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();
}
static void Main(string[] args)
{
//prepare file for logging
var fileName = @"C:/Users/BahrudinHrnjica/Desktop/thermo.txt";
var logFile = System.IO.File.Create(fileName);
var logWriter = new System.IO.StreamWriter(logFile);
///****************INPUT******************///
//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 = 50;
//number of vertical nodes
int nv = 60;
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);
///node generation
ThermoNode[][] nodes = MeshGeneration.GenerateNodes(a_parts, b_parts);
//print nodes
using (StreamWriter tw = new StreamWriter(logWriter.BaseStream))
{
MeshGeneration.printNodes(nodes, tw);
}
//finite element generation
List <HeatFElement> els = MeshGeneration.GenerateElements(nodes);
//
// Console.Read();
}