internal void UpdateVectorElement( VectorValueRec Rec )
{
try
{
for( int Count = 0; Count < VectorValuesArrayLast; Count++ )
{
if( Rec.Prime == VectorValuesArray[Count].Prime )
{
VectorValuesArray[Count] = Rec;
return;
}
}
VectorValuesArray[VectorValuesArrayLast] = Rec;
VectorValuesArrayLast++;
if( VectorValuesArrayLast >= VectorValuesArray.Length )
Array.Resize( ref VectorValuesArray, VectorValuesArray.Length + IncreaseArraySizeBy );
}
catch( Exception Except )
{
throw( new Exception( "Exception in ExponentVectorNumber.UpdateVectorElement(): " + Except.Message ));
}
}
internal void SetFromDelimString( string InString )
{
try
{
SetToZero();
string[] SplitS = InString.Split( new Char[] { ':' } );
for( int Count = 0; Count < SplitS.Length; Count++ )
{
string[] SplitVal = SplitS[Count].Split( new Char[] { ';' } );
if( SplitVal.Length < 2 )
break;
VectorValueRec Rec = new VectorValueRec();
Rec.Prime = (uint)Int32.Parse( SplitVal[0] );
Rec.Exponent = (uint)Int32.Parse( SplitVal[1] );
VectorValuesArray[VectorValuesArrayLast] = Rec;
VectorValuesArrayLast++;
if( VectorValuesArrayLast >= VectorValuesArray.Length )
Array.Resize( ref VectorValuesArray, VectorValuesArray.Length + IncreaseArraySizeBy );
}
}
catch( Exception Except )
{
throw( new Exception( "Exception in ExponentVectorNumber.SetFromDelimString(): " + Except.Message ));
}
}
/*
internal void RemoveRecord( uint Prime )
{
int MoveTo = 0;
for( int Count = 0; Count < VectorValuesArrayLast; Count++ )
{
if( VectorValuesArray[Count].Prime != Prime )
{
VectorValuesArray[MoveTo] = VectorValuesArray[Count];
MoveTo++;
}
}
VectorValuesArrayLast = MoveTo;
// This is the same as dividing, so it would leave it
// at 1 if if divided out everything.
if( MoveTo == 0 )
SetToOne();
}
*/
internal VectorValueRec GetValueRecordAt( int Index )
{
if( Index >= VectorValuesArrayLast )
{
VectorValueRec Rec = new VectorValueRec();
return Rec; // With Prime set to zero.
}
return VectorValuesArray[Index];
}
/*
internal void AddOneVectorElement( uint Prime, uint ExpToAdd )
{
try
{
for( int Count = 0; Count < VectorValuesArrayLast; Count++ )
{
if( VectorValuesArray[Count].Prime == Prime )
{
VectorValuesArray[Count].Exponent += ExpToAdd;
return;
}
}
// If it wasn't found, make a new one.
VectorValueRec Rec = new VectorValueRec();
Rec.Prime = Prime;
Rec.Exponent = ExpToAdd;
VectorValuesArray[VectorValuesArrayLast] = Rec;
VectorValuesArrayLast++;
if( VectorValuesArrayLast >= VectorValuesArray.Length )
Array.Resize( ref VectorValuesArray, VectorValuesArray.Length + IncreaseArraySizeBy );
}
catch( Exception Except )
{
throw( new Exception( "Exception in ExponentVectorNumber.AddOneVectorElement(): " + Except.Message ));
}
}
*/
internal VectorValueRec GetVectorElement( uint Prime )
{
for( int Count = 0; Count < VectorValuesArrayLast; Count++ )
{
if( Prime == VectorValuesArray[Count].Prime )
return VectorValuesArray[Count];
}
// Didn't find a match.
VectorValueRec Rec = new VectorValueRec();
Rec.Prime = Prime;
Rec.Exponent = 0;
return Rec;
}
internal void AddOneFastVectorElement( uint Prime )
{
try
{
VectorValueRec Rec = new VectorValueRec();
Rec.Prime = Prime;
Rec.Exponent = 1;
VectorValuesArray[VectorValuesArrayLast] = Rec;
VectorValuesArrayLast++;
if( VectorValuesArrayLast >= VectorValuesArray.Length )
Array.Resize( ref VectorValuesArray, VectorValuesArray.Length + IncreaseArraySizeBy );
}
catch( Exception Except )
{
throw( new Exception( "Exception in AddOneFastVectorElement(): " + Except.Message ));
}
}