A dot recording apparatus comprising: a main scan driving mechanism (70, 71, 73) configured to execute a main scan pass, which records dots on a medium while relatively moving a head having a plurality of nozzles, and the medium in a main scanning direction; and a sub-scan driving mechanism (74, 75) configured to execute a sub-scanning, which relatively moves the medium and the head in a sub-scanning direction, which intersects the main scanning direction, wherein recording of dots is executed in a common region of the medium using a plurality of main scan passes, and wherein, in the respective plurality of main scan passes, there are executed a first recording method, which records dots in a pattern comprising a plurality of supercells (H1, H2), each of the supercells being a mass of dot groups in which at least a portion of a boundary line of the supercell is not parallel to either the main scanning direction or the sub-scanning direction, the boundary line being a line of dots forming an edge of the supercell, and characterized by a second recording method, which records dots in a pattern that does not include a supercell having a size that is greater than or equal to a size of a supercell formed in the first recording method, at positions in the main scanning direction that differ from positions in the main scanning direction at which the first recording method is executed, and wherein recording is performed so that the amount of the second recording method is larger than the amount of the first recording method when the head is positioned at a center position in the main scanning direction. a main scan driving mechanism (70, 71, 73) configured to execute a main scan pass, which records dots on a medium while relatively moving a head having a plurality of nozzles, and the medium in a main scanning direction; and a sub-scan driving mechanism (74, 75) configured to execute a sub-scanning, which relatively moves the medium and the head in a sub-scanning direction, which intersects the main scanning direction, wherein recording of dots is executed in a common region of the medium using a plurality of main scan passes, and wherein, in the respective plurality of main scan passes, there are executed a first recording method, which records dots in a pattern comprising a plurality of supercells (H1, H2), each of the supercells being a mass of dot groups in which at least a portion of a boundary line of the supercell is not parallel to either the main scanning direction or the sub-scanning direction, the boundary line being a line of dots forming an edge of the supercell, and characterized by a second recording method, which records dots in a pattern that does not include a supercell having a size that is greater than or equal to a size of a supercell formed in the first recording method, at positions in the main scanning direction that differ from positions in the main scanning direction at which the first recording method is executed, and wherein recording is performed so that the amount of the second recording method is larger than the amount of the first recording method when the head is positioned at a center position in the main scanning direction.