public void Calculate()
{
Constant = 7;
XValue = 1;
FxValue = Math.Cos(3 * XValue);
GxValue = XValue;
TimeStep = 0.1;
XStep = 0.01;
XMinValue = 0;
XMaxValue = 1;
TimeMinValue = 0;
TimeMaxValue = 1;
Tau = HyperbolicEquatation.Tau(Constant, TimeStep, XStep);
IsStable = HyperbolicEquatation.IsStable(Constant, TimeStep, XStep);
//TODO matrix is not filled
ValueMatrix = CoreUtils.GenerateValueMatrix(
XMinValue,
XMaxValue,
XStep,
TimeMinValue,
TimeMaxValue,
TimeStep);
ResultMatrix = CoreUtils.GenerateResultMatrix();
//ResultMatrix = CoreUtils.GenerateResultMatrix(
// XMinValue,
// XMaxValue,
// XStep,
// TimeMinValue,
// TimeMaxValue,
// TimeStep);
}
static void Main(string[] args)
{
//var derivatives = DerrivativeUtils.FindDerrivatives(DerrivativeString);
var constant = 7;
var xValue = 1;
var fx = Math.Cos(3 * xValue);
var gx = xValue;
var timeStep = 0.1;
var xStep = 0.01;
var xMinValue = 0;
var xMaxValue = 1;
var timeMinValue = 0;
var timeMaxValue = 0;
//TODO get tau that is stable
var tau = HyperbolicEquatation.Tau(constant, timeStep, xStep);
var isStable = HyperbolicEquatation.IsStable(constant, timeStep, xStep);
var valueMatrix = CoreUtils.GenerateValueMatrix(
xMinValue,
xMaxValue,
xStep,
timeMinValue,
timeMaxValue,
timeStep);
//var resultMatrix = CoreUtils.GenerateResultMatrix(
// xMinValue,
// xMaxValue,
// xStep,
// timeMinValue,
// timeMaxValue,
// timeStep);
//RESULT will be matrix between 0 and some other number
//Point count will be determined by step values
}
