Mastering tools and systems and methods for forming a plurality of cells on the mastering tools

1. A system for forming a plurality of cells on a mastering tool, comprising:

a laser configured to emit a first laser light pulse having a first power level;

a controller operably communicating with the laser configured to generate a first signal having an amplitude that is based on a first amplitude value, the first amplitude value being one of a plurality of amplitude values associated with a first predetermined distribution of position error distances for cells on the mastering tool within a range of position error distances;

a light position shifting device operably coupled to a first device, the first device configured to adjust an operational parameter of the light position shifting device in response to the first signal;

the controller further configured to generate a second signal having an amplitude that is based on a second amplitude value, the second amplitude value being one of a plurality of amplitude values associated with a second predetermined distribution of cell opening sizes within a range of cell opening sizes for the mastering tool;

the light attenuating device configured to attenuate the first laser light pulse to a second power level in response to the second signal;

the light position shifting device configured to direct the attenuated first laser light pulse such that the first laser light pulse forms a first cell having a first cell opening size at a first location on the mastering tool, after the operational parameter of the light position shifting device is adjusted in response to the first signal;

the laser further configured to emit a second laser light pulse having a third power level;

the controller further configured to generate a third signal having an amplitude that is based on a third amplitude value associated with the first predetermined distribution of position error distances for cells on the mastering tool;

the first device further configured to adjust the operational parameter of the light position shifting device in response to the third signal; and

the controller further configured to generate a fourth signal having an amplitude that is based on a fourth amplitude value associated with the second predetermined distribution of cell opening sizes;

the light attenuating device further configured to attenuate the second laser light pulse to a fourth power level in response to the fourth signal; and

the light position shifting device further configured to direct the attenuated second laser light pulse such that the second laser light pulse forms a second cell having a second cell opening size at a second location on the mastering tool, after the operational parameter of the light position shifting device is adjusted in response to the third signal.

2. The system of claim 1 , wherein:

the laser further configured to emit a third laser light pulse having a fifth power level;

the controller further configured to generate a fifth signal having an amplitude that is based on the first amplitude value associated with the first predetermined distribution of position error distances for cells on the mastering tool;

the first device further configured to adjust the operational parameter of the light position shifting device in response to the fifth signal;

the controller further configured to generate a sixth signal having an amplitude that is based on a fifth amplitude value associated with the second predetermined distribution of cell opening sizes;

the light attenuating device further configured to attenuate the third laser light pulse to a sixth power level in response to the sixth signal; and

the light position shifting device further configured to direct the attenuated third laser light pulse such that the third laser light pulse further forms the first cell after the operational parameter of the light position shifting device is adjusted in response to the fifth signal.