public void ChangeWords(string words)
{
TextSize = words.Length;
DeleteWords();
foreach (char letter in words)
{
if ((int)letter > 64 && (int)letter < 91 || (int)letter == 95)
{
int letval = (int)letter - 65;
if ((int)letter == 95)
{
letval = 26;
}
if (letval > -1 && letval < 27)
{
AModel letterE = InitiateLetter(letval);
letterE.Scale = Scale;
}
}
if ((int)letter == 32)
{
WordModels.Add(new AModel(Game));
}
}
ChangePosition();
ChangeRotation();
}
AModel InitiateLetter(int letter)
{
AModel letterModel = new AModel(Game);
letterModel.SetModel(WordXNAModels[letter]);
letterModel.Moveable = false;
letterModel.ModelScale = new Vector3(Scale);
WordModels.Add(letterModel);
return(WordModels.Last());
}
AModel InitiateNumber(int number)
{
AModel digit = new AModel(Game);
if (number < 0)
{
number = 0;
}
digit.SetModel(NumberXNAModels[number]);
digit.Moveable = false;
digit.ModelScale = new Vector3(Scale);
NumberModels.Add(digit);
return(NumberModels.Last());
}
public void ChangeNumber(int number)
{
int numberIn = number;
ClearNumbers();
do
{
//Make digit the modulus of 10 from number.
int digit = numberIn % 10;
//This sends a digit to the draw function with the location and size.
AModel numberE = InitiateNumber(digit);
numberE.Scale = Scale;
// Dividing the int by 10, we discard the digit that was derived from the modulus operation.
numberIn /= 10;
// Move the location for the next digit location to the left. We start on the right hand side
// with the lowest digit.
} while (numberIn > 0);
ChangePosition();
}
public override void Initialize()
{
float spinSpeed = 7.5f;
for (int i = 0; i < Stars.Length; i++)
{
Stars[i] = new Engine.AModel(Game);
}
for (int i = 0; i < StarsBack.Length; i++)
{
StarsBack[i] = new Engine.AModel(Game);
}
for (int i = 0; i < Stars.Length; i++)
{
Stars[i].Position = new Vector3(Services.RandomMinMax(-6000, 6000), Services.RandomMinMax(-4000, 4000), -200);
Stars[i].RotationVelocity = new Vector3(Services.RandomMinMax(-spinSpeed, spinSpeed),
Services.RandomMinMax(-spinSpeed, spinSpeed), Services.RandomMinMax(-spinSpeed, spinSpeed));
Stars[i].Scale = 0.5f;
}
for (int i = 0; i < StarsBack.Length; i++)
{
StarsBack[i].Position = new Vector3(Services.RandomMinMax(-600, 600), Services.RandomMinMax(-450, 450), -900);
StarsBack[i].RotationVelocity = new Vector3(Services.RandomMinMax(-spinSpeed, spinSpeed),
Services.RandomMinMax(-spinSpeed, spinSpeed), Services.RandomMinMax(-spinSpeed, spinSpeed));
StarsBack[i].Scale = Services.RandomMinMax(0.5f, 1);
StarsBack[i].DefuseColor = new Vector3(Services.RandomMinMax(0.05f, 2), Services.RandomMinMax(0, 0.2f),
Services.RandomMinMax(0.1f, 3));
StarsOrg[i] = StarsBack[i].Position;
}
base.Initialize();
Services.AddBeginable(this);
Services.AddLoadable(this);
}
void RemoveNumber(AModel numberE)
{
NumberModels.Remove(numberE);
}
