private int Init_objet_dépassement_seuil(int xpos, int xpos2, int xpos3, int xpos4, int ypos)
{
this.L_titre_détection_dépassement_seuil = new LLabel("L_titre_détection_dépassement_seuil", xpos, ypos + 3, "Détection dépassement seuil")
{
Font = new System.Drawing.Font("Microsoft Sans Serif", 8.25F, System.Drawing.FontStyle.Bold, System.Drawing.GraphicsUnit.Point, ((byte)(0)))
};
ypos += 21;
string type = "max";
for (int i = 0; i < 8; i++)
{
this.Li_L_détection_valeur.Add(this.Init_label_dépassement_seuil(xpos, ypos + 3, type, "Valeur " + type + " CAN ", i));
this.Li_détection_valeur.Add(this.Init_textbox(xpos2, ypos));
this.Li_détection_valeur_10bits.Add(this.Init_textbox10bits(xpos3, ypos));
this.Li_détection_valeur_validé.Add(Init_checkbox_dépassement_seuil(xpos4, ypos, "Activer limite"));
ypos += 21;
if (type == "max")
{
type = "min";
}
else
{
type = "max";
}
}
return(ypos);
}
private void Init_Textbox_et_label(int xpos, int ypos)
{
int xpos2 = xpos + 124;
int xpos3 = xpos + 165;
int xpos4 = xpos + 210;
int lypos = 3;
this.L_titre_étalonnage = new LLabel("L_titre_étalonnage", xpos, ypos + lypos, "Étalonnage")
{
Font = new System.Drawing.Font("Microsoft Sans Serif", 8.25F, System.Drawing.FontStyle.Bold, System.Drawing.GraphicsUnit.Point, ((byte)(0)))
};
this.L_entete_Mesure = new LLabel("L_entete_Mesure", xpos2, ypos + lypos, "Valeurs");
this.L_entete_10Bits = new LLabel("L_entete_10Bits", xpos3, ypos + lypos, "10Bits");
ypos += 21;
this.L_valeur_étatlonage_max = new LLabel("L_valeur_étatlonage_max", xpos, ypos + lypos, "Max possible en entrée :");
this.Tb_valeur_étalonnage_max = new TTextBox("tb_valeur_étalonnage_max", xpos2, ypos, "30");
this.Tb_valeur_étalonnage_max_10bits = new TTextBox("tb_valeur_étalonnage_max_10bits", xpos3, ypos, "1023", 0, 1023, 1);
ypos += 21;
this.L_valeur_étatlonage_min = new LLabel("L_valeur_étatlonage_min", xpos, ypos + lypos, "min possible en entrée :");
this.Tb_valeur_étalonnage_min = new TTextBox("Tb_valeur_étalonnage_min", xpos2, ypos, "-30");
this.Tb_valeur_étalonnage_min_10bits = new TTextBox("Tb_valeur_étalonnage_min_10bits", xpos3, ypos, "0", 0, 1023, 1);
ypos += 21;
ypos = this.Init_objet_dépassement_seuil(xpos, xpos2, xpos3, xpos4, ypos);
ypos = this.Init_objet_mesure(xpos, xpos2, xpos3, xpos4, ypos);
this.L_can_quantum = new LLabel("L_can_quantum", xpos, ypos, "TODO");
}
private void Init_Textbox_et_label(int xpos, int ypos)
{
int lxpos = 6;
int lypos = 3;
this.Chb_Rouecodeuse = new CCheckBox("Chb_Rouecodeuse", lxpos, ypos, false, "Utiliser roue codeuse pour temps mort");
ypos += 21;
this.Tb_tpsmort = new TTextBox("Tb_tpsmort", xpos, ypos, "100", 0, 2555, 5);
this.L_tpsmort = new LLabel("L_Pulse_t_1", lxpos, ypos + lypos, "Temps mort par pas de 5ns : ns");
ypos += 21;
this.L_Nbbras = new LLabel("L_Nbbras", lxpos, ypos + lypos, "Nombre de bras actifs :");
this.Tb_Nbbras = new TTextBox("Tb_Nbbras", xpos, ypos, "2", 0, 4, 1)
{
Enabled = false
};
}
private int Init_objet_mesure(int xpos, int xpos2, int xpos3, int xpos4, int ypos)
{
this.L_titre_mesure = new LLabel("L_titre_mesure", xpos, ypos + 3, "Mesure")
{
Font = new System.Drawing.Font("Microsoft Sans Serif", 8.25F, System.Drawing.FontStyle.Bold, System.Drawing.GraphicsUnit.Point, ((byte)(0)))
};
ypos += 21;
for (int i = 0; i < 4; i++)
{
this.Li_L_mesure.Add(this.Init_label_dépassement_seuil(xpos, ypos + 3, "max", "Valeur max CAN ", i));
this.Li_mesure.Add(this.Init_textbox(xpos2, ypos));
this.Li_mesure_10bits.Add(this.Init_textbox10bits(xpos3, ypos));
this.Li_mesure_activé.Add(Init_checkbox_dépassement_seuil(xpos4, ypos, "CAN activé"));
ypos += 21;
}
return(ypos);
}
private void Init_Label_et_Textbox(int xpos, int ypos)
{
int lxpos = 2;
int lypos = 3;
int xpos2 = xpos + 46;
this.L_10bits = new LLabel("L_10bits", lxpos + xpos, ypos, "10Bits");
this.L_pour = new LLabel("L_pour", lxpos + xpos2, ypos, "En %");
ypos += 21;
this.Cmb_type_consigne = new CComboBox("Cmb_type_consigne", xpos - 100, ypos - 2, 91,
new List <string>()
{
"continue ===>", "Sinus FPGA", "extérieur"
}, 0);
this.Tb_consigne = new TTextBox("Tb_consigne", xpos, ypos, "512", 0, 1023, 1);
this.Tb_con_pour = new TTextBox("Tb_con_pour", xpos2, ypos, "50", 0, 100, 0.1);
lxpos = 30;
ypos += 21;
this.L_con_max = new LLabel("L_con_max", lxpos, ypos + lypos, "Consigne max");
this.Tb_con_max = new TTextBox("Tb_con_max", xpos, ypos, "972", 0, 1023, 1);
this.Tb_con_max_pour = new TTextBox("Tb_con_max_pour", xpos2, ypos, "95", 0, 100, 0.1);
lxpos = 30;
ypos += 21;
this.L_con_min = new LLabel("L_con_min", lxpos, ypos + lypos, "Consigne min");
this.Tb_con_min = new TTextBox("Tb_con_min", xpos, ypos, "51", 0, 1023, 1);
this.Tb_con_min_pour = new TTextBox("Tb_con_min_pour", xpos2, ypos, "5", 0, 100, 0.1);
lxpos = 6;
xpos += -4;
ypos += 26;
this.L_consigne_CAN = new LLabel("L_consigne_CAN", lxpos, ypos + lypos, "Consigne d'origine :")
{
Visible = false
};
this.Cmb_consigne_CAN = new CComboBox("Cmb_type_consigne", xpos, ypos, 91,
new List <string>()
{
"CAN1", "CAN2", "CAN3", "CAN4"
}, 0)
{
Visible = false
};
}
private void Init_Textbox_et_label(int xpos, int ypos)
{
int lxpos = 6;
int lypos = 3;
this.L_diviseur = new LLabel("L_diviseur", lxpos, ypos + lypos, "Diviseur de fréquence :");
this.Tb_freq_div = new TTextBox("Tb_freq_div", xpos, ypos, "1", 1, 1023, 1);
ypos += 21;
this.L_freq_countmax = new LLabel("L_freq_countmax", lxpos, ypos + lypos, "Valeur max des triangles :");
this.Tb_freq_countmax = new TTextBox("Tb_freq_countmax", xpos, ypos, "1023", 16, 1023, 1);
ypos += 21;
this.L_frequencedecoupage = new LLabel("L_frequencedecoupage", lxpos, ypos + lypos, "Fréquence de découpage : kHz");
this.Tb_fdec = new TTextBox("Tb_fdec", xpos, ypos, "97,75")
{
Enabled = false
};
ypos += 21;
this.L_exp_calcul = new LLabel("L_exp_calcul", lxpos, ypos + lypos, "Fdec = 100MHz / trianglemax / Diviseur");
}
private void Init_Textbox_et_label(int xpos, int ypos)
{
int lxpos = 50;
int lypos = 3;
this.Tb_db_T_Pulse1 = new TTextBox("Tb_db_T_Pulse1", xpos, ypos, "4,5", 0.1, 102.3, 0.1);
this.L_Pulse_t_1 = new LLabel("L_Pulse_t_1", lxpos, ypos + lypos, "µs T1 : Durée de la première impulsion");
ypos += 21;
this.Tb_db_T_Pulse2 = new TTextBox("Tb_db_T_Pulse2", xpos, ypos, "7,5", 0.1, 102.3, 0.1);
this.L_Pulse_t_2 = new LLabel("L_Pulse_t_2", lxpos, ypos + lypos, "µs T2 : Durée du temps de repos");
ypos += 21;
this.Tb_db_T_Pulse3 = new TTextBox("Tb_db_T_Pulse3", xpos, ypos, "0,9", 0.1, 102.3, 0.1);
this.L_Pulse_t_3 = new LLabel("L_Pulse_t_3", lxpos, ypos + lypos, "µs T3 : Durée de la seconde impulsion");
ypos += 21;
this.Cmb_Choix_DP_Transistor = new CComboBox("Cmb_Choix_DP_Transistor", xpos, ypos, 116, new List <string>()
{
"Bas", "Haut"
}, 0);
this.L_choix_dp_transistor = new LLabel("L_choix_dp_transistor", lxpos + 76, ypos + lypos, "Choix du transistor affecté");
ypos += 21;
this.Tb_bras_DP = new TTextBox("Tb_bras_DP", xpos, ypos, "1", 1, 4, 1);
this.L_chx_dp = new LLabel("L_chx_dp", lxpos, ypos + lypos, "Choix du bras testé");
}
/// <summary>
/// Initialise les textbox et les label
/// </summary>
/// <param name="xpos">position en x</param>
/// <param name="ypos">position en y</param>
private void Init_Textbox_et_label(int xpos, int ypos)
{
int lxpos = 10;
int lypos = 3;
int Tb_xpos2 = xpos + 42;
this.L_valtri = new LLabel("L_valtri", lxpos, ypos + lypos, "Valeur initiale du triangle");
ypos += 21;
this.L_l0bits = new LLabel("L_l0bits", xpos, ypos + lypos, "10Bits");
this.L_enpour = new LLabel("L_enpour", Tb_xpos2, ypos + lypos, "En %");
ypos += 21;
this.L_départ = new LLabel("L_départ", lxpos, ypos + lypos, "Départ");
this.Tb_val_tri_init = new TTextBox("Tb_tri", xpos, ypos, "512", 0, 1023, 1);
this.Tb_val_tri_init_Pour = new TTextBox("Tb_tri_pour", Tb_xpos2, ypos, "50", 0, 100, 0.1);
ypos += 21;
this.L_limite = new LLabel("L_limite", xpos, ypos + lypos, "Limite");
ypos += 21;
this.L_max_bras = new LLabel("L_max_bras", lxpos, ypos + lypos, "Max :");
this.Tb_multinivmax = new TTextBox("Tb_multinivmax", xpos, ypos, "1023", 0, 1023, 1);
this.Tb_multinivmax_Pour = new TTextBox("Tb_multinivmax_Pour", Tb_xpos2, ypos, "100", 0, 100, 0.1);
ypos += 21;
this.L_min_bras = new LLabel("L_min_bras", lxpos, ypos + lypos, "Min :");
this.Tb_multinivmin = new TTextBox("Tb_multinivmin", xpos, ypos, "0", 0, 1023, 1);
this.Tb_multinivmin_Pour = new TTextBox("Tb_multinivmin_Pour", Tb_xpos2, ypos, "0", 0, 100, 0.1);
ypos += 21;
this.Chb_inv_bras = new CCheckBox("Chb_inv_bras", lxpos, ypos, false, "inversion bras haut-bas", false);
ypos += 21;
this.Cmb_sens_tri = new CComboBox("cmb_tri", lxpos, ypos, 116, new List <string>()
{
"Monté", "Descente"
}, 0);
ypos += 21;
this.Cmb_cons_Bras = new CComboBox("Cmb_cons_Bras", lxpos, ypos, 116, new List <string>()
{
"Consigne 1", "Consigne 2"
}, 0, false);
}
private void Label_box_LostFocus(object sender, RoutedEventArgs e)
{
var editingObj = _graphViewer.LayoutEditor.EditingObject;
if (editingObj == null)
{
return;
}
var obj = editingObj.DrawingObject as DrawingObject2;
if (obj == null)
{
return;
}
if (obj.Label == null)
{
if (label_box.Text == "")
{
return;
}
}
else if (obj.Label.Text == label_box.Text)
{
return;
}
var node = obj as Node;
if (node != null)
{
_graphViewer.updateVNodeLabelText(editingObj as VNode, label_box.Text);
//var sz = Common.MeasureLabel(label);
//node.GeometryNode.BoundaryCurve = NodeBoundaryCurves.GetNodeBoundaryCurve(node,sz.Width,sz.Height );
//(editingObj as VNode).Invalidate();
}
else
{
var edge = obj as Edge;
if (edge == null)
{
return;
}
var vedge = editingObj as VEdge;
var label = edge.Label;
if (label == null)
{
label = new DrawingLabel(label_box.Text);
edge.Label = label;
label.Owner = edge;
//var sz = Common.MeasureLabel(label);
//edge.GeometryEdge.Label = new Microsoft.Msagl.Core.Layout.Label(sz.Width, sz.Height, edge.GeometryEdge);
var llabel = new LLabel();
edge.GeometryEdge.Label = llabel;
llabel.GeometryParent = edge.GeometryEdge;
label.GeometryLabel = llabel;
//edge.GeometryEdge.Label.UserData = edge.Label;
//var fe = _graphViewer.CreateDefaultFrameworkElementForDrawingObject(edge);
//var vlabel = new VLabel(edge, fe);
//fe.Tag = vlabel;
//(editingObj as VEdge).VLabel = vlabel;
_graphViewer.SetVEdgeLabel(edge, vedge, _graphViewer.ZIndexOfEdge(edge));
_graphViewer.LayoutEditor.AttachLayoutChangeEvent(vedge.VLabel);
}
else
{
label.Text = label_box.Text;
var textBlock = _graphViewer.drawingObjectsToFrameworkElements[edge] as TextBlock;
textBlock.Text = label.Text;
//textBlock.InvalidateMeasure();
textBlock.Width = Double.NaN;
textBlock.Measure(new Size(double.PositiveInfinity, double.PositiveInfinity));
textBlock.Width = textBlock.DesiredSize.Width;
//textBlock.Height = textBlock.DesiredSize.Height;
//label.GeometryLabel.Width
}
//var vedge = _graphViewer.GetIViewerObject(edge) as VEdge;
//_graphViewer.SetVEdgeLabel(edge, vedge, _graphViewer.ZIndexOfEdge(edge));
_graphViewer.AssignLabelWidthHeight(edge.GeometryEdge, edge);
//_graphViewer.LayoutEditor.AttachLayoutChangeEvent(vedge.VLabel);
//var labelCol = new List<LLabel>();
//labelCol.Add(label.GeometryLabel);
//EdgeLabelPlacement lp = new EdgeLabelPlacement(_graphViewer.Graph.GeometryGraph,labelCol);//,label.GeometryLabel)
//var lp=new EdgeLabelPlacement(_graphViewer.Graph.GeometryGraph, new List<LLabel> { label.GeometryLabel});
var lp = new EdgeLabelPlacement(_graphViewer.Graph.GeometryGraph, new [] { label.GeometryLabel });
lp.Run();
vedge.Invalidate();
//edge.LabelText = label_box.Text;
//var vedge = _graphViewer.GetIViewerObject(edge) as VEdge;
//_graphViewer.SetVEdgeLabel(edge, vedge, _graphViewer.ZIndexOfEdge(edge));
//vedge.Invalidate();
}
//if (label.Text == label_box.Text)
// return;
//label.Text = label_box.Text;
//obj.Label = label;
}
