public final void readLEDoubles(double[] d, int n) throws IOException {
    """
	Reads <code>n</code> little-endian doubles from a random access file.
	<p/>
	<p> This method is provided for speed when accessing a number
	of consecutive values of the same type.
	
	@param d the buffer into which the doubles are read
	@param n number of little-endian doubles to read
    """
    int nLeft = n;
    int dCount = 0;
    int nToRead = kLongs;
    while (nLeft > 0) {
      if (nToRead > nLeft)
        nToRead = nLeft;
      readLELongs(longWorkSpace, nToRead);
      for (int i = 0; i < nToRead; i++) {
        d[dCount++] = Double.longBitsToDouble(longWorkSpace[i]);
      }
      nLeft -= nToRead;
    }
  }
public final void readLEDoubles(double[] d, int n) throws IOException {
    int nLeft = n;
    int dCount = 0;
    int nToRead = kLongs;
    while (nLeft > 0) {
      if (nToRead > nLeft)
        nToRead = nLeft;
      readLELongs(longWorkSpace, nToRead);
      for (int i = 0; i < nToRead; i++) {
        d[dCount++] = Double.longBitsToDouble(longWorkSpace[i]);
      }
      nLeft -= nToRead;
    }
  }
public final void readLEDoubles ( double [ ] d , int n ) throws IOException { int nLeft = n ; int dCount = 0 ; int nToRead = kLongs ; while ( nLeft > 0 ) { if ( nToRead > nLeft ) nToRead = nLeft ; readLELongs ( longWorkSpace , nToRead ) ; for ( int i = 0 ; i < nToRead ; i ++ ) { d [ dCount ++ ] = Double . longBitsToDouble ( longWorkSpace [ i ] ) ; } nLeft -= nToRead ; } }
Reads <code>n</code> little-endian doubles from a random access file.
<p/>
<p> This method is provided for speed when accessing a number
of consecutive values of the same type.

@param d the buffer into which the doubles are read
@param n number of little-endian doubles to read
Reads <code > n< / code > little - endian doubles from a random access file . <p / > <p > This method is provided for speed when accessing a number of consecutive values of the same type .