc.Count - 1].NodeNo)
{
if (!cont_jcc.Contains(item.StartNode))
{
mbr_coll.Add(item);
cont_jcc.Add(item.StartNode);
i = 0; break;
}
}
}
}
}
if (mbr_coll.Count == 1)
{
cont_jcc.Clear();
cont_jcc.Add(jcc[1]);
cont_jcc.Add(jcc[0]);
}
else
{
break;
}
flag++;
}
List <int> mls = new List <int>();
foreach (var item in mbr_coll)
{
mls.Add(item.MemberNo);
}
return(mls);
}
private void btn_jload_add_Click(object sender, EventArgs e)
{
string kStr = "SC ";
double dval = 0.0;
dval = MyStrings.StringToDouble(txt_sc.Text, 0.0);
if (dval != 0.0)
{
kStr = kStr + dval.ToString("f3");
}
if (rbtn_fx_positive.Checked)
{
kStr = kStr + " FX ";
}
if (false)
{
#region CC
List <double> list_x = new List <double>();
List <double> list_y = new List <double>();
List <double> list_z = new List <double>();
int i = 0;
foreach (var item in iACad.AstraDocument.Joints)
{
if (!list_x.Contains(item.X))
{
list_x.Add(item.X);
}
if (!list_y.Contains(item.Y))
{
list_y.Add(item.Y);
}
if (!list_z.Contains(item.Z))
{
list_z.Add(item.Z);
}
}
list_x.Sort();
list_y.Sort();
list_z.Sort();
i = 0;
System.Collections.Hashtable hash_XY = new System.Collections.Hashtable();
System.Collections.Hashtable hash_XZ = new System.Collections.Hashtable();
System.Collections.Hashtable hash_YX = new System.Collections.Hashtable();
System.Collections.Hashtable hash_YZ = new System.Collections.Hashtable();
System.Collections.Hashtable hash_ZX = new System.Collections.Hashtable();
System.Collections.Hashtable hash_ZY = new System.Collections.Hashtable();
//List<double> coords1 = new List<double>();
//List<double> coords2 = new List<double>();
JointCoordinateCollection coords1 = new JointCoordinateCollection();
JointCoordinateCollection coords2 = new JointCoordinateCollection();
foreach (var x in list_x)
{
coords1 = new JointCoordinateCollection();
coords2 = new JointCoordinateCollection();
foreach (var item in iACad.AstraDocument.Joints)
{
if (item.X == x)
{
if (!coords1.Contains(item))
{
coords1.Add(item);
}
if (!coords2.Contains(item))
{
coords2.Add(item);
}
}
}
hash_XY.Add(x, coords1);
hash_XZ.Add(x, coords2);
}
foreach (var y in list_y)
{
coords1 = new JointCoordinateCollection();
coords2 = new JointCoordinateCollection();
foreach (var item in iACad.AstraDocument.Joints)
{
if (item.Y == y)
{
if (!coords1.Contains(item))
{
coords1.Add(item);
}
if (!coords2.Contains(item))
{
coords2.Add(item);
}
}
}
hash_YX.Add(y, coords1);
hash_YZ.Add(y, coords2);
}
hash_ZX = new System.Collections.Hashtable();
hash_ZY = new System.Collections.Hashtable();
foreach (var z in list_z)
{
coords1 = new JointCoordinateCollection();
coords2 = new JointCoordinateCollection();
foreach (var item in iACad.AstraDocument.Joints)
{
if (item.Z == z)
{
if (!coords1.Contains(item))
{
coords1.Add(item);
}
if (!coords2.Contains(item))
{
coords2.Add(item);
}
}
}
hash_ZX.Add(z, coords1);
hash_ZY.Add(z, coords2);
}
#endregion CC
}
Seismic_Calculations ss = new Seismic_Calculations(iACad);
ss.Set_AS();
List <double> forces = ss.Get_All_Forces();
List <double> latforces = ss.Get_Latetal_Forces();
double W = 0.0;
foreach (var item in forces)
{
W += item;
}
double Fs = 0.0;
foreach (var item in latforces)
{
Fs += item;
}
double Vb = W * dval;
List <double> lst_Q = new List <double>();
foreach (var item in latforces)
{
lst_Q.Add(item * Vb / Fs);
}
//List<int> ll = ss.Get_FX_Joints(false);
//ll = ss.Get_FX_Joints(true);
//ll = ss.Get_FZ_Joints(false);
//ll = ss.Get_FZ_Joints(true);
for (int i = 1; i < ss.list_y.Count; i++)
{
var jntLst = ss.Get_Floor_Joints(ss.list_y[i]);
foreach (var item in jntLst)
{
if (rbtn_fz_positive.Checked)
{
kStr = item + " FZ " + (lst_Q[i - 1] / jntLst.Count).ToString("f3");
}
else if (rbtn_fz_negative.Checked)
{
kStr = item + " FZ -" + (lst_Q[i - 1] / jntLst.Count).ToString("f3");
}
else if (rbtn_fx_positive.Checked)
{
kStr = item + " FX " + (lst_Q[i - 1] / jntLst.Count).ToString("f3");
}
else if (rbtn_fx_negative.Checked)
{
kStr = item + " FX -" + (lst_Q[i - 1] / jntLst.Count).ToString("f3");
}
ASTRA_Data.Add(kStr);
}
}
//if (rbtn_fz_positive.Checked)
//{
// kStr = kStr + " FZ ";
//}
ASTRA_Data.Add(kStr);
if (Node != null)
{
if (btn_add.Text == "Change")
{
//Node = Node.Parent;
//Node.Parent.Nodes.Clear();
Node.Text = "JOINT LOAD";
//var nd = Node.Nodes.Add("JOINT LOAD");
foreach (var item in ASTRA_Data)
{
Node.Nodes.Add(item);
}
//nd.Nodes.Add(
this.Close();
}
else
{
//Node.Text = "JOINT LOAD";
var nd = Node.Nodes.Add("JOINT LOAD");
foreach (var item in ASTRA_Data)
{
nd.Nodes.Add(item);
}
//Node.Nodes.Add(kStr);
//Node.Expand();
Node.ExpandAll();
}
}
//else
//{
this.Close();
//}
}
public void Set_AS()
{
int i = 0;
list_x.Clear();
list_y.Clear();
list_z.Clear();
hash_XY.Clear();
hash_XZ.Clear();
hash_YX.Clear();
hash_YZ.Clear();
hash_ZX.Clear();
hash_ZY.Clear();
foreach (var item in iACad.AstraDocument.Joints)
{
if (!list_x.Contains(item.X))
{
list_x.Add(item.X);
}
if (!list_y.Contains(item.Y))
{
list_y.Add(item.Y);
}
if (!list_z.Contains(item.Z))
{
list_z.Add(item.Z);
}
}
list_x.Sort();
list_y.Sort();
list_z.Sort();
i = 0;
JointCoordinateCollection coords1 = new JointCoordinateCollection();
JointCoordinateCollection coords2 = new JointCoordinateCollection();
foreach (var x in list_x)
{
coords1 = new JointCoordinateCollection();
coords2 = new JointCoordinateCollection();
foreach (var item in iACad.AstraDocument.Joints)
{
if (item.X == x)
{
if (!coords1.Contains(item))
{
coords1.Add(item);
}
if (!coords2.Contains(item))
{
coords2.Add(item);
}
}
}
hash_XY.Add(x, coords1);
hash_XZ.Add(x, coords2);
}
foreach (var y in list_y)
{
coords1 = new JointCoordinateCollection();
coords2 = new JointCoordinateCollection();
foreach (var item in iACad.AstraDocument.Joints)
{
if (item.Y == y)
{
if (!coords1.Contains(item))
{
coords1.Add(item);
}
if (!coords2.Contains(item))
{
coords2.Add(item);
}
}
}
hash_YX.Add(y, coords1);
hash_YZ.Add(y, coords2);
}
hash_ZX = new Hashtable();
hash_ZY = new Hashtable();
foreach (var z in list_z)
{
coords1 = new JointCoordinateCollection();
coords2 = new JointCoordinateCollection();
foreach (var item in iACad.AstraDocument.Joints)
{
if (item.Z == z)
{
if (!coords1.Contains(item))
{
coords1.Add(item);
}
if (!coords2.Contains(item))
{
coords2.Add(item);
}
}
}
hash_ZX.Add(z, coords1);
hash_ZY.Add(z, coords2);
}
}
private void btn_OK_Click(object sender, EventArgs e)
{
MyStrings ml = new MyStrings(txt_beam_nos.Text.Trim(), ',');
if (ml.Count > 0)
{
Slab_des.Beam_Nos = ml.StringList[0].Trim();
}
else
{
MessageBox.Show("Slab Members is not defined.", "ASTRA", MessageBoxButtons.OK, MessageBoxIcon.Information);
return;
}
//Slab_des.Beam_Nos = txt_beam_nos.Text;
Slab_des.case_index = cmb_slab_type.SelectedIndex;
Slab_des.D = MyStrings.StringToDouble(txt_slab_D.Text, 0.0);
Slab_des.fck = MyStrings.StringToDouble(cmb_slab_fck.Text.Replace("M", ""), 0.0);
Slab_des.gamma = MyStrings.StringToDouble(txt_slab_gamma.Text, 0.0);
Slab_des.fy = MyStrings.StringToDouble(cmb_slab_fy.Text.Replace("Fe", ""), 0.0);
Slab_des.wll = MyStrings.StringToDouble(txt_slab_wll.Text, 0.0);
Slab_des.d1 = MyStrings.StringToDouble(txt_slab_d1.Text, 0.0);
Slab_des.s1 = MyStrings.StringToDouble(txt_slab_s1.Text, 0.0);
Slab_des.d2 = MyStrings.StringToDouble(txt_slab_d2.Text, 0.0);
Slab_des.s2 = MyStrings.StringToDouble(txt_slab_s2.Text, 0.0);
Slab_des.d3 = MyStrings.StringToDouble(txt_slab_d3.Text, 0.0);
Slab_des.s3 = MyStrings.StringToDouble(txt_slab_s3.Text, 0.0);
Slab_des.d4 = MyStrings.StringToDouble(txt_slab_d4.Text, 0.0);
Slab_des.s4 = MyStrings.StringToDouble(txt_slab_s4.Text, 0.0);
Slab_des.cover = MyStrings.StringToDouble(txt_slab_c.Text, 0.0);
Slab_des.dlf = MyStrings.StringToDouble(txt_slab_DLF.Text, 0.0);
Slab_des.llf = MyStrings.StringToDouble(txt_slab_LLF.Text, 0.0);
Slab_des.dgv_dls = dgv_dls;
#region Check Beam Members
MyStrings mlist = new MyStrings(txt_beam_nos.Text.Trim(), ' ');
MemberIncidenceCollection mic = new MemberIncidenceCollection();
for (int i = 0; i < mlist.Count; i++)
{
mic.Add(AST_DOC.Members.Get_Member(mlist.GetInt(i)));
}
JointCoordinateCollection jntc = new JointCoordinateCollection();
for (int i = 1; i < mic.Count; i++)
{
if (mic[i - 1].StartNode == mic[i].StartNode)
{
if (!jntc.Contains(mic[i].StartNode))
{
jntc.Add(mic[i].StartNode);
}
}
else if (mic[i - 1].EndNode == mic[i].StartNode)
{
if (!jntc.Contains(mic[i].StartNode))
{
jntc.Add(mic[i].StartNode);
}
}
else if (mic[i - 1].StartNode == mic[i].EndNode)
{
if (!jntc.Contains(mic[i].EndNode))
{
jntc.Add(mic[i].EndNode);
}
}
else if (mic[i - 1].EndNode == mic[i].EndNode)
{
if (!jntc.Contains(mic[i].EndNode))
{
jntc.Add(mic[i].EndNode);
}
}
else
{
//string ss = Slab_Data[beam_nos] as string;
//if (ss != null)
// Slab_Data.Remove(beam_nos);
//Save_Data();
MessageBox.Show("Beam " + mic[i].MemberNo + " and Beam " + mic[i - 1].MemberNo + " Joints are mismatch..", "ASTRA", MessageBoxButtons.OK);
return;
}
}
#endregion Check Beam Members
//Chiranjit [2015 04 26]
//Slab_des.Calculate_Program();
Slab_des.Design_Program();
List <string> Design_Summary = new List <string>();
Design_Summary.Add(string.Format("-------------------------------------"));
Design_Summary.Add(string.Format("SLAB MEMBERS = {0}", Slab_des.Beam_Nos));
Design_Summary.Add(string.Format("SLAB FLOOR LEVEL = {0} M", cmb_flr_lvl.Text));
Design_Summary.AddRange(Slab_des.Design_Summary.ToArray());
Design_Summary.Add(string.Format("-------------------------------------"));
string fnm = Slab_des.Get_Design_Summary_File(Slab_des.Beam_Nos, cmb_flr_lvl.Text);
//fnm = Path.Combine(Path.GetDirectoryName(fnm), "SLAB_DESIGN_SUMMARY.TXT");
//if (File.Exists(fnm))
// Design_Summary.AddRange(File.ReadAllLines(fnm));
File.WriteAllLines(fnm, Design_Summary.ToArray());
Save_Data();
//Fill_Slab(txt_beam_nos.Text, Slab_des.IS_DESIGN_OK);
Fill_All_Slab();
Add_Slab_Boq(Slab_des.BOQ);
GetGripSelection(false).RemoveAll();
if (File.Exists(Slab_des.Report_File))
{
MessageBox.Show(this, "Report file created in file " + Slab_des.Report_File, "ASTRA", MessageBoxButtons.OK);
frmASTRAReport.OpenReport(Slab_des.Report_File, this, false);
}
VDoc.Redraw(true);
//this.DialogResult = DialogResult.OK;
//this.Close();
}
private void Get_Beams()
{
double d = MyStrings.StringToDouble(cmb_flr_lvl.Text, 0.0);
VDoc.ActiveLayOut.Entities.RemoveAll();
panel1.Visible = true;
MemberIncidenceCollection mic = new MemberIncidenceCollection();
JointCoordinateCollection jcc = new JointCoordinateCollection();
MemberIncidence mi;
foreach (var item in AST_DOC.Members)
{
if (item.StartNode.Y == d && item.EndNode.Y == d)
{
//mi = new MemberIncidence();
//mi.StartNode = new JointCoordinate(item.StartNode);
//mi.EndNode = new JointCoordinate(item.EndNode);
//mi.MemberNo = item.MemberNo;
//mi.StartNode.Y = mi.StartNode.Z;
//mi.EndNode.Y = mi.EndNode.Z;
AST_DOC.Members.DrawMember(item, VDoc, TXT_SIZE);
//AST_DOC.Members.DrawMember(mi, VDoc, TXT_SIZE);
mic.Add(item);
if (!jcc.Contains(item.StartNode))
{
jcc.Add(item.StartNode);
}
if (!jcc.Contains(item.EndNode))
{
jcc.Add(item.EndNode);
}
}
}
jcc.DrawJointsText(VDoc, TXT_SIZE);
VDoc.Layers.FindName("Members").Lock = true;
VDoc.Layers.FindName("Nodes").Lock = true;
//VectorDraw.Professional.ActionUtilities.vdCommandAction.View3D_VTop(VDoc);
Set_TextSize();
//Get_Slabs(mic);
Fill_All_Slab();
Load_Slab_Data();
VectorDraw.Professional.ActionUtilities.vdCommandAction.View3D_VBack(VDoc);
VectorDraw.Professional.ActionUtilities.vdCommandAction.View3D_Vrot(VDoc);
}
private void Fill_Slab(string beam_nos, bool isOk)
{
MyStrings mlist = new MyStrings(beam_nos.Trim(), ' ');
MemberIncidenceCollection mic = new MemberIncidenceCollection();
for (int i = 0; i < mlist.Count; i++)
{
mic.Add(AST_DOC.Members.Get_Member(mlist.GetInt(i)));
}
JointCoordinateCollection jntc = new JointCoordinateCollection();
vdPolyline vdpl = new vdPolyline();
vdpl.SetUnRegisterDocument(VDoc);
vdpl.setDocumentDefaults();
for (int i = 1; i < mic.Count; i++)
{
if (mic[i - 1].StartNode == mic[i].StartNode)
{
if (!jntc.Contains(mic[i].StartNode))
{
jntc.Add(mic[i].StartNode);
}
}
else if (mic[i - 1].EndNode == mic[i].StartNode)
{
if (!jntc.Contains(mic[i].StartNode))
{
jntc.Add(mic[i].StartNode);
}
}
else if (mic[i - 1].StartNode == mic[i].EndNode)
{
if (!jntc.Contains(mic[i].EndNode))
{
jntc.Add(mic[i].EndNode);
}
}
else if (mic[i - 1].EndNode == mic[i].EndNode)
{
if (!jntc.Contains(mic[i].EndNode))
{
jntc.Add(mic[i].EndNode);
}
}
else
{
//string ss = Slab_Data[beam_nos] as string;
//if (ss != null)
// Slab_Data.Remove(beam_nos);
//Save_Data();
MessageBox.Show("Beam " + mic[i].MemberNo + " and Beam " + mic[i - 1].MemberNo + " Joints are mismatch..", "ASTRA", MessageBoxButtons.OK);
return;
}
}
if (!jntc.Contains(mic[0].StartNode))
{
jntc.Add(mic[0].StartNode);
}
if (!jntc.Contains(mic[0].EndNode))
{
jntc.Add(mic[0].EndNode);
}
jntc.Add(jntc[0]);
double max_z = AST_DOC.Joints.Max_Z_Positive;
foreach (var item in jntc)
{
//vdpl.VertexList.Add(item.Point);
vdpl.VertexList.Add(new gPoint(item.X, max_z - item.Z));
}
//if (File.Exists(Slab_des.Get_Report_File(beam_nos, cmb_flr_lvl.Text)))
//{
// vdpl.ToolTip = File.ReadAllText(Slab_des.Get_Report_File(beam_nos, cmb_flr_lvl.Text));
// vdpl.ToolTip = "
//}
vdpl.ToolTip = "Member surrounded : " + beam_nos;
vdLayer vlay = VDoc.Layers.FindName("slab");
if (vlay == null)
{
vlay = new vdLayer(VDoc, "slab");
vlay.SetUnRegisterDocument(VDoc);
vlay.setDocumentDefaults();
VDoc.Layers.Add(vlay);
}
//vlay.Frozen = false;
//vlay.Lock = true;
vdpl.Layer = vlay;
//vdpl.PenColor = new vdColor(Color.DarkGray);
if (isOk)
{
vdpl.PenColor = new vdColor(Color.Green);
}
else
{
vdpl.PenColor = new vdColor(Color.Red);
}
vdpl.HatchProperties = new vdHatchProperties(VectorDraw.Professional.Constants.VdConstFill.VdFillModeHatchFDiagonal);
//vdpl.ExtrusionVector = new Vector(0.0, 1.0, 0.0);
VDoc.ActiveLayOut.Entities.Add(vdpl);
VDoc.ActiveLayOut.Entities.ChangeOrder(vdpl, true);
VDoc.Redraw(true);
}