Electronic traort properties, such as electrical conductivity, Hall and thermoelectric effect are important is uses in material design and applications. The Hall effect is used to measure magnetoresistivity (resistivity of materials in the presence of magnetic fields ) and to investigate the type of the charge carriers. In order to calculate electronic traort properties a convenient method should be used to describe the electron behaviour in a crystal. The Localized representation of wave function in real space in which electrons are described by wave packets allow us to study electron motion when different fields are applied. While extended Bloch functions are suitable for description of the electron behaviour in reciprocal space including electron bandstructure and Fermi surface . Maximally Localized Wannier functions (MLWF’S) are obtained via Fourier transformation of the rotated Bloch Functions and assumed as ideal wave packets to be used in semi Key Words MLWF’S, Pb, Li, Cu, Au, Ag, Pd, Al, Wave packet, Hallcoefficient
