All Tables

Table 1: Journal of the photometric observations.
Table 2: Number and type of variables identified in the two fields.
Table 3: Coordinates and magnitudes of the comparison stars.
Table 4: V,B,I photometry of the variable stars.
Table 5: Informations and average quantities for the variable stars in field A.
Table 7: Characteristcs of the 5 variables above the HB.
Table 8: Blend of an ab-type RR Lyrae and a clump star in field A.
Table 9: Counteridentification between MACHO and us for the variable stars in common in field A and B, separately.
Table 10: Comparison with MACHO photometry for the variable stars in common: Kovács subsample.
Table 11: Comparison with MACHO photometry for the variable stars in common: Alves subsample.
Table 12: Comparison with MACHO photometry for the non-variable stars with V < 18.25, from Alves subsample.
Table 13: Comparison with MACHO photometry for the non-variable stars with 18.25<V<21, from Alves subsample.
Table 14: Variable stars inside the area in common with OGLE II field LMC_SC21.
Table 15: Comparison of our and OGLE II photometry for the non variable stars in common. $\langle \Delta V\rangle$ , $\langle \Delta B\rangle$ , $\langle \Delta I\rangle$ are: this paper - OGLE II.
Table 16: Fourier parameters of the light curves and corresponding estimate of the star metallicity, absolute magnitude, intrinsic (B-V)₀ colour, and effective temperature.
Table 17: Metallicities, absolute magnitudes, (B-V)₀ colours, and effective temperatures from the Fourier parameters of the light curves for the subset of 29 RRab stars.
Table 6: Informations and average quantities for the variable stars in field B.
Full version
Table 5: Informations and average quantities for the variable stars in field A.
Table 9: Counteridentification between MACHO and us for the variable stars in common in field A and B, separately.
Table 14: Variable stars inside the area in common with OGLE II field LMC_SC21.
Table 16: Fourier parameters of the light curves and corresponding estimate of the star metallicity, absolute magnitude, intrinsic (B-V)₀ colour, and effective temperature.