private void operationCheckedChanged(object sender, EventArgs e)
{
// Handle operation toggle and ensure that at least one toggle is always on
// If one toggle is on and it is being turned off, turn all others on
int checks = 0;
foreach (Control ctrl in operationsGroupBox.Controls)
{
if (ctrl is MetroToggle)
{
MetroToggle mt = (MetroToggle)ctrl;
if (mt.Checked)
{
checks++;
}
}
}
MetroToggle mtsender = (MetroToggle)sender;
if (!mtsender.Checked && checks < 1)
{
foreach (Control ctrl in operationsGroupBox.Controls)
{
if (ctrl is MetroToggle)
{
MetroToggle mt = (MetroToggle)ctrl;
if (!mt.Equals(mtsender))
{
mt.Checked = true;
}
}
}
}
}
private void chk_Click(object sender, EventArgs e)
{
MetroToggle chk = (MetroToggle)sender;
setCheckBoxes(chk.Tag);
refreshAvailableContacts();
}
private List <Operation> GetOperations()
{
List <Operation> operations = new List <Operation>();
// Iterate all controls
foreach (Control ctrl in operationsGroupBox.Controls)
{
// Check if control is a toggle
if (ctrl is MetroToggle)
{
MetroToggle toggle = (MetroToggle)ctrl;
// A disabled toggle means a disabled operation - No further action req'd
if (!toggle.Checked)
{
continue;
}
// Iterate available operations
foreach (Operation operation in Operation.all)
{
// Check if that operation's toggle matches the current iteration toggle
if (operation.Toggle.Equals(toggle))
{
// Add operation to list for its toggle is assigned and enabled
operations.Add(operation);
break;
}
}
}
}
return(operations);
}
private void clientToggle_CheckedChanged(object sender, EventArgs e)
{
MetroToggle toggle = (MetroToggle)sender;
lbl_ipServer.Visible = !toggle.Checked;
lblRunAsServer.Visible = !toggle.Checked;
txtServer.Visible = toggle.Checked;
lblRunAsClient.Visible = toggle.Checked;
}
private void InitializeComponent()
{
m_toggle = new MetroToggle();
MetroSkinManager.ApplyMetroStyle(m_toggle);
m_toggle.Top = Height;
m_toggle.CheckedChanged += new EventHandler(m_toggle_CheckedChanged);
Controls.Add(m_toggle);
Height += m_toggle.Height;
}
private void operationsMouseUp(object sender, MouseEventArgs e)
{
// If a toggle is right-clicked, toggle it and set all other toggles in group to inverse state
if (e.Button == MouseButtons.Right)
{
MetroToggle mtsender = (MetroToggle)sender;
mtsender.Checked = !mtsender.Checked;
foreach (Control ctrl in operationsGroupBox.Controls)
{
if (ctrl is MetroToggle && !ctrl.Name.Equals(mtsender.Name))
{
MetroToggle mt = (MetroToggle)ctrl;
mt.Checked = !mtsender.Checked;
}
}
}
}
protected Operation(string identifier, int factorMinimum, int factorMaximum, MetroToggle toggle)
{
// Store operation information
Identifier = identifier;
this.factorMinimum = factorMinimum;
this.factorMaximum = factorMaximum;
Toggle = toggle;
// Add operation to "all" list if it one of subtype doesn't already exist
foreach (Operation operation in all)
{
if (operation.GetType().Equals(GetType()))
{
return;
}
}
all.Add(this);
}
public SettingsControl(string key, string value = null)
{
this.key = new MetroTextBox();
this.key.UseStyleColors = true;
this.equalsSign = new MetroLabel();
this.Size = new System.Drawing.Size(450, 25);
this.key.Width = 200;
this.equalsSign.AutoSize = true;
this.equalsSign.Size = new Size(10, 20);
this.key.Width = 200;
this.key.Location = new Point(0, 0);
this.equalsSign.Location = new Point(210, 0);
this.equalsSign.Text = "=";
this.key.ReadOnly = true;
Controls.Add(this.equalsSign);
Controls.Add(this.key);
if (value.ToLower() == "true" || value.ToLower() == "false")
{
this.boolValue = new MetroToggle();
this.boolValue.UseStyleColors = true;
this.boolValue.Width = 100;
this.boolValue.Height = 20;
this.boolValue.Location = new Point(230, 0);
this.boolValue.Checked = value.ToLower() == "true";
Controls.Add(this.boolValue);
}
else
{
this.textValue = new MetroTextBox();
this.textValue.Width = 200;
this.textValue.Location = new Point(230, 0);
this.textValue.Text = value;
Controls.Add(this.textValue);
}
this.key.Text = key;
}
void MoveToHome(MetroTrackBar metroTrackBar, MetroToggle metroToggle, TextBox textBox)
{
timer1.Interval = 1;
if (z >= 0 && movimentoNeg == false && metroToggle.Checked == false) // movimento negativo rapido
{
metroTrackBar.Value = z;
textBox.Text = z.ToString();
z--;
}
if (z >= 0 && movimentoNeg == false && metroToggle.Checked == true && velocidade != 0) // movimento negativo lento
{
timer1.Interval = n;
metroTrackBar.Value = z;
textBox.Text = z.ToString();
z--;
n++;
velocidade--;
if (velocidade == 0)
{
movimentoNeg = true;
}
}
if (z >= 0 && movimentoNeg == true && metroToggle.Checked == true && velocidade == 0) //
{
timer1.Interval = 100;
metroTrackBar.Value = z;
textBox.Text = z.ToString();
z++;
}
if (z >= 0 && movimentoNeg == true && metroToggle.Checked == false) //
{
timer1.Stop();
velocidade = 100;
n = 10; // valor de intervalo
caseSwitch++;
Repeat();
}
}
private void metroButton7_Click(object sender, EventArgs e)
{
var allFullPanels = trackPanel.Controls.OfType <MetroPanel>().OrderBy(c => c.TabIndex);
MetroPanel lastFullPanel = allFullPanels.Last();
MetroPanel newFullPanel = new MetroPanel();
newFullPanel.Location = new Point(lastFullPanel.Location.X + lastFullPanel.Size.Width + 40, lastFullPanel.Location.Y);
newFullPanel.Size = lastFullPanel.Size;
newFullPanel.TabIndex = lastFullPanel.TabIndex + 1;
newFullPanel.Visible = true;
for (int i = 0; i < 4; i++)
{
MetroPanel newQuarterPanel = new MetroPanel();
newQuarterPanel.Location = new Point(i * 50, 5);
newQuarterPanel.TabIndex = i;
newQuarterPanel.Size = new Size(40, 90);
newQuarterPanel.Visible = true;
for (int ii = 0; ii < 4; ii++)
{
MetroToggle newToggleButton = new MetroToggle();
newToggleButton.AutoSize = false;
newToggleButton.Size = new Size(30, 17);
newToggleButton.Location = new Point(5, (ii * 20) + 5);
newToggleButton.TabIndex = ii;
newToggleButton.Tag = ii;
newToggleButton.Visible = true;
newToggleButton.DisplayStatus = false;
newQuarterPanel.Controls.Add(newToggleButton);
}
newFullPanel.Controls.Add(newQuarterPanel);
}
trackPanel.Controls.Add(newFullPanel);
}
/* SubtractOperation
* Object for storage of data regarding the subtract operation
*/
internal SubtractOperation(int factorMinimum, int factorMaximum, MetroToggle toggle) : base("-", factorMinimum, factorMaximum, toggle)
{
}
/* MultiplyOperation
* Object for storage of data regarding the multiply operation
*/
internal MultiplyOperation(int factorMinimum, int factorMaximum, MetroToggle toggle) : base("x", factorMinimum, factorMaximum, toggle)
{
}
/* DivideOperation
* Object for storage of data regarding the divide operation
*/
internal DivideOperation(int factorMinimum, int factorMaximum, MetroToggle toggle) : base("/", factorMinimum, factorMaximum, toggle)
{
}
internal AddOperation(int factorMinimum, int factorMaximum, MetroToggle toggle) : base("+", factorMinimum, factorMaximum, toggle)
{
}
