A computer-implemented method of drilling a wellbore using a wellbore path in an earth model, the method comprising: receiving, from an electronic drilling recorder, abbreviated as EDR, coupled to a bottom hole assembly of a drilling rig, said bottom hole assembly being abbreviated as BHA, a set of BHA data, and a set of operating parameters data; receiving a set of rock formation data; generating, by a computer system, a representation of a wellbore path in a first section of the earth model, by assessing the set of BHA data, the set of operating parameters data, the set of rock formation data, and a first set of parameters, wherein the first set of parameters quantify: bit steerability, wherein bit steerability comprises a ratio of lateral drillability versus axial drillability of a drill bit, wherein lateral drillability comprises lateral displacement of the drill bit per bit revolution versus side force and axial drillability comprises axial penetration per bit revolution versus weight on bit, abbreviated as WOB; bit walk angle, wherein the bit walk angle comprises an angle measured in a plane perpendicular to the drill bit axis, between the direction of the side force applied to the drill bit and that of the lateral displacement of the drill bit; coefficient of friction, wherein the coefficient of friction represents the ratio between a force necessary to move a tubular or downhole tools through a borehole and a pressure between the surfaces of the tubular or downhole tools and the borehole; and overgauge borehole information, wherein the overgauge borehole information relates to a resulting borehole size being higher than a nominal size of the drill bit; modifying, by the computer system and based on data received from a survey corresponding to the first section of the earth model, the first set of parameters to generate a second set of parameters; and generating, by the computer system, a future wellbore path in a second section of the earth model by applying the second set of parameters. receiving, from an electronic drilling recorder, abbreviated as EDR, coupled to a bottom hole assembly of a drilling rig, said bottom hole assembly being abbreviated as BHA, a set of BHA data, and a set of operating parameters data; receiving a set of rock formation data; generating, by a computer system, a representation of a wellbore path in a first section of the earth model, by assessing the set of BHA data, the set of operating parameters data, the set of rock formation data, and a first set of parameters, wherein the first set of parameters quantify: bit steerability, wherein bit steerability comprises a ratio of lateral drillability versus axial drillability of a drill bit, wherein lateral drillability comprises lateral displacement of the drill bit per bit revolution versus side force and axial drillability comprises axial penetration per bit revolution versus weight on bit, abbreviated as WOB; bit walk angle, wherein the bit walk angle comprises an angle measured in a plane perpendicular to the drill bit axis, between the direction of the side force applied to the drill bit and that of the lateral displacement of the drill bit; coefficient of friction, wherein the coefficient of friction represents the ratio between a force necessary to move a tubular or downhole tools through a borehole and a pressure between the surfaces of the tubular or downhole tools and the borehole; and overgauge borehole information, wherein the overgauge borehole information relates to a resulting borehole size being higher than a nominal size of the drill bit; bit steerability, wherein bit steerability comprises a ratio of lateral drillability versus axial drillability of a drill bit, wherein lateral drillability comprises lateral displacement of the drill bit per bit revolution versus side force and axial drillability comprises axial penetration per bit revolution versus weight on bit, abbreviated as WOB; bit walk angle, wherein the bit walk angle comprises an angle measured in a plane perpendicular to the drill bit axis, between the direction of the side force applied to the drill bit and that of the lateral displacement of the drill bit; coefficient of friction, wherein the coefficient of friction represents the ratio between a force necessary to move a tubular or downhole tools through a borehole and a pressure between the surfaces of the tubular or downhole tools and the borehole; and overgauge borehole information, wherein the overgauge borehole information relates to a resulting borehole size being higher than a nominal size of the drill bit; modifying, by the computer system and based on data received from a survey corresponding to the first section of the earth model, the first set of parameters to generate a second set of parameters; and generating, by the computer system, a future wellbore path in a second section of the earth model by applying the second set of parameters.