A patient treatment system, comprising: an implantable signal generator; a first elongated signal delivery lead (111 a) couplable to the implantable signal generator and positionable proximate to a patient's spinal cord at a first positional relationship with a vertebra of the patient; a second elongated signal delivery lead (111 b) couplable to the implantable signal generator and positionable proximate to the patient's spinal cord at a second positional relationship with the vertebra; a programmer in wireless communication with the implantable signal generator, the programmer having a computer-readable medium with instructions that, when executed: receive a first input indicating a location of the first lead; receive a second input indicating a location of the second lead; establish the first positional relationship between the first lead and the vertebra; establish the second positional relationship between the second lead and the vertebra; receive a third input identifying a medical indication of the patient; and based on (a) the first positional relationship, (b) the second positional relationship, and (c) the medical indication, automatically identify at least one electrode, carried by at least one of the first or second lead, and deliver a pulsed electrical signal to the patient's spinal cord via the at least one electrode. an implantable signal generator; a first elongated signal delivery lead (111 a) couplable to the implantable signal generator and positionable proximate to a patient's spinal cord at a first positional relationship with a vertebra of the patient; a second elongated signal delivery lead (111 b) couplable to the implantable signal generator and positionable proximate to the patient's spinal cord at a second positional relationship with the vertebra; a programmer in wireless communication with the implantable signal generator, the programmer having a computer-readable medium with instructions that, when executed: receive a first input indicating a location of the first lead; receive a second input indicating a location of the second lead; establish the first positional relationship between the first lead and the vertebra; establish the second positional relationship between the second lead and the vertebra; receive a third input identifying a medical indication of the patient; and based on (a) the first positional relationship, (b) the second positional relationship, and (c) the medical indication, automatically identify at least one electrode, carried by at least one of the first or second lead, and deliver a pulsed electrical signal to the patient's spinal cord via the at least one electrode. receive a first input indicating a location of the first lead; receive a second input indicating a location of the second lead; establish the first positional relationship between the first lead and the vertebra; establish the second positional relationship between the second lead and the vertebra; receive a third input identifying a medical indication of the patient; and based on (a) the first positional relationship, (b) the second positional relationship, and (c) the medical indication, automatically identify at least one electrode, carried by at least one of the first or second lead, and deliver a pulsed electrical signal to the patient's spinal cord via the at least one electrode.