/// <summary>
/// output a given joint in BVH format
/// </summary>
/// <param name="joint"></param>
/// <param name="sbOut"></param>
/// <param name="indents"></param>
private void buildBVHOutputSkeleton(JointNode root, string indents = "")
{
_bvhSkeletonBuffer.Append(indents);
_bvhSkeletonBuffer.Append(root.Type != NodeTypeEnum.END ?
root.Type.ToString() + CHAR_SPACE + root.JointIndex.ToString() : STR_END_SITE).Append(CHAR_LF);
_bvhSkeletonBuffer.Append(indents).Append(CHAR_OPEN_BRACE).Append(CHAR_LF);
_bvhSkeletonBuffer.Append(indents).Append(CHAR_SPACE).Append(CHAR_SPACE).Append(STR_OFFSET).Append(CHAR_SPACE)
.Append(root.OriginalOffset.X.ToString()).Append(CHAR_SPACE)
.Append(root.OriginalOffset.Y.ToString()).Append(CHAR_SPACE)
.Append(root.OriginalOffset.Z.ToString()).Append(CHAR_LF);
if (root.Type != NodeTypeEnum.END)
{
_bvhSkeletonBuffer.Append(indents).Append(CHAR_SPACE).Append(CHAR_SPACE).Append(STR_CHANNELS).Append(CHAR_SPACE)
.Append(root.Type == NodeTypeEnum.ROOT ? ROOT_CHANNEL_NUM : JOINT_CHANNEL_NUM);
if (root.Type == NodeTypeEnum.ROOT)
{
_bvhSkeletonBuffer.Append(CHAR_SPACE).Append(STR_XPOSITION)
.Append(CHAR_SPACE).Append(STR_YPOSITION)
.Append(CHAR_SPACE).Append(STR_ZPOSITION);
}
_bvhSkeletonBuffer.Append(CHAR_SPACE).Append(STR_ZROTATION)
.Append(CHAR_SPACE).Append(STR_XROTATION)
.Append(CHAR_SPACE).Append(STR_YROTATION).Append(CHAR_LF);
foreach (JointNode childJoint in root.Children)
{
buildBVHOutputSkeleton(childJoint, indents + CHAR_SPACE + CHAR_SPACE);
}
}
_bvhSkeletonBuffer.Append(indents).Append(CHAR_CLOSE_BRACE).Append(CHAR_LF);
}
/// <summary>
///
/// </summary>
public void SetJoint(HSD_JOBJ jobj, JointAnimManager animManager)
{
jointTree.BeginUpdate();
jointTree.Nodes.Clear();
var jobjs = jobj.BreathFirstList;
Dictionary <HSD_JOBJ, JointNode> childToParent = new Dictionary <HSD_JOBJ, JointNode>();
for (int i = 0; i < Math.Min(animManager.NodeCount, jobjs.Count); i++)
{
var node = new JointNode()
{
JOBJ = jobjs[i], AnimNode = animManager.Nodes[i], Text = $"JOINT_{i}"
};
foreach (var c in jobjs[i].Children)
{
childToParent.Add(c, node);
}
if (childToParent.ContainsKey(jobjs[i]))
{
childToParent[jobjs[i]].Nodes.Add(node);
}
else
{
jointTree.Nodes.Add(node);
}
}
jointTree.ExpandAll();
jointTree.EndUpdate();
}
void TranversCollectJoints_r(GameObject go, int parent, List <JointNode> list)
{
JointNode joint = new JointNode()
{
Name = go.name,
Parent = parent
};
list.Add(joint);
int index = list.Count - 1;
for (int i = 0; i < go.transform.childCount; i++)
{
TranversCollectJoints_r(go.transform.GetChild(i).gameObject, index, list);
}
}
public static void UpdateSkeletonForDebug(JointNode node)
{
// rotation of a bone is actually the rotation of joint's parent joint
Quaternion parentRotation;
if (node.JointIndex == JointType.HipCenter)
{
parentRotation = ConvertToQuaternion(node.Rotation);
}
else
{
parentRotation = ConvertToQuaternion(node.Parent.Rotation);
}
RotatePoint(node.OriginalOffset, ConvertToQuaternion(node.Rotation), out node.Offset);
// update node rotation to absolute
node.Rotation = KinectDataConverter.QuaternionToAxisAngles(ConvertToQuaternion(node.Rotation) * parentRotation);
if (NodeTypeEnum.ROOT == node.Type)
{
node.Offset.X += _renderingSolution.OriginX;
node.Offset.Y += _renderingSolution.OriginY;
node.Offset.Z += 0;
}
else
{
node.Offset.X += node.Parent.Offset.X;
node.Offset.Y += node.Parent.Offset.Y;
node.Offset.Z += node.Parent.Offset.Z;
}
if (node.Type == NodeTypeEnum.END)
{
return;
}
foreach (JointNode child in node.Children)
{
UpdateSkeletonForDebug(child);
}
}
public void Analysis_Abutment()
{
string ana_file = Path.Combine(Get_Project_Folder(), "Abutment_Analysis_Input.txt");
string kStr = "";
List <string> list = new List <string>();
int i = 0;
list.Add("ASTRA FLOOR RCC T GIRDER BRIDGE DECK ANALYSIS");
list.Add("UNIT METER MTON");
list.Add("JOINT COORDINATES");
List <JointNode> Joints = new List <JointNode>();
List <Member> MemColls = new List <Member>();
double L = MyList.StringToDouble(txt_Ana_L.Text, 0.0);
double og = MyList.StringToDouble(txt_Ana_og.Text, 0.0);
double inc = (L - og * 2) / 4.0;
double ws = 2.0 - og;
JointNode jn = new JointNode();
jn.NodeNo = 1;
jn.X = 0.0;
Joints.Add(jn);
jn = new JointNode();
jn.NodeNo = 2;
jn.X = og + og;
Joints.Add(jn);
jn = new JointNode();
jn.NodeNo = 3;
jn.X = og + ws;
Joints.Add(jn);
jn = new JointNode();
jn.NodeNo = 4;
jn.X = og + inc;
Joints.Add(jn);
jn = new JointNode();
jn.NodeNo = 5;
jn.X = og + 2 * inc;
Joints.Add(jn);
jn = new JointNode();
jn.NodeNo = 6;
jn.X = og + 3 * inc;
Joints.Add(jn);
jn = new JointNode();
jn.NodeNo = 7;
jn.X = L - (og + ws);
Joints.Add(jn);
jn = new JointNode();
jn.NodeNo = 8;
jn.X = og + 4 * inc;
Joints.Add(jn);
jn = new JointNode();
jn.NodeNo = 9;
jn.X = L;
Joints.Add(jn);
Member mbr = new Member();
mbr.MemberNo = 1;
mbr.StartNode = Joints[0];
mbr.EndNode = Joints[1];
MemColls.Add(mbr);
for (i = 2; i < Joints.Count; i++)
{
mbr = new Member();
mbr.MemberNo = i;
mbr.StartNode = Joints[i - 1];
mbr.EndNode = Joints[i];
MemColls.Add(mbr);
}
for (i = 0; i < Joints.Count; i++)
{
list.Add(Joints[i].ToString());
}
list.Add("MEMBER INCIDENCES");
for (i = 0; i < MemColls.Count; i++)
{
list.Add(MemColls[i].ToString());
}
list.Add("SECTION PROPERTIES");
////list.Add("1 2 5 6 AX");
////list.Add(string.Format("1 2 6 7 PRIS AX 0.036212 IX 0.00001 IY 0.000697 IZ 0.001",
//list.Add(string.Format("1 2 7 8 PRIS AX {0} IX 0.00001 IY {1} IZ 0.001",
// txt_smp_i_a_sup.Text,
// txt_smp_i_Ix_sup.Text
// ));
//list.Add(string.Format("3 TO 6 PRIS AX {0} IX 0.00001 IY {1} IZ 0.001",
// txt_smp_i_a_mid.Text,
// txt_smp_i_ix_mid.Text
// ));
list.Add(string.Format("MATERIAL CONSTANT"));
list.Add(string.Format("E 2.85E6 ALL"));
list.Add(string.Format("DENSITY CONCRETE ALL"));
list.Add(string.Format("POISSON CONCRETE ALL"));
list.Add(string.Format("SUPPORT"));
//list.Add(string.Format("2 6 PINNED"));
list.Add(string.Format("2 8 FIXED BUT FX MZ"));
//list.Add(string.Format("99 100 101 102 FIXED BUT FX MZ"));
//list.Add(string.Format("LOAD 1 DEAD LOAD"));
//list.Add(string.Format("MEMBER LOAD"));
//list.Add(string.Format("1 2 7 8 UNI GY -{0:f4}", MyList.StringToDouble(txt_Ana_DL_supp.Text, 0.0)/10.0));
//list.Add(string.Format("3 TO 6 UNI GY -{0}", MyList.StringToDouble(txt_Ana_DL_mid.Text, 0.0)/10.0));
//list.Add(string.Format("LOAD 2 SIDL"));
//list.Add(string.Format("MEMBER LOAD"));
//list.Add(string.Format("1 TO 8 UNI GY -{0}", MyList.StringToDouble(txt_Ana_SIDL.Text, 0.0) / 10.0));
//list.Add(string.Format("LOAD 3 FPLL"));
//list.Add(string.Format("MEMBER LOAD"));
//list.Add(string.Format("1 TO 8 UNI GY -{0}", MyList.StringToDouble(txt_Ana_FPLL.Text, 0.0)/10.0));
//list.Add(string.Format("PRINT SUPPORT REACTIONS"));
//list.Add(string.Format("PERFORM ANALYSIS"));
//list.Add(string.Format("FINISH"));
File.WriteAllLines(ana_file, list.ToArray());
MessageBox.Show("Input Data Created as " + ana_file, "ASTRA");
#region Process
try
{
#region Process
//int i = 0;
ProcessCollection pcol = new ProcessCollection();
ProcessData pd = new ProcessData();
string flPath = ana_file;
iapp.Progress_Works.Clear();
if (File.Exists(flPath))
{
pd = new ProcessData();
pd.Process_File_Name = flPath;
pd.Process_Text = "PROCESS ANALYSIS FOR " + Path.GetFileNameWithoutExtension(flPath).ToUpper();
pcol.Add(pd);
iapp.Progress_Works.Add("Reading Analysis Data from " + Path.GetFileNameWithoutExtension(flPath).ToUpper() + " (ANALYSIS_REP.TXT)");
}
i++;
string ana_rep_file = Path.Combine(Path.GetDirectoryName(flPath), "ANALYSIS_REP");
if (iapp.Show_and_Run_Process_List(pcol))
{
BridgeMemberAnalysis DeadLoad_Analysis = new BridgeMemberAnalysis(iapp, ana_rep_file);
}
#endregion Process
}
catch (Exception ex) { }
#endregion Process
}
private void AddBVHBone_Debug(JointNode node1, JointNode node2)
{
addLineToWindow(node1.Offset.X, node1.Offset.Y,
node2.Offset.X, node2.Offset.Y,
BTUSH_BONE_DEBUG, DOUBLE_THICKNESS_BONE_DEBUG);
}
//Chiranjit [2011 07 09]
//Create Bridge Input Data by user's given values.
//Long Girder Spacing, Cross Girder Spacing, Cantilever Width
public void CreateData()
{
//double x_incr = (Length / (Total_Columns - 1));
//double z_incr = (WidthBridge / (Total_Rows - 1));
double x_incr = Spacing_Cross_Girder;
double z_incr = Spacing_Long_Girder;
JointNode nd;
//Joints_Array = new JointNode[Total_Rows, Total_Columns];
//Long_Girder_Members_Array = new Member[Total_Rows, Total_Columns - 1];
//Cross_Girder_Members_Array = new Member[Total_Rows - 1, Total_Columns];
int iCols = 0;
int iRows = 0;
Joints.Clear();
double skew_length = Math.Tan((Skew_Angle * (Math.PI / 180.0)));
double val1 = 12.1;
double val2 = val1 * skew_length;
double last_x = 0.0;
double last_z = 0.0;
List <double> list_x = new List <double>();
List <double> list_z = new List <double>();
Hashtable z_table = new Hashtable();
//Store Joint Coordinates
double L_2, L_4, eff_d;
double x_max, x_min;
//int _Columns, _Rows;
//_Columns = Total_Columns;
//_Rows = Total_Rows;
last_x = 0.0;
//Creating X Coordinates at every Z level
list_x.Clear();
list_x.Add(0.0);
list_x.Add(Effective_Depth);
list_x.Add(Length - Effective_Depth);
list_x.Add(Length / 4.0);
list_x.Add(Length / 2.0);
list_x.Add(Length);
last_x = x_incr;
do
{
if (!list_x.Contains(last_x) && last_x > Effective_Depth && last_x < (Length - Effective_Depth))
{
list_x.Add(last_x);
}
last_x += x_incr;
}while (last_x <= Length);
list_x.Sort();
list_z.Clear();
list_z.Add(0);
list_z.Add(WidthCantilever);
list_z.Add(WidthCantilever / 2);
list_z.Add(WidthBridge - WidthCantilever);
list_z.Add(WidthBridge - WidthCantilever / 2);
list_z.Add(WidthBridge);
last_z = WidthCantilever + z_incr;
do
{
if (!list_z.Contains(last_z) && last_z > WidthCantilever && last_z < (WidthBridge - WidthCantilever - 0.2))
{
list_z.Add(last_z);
}
last_z += z_incr;
} while (last_z <= WidthBridge);
list_z.Sort();
_Columns = list_x.Count;
_Rows = list_z.Count;
int i = 0;
List <double> list = new List <double>();
for (iRows = 0; iRows < _Rows; iRows++)
{
list = new List <double>();
for (iCols = 0; iCols < _Columns; iCols++)
{
list.Add(list_x[iCols] + list_z[iRows] * skew_length);
}
z_table.Add(list_z[iRows], list);
}
//Chiranjit [2011 07 11]
//Calculate L/2, L/4, Deff for Skew Angle
//for(i = 0; i < list_z.Count; i++)
//{
// list_x = z_table[list_z[i]] as List<double>;
// if (list_x != null)
// {
// list_x.Sort();
// //x_max = list_x[list_x.Count - 1] + (skew_length * list_z[i]);
// //x_min = list_x[0] + (skew_length * list_z[i]);
// x_max = list_x[list_x.Count - 1];
// x_min = list_x[0];
// if (i == 0)
// {
// span_length = (x_max - x_min);
// //Length = span_length;
// }
// L_2 = (x_max + x_min) / 2.0;
// L_4 = (L_2 + x_min) / 2.0;
// eff_d = (Effective_Depth + x_min);
// if (list_x.Contains(eff_d) == false)
// list_x.Add(eff_d);
// if (list_x.Contains(L_2) == false)
// list_x.Add(L_2);
// if (list_x.Contains(L_4) == false)
// list_x.Add(L_4);
// L_2 = (x_max + x_min) / 2.0;
// L_4 = x_max - L_4;
// eff_d = x_max - eff_d;
// if (list_x.Contains(eff_d) == false)
// list_x.Add(eff_d);
// if (list_x.Contains(L_2) == false)
// list_x.Add(L_2);
// if (list_x.Contains(L_4) == false)
// list_x.Add(L_4);
// list_x.Sort();
// //_Columns = list_x.Count;
// //_Rows = list_z.Count;
// z_table[list_z[i]] = list_x;
// }
//}
Joints_Array = new JointNode[_Rows, _Columns];
Long_Girder_Members_Array = new Member[_Rows, _Columns - 1];
Cross_Girder_Members_Array = new Member[_Rows - 1, _Columns];
for (iRows = 0; iRows < _Rows; iRows++)
{
list_x = z_table[list_z[iRows]] as List <double>;
for (iCols = 0; iCols < _Columns; iCols++)
{
nd = new JointNode();
nd.Y = 0;
nd.Z = list_z[iRows];
//nd.X = list_x[iCols] + (skew_length * list_z[iRows]);
nd.X = list_x[iCols];
nd.NodeNo = Joints.JointNodes.Count + 1;
Joints.Add(nd);
Joints_Array[iRows, iCols] = nd;
last_x = nd.X;
}
}
int nodeNo = 0;
Joints.Clear();
for (iCols = 0; iCols < _Columns; iCols++)
{
for (iRows = 0; iRows < _Rows; iRows++)
{
nodeNo++;
Joints_Array[iRows, iCols].NodeNo = nodeNo;
Joints.Add(Joints_Array[iRows, iCols]);
}
}
Member mem = new Member();
MemColls.Clear();
for (iCols = 0; iCols < _Columns; iCols++)
{
for (iRows = 1; iRows < _Rows; iRows++)
{
mem = new Member();
mem.StartNode = Joints_Array[iRows - 1, iCols];
mem.EndNode = Joints_Array[iRows, iCols];
mem.MemberNo = MemColls.Count + 1;
MemColls.Add(mem);
Cross_Girder_Members_Array[iRows - 1, iCols] = mem;
}
}
for (iRows = 0; iRows < _Rows; iRows++)
{
for (iCols = 1; iCols < _Columns; iCols++)
{
mem = new Member();
mem.StartNode = Joints_Array[iRows, iCols - 1];
mem.EndNode = Joints_Array[iRows, iCols];
mem.MemberNo = MemColls.Count + 1;
MemColls.Add(mem);
Long_Girder_Members_Array[iRows, iCols - 1] = mem;
}
}
}
public bool Create_Data(string file_name)
{
List <string> list = new List <string>();
//con
int Upper_Connector_Index = -1;
int Lower_Connector_Index = -1;
int indx = 12;
int pnl_nos = (int)(Tower_Height / Bracing_Panel_Height);
#region X Points
double x_ps = (Tower_Base_Width - Tower_Top_Width) / 2;
double X_Incr = (x_ps) / (pnl_nos);
List <double> x_side_1 = new List <double>();
List <double> x_side_2 = new List <double>();
List <double> y_side = new List <double>();
List <double> z_side_1 = new List <double>();
List <double> z_side_2 = new List <double>();
double x = 0, y = 0, z = 0;
int i = 0;
for (i = 0; i <= pnl_nos; i++)
{
x = i * X_Incr;
y = i * Bracing_Panel_Height;
x_side_1.Add(x);
z_side_1.Add(x);
x_side_2.Add(Tower_Base_Width - x);
z_side_2.Add(Tower_Base_Width - x);
y_side.Add(y);
}
i = 0;
#endregion X Points
// Tower_Lower_Connector_Width = 10.0;
//Tower_Upper_Connector_Width = 20.0;
if (Tower_Upper_Connector_Width != 0.0)
{
for (i = 0; i < y_side.Count; i++)
{
if (Tower_Upper_Connector_Width.ToString("f3") == y_side[i].ToString("f3"))
{
Upper_Connector_Index = i; break;
}
}
}
if (Tower_Lower_Connector_Width != 0.0)
{
for (i = 0; i < y_side.Count; i++)
{
if (Tower_Lower_Connector_Width.ToString("f3") == y_side[i].ToString("f3"))
{
Lower_Connector_Index = i; break;
}
}
}
JointNodeCollection jnc_1, jnc_2, jnc_3, jnc_4; // First Tower
JointNodeCollection jnc_5, jnc_6, jnc_7, jnc_8;// Second Tower
jnc_1 = new JointNodeCollection();
jnc_2 = new JointNodeCollection();
jnc_3 = new JointNodeCollection();
jnc_4 = new JointNodeCollection();
jnc_5 = new JointNodeCollection();
jnc_6 = new JointNodeCollection();
jnc_7 = new JointNodeCollection();
jnc_8 = new JointNodeCollection();
double x_dist = Tower_Base_Width + Tower_Clear_Distance;
JointNode jn = null;
#region Side 1
for (i = 0; i < y_side.Count; i++)
{
#region First Tower
jn = new JointNode();
jn.X = x_side_1[i];
jn.Y = y_side[i];
jn.Z = z_side_1[i];
jnc_1.Add(jn);
#endregion First Tower
#region Second Tower
jn = new JointNode();
jn.X = x_dist + x_side_1[i];
jn.Y = y_side[i];
jn.Z = z_side_1[i];
jnc_6.Add(jn);
#endregion Second Tower
}
#endregion Side 1
#region Side 2
for (i = 0; i < y_side.Count; i++)
{
jn = new JointNode();
jn.X = x_side_2[i];
jn.Y = y_side[i];
jn.Z = z_side_1[i];
jnc_2.Add(jn);
jn = new JointNode();
jn.X = x_dist + x_side_2[i];
jn.Y = y_side[i];
jn.Z = z_side_1[i];
jnc_5.Add(jn);
}
#endregion Side 2
#region Side 3
for (i = 0; i < y_side.Count; i++)
{
jn = new JointNode();
jn.X = x_side_1[i];
jn.Y = y_side[i];
jn.Z = z_side_2[i];
jnc_3.Add(jn);
jn = new JointNode();
jn.X = x_dist + x_side_1[i];
jn.Y = y_side[i];
jn.Z = z_side_2[i];
jnc_8.Add(jn);
}
#endregion Side 3
#region Side 4
for (i = 0; i < y_side.Count; i++)
{
jn = new JointNode();
jn.X = x_side_2[i];
jn.Y = y_side[i];
jn.Z = z_side_2[i];
jnc_4.Add(jn);
jn = new JointNode();
jn.X = x_dist + x_side_2[i];
jn.Y = y_side[i];
jn.Z = z_side_2[i];
jnc_7.Add(jn);
}
#endregion Side 4
JointNodeCollection con_jnt_1 = new JointNodeCollection();
//indx = 12;
indx = 12;
double mid_x = (x_dist + Tower_Base_Width) / 2.0;
if (Upper_Connector_Index != -1)
{
indx = Upper_Connector_Index;
#region Connector 1
#region Connector Joint 1
jn = new JointNode();
jn.X = mid_x;
jn.Y = y_side[indx];
jn.Z = z_side_2[indx];
con_jnt_1.Add(jn);
#endregion Connetor Joint 1
#region Connetor Joint 2
jn = new JointNode();
jn.X = mid_x;
jn.Y = y_side[indx];
jn.Z = z_side_1[indx];
con_jnt_1.Add(jn);
#endregion Connetor Joint 2
indx++;
#region Connetor Joint 3
jn = new JointNode();
jn.X = mid_x;
jn.Y = y_side[indx];
jn.Z = z_side_1[indx];
con_jnt_1.Add(jn);
#endregion Connetor Joint 3
#region Connetor Joint 4
jn = new JointNode();
jn.X = mid_x;
jn.Y = y_side[indx];
jn.Z = z_side_2[indx];
con_jnt_1.Add(jn);
#endregion Connetor Joint 4
#endregion Connector 1
}
indx = 5;
JointNodeCollection con_jnt_2 = new JointNodeCollection();
if (Lower_Connector_Index != -1)
{
indx = Lower_Connector_Index;
#region Connector 2
#region Connector Joint 1
jn = new JointNode();
jn.X = mid_x;
jn.Y = y_side[indx];
jn.Z = z_side_2[indx];
con_jnt_2.Add(jn);
#endregion Connetor Joint 1
#region Connetor Joint 2
jn = new JointNode();
jn.X = mid_x;
jn.Y = y_side[indx];
jn.Z = z_side_1[indx];
con_jnt_2.Add(jn);
#endregion Connetor Joint 2
indx++;
#region Connetor Joint 3
jn = new JointNode();
jn.X = mid_x;
jn.Y = y_side[indx];
jn.Z = z_side_1[indx];
con_jnt_2.Add(jn);
#endregion Connetor Joint 3
#region Connetor Joint 4
jn = new JointNode();
jn.X = mid_x;
jn.Y = y_side[indx];
jn.Z = z_side_2[indx];
con_jnt_2.Add(jn);
#endregion Connetor Joint 4
#endregion Connector 2
}
list.Add(string.Format(""));
list.Add(string.Format("ASTRA SPACE TOWER"));
list.Add(string.Format("UNIT MTON METRES"));
list.Add(string.Format("JOINT COORDINATES"));
int jnt_no = 1;
#region Joint Coordinates
foreach (var item in jnc_1)
{
item.NodeNo = jnt_no++;
list.Add(item.ToString());
}
foreach (var item in jnc_2)
{
item.NodeNo = jnt_no++;
list.Add(item.ToString());
}
foreach (var item in jnc_3)
{
item.NodeNo = jnt_no++;
list.Add(item.ToString());
}
foreach (var item in jnc_4)
{
item.NodeNo = jnt_no++;
list.Add(item.ToString());
}
foreach (var item in jnc_5)
{
item.NodeNo = jnt_no++;
list.Add(item.ToString());
}
foreach (var item in jnc_6)
{
item.NodeNo = jnt_no++;
list.Add(item.ToString());
}
foreach (var item in jnc_7)
{
item.NodeNo = jnt_no++;
list.Add(item.ToString());
}
foreach (var item in jnc_8)
{
item.NodeNo = jnt_no++;
list.Add(item.ToString());
}
foreach (var item in con_jnt_1)
{
item.NodeNo = jnt_no++;
list.Add(item.ToString());
}
foreach (var item in con_jnt_2)
{
item.NodeNo = jnt_no++;
list.Add(item.ToString());
}
#endregion Joint Coordinates
int mem_no = 1;
Member mbr = new Member();
MemberCollection m_side_1 = new MemberCollection();
List <int> sec_1 = new List <int>();
List <int> sec_2 = new List <int>();
#region Tower 1
#region Member Side 1 [1-15]
for (i = 1; i < jnc_1.Count; i++)
{
mbr = new Member();
mbr.StartNode = jnc_1[i - 1];
mbr.EndNode = jnc_1[i];
m_side_1.Add(mbr);
sec_1.Add(mem_no++);
}
#endregion Member Side 1
#region Member Side 2 [16-30]
for (i = 1; i < jnc_2.Count; i++)
{
mbr = new Member();
mbr.StartNode = jnc_2[i - 1];
mbr.EndNode = jnc_2[i];
m_side_1.Add(mbr);
sec_1.Add(mem_no++);
}
#endregion Member Side 2
#region Member Side 3 [31-45]
for (i = 1; i < jnc_3.Count; i++)
{
mbr = new Member();
mbr.StartNode = jnc_3[i - 1];
mbr.EndNode = jnc_3[i];
m_side_1.Add(mbr);
sec_1.Add(mem_no++);
}
#endregion Member Side 3
#region Member Side 4 [46-60]
for (i = 1; i < jnc_4.Count; i++)
{
mbr = new Member();
mbr.StartNode = jnc_4[i - 1];
mbr.EndNode = jnc_4[i];
m_side_1.Add(mbr);
sec_1.Add(mem_no++);
}
#endregion Member Side 4
#region Member 61-76
for (i = 0; i < jnc_1.Count; i++)
{
mbr = new Member();
mbr.StartNode = jnc_1[i];
mbr.EndNode = jnc_2[i];
m_side_1.Add(mbr);
sec_2.Add(mem_no++);
}
#endregion Member 61-76
#region Member 77-92
for (i = 0; i < jnc_3.Count; i++)
{
mbr = new Member();
mbr.StartNode = jnc_3[i];
mbr.EndNode = jnc_4[i];
m_side_1.Add(mbr);
sec_2.Add(mem_no++);
}
#endregion Member 77-92
#region Member 93-108
for (i = 0; i < jnc_3.Count; i++)
{
mbr = new Member();
mbr.StartNode = jnc_1[i];
mbr.EndNode = jnc_3[i];
m_side_1.Add(mbr);
sec_2.Add(mem_no++);
}
#endregion Member 77-92
#region Member 109-124
for (i = 0; i < jnc_2.Count; i++)
{
mbr = new Member();
mbr.StartNode = jnc_2[i];
mbr.EndNode = jnc_4[i];
m_side_1.Add(mbr);
sec_2.Add(mem_no++);
}
#endregion Member 109-124
#region Member 125-139
for (i = 1; i < jnc_1.Count; i += 2)
{
try
{
mbr = new Member();
mbr.StartNode = jnc_3[i - 1];
mbr.EndNode = jnc_1[i];
m_side_1.Add(mbr);
sec_2.Add(mem_no++);
mbr = new Member();
mbr.StartNode = jnc_1[i];
mbr.EndNode = jnc_3[i + 1];
m_side_1.Add(mbr);
sec_2.Add(mem_no++);
}
catch (Exception ex) { }
}
#endregion Member 109-124
#region Member 140-154
for (i = 1; i < jnc_2.Count; i += 2)
{
try
{
mbr = new Member();
mbr.StartNode = jnc_2[i - 1];
mbr.EndNode = jnc_4[i];
m_side_1.Add(mbr);
sec_2.Add(mem_no++);
mbr = new Member();
mbr.StartNode = jnc_4[i];
mbr.EndNode = jnc_2[i + 1];
m_side_1.Add(mbr);
sec_2.Add(mem_no++);
}
catch (Exception exx) { }
}
#endregion Member 140-154
#region Member 155-169
for (i = 1; i < jnc_3.Count; i += 2)
{
try
{
mbr = new Member();
mbr.StartNode = jnc_4[i - 1];
mbr.EndNode = jnc_3[i];
m_side_1.Add(mbr);
sec_2.Add(mem_no++);
mbr = new Member();
mbr.StartNode = jnc_3[i];
mbr.EndNode = jnc_4[i + 1];
m_side_1.Add(mbr);
sec_2.Add(mem_no++);
}
catch (Exception exx) { }
}
#endregion Member 155-169
#region Member 170-184
for (i = 1; i < jnc_1.Count; i += 2)
{
try
{
mbr = new Member();
mbr.StartNode = jnc_1[i - 1];
mbr.EndNode = jnc_2[i];
m_side_1.Add(mbr);
sec_2.Add(mem_no++);
mbr = new Member();
mbr.StartNode = jnc_2[i];
mbr.EndNode = jnc_1[i + 1];
m_side_1.Add(mbr);
sec_2.Add(mem_no++);
}
catch (Exception exx) { }
}
#endregion Member 155-169
#endregion Tower 1
#region Tower 2
#region Member Side 1 [185-199]
JointNodeCollection jnc = jnc_5;
for (i = 1; i < jnc.Count; i++)
{
mbr = new Member();
mbr.StartNode = jnc[i - 1];
mbr.EndNode = jnc[i];
m_side_1.Add(mbr);
sec_1.Add(mem_no++);
}
#endregion Member Side 1
#region Member Side 2 [200-214]
jnc = jnc_6;
for (i = 1; i < jnc.Count; i++)
{
mbr = new Member();
mbr.StartNode = jnc[i - 1];
mbr.EndNode = jnc[i];
m_side_1.Add(mbr);
sec_1.Add(mem_no++);
}
#endregion Member Side 2
#region Member Side 3 [215-229]
jnc = jnc_7;
for (i = 1; i < jnc.Count; i++)
{
mbr = new Member();
mbr.StartNode = jnc[i - 1];
mbr.EndNode = jnc[i];
m_side_1.Add(mbr);
sec_1.Add(mem_no++);
}
#endregion Member Side 3
#region Member Side 4 [230-244]
jnc = jnc_8;
for (i = 1; i < jnc.Count; i++)
{
mbr = new Member();
mbr.StartNode = jnc[i - 1];
mbr.EndNode = jnc[i];
m_side_1.Add(mbr);
sec_1.Add(mem_no++);
}
#endregion Member Side 4
#region Member 245-260
for (i = 0; i < jnc_5.Count; i++)
{
mbr = new Member();
mbr.StartNode = jnc_5[i];
mbr.EndNode = jnc_6[i];
m_side_1.Add(mbr);
sec_2.Add(mem_no++);
}
#endregion Member 61-76
#region Member 261-276
for (i = 0; i < jnc_7.Count; i++)
{
mbr = new Member();
mbr.StartNode = jnc_7[i];
mbr.EndNode = jnc_8[i];
m_side_1.Add(mbr);
sec_2.Add(mem_no++);
}
#endregion Member 77-92
#region Member 277-292
for (i = 0; i < jnc_7.Count; i++)
{
mbr = new Member();
mbr.StartNode = jnc_5[i];
mbr.EndNode = jnc_7[i];
m_side_1.Add(mbr);
sec_2.Add(mem_no++);
}
#endregion Member 77-92
#region Member 293-308
for (i = 0; i < jnc_6.Count; i++)
{
mbr = new Member();
mbr.StartNode = jnc_6[i];
mbr.EndNode = jnc_8[i];
m_side_1.Add(mbr);
sec_2.Add(mem_no++);
}
#endregion Member 109-124
#region Member 309-323
for (i = 1; i < jnc_5.Count; i += 2)
{
try
{
mbr = new Member();
mbr.StartNode = jnc_7[i - 1];
mbr.EndNode = jnc_5[i];
m_side_1.Add(mbr);
sec_2.Add(mem_no++);
mbr = new Member();
mbr.StartNode = jnc_5[i];
mbr.EndNode = jnc_7[i + 1];
m_side_1.Add(mbr);
sec_2.Add(mem_no++);
}
catch (Exception exx) { }
}
#endregion Member 109-124
#region Member 324-338
for (i = 1; i < jnc_6.Count; i += 2)
{
try
{
mbr = new Member();
mbr.StartNode = jnc_6[i - 1];
mbr.EndNode = jnc_8[i];
m_side_1.Add(mbr);
sec_2.Add(mem_no++);
mbr = new Member();
mbr.StartNode = jnc_8[i];
mbr.EndNode = jnc_6[i + 1];
m_side_1.Add(mbr);
sec_2.Add(mem_no++);
}
catch (Exception exx) { }
}
#endregion Member 140-154
#region Member 339-353
for (i = 1; i < jnc_7.Count; i += 2)
{
try
{
mbr = new Member();
mbr.StartNode = jnc_8[i - 1];
mbr.EndNode = jnc_7[i];
m_side_1.Add(mbr);
sec_2.Add(mem_no++);
mbr = new Member();
mbr.StartNode = jnc_7[i];
mbr.EndNode = jnc_8[i + 1];
m_side_1.Add(mbr);
sec_2.Add(mem_no++);
}
catch (Exception exx) { }
}
#endregion Member 155-169
#region Member 354-368
for (i = 1; i < jnc_5.Count; i += 2)
{
try
{
mbr = new Member();
mbr.StartNode = jnc_5[i - 1];
mbr.EndNode = jnc_6[i];
m_side_1.Add(mbr);
sec_2.Add(mem_no++);
mbr = new Member();
mbr.StartNode = jnc_6[i];
mbr.EndNode = jnc_5[i + 1];
m_side_1.Add(mbr);
sec_2.Add(mem_no++);
}
catch (Exception exx) { }
}
#endregion Member 155-169
#endregion Tower 2
MemberCollection m_conn = new MemberCollection();
if (Upper_Connector_Index != -1)
{
#region Connector 1
indx = Upper_Connector_Index;
mbr = new Member();
mbr.StartNode = jnc_4[indx];
mbr.EndNode = con_jnt_1[0];
m_conn.Add(mbr);
mbr = new Member();
mbr.StartNode = jnc_2[indx];
mbr.EndNode = con_jnt_1[1];
m_conn.Add(mbr);
indx++;
mbr = new Member();
mbr.StartNode = jnc_2[indx];
mbr.EndNode = con_jnt_1[2];
m_conn.Add(mbr);
//indx++;
mbr = new Member();
mbr.StartNode = jnc_4[indx];
mbr.EndNode = con_jnt_1[3];
m_conn.Add(mbr);
//indx = 12;
indx = Upper_Connector_Index;
mbr = new Member();
mbr.StartNode = jnc_8[indx];
mbr.EndNode = con_jnt_1[0];
m_conn.Add(mbr);
mbr = new Member();
mbr.StartNode = jnc_6[indx];
mbr.EndNode = con_jnt_1[1];
m_conn.Add(mbr);
indx++;
mbr = new Member();
mbr.StartNode = jnc_6[indx];
mbr.EndNode = con_jnt_1[2];
m_conn.Add(mbr);
//indx++;
mbr = new Member();
mbr.StartNode = jnc_8[indx];
mbr.EndNode = con_jnt_1[3];
m_conn.Add(mbr);
mbr = new Member();
mbr.StartNode = con_jnt_1[0];
mbr.EndNode = con_jnt_1[3];
m_conn.Add(mbr);
mbr = new Member();
mbr.StartNode = con_jnt_1[1];
mbr.EndNode = con_jnt_1[2];
m_conn.Add(mbr);
mbr = new Member();
mbr.StartNode = con_jnt_1[0];
mbr.EndNode = con_jnt_1[1];
m_conn.Add(mbr);
mbr = new Member();
mbr.StartNode = con_jnt_1[2];
mbr.EndNode = con_jnt_1[3];
m_conn.Add(mbr);
//indx = 12;
indx = Upper_Connector_Index;
mbr = new Member();
mbr.StartNode = jnc_4[indx];
mbr.EndNode = con_jnt_1[3];
m_conn.Add(mbr);
mbr = new Member();
mbr.StartNode = con_jnt_1[3];
mbr.EndNode = jnc_8[indx];
m_conn.Add(mbr);
mbr = new Member();
mbr.StartNode = jnc_2[indx + 1];
mbr.EndNode = con_jnt_1[1];
m_conn.Add(mbr);
mbr = new Member();
mbr.StartNode = con_jnt_1[1];
mbr.EndNode = jnc_6[indx + 1];
m_conn.Add(mbr);
#endregion Connector
}
if (Lower_Connector_Index != -1)
{
#region Connector 2
//MemberCollection m_conn = new MemberCollection();
//indx = 5;
indx = Lower_Connector_Index;
mbr = new Member();
mbr.StartNode = jnc_4[indx];
mbr.EndNode = con_jnt_2[0];
m_conn.Add(mbr);
mbr = new Member();
mbr.StartNode = jnc_2[indx];
mbr.EndNode = con_jnt_2[1];
m_conn.Add(mbr);
indx++;
mbr = new Member();
mbr.StartNode = jnc_2[indx];
mbr.EndNode = con_jnt_2[2];
m_conn.Add(mbr);
//indx++;
mbr = new Member();
mbr.StartNode = jnc_4[indx];
mbr.EndNode = con_jnt_2[3];
m_conn.Add(mbr);
//indx = 5;
indx = Lower_Connector_Index;
mbr = new Member();
mbr.StartNode = jnc_8[indx];
mbr.EndNode = con_jnt_2[0];
m_conn.Add(mbr);
mbr = new Member();
mbr.StartNode = jnc_6[indx];
mbr.EndNode = con_jnt_2[1];
m_conn.Add(mbr);
indx++;
mbr = new Member();
mbr.StartNode = jnc_6[indx];
mbr.EndNode = con_jnt_2[2];
m_conn.Add(mbr);
//indx++;
mbr = new Member();
mbr.StartNode = jnc_8[indx];
mbr.EndNode = con_jnt_2[3];
m_conn.Add(mbr);
mbr = new Member();
mbr.StartNode = con_jnt_2[0];
mbr.EndNode = con_jnt_2[3];
m_conn.Add(mbr);
mbr = new Member();
mbr.StartNode = con_jnt_2[1];
mbr.EndNode = con_jnt_2[2];
m_conn.Add(mbr);
mbr = new Member();
mbr.StartNode = con_jnt_2[0];
mbr.EndNode = con_jnt_2[1];
m_conn.Add(mbr);
mbr = new Member();
mbr.StartNode = con_jnt_2[2];
mbr.EndNode = con_jnt_2[3];
m_conn.Add(mbr);
//indx = 5;
indx = Lower_Connector_Index;
mbr = new Member();
mbr.StartNode = jnc_4[indx];
mbr.EndNode = con_jnt_2[3];
m_conn.Add(mbr);
mbr = new Member();
mbr.StartNode = con_jnt_2[3];
mbr.EndNode = jnc_8[indx];
m_conn.Add(mbr);
mbr = new Member();
mbr.StartNode = jnc_2[indx + 1];
mbr.EndNode = con_jnt_2[1];
m_conn.Add(mbr);
mbr = new Member();
mbr.StartNode = con_jnt_2[1];
mbr.EndNode = jnc_6[indx + 1];
m_conn.Add(mbr);
#endregion Connector
}
mem_no = 1;
#region MEMBER INCIDENCES
list.Add("MEMBER INCIDENCES");
foreach (var item in m_side_1)
{
item.MemberNo = mem_no++;
list.Add(item.ToString());
}
foreach (var item in m_conn)
{
sec_2.Add(mem_no);
item.MemberNo = mem_no++;
list.Add(item.ToString());
}
#endregion MEMBER INCIDENCES
#region MEMBER PROPERTY
list.Add(string.Format("UNIT KG CM"));
list.Add(string.Format("MEMBER PROPERTY"));
//list.Add(string.Format("{0} PRISMATIC AX 7.44 IX 11.7 IY 11.7 IZ 11.7", MyList.Get_Array_Text(sec_2)));
//list.Add(string.Format("{0} PRISMATIC AX 68.81 IX 1046.5 IY 1046.5 IZ 1046.5", MyList.Get_Array_Text(sec_1)));
//list.Add(string.Format("{0} PRISMATIC AX {1} IX {2} IY {3} IZ {4}", MyList.Get_Array_Text(sec_1), Tower_SEC_VS_AX, Tower_SEC_VS_IX, Tower_SEC_VS_IX, Tower_SEC_VS_IZ));
//list.Add(string.Format("{0} PRISMATIC AX {1} IX {2} IY {3} IZ {4}", MyList.Get_Array_Text(sec_2), Tower_SEC_BS_AX, Tower_SEC_BS_IX, Tower_SEC_BS_IX, Tower_SEC_BS_IZ));
//list.Add(string.Format("{0} PRISMATIC AX 68.81 IX 1046.5 IY 1046.5 IZ 1046.5", MyList.Get_Array_Text(sec_1)));
list.Add(string.Format("{0} PRISMATIC AX {1} IX {2} IZ {3}", MyList.Get_Array_Text(sec_1), Tower_SEC_VS_AX, Tower_SEC_VS_IX, Tower_SEC_VS_IZ));
list.Add(string.Format("{0} PRISMATIC AX {1} IX {2} IZ {3}", MyList.Get_Array_Text(sec_2), Tower_SEC_BS_AX, Tower_SEC_BS_IX, Tower_SEC_BS_IZ));
#endregion MEMBER PROPERTY
#region CONSTANTS & Others
List <int> supp = new List <int>();
supp.Add(jnc_1[0].NodeNo);
supp.Add(jnc_2[0].NodeNo);
supp.Add(jnc_3[0].NodeNo);
supp.Add(jnc_4[0].NodeNo);
supp.Add(jnc_5[0].NodeNo);
supp.Add(jnc_6[0].NodeNo);
supp.Add(jnc_7[0].NodeNo);
supp.Add(jnc_8[0].NodeNo);
string supp_jnts = MyList.Get_Array_Text(supp);
List <int> dl = new List <int>();
indx = jnc_1.Count - 1;
dl.Add(jnc_1[indx].NodeNo);
dl.Add(jnc_2[indx].NodeNo);
dl.Add(jnc_3[indx].NodeNo);
dl.Add(jnc_4[indx].NodeNo);
dl.Add(jnc_5[indx].NodeNo);
dl.Add(jnc_6[indx].NodeNo);
dl.Add(jnc_7[indx].NodeNo);
dl.Add(jnc_8[indx].NodeNo);
string dl_jnts = MyList.Get_Array_Text(dl);
list.Add(string.Format("UNIT KG CM"));
list.Add(string.Format("MATERIAL CONSTANT"));
list.Add(string.Format("E 2000000 ALL"));
list.Add(string.Format("DEN 78 ALL"));
list.Add(string.Format("SUPPORTS"));
//list.Add(string.Format("1 17 33 49 65 81 97 113 FIXED"));
list.Add(string.Format("{0} FIXED", supp_jnts));
//list.Add(string.Format("SELFWEIGHT Y -1.4"));
list.Add(string.Format("UNIT MTON M"));
list.Add(string.Format("LOAD 1 LIVE LOAD"));
list.Add(string.Format("JOINT LOAD"));
list.Add(string.Format("{0} FY -{1}", dl_jnts, Tower_Live_Load));
list.Add(string.Format("LOAD 2 DEAD LOAD"));
list.Add(string.Format("JOINT LOAD"));
list.Add(string.Format("{0} FY -{1}", dl_jnts, Tower_Dead_Load));
list.Add(string.Format("SEISMIC COEEFICIENT {0}", Tower_Seismic_Coefficient));
list.Add(string.Format("PRINT SUPPORT REACTION"));
list.Add(string.Format("PERFORM ANALYSIS"));
list.Add(string.Format("FINISH"));
list.Add(string.Format(""));
#endregion CONSTANTS
File.WriteAllLines(file_name, list.ToArray());
return(true);
}
