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use this variable to manage tolerance of iterative linear system solver algorithm. If this value is too big, iterative algorithm will make low number of iterations. It leads to rought result. - Examples:
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area.tcl, area_completer.tcl, area_ineq.tcl, area_mean.tcl, area_surf.tcl, area_surf_ineq.tcl, area_wmean.tcl, canyon_map.tcl, canyon_trend.tcl, contour.tcl, contour_ineq.tcl, curve.tcl, curve_ineq.tcl, curve_surf.tcl, curve_surf_ineq.tcl, dem.tcl, dem_add.tcl, fault.tcl, fault_aniso.tcl, fault_approx.tcl, flow_area.tcl, flow_cntr.tcl, flow_curve.tcl, flow_points.tcl, flow_points2.tcl, ineq.tcl, map_hor_frac.tcl, map_ver_frac.tcl, mask.tcl, mask_add.tcl, mask_completer.tcl, mask_ineq.tcl, mask_mean.tcl, mask_surf.tcl, mask_surf_add.tcl, mask_surf_ineq.tcl, mask_wmean.tcl, mean.tcl, points.tcl, points_approx.tcl, points_exact.tcl, points_ineq.tcl, surface.tcl, surface_add.tcl, surface_ineq.tcl, trend.tcl, and wmean.tcl.
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