if ( oMinimum == null || oStep == null ) { return "0.00"; } final double dMinValue = asDouble( oMinimum ).doubleValue( ); final double dStep = asDouble( oStep ).doubleValue( );
	public final String getNumericPattern( )	{		if ( oMinimum == null || oStep == null )		{			return "0.00"; //$NON-NLS-1$		}		final double dMinValue = asDouble( oMinimum ).doubleValue( );		final double dStep = asDouble( oStep ).doubleValue( );		if ( ( iType & LOGARITHMIC ) == LOGARITHMIC )		{			final DecimalFormatSymbols dfs = new DecimalFormatSymbols( );			final String sMinimum = oMinimum.toString( );			final int iDecimalPosition = sMinimum.indexOf( dfs.getDecimalSeparator( ) );			if ( iDecimalPosition >= 0 )			{				int n = sMinimum.length( );				for ( int i = n - 1; i > 0; i-- )				{					if ( sMinimum.charAt( i ) == '0' )					{						n--;					}					else					{						break;					}				}				final int iMantissaCount = n - 1 - iDecimalPosition;				final StringBuffer sb = new StringBuffer( sNumericPattern );				sb.append( '.' );				for ( int i = 0; i < iMantissaCount; i++ )				{					sb.append( '0' );				}				return sb.toString( );			}			else			{				return sNumericPattern;			}		}		if ( dMinValue - (int) dMinValue == 0 // IF MANTISSA IS INSIGNIFICANT,				// SHOW LABELS AS INTEGERS				&& dStep - (int) dStep == 0 )		{			return sNumericPattern;		}		final DecimalFormatSymbols dfs = new DecimalFormatSymbols( );		final String sStep = oStep.toString( );		final int iDecimalPosition = sStep.indexOf( dfs.getDecimalSeparator( ) );		if ( iDecimalPosition >= 0 )		{			int n = sStep.length( );			for ( int i = n - 1; i > 0; i-- )			{				if ( sStep.charAt( i ) == '0' )				{					n--;				}				else				{					break;				}			}			final int iMantissaCount = n - 1 - iDecimalPosition;			final StringBuffer sb = new StringBuffer( sNumericPattern );			sb.append( '.' );			for ( int i = 0; i < iMantissaCount; i++ )			{				sb.append( '0' );			}			return sb.toString( );		}		else		{			return sNumericPattern;		}	}