public static bool CanBeLerped(AvailableMemberTypes type)
{
switch (type)
{
case AvailableMemberTypes.Boolean:
return(false);
default:
return(true);
}
}
public static object GetObject(Type _type, string str)
{
try
{
Type type = _type;
if (!GetInstance().typesDictionary.ContainsKey(type))
{
return(new object());
}
AvailableMemberTypes memberType = GetInstance().typesDictionary[type];
switch (memberType)
{
case AvailableMemberTypes.Vector2:
return(ConvertStringToVector2(str));
case AvailableMemberTypes.Vector3:
return(ConvertStringToVector3(str));
case AvailableMemberTypes.Vector4:
return(ConvertStringToVector4(str));
case AvailableMemberTypes.String:
return(str);
case AvailableMemberTypes.Integer:
return(int.Parse(str));
case AvailableMemberTypes.Float:
return(float.Parse(str));
case AvailableMemberTypes.Boolean:
{
bool tryparse = false;
bool.TryParse(str, out tryparse);
return(tryparse);
}
case AvailableMemberTypes.Color:
return(ConvertStringToColor(str));
default:
return(new object());
}
}
catch
{
return(new object());
}
}
public static T GetObject <T>(string str)
{
Type type = typeof(T);
if (!GetInstance().typesDictionary.ContainsKey(type))
{
return((T) new object());
}
AvailableMemberTypes memberType = GetInstance().typesDictionary[type];
switch (memberType)
{
case AvailableMemberTypes.Vector2:
return((T)Convert.ChangeType(ConvertStringToVector2(str), type));
case AvailableMemberTypes.Vector3:
return((T)Convert.ChangeType(ConvertStringToVector3(str), type));
case AvailableMemberTypes.Vector4:
return((T)Convert.ChangeType(ConvertStringToVector4(str), type));
case AvailableMemberTypes.String:
return((T)Convert.ChangeType(str, type));
case AvailableMemberTypes.Integer:
return((T)Convert.ChangeType(int.Parse(str), type));
case AvailableMemberTypes.Float:
return((T)Convert.ChangeType(float.Parse(str), type));
case AvailableMemberTypes.Boolean:
{
bool tryparse = false;
bool.TryParse(str, out tryparse);
return((T)Convert.ChangeType(tryparse, type));
}
case AvailableMemberTypes.Color:
return((T)Convert.ChangeType(ConvertStringToColor(str), type));
default:
return((T)Convert.ChangeType(new object(), type));
}
}
public static object GetObject_Runtime(AvailableMemberTypes _type, string str)
{
try
{
AvailableMemberTypes memberType = _type;
switch (memberType)
{
case AvailableMemberTypes.Vector2:
return(ConvertStringToVector2(str));
case AvailableMemberTypes.Vector3:
return(ConvertStringToVector3(str));
case AvailableMemberTypes.Vector4:
return(ConvertStringToVector4(str));
case AvailableMemberTypes.String:
return(str);
case AvailableMemberTypes.Integer:
return(int.Parse(str));
case AvailableMemberTypes.Float:
return(float.Parse(str));
case AvailableMemberTypes.Boolean:
{
bool tryparse = false;
bool.TryParse(str, out tryparse);
return(tryparse);
}
case AvailableMemberTypes.Color:
return(ConvertStringToColor(str));
default:
return(new object());
}
}
catch
{
return(new object());
}
}
public static object GetLerpedValue(string currentValueString, string finalValueString, AvailableMemberTypes memberType, float lerpedTime)
{
switch (memberType)
{
case AvailableMemberTypes.Color:
{
Color final = new Color();
Color currentValueColor = GetObject <Color>(currentValueString);
Color finalValueColor = GetObject <Color>(finalValueString);
final = Color.Lerp(currentValueColor, finalValueColor, lerpedTime);
return(final);
}
case AvailableMemberTypes.Float:
{
float final = 0;
float currentValueFloat = float.Parse(currentValueString);
float finalValueFloat = float.Parse(finalValueString);
final = Mathf.Lerp(currentValueFloat, finalValueFloat, lerpedTime);
return(final);
}
case AvailableMemberTypes.Vector2:
{
Vector2 final = new Vector2();
Vector2 currentValueVector2 = GetObject <Vector2>(currentValueString);
Vector2 finalValueVector2 = GetObject <Vector2>(finalValueString);
final = Vector2.Lerp(currentValueVector2, finalValueVector2, lerpedTime);
return(final);
}
case AvailableMemberTypes.Vector3:
{
Vector3 final = new Vector3();
Vector3 currentValueVector3 = GetObject <Vector3>(currentValueString);
Vector3 finalValueVector3 = GetObject <Vector3>(finalValueString);
final = Vector3.Lerp(currentValueVector3, finalValueVector3, lerpedTime);
return(final);
}
case AvailableMemberTypes.Vector4:
{
Vector4 final = new Vector4();
Vector4 currentValueVector4 = GetObject <Vector4>(currentValueString);
Vector4 finalValueVector4 = GetObject <Vector4>(finalValueString);
final = Vector4.Lerp(currentValueVector4, finalValueVector4, lerpedTime);
return(final);
}
case AvailableMemberTypes.Integer:
{
int final = 0;
float currentInt = GetObject <int>(currentValueString);
float finalInt = GetObject <int>(finalValueString);
final = Mathf.RoundToInt(Mathf.Lerp(currentInt, finalInt, lerpedTime));
return(final);
}
case AvailableMemberTypes.String:
{
int maxIndexFromLerp = Mathf.RoundToInt(finalValueString.Length * lerpedTime);
return(finalValueString.Substring(0, maxIndexFromLerp));
}
default:
return(new object());
}
}
public static object GetLerpedValue_Runtime(object currentValue, object finalValue, AvailableMemberTypes memberType, float lerpedTime)
{
try
{
switch (memberType)
{
case AvailableMemberTypes.Color:
{
Color final = new Color();
Color currentValueColor = (Color)currentValue;
Color finalValueColor = (Color)finalValue;
final = Color.Lerp(currentValueColor, finalValueColor, lerpedTime);
return(final);
}
case AvailableMemberTypes.Float:
{
float final = 0;
float currentValueFloat = (float)currentValue;
float finalValueFloat = (float)finalValue;
final = Mathf.Lerp(currentValueFloat, finalValueFloat, lerpedTime);
return(final);
}
case AvailableMemberTypes.Vector2:
{
Vector2 final = new Vector2();
Vector2 currentValueVector2 = (Vector2)currentValue;
Vector2 finalValueVector2 = (Vector2)finalValue;
final = Vector2.Lerp(currentValueVector2, finalValueVector2, lerpedTime);
return(final);
}
case AvailableMemberTypes.Vector3:
{
Vector3 final = new Vector3();
Vector3 currentValueVector3 = (Vector3)currentValue;
Vector3 finalValueVector3 = (Vector3)finalValue;
final = Vector3.Lerp(currentValueVector3, finalValueVector3, lerpedTime);
return(final);
}
case AvailableMemberTypes.Vector4:
{
Vector4 final = new Vector4();
Vector4 currentValueVector4 = (Vector4)currentValue;
Vector4 finalValueVector4 = (Vector4)finalValue;
final = Vector4.Lerp(currentValueVector4, finalValueVector4, lerpedTime);
return(final);
}
case AvailableMemberTypes.Integer:
{
int final = 0;
float currentInt = (int)currentValue;
float finalInt = (int)finalValue;
final = Mathf.RoundToInt(Mathf.Lerp(currentInt, finalInt, lerpedTime));
return(final);
}
case AvailableMemberTypes.String:
{
string finalValueString = (string)finalValue;
int maxIndexFromLerp = Mathf.RoundToInt(finalValueString.Length * lerpedTime);
return(finalValueString.Substring(0, maxIndexFromLerp));
}
default:
return(new object());
}
}
catch
{
return(new object());
}
}