RedGuy/PhysFormuler
Archived
1
0
Fork 0
Code Issues Pull Requests Packages Projects Releases Wiki Activity

Add logging to R case

Browse Source
This commit is contained in:
Ilya 2020-10-01 21:19:52 +03:00
parent 6163f0d316
commit 2ae37ae85e
1 changed files with 193 additions and 188 deletions
Show Stats Download Patch File Download Diff File Expand all files Collapse all files

379
MainWindow.xaml.cs
View File

@ -37,7 +37,7 @@ namespace PhysFormuler
if (box.Text != "") if (box.Text != "")
{ {
double number; double number;
if (Double.TryParse(box.Text,out number)) if (Double.TryParse(box.Text, out number))
{ {
return !double.IsNaN(number); return !double.IsNaN(number);
} }
@ -48,43 +48,43 @@ namespace PhysFormuler
private void Update(string type) private void Update(string type)
{ {
switch (type) switch (type)
{ {
case "U": case "U":
if (!Math.Round(Numbers.U, 4).Equals(U.Text) && IsReady(U, type)) Numbers.U = (float)Convert.ToDouble(U.Text); if (!Math.Round(Numbers.U, 4).Equals(U.Text) && IsReady(U, type)) Numbers.U = (float)Convert.ToDouble(U.Text);
if (!Math.Round(Numbers.R, 4).Equals(R.Text) && IsReady(R, type)) Numbers.R = (float)Convert.ToDouble(R.Text); if (!Math.Round(Numbers.R, 4).Equals(R.Text) && IsReady(R, type)) Numbers.R = (float)Convert.ToDouble(R.Text);
if (!Math.Round(Numbers.I, 4).Equals(I.Text) && IsReady(I, type)) Numbers.I = (float)Convert.ToDouble(I.Text); if (!Math.Round(Numbers.I, 4).Equals(I.Text) && IsReady(I, type)) Numbers.I = (float)Convert.ToDouble(I.Text);
if (!Math.Round(Numbers.q, 4).Equals(q.Text) && IsReady(q, type)) Numbers.q = (float)Convert.ToDouble(q.Text); if (!Math.Round(Numbers.q, 4).Equals(q.Text) && IsReady(q, type)) Numbers.q = (float)Convert.ToDouble(q.Text);
if (!Math.Round(Numbers.A, 4).Equals(A.Text) && IsReady(A, type)) Numbers.A = (float)Convert.ToDouble(A.Text); if (!Math.Round(Numbers.A, 4).Equals(A.Text) && IsReady(A, type)) Numbers.A = (float)Convert.ToDouble(A.Text);
if (IsReady(U,type)) if (IsReady(U, type))
{
if (IsReady(R, type))
{ {
if (IsReady(R, type)) Numbers.I = Numbers.U / Numbers.R;
{ I.Text = Math.Round(Numbers.I, 4).ToString();
Numbers.I = Numbers.U / Numbers.R; Logger.Items.Add(Numbers.U + "В / " + Numbers.R + "ом = " + I.Text + "А");
I.Text = Math.Round(Numbers.I, 4).ToString();
Logger.Items.Add(Numbers.U + "В / " + Numbers.R + "Ом = " + I.Text + "А");
}
if (IsReady(I, type))
{
Numbers.R = Numbers.U / Numbers.I;
R.Text = Math.Round(Numbers.R, 4).ToString();
Logger.Items.Add(Numbers.U + "В / " + Numbers.I + "А = " + R.Text + "Ом");
}
if (IsReady(q, type))
{
Numbers.A = Numbers.U * Numbers.q;
A.Text = Math.Round(Numbers.A, 4).ToString();
Logger.Items.Add(Numbers.U + "В * " + Numbers.q + "Кл = " + Numbers.A + "Дж");
}
if (IsReady(A, type))
{
Numbers.q = Numbers.A / Numbers.U;
q.Text = Math.Round(Numbers.q, 4).ToString();
Logger.Items.Add(Numbers.A + "Дж / " + Numbers.U + "В = " + Numbers.q + "Кл");
}
} }
break; if (IsReady(I, type))
case "R": {
Numbers.R = Numbers.U / Numbers.I;
R.Text = Math.Round(Numbers.R, 4).ToString();
Logger.Items.Add(Numbers.U + "В / " + Numbers.I + "А = " + R.Text + "ом");
}
if (IsReady(q, type))
{
Numbers.A = Numbers.U * Numbers.q;
A.Text = Math.Round(Numbers.A, 4).ToString();
Logger.Items.Add(Numbers.U + "В * " + Numbers.q + "Кл = " + Numbers.A + "Дж");
}
if (IsReady(A, type))
{
Numbers.q = Numbers.A / Numbers.U;
q.Text = Math.Round(Numbers.q, 4).ToString();
Logger.Items.Add(Numbers.A + "Дж / " + Numbers.U + "В = " + Numbers.q + "Кл");
}
}
break;
case "R":
if (!Math.Round(Numbers.U, 4).Equals(U.Text) && IsReady(U, type)) Numbers.U = (float)Convert.ToDouble(U.Text); if (!Math.Round(Numbers.U, 4).Equals(U.Text) && IsReady(U, type)) Numbers.U = (float)Convert.ToDouble(U.Text);
if (!Math.Round(Numbers.R, 4).Equals(R.Text) && IsReady(R, type)) Numbers.R = (float)Convert.ToDouble(R.Text); if (!Math.Round(Numbers.R, 4).Equals(R.Text) && IsReady(R, type)) Numbers.R = (float)Convert.ToDouble(R.Text);
if (!Math.Round(Numbers.I, 4).Equals(I.Text) && IsReady(I, type)) Numbers.I = (float)Convert.ToDouble(I.Text); if (!Math.Round(Numbers.I, 4).Equals(I.Text) && IsReady(I, type)) Numbers.I = (float)Convert.ToDouble(I.Text);
@ -92,227 +92,232 @@ namespace PhysFormuler
if (!Math.Round(Numbers.p, 4).Equals(p.Text) && IsReady(p, type)) Numbers.p = (float)Convert.ToDouble(p.Text); if (!Math.Round(Numbers.p, 4).Equals(p.Text) && IsReady(p, type)) Numbers.p = (float)Convert.ToDouble(p.Text);
if (!Math.Round(Numbers.l, 4).Equals(l.Text) && IsReady(l, type)) Numbers.l = (float)Convert.ToDouble(l.Text); if (!Math.Round(Numbers.l, 4).Equals(l.Text) && IsReady(l, type)) Numbers.l = (float)Convert.ToDouble(l.Text);
if (IsReady(R, type)) if (IsReady(R, type))
{
if (IsReady(U, type))
{ {
if(IsReady(U, type)) Numbers.I = Numbers.U / Numbers.R;
{
Numbers.I = Numbers.U / Numbers.R;
I.Text = Math.Round(Numbers.I, 4).ToString(); I.Text = Math.Round(Numbers.I, 4).ToString();
} Logger.Items.Add(Numbers.U + "В / " + Numbers.R + "Ом = " + Numbers.I + "А");
if(IsReady(I, type)) }
if (IsReady(I, type))
{
Numbers.U = Numbers.I * Numbers.R;
U.Text = Math.Round(Numbers.U, 4).ToString();
Logger.Items.Add(Numbers.I + "А * " + Numbers.R + "ом = " + Numbers.U + "В");
}
if (IsReady(S, type))
{
if (IsReady(p, type))
{ {
Numbers.U = Numbers.I * Numbers.R; Numbers.l = Numbers.R * Numbers.S / Numbers.p;
U.Text = Math.Round(Numbers.U, 4).ToString(); l.Text = Math.Round(Numbers.l, 4).ToString();
Logger.Items.Add(Numbers.R + "ом * " + Numbers.S + "мм^2 / " + Numbers.p + "ом*м = " + Numbers.l+ "м");
} }
if(IsReady(S,type)) if (IsReady(l, type))
{ {
if(IsReady(p,type)) Numbers.p = Numbers.R * Numbers.S / Numbers.l;
{ p.Text = Math.Round(Numbers.p, 4).ToString();
Numbers.l = Numbers.R * Numbers.S / Numbers.p; Logger.Items.Add(Numbers.R + "ом * " + Numbers.S + "мм^2 / " + Numbers.l + "м = " + Numbers.p + "ом*м");
l.Text = Math.Round(Numbers.l, 4).ToString();
}
if(IsReady(l,type))
{
Numbers.p = Numbers.R * Numbers.S / Numbers.l;
p.Text = Math.Round(Numbers.p, 4).ToString();
}
}
if(IsReady(p,type))
{
if(IsReady(l,type))
{
Numbers.S = Numbers.p * Numbers.l / Numbers.R;
S.Text = Math.Round(Numbers.S, 4).ToString();
}
} }
} }
break; if (IsReady(p, type))
case "I": {
if (IsReady(l, type))
{
Numbers.S = Numbers.p * Numbers.l / Numbers.R;
S.Text = Math.Round(Numbers.S, 4).ToString();
Logger.Items.Add(Numbers.p + "ом*м * " + Numbers.l + "м / " + Numbers.R + "ом = " + Numbers.S+ "мм^2");
}
}
}
break;
case "I":
if (!Math.Round(Numbers.I, 4).Equals(I.Text) && IsReady(I, type)) Numbers.I = (float)Convert.ToDouble(I.Text); if (!Math.Round(Numbers.I, 4).Equals(I.Text) && IsReady(I, type)) Numbers.I = (float)Convert.ToDouble(I.Text);
if (!Math.Round(Numbers.R, 4).Equals(R.Text) && IsReady(R, type)) Numbers.R = (float)Convert.ToDouble(R.Text); if (!Math.Round(Numbers.R, 4).Equals(R.Text) && IsReady(R, type)) Numbers.R = (float)Convert.ToDouble(R.Text);
if (!Math.Round(Numbers.U, 4).Equals(U.Text) && IsReady(U, type)) Numbers.U = (float)Convert.ToDouble(U.Text); if (!Math.Round(Numbers.U, 4).Equals(U.Text) && IsReady(U, type)) Numbers.U = (float)Convert.ToDouble(U.Text);
if (!Math.Round(Numbers.q, 4).Equals(q.Text) && IsReady(q, type)) Numbers.q = (float)Convert.ToDouble(q.Text); if (!Math.Round(Numbers.q, 4).Equals(q.Text) && IsReady(q, type)) Numbers.q = (float)Convert.ToDouble(q.Text);
if (!Math.Round(Numbers.temp, 4).Equals(temp.Text) && IsReady(temp, type)) Numbers.temp = (float)Convert.ToDouble(temp.Text); if (!Math.Round(Numbers.temp, 4).Equals(temp.Text) && IsReady(temp, type)) Numbers.temp = (float)Convert.ToDouble(temp.Text);
if (IsReady(I, type)) if (IsReady(I, type))
{
if (IsReady(R, type))
{ {
if (IsReady(R, type)) Numbers.U = Numbers.I * Numbers.R;
{ U.Text = Math.Round(Numbers.U, 4).ToString();
Numbers.U = Numbers.I * Numbers.R;
U.Text = Math.Round(Numbers.U, 4).ToString();
}
if (IsReady(U, type))
{
Numbers.R = Numbers.U / Numbers.I;
R.Text = Math.Round(Numbers.R, 4).ToString();
}
if(IsReady(q, type))
{
Numbers.temp = Numbers.q / Numbers.I;
temp.Text = Math.Round(Numbers.temp, 4).ToString();
}
if(IsReady(temp, type))
{
Numbers.q = Numbers.I * Numbers.temp;
q.Text = Math.Round(Numbers.q, 4).ToString();
}
} }
break; if (IsReady(U, type))
case "q": {
Numbers.R = Numbers.U / Numbers.I;
R.Text = Math.Round(Numbers.R, 4).ToString();
}
if (IsReady(q, type))
{
Numbers.temp = Numbers.q / Numbers.I;
temp.Text = Math.Round(Numbers.temp, 4).ToString();
}
if (IsReady(temp, type))
{
Numbers.q = Numbers.I * Numbers.temp;
q.Text = Math.Round(Numbers.q, 4).ToString();
}
}
break;
case "q":
if (!Math.Round(Numbers.U, 4).Equals(U.Text) && IsReady(U, type)) Numbers.U = (float)Convert.ToDouble(U.Text); if (!Math.Round(Numbers.U, 4).Equals(U.Text) && IsReady(U, type)) Numbers.U = (float)Convert.ToDouble(U.Text);
if (!Math.Round(Numbers.q, 4).Equals(q.Text) && IsReady(q, type)) Numbers.q = (float)Convert.ToDouble(q.Text); if (!Math.Round(Numbers.q, 4).Equals(q.Text) && IsReady(q, type)) Numbers.q = (float)Convert.ToDouble(q.Text);
if (!Math.Round(Numbers.I, 4).Equals(I.Text) && IsReady(I, type)) Numbers.I = (float)Convert.ToDouble(I.Text); if (!Math.Round(Numbers.I, 4).Equals(I.Text) && IsReady(I, type)) Numbers.I = (float)Convert.ToDouble(I.Text);
if (!Math.Round(Numbers.temp, 4).Equals(temp.Text) && IsReady(temp, type)) Numbers.temp = (float)Convert.ToDouble(temp.Text); if (!Math.Round(Numbers.temp, 4).Equals(temp.Text) && IsReady(temp, type)) Numbers.temp = (float)Convert.ToDouble(temp.Text);
if (!Math.Round(Numbers.A, 4).Equals(A.Text) && IsReady(A, type)) Numbers.A = (float)Convert.ToDouble(A.Text); if (!Math.Round(Numbers.A, 4).Equals(A.Text) && IsReady(A, type)) Numbers.A = (float)Convert.ToDouble(A.Text);
if (IsReady(q, type)) if (IsReady(q, type))
{
if (IsReady(U, type))
{ {
if(IsReady(U, type)) Numbers.A = Numbers.U * Numbers.q;
{ A.Text = Math.Round(Numbers.A, 4).ToString();
Numbers.A = Numbers.U * Numbers.q;
A.Text = Math.Round(Numbers.A, 4).ToString();
}
if(IsReady(I, type))
{
Numbers.temp = Numbers.q / Numbers.I;
temp.Text = Math.Round(Numbers.temp, 4).ToString();
}
if(IsReady(temp, type))
{
Numbers.I = Numbers.q / Numbers.temp;
I.Text = Math.Round(Numbers.I, 4).ToString();
}
if(IsReady(A, type))
{
Numbers.U = Numbers.A * Numbers.q;
U.Text = Math.Round(Numbers.U, 4).ToString();
}
} }
break; if (IsReady(I, type))
case "A": {
Numbers.temp = Numbers.q / Numbers.I;
temp.Text = Math.Round(Numbers.temp, 4).ToString();
}
if (IsReady(temp, type))
{
Numbers.I = Numbers.q / Numbers.temp;
I.Text = Math.Round(Numbers.I, 4).ToString();
}
if (IsReady(A, type))
{
Numbers.U = Numbers.A * Numbers.q;
U.Text = Math.Round(Numbers.U, 4).ToString();
}
}
break;
case "A":
if (!Math.Round(Numbers.A, 4).Equals(A.Text) && IsReady(A, type)) Numbers.A = (float)Convert.ToDouble(A.Text); if (!Math.Round(Numbers.A, 4).Equals(A.Text) && IsReady(A, type)) Numbers.A = (float)Convert.ToDouble(A.Text);
if (!Math.Round(Numbers.U, 4).Equals(U.Text) && IsReady(U, type)) Numbers.U = (float)Convert.ToDouble(U.Text); if (!Math.Round(Numbers.U, 4).Equals(U.Text) && IsReady(U, type)) Numbers.U = (float)Convert.ToDouble(U.Text);
if (!Math.Round(Numbers.q, 4).Equals(q.Text) && IsReady(q, type)) Numbers.q = (float)Convert.ToDouble(q.Text); if (!Math.Round(Numbers.q, 4).Equals(q.Text) && IsReady(q, type)) Numbers.q = (float)Convert.ToDouble(q.Text);
if (IsReady(A, type)) if (IsReady(A, type))
{
if (IsReady(U, type))
{ {
if(IsReady(U, type)) Numbers.q = Numbers.A / Numbers.U;
{ q.Text = Math.Round(Numbers.q, 4).ToString();
Numbers.q = Numbers.A / Numbers.U;
q.Text = Math.Round(Numbers.q, 4).ToString();
}
if(IsReady(q, type))
{
Numbers.U = Numbers.A * Numbers.q;
U.Text = Math.Round(Numbers.U, 4).ToString();
}
} }
break; if (IsReady(q, type))
case "temp": {
Numbers.U = Numbers.A * Numbers.q;
U.Text = Math.Round(Numbers.U, 4).ToString();
}
}
break;
case "temp":
if (!Math.Round(Numbers.I, 4).Equals(I.Text) && IsReady(I, type)) Numbers.I = (float)Convert.ToDouble(I.Text); if (!Math.Round(Numbers.I, 4).Equals(I.Text) && IsReady(I, type)) Numbers.I = (float)Convert.ToDouble(I.Text);
if (!Math.Round(Numbers.temp, 4).Equals(temp.Text) && IsReady(temp, type)) Numbers.temp = (float)Convert.ToDouble(temp.Text); if (!Math.Round(Numbers.temp, 4).Equals(temp.Text) && IsReady(temp, type)) Numbers.temp = (float)Convert.ToDouble(temp.Text);
if (!Math.Round(Numbers.q, 4).Equals(q.Text) && IsReady(q, type)) Numbers.q = (float)Convert.ToDouble(q.Text); if (!Math.Round(Numbers.q, 4).Equals(q.Text) && IsReady(q, type)) Numbers.q = (float)Convert.ToDouble(q.Text);
if (IsReady(temp, type)) if (IsReady(temp, type))
{
if (IsReady(I, type))
{ {
if(IsReady(I, type)) Numbers.q = Numbers.I * Numbers.temp;
{ q.Text = Math.Round(Numbers.q, 4).ToString();
Numbers.q = Numbers.I * Numbers.temp;
q.Text = Math.Round(Numbers.q, 4).ToString();
}
if(IsReady(q, type))
{
Numbers.I = Numbers.q / Numbers.temp;
I.Text = Math.Round(Numbers.I, 4).ToString();
}
} }
break; if (IsReady(q, type))
case "p": {
Numbers.I = Numbers.q / Numbers.temp;
I.Text = Math.Round(Numbers.I, 4).ToString();
}
}
break;
case "p":
if (!Math.Round(Numbers.p, 4).Equals(p.Text) && IsReady(p, type)) Numbers.p = (float)Convert.ToDouble(p.Text); if (!Math.Round(Numbers.p, 4).Equals(p.Text) && IsReady(p, type)) Numbers.p = (float)Convert.ToDouble(p.Text);
if (!Math.Round(Numbers.l, 4).Equals(l.Text) && IsReady(l, type)) Numbers.l = (float)Convert.ToDouble(l.Text); if (!Math.Round(Numbers.l, 4).Equals(l.Text) && IsReady(l, type)) Numbers.l = (float)Convert.ToDouble(l.Text);
if (!Math.Round(Numbers.S, 4).Equals(S.Text) && IsReady(S, type)) Numbers.S = (float)Convert.ToDouble(S.Text); if (!Math.Round(Numbers.S, 4).Equals(S.Text) && IsReady(S, type)) Numbers.S = (float)Convert.ToDouble(S.Text);
if (!Math.Round(Numbers.R, 4).Equals(R.Text) && IsReady(R, type)) Numbers.R = (float)Convert.ToDouble(R.Text); if (!Math.Round(Numbers.R, 4).Equals(R.Text) && IsReady(R, type)) Numbers.R = (float)Convert.ToDouble(R.Text);
if (IsReady(p,type)) if (IsReady(p, type))
{
if (IsReady(l, type))
{ {
if(IsReady(l,type)) if (IsReady(S, type))
{ {
if(IsReady(S,type)) Numbers.R = Numbers.p * Numbers.l / Numbers.S;
{ R.Text = Math.Round(Numbers.R, 4).ToString();
Numbers.R = Numbers.p * Numbers.l / Numbers.S;
R.Text = Math.Round(Numbers.R, 4).ToString();
}
if(IsReady(R,type))
{
Numbers.S = Numbers.p * Numbers.l / Numbers.R;
S.Text = Math.Round(Numbers.S, 4).ToString();
}
} }
if(IsReady(R,type)) if (IsReady(R, type))
{ {
if(IsReady(S,type)) Numbers.S = Numbers.p * Numbers.l / Numbers.R;
{ S.Text = Math.Round(Numbers.S, 4).ToString();
Numbers.l = Numbers.R * Numbers.S / Numbers.p;
l.Text = Math.Round(Numbers.l, 4).ToString();
}
} }
} }
break; if (IsReady(R, type))
case "l": {
if (IsReady(S, type))
{
Numbers.l = Numbers.R * Numbers.S / Numbers.p;
l.Text = Math.Round(Numbers.l, 4).ToString();
}
}
}
break;
case "l":
if (!Math.Round(Numbers.p, 4).Equals(p.Text) && IsReady(p, type)) Numbers.p = (float)Convert.ToDouble(p.Text); if (!Math.Round(Numbers.p, 4).Equals(p.Text) && IsReady(p, type)) Numbers.p = (float)Convert.ToDouble(p.Text);
if (!Math.Round(Numbers.l, 4).Equals(l.Text) && IsReady(l, type)) Numbers.l = (float)Convert.ToDouble(l.Text); if (!Math.Round(Numbers.l, 4).Equals(l.Text) && IsReady(l, type)) Numbers.l = (float)Convert.ToDouble(l.Text);
if (!Math.Round(Numbers.S, 4).Equals(S.Text) && IsReady(S, type)) Numbers.S = (float)Convert.ToDouble(S.Text); if (!Math.Round(Numbers.S, 4).Equals(S.Text) && IsReady(S, type)) Numbers.S = (float)Convert.ToDouble(S.Text);
if (!Math.Round(Numbers.R, 4).Equals(R.Text) && IsReady(R, type)) Numbers.R = (float)Convert.ToDouble(R.Text); if (!Math.Round(Numbers.R, 4).Equals(R.Text) && IsReady(R, type)) Numbers.R = (float)Convert.ToDouble(R.Text);
if (IsReady(l,type)) if (IsReady(l, type))
{
if (IsReady(p, type))
{ {
if(IsReady(p,type)) if (IsReady(S, type))
{ {
if(IsReady(S,type)) Numbers.R = Numbers.p * Numbers.l / Numbers.S;
{ R.Text = Math.Round(Numbers.R, 4).ToString();
Numbers.R = Numbers.p * Numbers.l / Numbers.S;
R.Text = Math.Round(Numbers.R, 4).ToString();
}
if(IsReady(R,type))
{
Numbers.S = Numbers.p * Numbers.l / Numbers.R;
S.Text = Math.Round(Numbers.S, 4).ToString();
}
} }
if(IsReady(R,type)) if (IsReady(R, type))
{ {
if(IsReady(S,type)) Numbers.S = Numbers.p * Numbers.l / Numbers.R;
{ S.Text = Math.Round(Numbers.S, 4).ToString();
Numbers.p = Numbers.R * Numbers.S / Numbers.l;
p.Text = Math.Round(Numbers.p, 4).ToString();
}
} }
} }
break; if (IsReady(R, type))
case "S": {
if (IsReady(S, type))
{
Numbers.p = Numbers.R * Numbers.S / Numbers.l;
p.Text = Math.Round(Numbers.p, 4).ToString();
}
}
}
break;
case "S":
if (!Math.Round(Numbers.p, 4).Equals(p.Text) && IsReady(p, type)) Numbers.p = (float)Convert.ToDouble(p.Text); if (!Math.Round(Numbers.p, 4).Equals(p.Text) && IsReady(p, type)) Numbers.p = (float)Convert.ToDouble(p.Text);
if (!Math.Round(Numbers.l, 4).Equals(l.Text) && IsReady(l, type)) Numbers.l = (float)Convert.ToDouble(l.Text); if (!Math.Round(Numbers.l, 4).Equals(l.Text) && IsReady(l, type)) Numbers.l = (float)Convert.ToDouble(l.Text);
if (!Math.Round(Numbers.S, 4).Equals(S.Text) && IsReady(S, type)) Numbers.S = (float)Convert.ToDouble(S.Text); if (!Math.Round(Numbers.S, 4).Equals(S.Text) && IsReady(S, type)) Numbers.S = (float)Convert.ToDouble(S.Text);
if (!Math.Round(Numbers.R, 4).Equals(R.Text) && IsReady(R, type)) Numbers.R = (float)Convert.ToDouble(R.Text); if (!Math.Round(Numbers.R, 4).Equals(R.Text) && IsReady(R, type)) Numbers.R = (float)Convert.ToDouble(R.Text);
if (IsReady(S,type)) if (IsReady(S, type))
{
if (IsReady(p, type))
{ {
if(IsReady(p,type)) if (IsReady(l, type))
{ {
if(IsReady(l,type)) Numbers.R = Numbers.p * Numbers.l / Numbers.S;
{ R.Text = Math.Round(Numbers.R, 4).ToString();
Numbers.R = Numbers.p * Numbers.l / Numbers.S;
R.Text = Math.Round(Numbers.R, 4).ToString();
}
if(IsReady(R,type))
{
Numbers.l = Numbers.R * Numbers.S / Numbers.p;
l.Text = Math.Round(Numbers.l, 4).ToString();
}
} }
if(IsReady(R,type)) if (IsReady(R, type))
{ {
if(IsReady(l,type)) Numbers.l = Numbers.R * Numbers.S / Numbers.p;
{ l.Text = Math.Round(Numbers.l, 4).ToString();
Numbers.p = Numbers.R * Numbers.S / Numbers.l;
p.Text = Math.Round(Numbers.p, 4).ToString();
}
} }
} }
break; if (IsReady(R, type))
} {
if (IsReady(l, type))
{
Numbers.p = Numbers.R * Numbers.S / Numbers.l;
p.Text = Math.Round(Numbers.p, 4).ToString();
}
}
}
break;
}
} }
private void TC(object sender, TextChangedEventArgs e) private void TC(object sender, TextChangedEventArgs e)