public void AddLine()
{
int i;
SelectedLine = Spirographe.GetActiveSpiroFormule();
SelectedLine.profondeur++;
i = SelectedLine.profondeur - 1; //avant dernière ligne avant le crayon
TextNumeroDisque.GetComponent <Text>().text = (i + 1).ToString();
int NbLignesCrees = PanelLignes.transform.childCount;
if (NbLignesCrees < SelectedLine.profondeur)
{
IFR.GetComponent <InputField>().GetComponent <InputFieldPanelDisques>().index = i;
IFR.GetComponent <InputField>().GetComponent <InputFieldPanelDisques>().RefreshContent();
IFF.GetComponent <InputField>().GetComponent <InputFieldPanelDisques>().index = i;
IFF.GetComponent <InputField>().GetComponent <InputFieldPanelDisques>().RefreshContent();
IFRO.GetComponent <InputField>().GetComponent <InputFieldPanelDisques>().index = i;
IFRO.GetComponent <InputField>().GetComponent <InputFieldPanelDisques>().RefreshContent();
ToggleActiveDisque.GetComponent <ToggleRotAxe>().index = i;
ToggleActiveDisque.GetComponent <ToggleRotAxe>().RefreshContent();
GameObject NewLine = Instantiate(LigneSpiro);
NewLine.name = "Ligne" + (i).ToString();
NewLine.SetActive(true);
NewLine.transform.SetParent(PanelLignes.transform, false);
}
else
{
PanelLignes.transform.GetChild(i).gameObject.SetActive(true);
}
RefreshPanel();
//PanelOptionTousDisques.GetComponent<PanelOptionTousDisques>().BuildPanel(); //refresh panel tous disques too
Spirographe.ValueChange(); //Call ValueChange Event
}
void Start()
{
SelectedLine = Spirographe.GetActiveSpiroFormule();
lineRenderer = SelectedLine.GetComponent <LineRenderer>();
HeaderFileName = string.Format("{0}/SVG/", Application.dataPath) + HeaderFileName;
FooterFileName = string.Format("{0}/SVG/", Application.dataPath) + FooterFileName;
}
public void DeleteLine(GameObject TextNameLineToDelete)
{
int NbChildren, LineToActivate;
GameObject NewTextNameLine;
bool isSelected;
GetActiveLine();
NbChildren = GameObject.Find("ListSpiro").transform.childCount;
if (NbChildren > 1)
{
NameLine = TextNameLineToDelete.transform.Find("TextName").GetComponent <Text>();
isSelected = (NameLine.color == selected);
if (TextNameLineToDelete.transform.GetSiblingIndex() == (NbChildren - 1))
{
LineToActivate = NbChildren - 2;
}
else
{
LineToActivate = NbChildren - 1;
}
SelectedLine = GameObject.Find(GameObject.Find("ListSpiro").transform.GetChild(NbChildren - 1).transform.Find("TextName").GetComponent <Text>().text).GetComponent <SpiroFormule>();
Destroy(GameObject.Find(NameLine.text));
Destroy(TextNameLineToDelete);
NewTextNameLine = GameObject.Find("ListSpiro").transform.GetChild(LineToActivate).gameObject;
if (isSelected)
{
NewTextNameLine.transform.Find("SelectButton").gameObject.GetComponent <SelectButton>().SelectLine();
}
}
}
void Start()
{
Line1 = Spiro1.GetComponent <LineRenderer>();
Line2 = Spiro2.GetComponent <LineRenderer>();
spiroFormule1 = Spiro1.GetComponent <SpiroFormule>();
spiroFormule2 = Spiro2.GetComponent <SpiroFormule>();
N1 = Line1.positionCount;
N2 = Line2.positionCount;
if (Line1.positionCount < Line2.positionCount)
{
NbrPts = Line2.positionCount;
}
else
{
NbrPts = Line1.positionCount;
}
Line = GetComponent <LineRenderer>();
Line.positionCount = NbrPts * multiple;
if (L1 == 0)
{
L1 = 1.0f;
}
if (L2 == 0)
{
L2 = 1.0f;
}
}
public static void Selection()
{
//Debug.Log("Calling event SelectionLine");
if (onSelectionLine != null)
{
SelectedLine = GetActiveSpiroFormule();
SelectedAspect = GetActiveAspect();
SelectedMultiSpiro = GetActiveMultiSpiro();
ActiveObjectInScene = GetActiveObject();
onSelectionLine();
}
}
public void DeleteLine()
{
GameObject LastLine;
SelectedLine = Spirographe.GetActiveSpiroFormule();
if (SelectedLine.profondeur > 3)
{
SelectedLine.profondeur--;
LastLine = PanelLignes.transform.GetChild(SelectedLine.profondeur).gameObject;
//RemoveEventsFromLine(LastLine);
//Destroy(LastLine);
LastLine.SetActive(false);
}
RefreshPanel();
//PanelOptionTousDisques.GetComponent<PanelOptionTousDisques>().BuildPanel(); //refresh panel tous disques too
Spirographe.ValueChange(); //Call ValueChange Event
}
public void RefreshPanel()
{
SelectedLine = Spirographe.GetActiveSpiroFormule();
InputFieldPanelDisques[] ZOB;
ToggleRotAxe[] BIT;
ZOB = PanelLignes.GetComponentsInChildren <InputFieldPanelDisques>(); //Get all InputFieldPanelDisques in PanelLignes
foreach (InputFieldPanelDisques IF in ZOB)
{
IF.gameObject.GetComponent <InputFieldPanelDisques>().RefreshContent(); //RefreshContent of all InputFieldPanelDisques in PanelLignes
}
BIT = PanelLignes.GetComponentsInChildren <ToggleRotAxe>(); //Get all ToggleRotAxe in PanelLignes
foreach (ToggleRotAxe TRA in BIT)
{
TRA.gameObject.GetComponent <ToggleRotAxe>().RefreshContent(); //RefreshContent of all ToggleRotAxe in PanelLignes
}
int profondeur = SelectedLine.profondeur;
int NbLignesCrees = PanelLignes.transform.childCount;
GameObject LineCurr = PanelLignes.transform.GetChild(0).gameObject;
for (int i = 0; i < NbLignesCrees; i++) // on n'affiche que les lignes d'indice inférieur à profondeur
{
LineCurr = PanelLignes.transform.GetChild(i).gameObject;
if (i < profondeur)
{
LineCurr.SetActive(true);
}
else
{
LineCurr.SetActive(false);
}
}
RefreshCochesActivation();
RefreshFacteurTransmission();
PanelOptionTousDisques.GetComponent <PanelOptionTousDisques>().BuildPanel(); //refresh panel tous disques too
}
public void GetActiveLine()
{
ActiveObjectInScene = Spirographe.GetActiveObject();
SelectedLine = Spirographe.GetActiveSpiroFormule();
}
public void BuildPanel()
{
int profondeur;
SpiroParametrableActive = Spirographe.GetActiveObject();
SelectedLine = Spirographe.GetActiveSpiroFormule();
if (SelectedLine == null)
{
profondeur = 0;
}
else
{
profondeur = SelectedLine.profondeur;
}
int NbLignesCrees = PanelLignes.transform.childCount;
for (int i = 0; i < profondeur; i++)
{
if (i < NbLignesCrees)
{
LineCurr = PanelLignes.transform.GetChild(i).gameObject;
LineCurr.SetActive(true);
}
else
{
TextNumeroDisque.GetComponent <Text>().text = (i + 1).ToString();
InitField(ref IFR, i);
InitField(ref IFRO, i);
InitField(ref IFA, i);
InitField(ref IFV, i);
InitField(ref IFP, i);
InitField(ref IFF, i);
ToggleAnimation.GetComponent <ToggleAnimRayon>().index = i;
ToggleAnimation.GetComponent <ToggleAnimRayon>().RefreshContent();
ToggleActiveDisque.GetComponent <ToggleRotAxe>().index = i;
ToggleActiveDisque.GetComponent <ToggleRotAxe>().RefreshContent();
GameObject NewLine = Instantiate(LigneSpiro);
NewLine.name = "Ligne" + (i).ToString();
NewLine.SetActive(true);
NewLine.transform.SetParent(PanelLignes.transform, false);
}
}
//Reste à cacher les lignes restantes éventuelles :
if (profondeur <= NbLignesCrees)
{
for (int i = profondeur; i < NbLignesCrees; i++)
{
PanelLignes.transform.GetChild(i).gameObject.SetActive(false);
}
}
//Gestion affichage des coches RotAxe
for (int i = 1; i < profondeur - 1; i++)
{
GetBackgroundActivation(i).SetActive(true); //on l'affiche
}
GetBackgroundActivation(0).SetActive(false); //on le cache
GetBackgroundActivation(profondeur - 1).SetActive(false); //on le cache
RefreshFacteurTransmission();
}
public void BuildPanel()
{
int profondeur;
GameObject LineCurr; //
//SpiroParametrableActive=Spirographe.GetActiveObject();
SelectedLine = Spirographe.GetActiveSpiroFormule();
if (SelectedLine == null)
{
profondeur = 0;
}
else
{
profondeur = SelectedLine.profondeur;
}
int NbLignesCrees = PanelLignes.transform.childCount;
for (int i = 0; i < profondeur; i++)
{
if (i < NbLignesCrees)
{
LineCurr = PanelLignes.transform.GetChild(i).gameObject;
LineCurr.SetActive(true);
}
else
{
TextNumeroDisque.GetComponent <Text>().text = (i + 1).ToString();
IFR.GetComponent <InputFieldPanelDisques>().index = i;
IFR.GetComponent <InputFieldPanelDisques>().RefreshContent();
IFR.GetComponent <InputFieldPanelDisques>().Start();
IFF.GetComponent <InputFieldPanelDisques>().index = i;
IFF.GetComponent <InputFieldPanelDisques>().RefreshContent();
IFF.GetComponent <InputFieldPanelDisques>().Start();
IFRO.GetComponent <InputFieldPanelDisques>().index = i;
IFRO.GetComponent <InputFieldPanelDisques>().RefreshContent();
IFRO.GetComponent <InputFieldPanelDisques>().Start();
ToggleActiveDisque.GetComponent <ToggleRotAxe>().index = i;
ToggleActiveDisque.GetComponent <ToggleRotAxe>().RefreshContent();
GameObject NewLine = Instantiate(LigneSpiro);
NewLine.name = "Ligne" + (i).ToString();
NewLine.SetActive(true);
NewLine.transform.SetParent(PanelLignes.transform, false);
}
}
GetComponent <RectTransform>().ForceUpdateRectTransforms();
//Debug.Log("Building Panel big");
//Reste à cacher les lignes restantes éventuelles :
if (profondeur <= NbLignesCrees)
{
for (int i = profondeur; i < NbLignesCrees; i++)
{
PanelLignes.transform.GetChild(i).gameObject.SetActive(false);
}
}
//Gestion affichage des coches RotAxe
/*if (profondeur>0)
* {
* RefreshCochesActivation();
* RefreshFacteurTransmission();
* }*/
RefreshPanel();
}
public void CalculeMultiSpiro()
{
//for (int j = 0; j<10;j++)
//{
//Start();
if ((Line1 == null) || (Line2 == null))
{
return;
}
Line1 = Spiro1.GetComponent <LineRenderer>();
Line2 = Spiro2.GetComponent <LineRenderer>();
spiroFormule1 = Spiro1.GetComponent <SpiroFormule>();
spiroFormule2 = Spiro2.GetComponent <SpiroFormule>();
N1 = Line1.positionCount;
N2 = Line2.positionCount;
if (Line1.positionCount < Line2.positionCount)
{
NbrPts = Line2.positionCount;
}
else
{
NbrPts = Line1.positionCount;
}
Line = GetComponent <LineRenderer>();
Line.positionCount = NbrPts * multiple;
for (int i = 0; i < NbrPts * multiple; i++)
{
Root1.transform.position = Spiro1.transform.TransformPoint(Line1.GetPosition(i % (N1 - 1)));
Root2.transform.position = Spiro2.transform.TransformPoint(Line2.GetPosition((int)(i * vitesseRelative % (N2 - 1))));
A1 = Root1.transform.position;
A2 = Root2.transform.position;
L = Vector3.Distance(A1, A2);
A = A2 - A1;
beta = Mathf.Acos(A.x / L);
if (L == 0.0f)
{
beta = 90;
}
else
{
beta *= 57.296f;
} //conversion radian vers degres
if (A.z < 0.0f)
{
beta = -beta;
}
if (L == 0.0f)
{
Debug.Log("WARNING DIVISION");
L = 1.0f;
}
quotient = CalculQuotient();
if (quotient > 1)
{
Debug.Log("WARNING ACOS trop grand");
while (quotient > 1)
{
L2 += 0.001f;
quotient = CalculQuotient();
}
}
if (quotient < -1)
{
Debug.Log("WARNING ACOS trop petit");
while (quotient < -1)
{
L2 -= 0.01f;
quotient = CalculQuotient();
}
}
alpha = Mathf.Acos(quotient);
alpha *= 57.296f; //conversion radian vers degres
position.x = L1;
position.y = 0.0f;
position.z = 0.0f;
rotation.x = 0.0f;
rotation.y = 0.0f;
rotation.z = 0.0f;
Root1.transform.localEulerAngles = rotation; //on applique la rotation de la contrainte Aim sur Root1
Root1.transform.Rotate(0.0f, beta, 0.0f, Space.Self);
Root1Rotation.transform.localEulerAngles = rotation;
Root1Rotation.transform.Rotate(0.0f, alpha, 0.0f, Space.Self);
Root1Rotation.transform.localPosition = position;
globalPosition = Crayon.transform.position;
if (profondeur)
{
globalPosition += 1.0f * i * facteur_profondeur * Vector3.up;
}
Line.SetPosition(i, globalPosition);
}
}
