A three-dimensional fabricating apparatus comprising: a supply unit configured to supply powder; a flattening unit configured to flatten a surface of the supplied powder and form a powder layer; a discharge unit, wherein the discharge unit includes a carriage; a controller, wherein the discharge unit is configured to discharge a first fabrication liquid solidifying the powder and a second fabrication liquid not solidifying the powder onto a surface of the powder layer; and the controller is configured to cause the discharge unit to discharge the first fabrication liquid and the second fabrication liquid in accordance with a discharge pattern in which the second fabrication liquid is discharged to a region adjacent to at least some of a plurality of regions in which the first fabrication liquid is discharged, characterized in that the discharge pattern is at least one of a pattern in which the first fabrication liquid is dispersed and discharged and a pattern in which the first fabrication liquid is discharged such that resolution is higher than resolution of the discharge unit, wherein the discharge pattern includes a pattern in which in a part of a boundary portion between the first fabrication liquid and the second fabrication liquid, the first fabrication liquid is discharged one scan earlier than the second fabrication liquid, or the second fabrication liquid is discharged one scan earlier than the first fabrication liquid, wherein the first fabrication liquid and the second fabrication liquid adjacent to each other in the carriage moving direction X are discharged in the same scan, and wherein the first fabrication liquid and the second fabrication liquid adjacent to each other in a direction Y in which the carriage is slewed are discharged in two scans performed before and after from each other. a supply unit configured to supply powder; a flattening unit configured to flatten a surface of the supplied powder and form a powder layer; a discharge unit, wherein the discharge unit includes a carriage; a controller, wherein the discharge unit is configured to discharge a first fabrication liquid solidifying the powder and a second fabrication liquid not solidifying the powder onto a surface of the powder layer; and the controller is configured to cause the discharge unit to discharge the first fabrication liquid and the second fabrication liquid in accordance with a discharge pattern in which the second fabrication liquid is discharged to a region adjacent to at least some of a plurality of regions in which the first fabrication liquid is discharged, characterized in that the discharge pattern is at least one of a pattern in which the first fabrication liquid is dispersed and discharged and a pattern in which the first fabrication liquid is discharged such that resolution is higher than resolution of the discharge unit, wherein the discharge pattern includes a pattern in which in a part of a boundary portion between the first fabrication liquid and the second fabrication liquid, the first fabrication liquid is discharged one scan earlier than the second fabrication liquid, or the second fabrication liquid is discharged one scan earlier than the first fabrication liquid, wherein the first fabrication liquid and the second fabrication liquid adjacent to each other in the carriage moving direction X are discharged in the same scan, and wherein the first fabrication liquid and the second fabrication liquid adjacent to each other in a direction Y in which the carriage is slewed are discharged in two scans performed before and after from each other.