jplephem/daf.py
def read_array(self, start, end):
        """Return floats from `start` to `end` inclusive, indexed from 1.

        The entire range of floats is immediately read into memory from
        the file, making this efficient for small sequences of floats
        whose values are all needed immediately.

        """
        f = self.file
        f.seek(8 * (start - 1))
        length = 1 + end - start
        data = f.read(8 * length)
        return ndarray(length, self.endian + 'd', data)
def read_array(self, start, end):
        """Return floats from `start` to `end` inclusive, indexed from 1.

        The entire range of floats is immediately read into memory from
        the file, making this efficient for small sequences of floats
        whose values are all needed immediately.

        """
        f = self.file
        f.seek(8 * (start - 1))
        length = 1 + end - start
        data = f.read(8 * length)
        return ndarray(length, self.endian + 'd', data)
def read_array ( self , start , end ) : f = self . file f . seek ( 8 * ( start - 1 ) ) length = 1 + end - start data = f . read ( 8 * length ) return ndarray ( length , self . endian + 'd' , data )
Return floats from `start` to `end` inclusive, indexed from 1.

        The entire range of floats is immediately read into memory from
        the file, making this efficient for small sequences of floats
        whose values are all needed immediately.
Return floats from start to end inclusive indexed from 1 .