// Update is called once per frame
void Update()
{
ChangeText();
plano = new Plano();
retasPlano = new Reta[2];
retasPlano[0] = new Reta(ObjsPontoPlano[0], ObjsPontoPlano[1]);
retasPlano[1] = new Reta(ObjsPontoPlano[0], ObjsPontoPlano[2]);
normal = new Reta();
normal = plano.CalcularN(retasPlano[0], retasPlano[1]);
vetorDirecaoReta = new Reta();
vetorDirecaoReta.x = Mathf.Round(ObjsPontoReta[1].transform.position.x) - (Mathf.Round(ObjsPontoReta[0].transform.position.x));
vetorDirecaoReta.y = Mathf.Round(ObjsPontoReta[1].transform.position.y) - (Mathf.Round(ObjsPontoReta[0].transform.position.y));
vetorDirecaoReta.z = Mathf.Round(ObjsPontoReta[1].transform.position.z) - (Mathf.Round(ObjsPontoReta[0].transform.position.z));
plano.EqGeral(ObjsPontoPlano[0]);
distancia.text = plano.Distancia(pontaFlecha).ToString();
if (Input.GetKeyDown(KeyCode.RightArrow))
{
switch (stringTema.text)
{
case "Eq. Geral Plano":
stringTema.text = "Parametrica";
stringEquacaoParametrica.text = "";
EquacaoParam = vetorDirecaoReta.EquacaoParametrica(ObjsPontoReta[1]);
foreach (var item in EquacaoParam)
{
stringEquacaoParametrica.text += item;
}
break;
case "Simetrica":
stringTema.text = "Eq. Geral Plano";
stringEquacaoParametrica.text = "asd";
stringEquacaoParametrica.text = plano.EqGeral(ObjsPontoPlano[0]);
print("n " + normal.x + "\n" + ObjsPontoReta[1].transform.position.x + "\n" + plano.x);
break;
case "Parametrica":
stringTema.text = "Simetrica";
stringEquacaoParametrica.text = vetorDirecaoReta.EquacaoSimetrica(ObjsPontoReta[1]);
break;
}
}
}
