1. A method of conveying a first and a second chorded input, the first chorded input comprising a first set of multiple actions to be undertaken simultaneously and the second chorded input comprising a second set of multiple actions to be undertaken simultaneously, the method comprising: generating, by a processor in electrical communication with a plurality of actuators and an output device, a first stimulation sequence, the first stimulation sequence comprising instructions for sequentially activating, with a predetermined temporal offset between sequential activations, a first plurality of the plurality of actuators in a first sequential order, the predetermined temporal offset being selected by the processor; according to the instructions of the first stimulation sequence, generating, by the processor, a first plurality of stimulation sequence signals configured to cause a first plurality of activations in which each of the first plurality of the plurality of actuators is activated in the first sequential order, wherein each of the first plurality of activations is a discrete stimulation event representing an action of the first set of multiple actions, the first plurality of activations conveying the first chorded input by sequentially representing each action of the first set of multiple actions to be undertaken simultaneously; responsive to the first plurality of the plurality of actuators activating in the first sequential order, generating, by the processor, an output signal to cause a perceptible indication by the output device; generating, by the processor, a second stimulation sequence, the second stimulation sequence comprising instructions for activating a second plurality of the plurality of actuators in a second sequential order; and according to the instructions of the second stimulation sequence, generating, by the processor, a second plurality of stimulation sequence signals configured to cause a second plurality of activations in which each of a second plurality of the plurality of actuators is activated in the second sequential order, wherein each of the second plurality of activations is a discrete stimulation event representing an action of the second set of multiple actions, the second plurality of activations conveying the second chorded input by sequentially representing each action of the second set of multiple actions to be undertaken simultaneously.