A liquid droplet discharging control device which is configured to cause a liquid droplet discharging apparatus including a head (11; 12), in which a plurality of nozzles are arranged in a predetermined direction, to perform printing and which is capable of executing a nearby compensation process in which, on the basis of a dot omission position, being a position on a raster corresponding to a nozzle for ejecting black ink that does not form a dot, a nearby nozzle forms a black dot, by ejecting black ink, at a position in the vicinity of the dot omission position, said position in the vicinity of the dot omission position being a position on a raster which is adjacent to the dot omission position, and of executing a composite compensation process in which dots of a plurality of different colors are overlap-printed on a predetermined dot position, wherein the predetermined dot position includes the predetermined dot position being the dot omission position or being a position in the vicinity of the dot omission position, said position in the vicinity of the dot omission position being a position on a raster which is adjacent to the dot omission position, the device comprising: a parameter acquiring unit which is configured to acquire parameters corresponding to the degree of liquid spreading toward a periphery after adhesion of a liquid droplet to a medium; and a compensation switching unit which is configured to switch, on the basis of the parameters, between execution of the nearby compensation process, execution of the composite compensation process and execution of a combination of the nearby compensation process and the composite compensation process, wherein the parameter acquiring unit includes a color patch printing unit that is caused to print a plurality of color patches, which have been subject to different compensation processes with respect to the dot omission position, and a patch specifying unit that is caused to receive a user operation of selecting any one of the color patches, wherein each color patch of said plurality of color patches printed by the color patch printing unit has been subject to said nearby compensation process applied to said position in the vicinity of said dot omission position and/or said composite compensation process applied to said dot omission position and/or said position in the vicinity of said dot omission position, wherein at each dot position which has been subject to one of said nearby compensation process and said composite compensation process, either said nearby compensation process or said composite compensation process is applied, wherein, in a color patch of the plurality of color patches, with respect to the dot omission position, the nearby compensation process in which a dot is formed on one dot position adjacent to the dot omission position is executed and the composite compensation process in which the dots of the plurality of different colors are overlap-printed on the other dot position adjacent to the dot omission position is executed, and wherein the parameter acquiring unit is configured to acquire the parameters corresponding to the color patch specified by the patch specifying unit. a parameter acquiring unit which is configured to acquire parameters corresponding to the degree of liquid spreading toward a periphery after adhesion of a liquid droplet to a medium; and a compensation switching unit which is configured to switch, on the basis of the parameters, between execution of the nearby compensation process, execution of the composite compensation process and execution of a combination of the nearby compensation process and the composite compensation process, wherein the parameter acquiring unit includes a color patch printing unit that is caused to print a plurality of color patches, which have been subject to different compensation processes with respect to the dot omission position, and a patch specifying unit that is caused to receive a user operation of selecting any one of the color patches, a color patch printing unit that is caused to print a plurality of color patches, which have been subject to different compensation processes with respect to the dot omission position, and a patch specifying unit that is caused to receive a user operation of selecting any one of the color patches, wherein each color patch of said plurality of color patches printed by the color patch printing unit has been subject to said nearby compensation process applied to said position in the vicinity of said dot omission position and/or said composite compensation process applied to said dot omission position and/or said position in the vicinity of said dot omission position, wherein at each dot position which has been subject to one of said nearby compensation process and said composite compensation process, either said nearby compensation process or said composite compensation process is applied, wherein, in a color patch of the plurality of color patches, with respect to the dot omission position, the nearby compensation process in which a dot is formed on one dot position adjacent to the dot omission position is executed and the composite compensation process in which the dots of the plurality of different colors are overlap-printed on the other dot position adjacent to the dot omission position is executed, and wherein the parameter acquiring unit is configured to acquire the parameters corresponding to the color patch specified by the patch specifying unit.