A method of configuring an additive fabrication device (100; 200) to fabricate an object, the additive fabrication device (100; 200) configured to form solid material by directing at least one source of actinic radiation onto a liquid photopolymer, the method comprising: identifying, based on a three-dimensional model of the object, at least a first region of the object expected to be visible upon fabrication of the object by the additive fabrication device (100; 200); generating, based on the three-dimensional model of the object for at least one cross-section of the object that intersects the first region, a path over which the at least one source of actinic radiation is to be directed to form the at least one cross-section of the object, wherein the at least one cross-section of the object includes at least one area where the liquid photopolymer is not to be cured and at least one area where the liquid photopolymer is to be cured, and wherein the path includes: a first portion corresponding to the at least one area where the liquid photopolymer is to be cured over which the at least one source of actinic radiation is to be activated; and a second portion corresponding to the at least one area where the liquid photopolymer is not to be cured over which the at least one source of actinic radiation is to be deactivated, wherein the second portion of the path is generated based on the identified first region of the object; and generating, using at least one processor, instructions that, when executed by the additive fabrication device (100; 200), cause the additive fabrication device (100; 200) to fabricate the object at least in part by directing the least one source of actinic radiation over the generated path and activating and deactivating the at least one source of actinic radiation over the generated path according to the first portion and second portion of the path, characterized in that the second portion of the path is generated based on time-dependent and material-dependent cure artifacts expected to be produced if the generated path did not include the second portion of the path. identifying, based on a three-dimensional model of the object, at least a first region of the object expected to be visible upon fabrication of the object by the additive fabrication device (100; 200); generating, based on the three-dimensional model of the object for at least one cross-section of the object that intersects the first region, a path over which the at least one source of actinic radiation is to be directed to form the at least one cross-section of the object, wherein the at least one cross-section of the object includes at least one area where the liquid photopolymer is not to be cured and at least one area where the liquid photopolymer is to be cured, and wherein the path includes: a first portion corresponding to the at least one area where the liquid photopolymer is to be cured over which the at least one source of actinic radiation is to be activated; and a second portion corresponding to the at least one area where the liquid photopolymer is not to be cured over which the at least one source of actinic radiation is to be deactivated, wherein the second portion of the path is generated based on the identified first region of the object; and a first portion corresponding to the at least one area where the liquid photopolymer is to be cured over which the at least one source of actinic radiation is to be activated; and a second portion corresponding to the at least one area where the liquid photopolymer is not to be cured over which the at least one source of actinic radiation is to be deactivated, wherein the second portion of the path is generated based on the identified first region of the object; and generating, using at least one processor, instructions that, when executed by the additive fabrication device (100; 200), cause the additive fabrication device (100; 200) to fabricate the object at least in part by directing the least one source of actinic radiation over the generated path and activating and deactivating the at least one source of actinic radiation over the generated path according to the first portion and second portion of the path, characterized in that the second portion of the path is generated based on time-dependent and material-dependent cure artifacts expected to be produced if the generated path did not include the second portion of the path.