private void facetToolStripMenuItem_Click(object sender, EventArgs e)
{
var tempNode = (ElasticNode)treeViewAdv1.SelectedNode.Tag;
if (tempNode != null)
{
var g = new GetInput("", "pls input a fileld name to do Facet");
if (g.ShowDialog() == DialogResult.OK)
{
var facets = currentElasticSearchInstance.Search(tempNode.IndexName,
new ElasticQuery(new MatchAllQuery(), null, 0, 10)
{
Facets = new TermsFacet("facet", g.Input)
});
tempNode.Nodes.Clear();//NOTE
var facetNode = new ElasticNode("facets");
tempNode.Nodes.Add(facetNode);
if (facets.Facets != null)
{
foreach (var facet in facets.Facets)
{
var item = new ElasticNode(facet.Key + "(" + facet.Value.Count + ")");
facetNode.Nodes.Add(item);
foreach (var VARIABLE in facet.Value)
{
item.Nodes.Add(new ElasticNode(VARIABLE.Key + "(" + VARIABLE.Value.ToString() + ")"));
}
}
}
}
}
}
private void InitTree(string clusterName, ElasticSearchClient instance)
{
var model = new TreeModel();
if (instance != null)
{
var indices = instance.Status();
if (indices == null)
{
throw new ServerException("can't connect to server");
}
currentCluster = clusterName;
currentElasticSearchInstance = instance;
var node = new ElasticNode(clusterName);
model.Root.Nodes.Add(node);
var sortedIndices = indices.IndexStatus.OrderBy(d => d.Key);
foreach (var index in sortedIndices)
{
var tempNode = new ElasticNode(string.Format("{0} ({1})", index.Key, index.Value.DocStatus.NumDocs));
tempNode.ElasticSearchInstance = instance;
tempNode.Tag = index;
tempNode.IndexName = index.Key;
tempNode.IndexStatus = index.Value;
node.Nodes.Add(tempNode);
}
}
treeViewAdv1.Model = model;
treeViewAdv1.Refresh();
}
static void Main(string[] args)
{
//dimension of rectangle (domain)
float a, b, c, d;
a = 12; b = 120; c = 15; d = 100;
//nonlinear factor for meshing from y axis to the end of rectangle in horizontal dimension
float k;
k = 0.8f;
//number of horizontal nodes
int nh = 5;
//number of vertical nodes
int nv = 5;
var a_parts = MeshGeneration.divideLength(a, nh, k);
var b_parts = MeshGeneration.divideLength(b, nv, 1);
var c_parts = MeshGeneration.divideLength(c, nh, k);
var d_parts = MeshGeneration.divideLength(d, nv, 1);
ElasticNode n = new ElasticNode(MKENodeType.t);
n.x1 = 1;
n.x2 = 1;
n.id = 1;
Console.Read();
}
private void mappingToolStripMenuItem_Click(object sender, EventArgs e)
{
foreach (TreeNodeAdv selectedNode in treeViewAdv1.SelectedNodes)
{
var elasticNode = (ElasticNode)(selectedNode.Tag);
var index = elasticNode.IndexName;
WriteLog("Get Index Mapping: {0}", selectedNode.Tag);
elasticNode.Nodes.Clear(); //NOTE
var mapNode = new ElasticNode("mapping");
elasticNode.Nodes.Add(mapNode);
var mappings = currentElasticSearchInstance.GetMapping(index);
WriteLog(mappings);
JObject j = JObject.Parse(mappings);
var VARIABLE = j[index];
var typeSetting = JsonSerializer.Get <Dictionary <string, TypeSetting> >(VARIABLE.ToString());
foreach (var setting in typeSetting)
{
var item = new ElasticNode(setting.Key);
item.Tag = setting.Value;
mapNode.Nodes.Add(item);
foreach (var typeSetting1 in setting.Value.FieldSettings)
{
item.Nodes.Add(new ElasticNode(typeSetting1.Key));
}
}
}
}
private static List <EFElement> Problem1(List <ElasticNode> nodes, ref double E, ref double nu, ref double t)
{
//material property
E = 2.0e+11;
nu = 0.3;
t = 0.01;
var e = new List <EFElement>();
var e1 = new EFElement(1, MKEElementType.triangle, MKEPlaneType.stress);
var e2 = new EFElement(2, MKEElementType.triangle, MKEPlaneType.stress);
var n1 = new ElasticNode();
n1.id = 1;
n1.x1 = 0;
n1.x2 = 0;
//BC
n1.u = 0;
n1.v = 0;
nodes.Add(n1);
var n2 = new ElasticNode();
n2.id = 2;
n2.x1 = 0;
n2.x2 = 0.10;
//BC
n2.u = 0;
n2.v = 0;
nodes.Add(n2);
var n3 = new ElasticNode();
n3.id = 3;
n3.x1 = 0.20;
n3.x2 = 0.10;
//BC
n3.fx = 5000; //BC
n3.fy = 0; //BC
nodes.Add(n3);
var n4 = new ElasticNode();
n4.id = 4;
n4.x1 = 0.20;
n4.x2 = 0;
//BC
n4.fx = 5000; //BC
n4.fy = 0; //BC
nodes.Add(n4);
e1.nodes.Add(n1); e1.nodes.Add(n3); e1.nodes.Add(n2);
e2.nodes.Add(n1); e2.nodes.Add(n4); e2.nodes.Add(n3);
//
e.Add(e1);
e.Add(e2);
return(e);
}
private void facetToolStripMenuItem_Click(object sender, EventArgs e)
{
var tempNode = (ElasticNode)treeViewAdv1.SelectedNode.Tag;
if (tempNode != null)
{
var g = new GetInput("", "pls input a fileld name to do Facet,ie: disease.name.not_analyzed");
if (g.ShowDialog() == DialogResult.OK)
{
int facet_size = 10;
var gf = new GetInput("", "pls input size of Facet");
if (gf.ShowDialog() == DialogResult.OK)
{
if (!gf.Input.ToString().IsNullOrEmpty())
{
facet_size = Convert.ToInt32(gf.Input);
}
}
var facets = currentElasticSearchInstance.Search(tempNode.IndexName,
new ElasticQuery(new MatchAllQuery(), null, 0, 10)
{
Facets = new TermsFacet("facet", g.Input, facet_size)
});
// WriteLog("facets.Response");
// WriteLog(facets.Response);
tempNode.Nodes.Clear();//NOTE
var facetNode = new ElasticNode("facets");
tempNode.Nodes.Add(facetNode);
if (facets.Facets != null)
{
foreach (var facet in facets.Facets)
{
var item = new ElasticNode(facet.Key + "(" + facet.Value.Count + ")");
facetNode.Nodes.Add(item);
foreach (var VARIABLE in facet.Value)
{
item.Nodes.Add(new ElasticNode(VARIABLE.Key + "(" + VARIABLE.Value.ToString() + ")"));
}
}
}
}
}
}
private void InitTree(string clusterName, ElasticSearchClient instance)
{
var model = new TreeModel();
if (instance != null)
{
var indices = instance.Status();
if(indices==null){throw new ServerException("can't connect to server");}
currentCluster = clusterName;
currentElasticSearchInstance = instance;
var node = new ElasticNode(clusterName);
model.Root.Nodes.Add(node);
var sortedIndices = indices.IndexStatus.OrderBy(d => d.Key);
foreach (var index in sortedIndices)
{
var tempNode = new ElasticNode(string.Format("{0} ({1})", index.Key, index.Value.DocStatus.NumDocs));
tempNode.ElasticSearchInstance = instance;
tempNode.Tag = index;
tempNode.IndexName = index.Key;
tempNode.IndexStatus = index.Value;
node.Nodes.Add(tempNode);
}
}
treeViewAdv1.Model = model;
treeViewAdv1.Refresh();
}
private void facetToolStripMenuItem_Click(object sender, EventArgs e)
{
var tempNode = (ElasticNode)treeViewAdv1.SelectedNode.Tag;
if (tempNode != null)
{
var g = new GetInput("","pls input a fileld name to do Facet");
if (g.ShowDialog() == DialogResult.OK)
{
var facets= currentElasticSearchInstance.Search(tempNode.IndexName,
new ElasticQuery(new MatchAllQuery(), null, 0, 10)
{Facets = new TermsFacet("facet", g.Input)});
tempNode.Nodes.Clear();//NOTE
var facetNode = new ElasticNode("facets");
tempNode.Nodes.Add(facetNode);
if (facets.Facets != null)
foreach (var facet in facets.Facets)
{
var item = new ElasticNode(facet.Key + "(" + facet.Value.Count + ")");
facetNode.Nodes.Add(item);
foreach (var VARIABLE in facet.Value)
{
item.Nodes.Add(new ElasticNode(VARIABLE.Key + "(" + VARIABLE.Value.ToString() + ")"));
}
}
}
}
}
private void mappingToolStripMenuItem_Click(object sender, EventArgs e)
{
foreach (TreeNodeAdv selectedNode in treeViewAdv1.SelectedNodes)
{
var elasticNode = (ElasticNode)(selectedNode.Tag);
var index = elasticNode.IndexName;
WriteLog("Get Index Mapping: {0}", selectedNode.Tag);
elasticNode.Nodes.Clear();//NOTE
var mapNode = new ElasticNode("mapping");
elasticNode.Nodes.Add(mapNode);
var mappings= currentElasticSearchInstance.GetMapping(index);
WriteLog(mappings);
JObject j = JObject.Parse(mappings);
var VARIABLE =j[index];
var typeSetting = JsonSerializer.Get<Dictionary<string, TypeSetting>>(VARIABLE.ToString());
foreach (var setting in typeSetting)
{
var item = new ElasticNode(setting.Key);
item.Tag = setting.Value;
mapNode.Nodes.Add(item);
foreach (var typeSetting1 in setting.Value.FieldSettings)
{
item.Nodes.Add(new ElasticNode(typeSetting1.Key));
}
}
}
}
private static List <EFElement> Problem4(List <ElasticNode> nodes, ref double E, ref double nu, ref double t)
{
//material property
E = 2.0e+11; //
nu = 0.3;
t = 0.01; //m
//
var e = new List <EFElement>();
var e1 = new EFElement(1, MKEElementType.triangle, MKEPlaneType.stress);
var e2 = new EFElement(2, MKEElementType.triangle, MKEPlaneType.stress);
var e3 = new EFElement(3, MKEElementType.triangle, MKEPlaneType.stress);
var e4 = new EFElement(4, MKEElementType.triangle, MKEPlaneType.stress);
var n1 = new ElasticNode();
n1.id = 1;
n1.x1 = 0;
n1.x2 = 0;
//Boundary condition
n1.u = 0; //BC
n1.v = 0; //BC
nodes.Add(n1);
var n2 = new ElasticNode();
n2.id = 2;
n2.x1 = 0.1;
n2.x2 = 0;
//Boundary condition
n2.fx = 0; //BC
n2.fy = 0; //BC
nodes.Add(n2);
var n3 = new ElasticNode();
n3.id = 3;
n3.x1 = 0.2;
n3.x2 = 0;
//Boundary condition
n3.fx = 5000; //BC
n3.fy = 0; //BC
nodes.Add(n3);
var n4 = new ElasticNode();
n4.id = 4;
n4.x1 = 0.2;
n4.x2 = 0.1;
//BC
n4.fx = 5000; //BC
n4.fy = 0; //BC
nodes.Add(n4);
var n5 = new ElasticNode();
n5.id = 5;
n5.x1 = 0.1;
n5.x2 = 0.1;
//BC
n5.fx = 0; //BC
n5.fy = 0; //BC
nodes.Add(n5);
var n6 = new ElasticNode();
n6.id = 6;
n6.x1 = 0;
n6.x2 = 0.1;
//BC
n6.u = 0; //BC
n6.v = 0; //BC
nodes.Add(n6);
//constructing finite elements
e1.nodes.Add(n1); e1.nodes.Add(n2); e1.nodes.Add(n6);
e2.nodes.Add(n2); e2.nodes.Add(n3); e2.nodes.Add(n5);
e3.nodes.Add(n3); e3.nodes.Add(n4); e3.nodes.Add(n5);
e4.nodes.Add(n5); e4.nodes.Add(n6); e4.nodes.Add(n2);
//element collection
e.Add(e1);
e.Add(e2);
e.Add(e3);
e.Add(e4);
return(e);
}
//
//https://onedrive.live.com/edit.aspx?cid=8b11bbbf3f0ed903&id=documents&resid=8B11BBBF3F0ED903!69817&app=OneNote&&wd=target%28%2F%2FSedmica%209.one%7C4eb47f0f-9cd2-4ee9-a70c-c3b5942f23d4%2FReddy%20Zadatak%7C074e3a36-a77d-4191-a1f9-1ceef1ccc8e9%2F%29
//
private static List <EFElement> Problem3(List <ElasticNode> nodes, ref double E, ref double nu, ref double t)
{
//material property
E = 30.0e+6; //psi
nu = 0.25;
t = 0.036; //plate thickness
double a = 120; // inches
double b = 160; // inches
double p0 = 10; //lb/in
//
var e = new List <EFElement>();
var e1 = new EFElement(1, MKEElementType.triangle, MKEPlaneType.stress);
var e2 = new EFElement(2, MKEElementType.triangle, MKEPlaneType.stress);
var n1 = new ElasticNode();
n1.id = 1;
n1.x1 = 0;
n1.x2 = 0;
//BC
n1.u = 0;
n1.v = 0;
nodes.Add(n1);
var n2 = new ElasticNode();
n2.id = 2;
n2.x1 = a;
n2.x2 = 0;
//Boundary condition
n2.fx = p0 * b / 2.0; //BC
n2.fy = 0; //BC
nodes.Add(n2);
var n3 = new ElasticNode();
n3.id = 3;
n3.x1 = 0;
n3.x2 = b;
//Boundary condition
n3.u = 0; //BC
n3.v = 0; //BC
nodes.Add(n3);
var n4 = new ElasticNode();
n4.id = 4;
n4.x1 = a;
n4.x2 = b;
//BC
n4.fx = p0 * b / 2.0; //BC
n4.fy = 0; //BC
nodes.Add(n4);
e1.nodes.Add(n1); e1.nodes.Add(n2); e1.nodes.Add(n4);
e2.nodes.Add(n1); e2.nodes.Add(n4); e2.nodes.Add(n3);
//
e.Add(e1);
e.Add(e2);
return(e);
}
private void facetToolStripMenuItem_Click(object sender, EventArgs e)
{
var tempNode = (ElasticNode)treeViewAdv1.SelectedNode.Tag;
if (tempNode != null)
{
var g = new GetInput("", "pls input a fileld name to do Facet,ie: disease.name.not_analyzed");
if (g.ShowDialog() == DialogResult.OK)
{
int facet_size = 10;
var gf = new GetInput("","pls input size of Facet");
if (gf.ShowDialog() == DialogResult.OK)
{
if(!gf.Input.ToString().IsNullOrEmpty())
{
facet_size = Convert.ToInt32(gf.Input);
}
}
var facets= currentElasticSearchInstance.Search(tempNode.IndexName,
new ElasticQuery(new MatchAllQuery(), null, 0, 10) { Facets = new TermsFacet("facet", g.Input, facet_size) });
// WriteLog("facets.Response");
// WriteLog(facets.Response);
tempNode.Nodes.Clear();//NOTE
var facetNode = new ElasticNode("facets");
tempNode.Nodes.Add(facetNode);
if (facets.Facets != null)
foreach (var facet in facets.Facets)
{
var item = new ElasticNode(facet.Key + "(" + facet.Value.Count + ")");
facetNode.Nodes.Add(item);
foreach (var VARIABLE in facet.Value)
{
item.Nodes.Add(new ElasticNode(VARIABLE.Key + "(" + VARIABLE.Value.ToString() + ")"));
}
}
}
}
}
