Abstract: Provided is a program for a game for performing a battle by using a game-medium set selected from among two or more game-medium sets, the game-medium set being organized and stored before the start of the battle and including game media selected from among game media possessed by a user, the program causing a computer to execute steps: for storing, when a selection input for selecting a quick-execution game medium from among the game media included in the game-medium set is accepted, the selected game medium as a quick-execution game medium in the game-medium set; for displaying a quick-execution operation section in a battle screen when the battle is started by using the game-medium set; and for executing effect activation processing associated with the quick-execution game medium in the game-medium set, when a user operation with respect to the quick-execution operation section is accepted.

Abstract: An inkjet recording device is configured to cause a head control substrate to generate a first drive waveform signal and a second drive waveform signal. The first drive waveform signal is for applying, after 2 AL from finishing time of an ejection pulse P1 having a voltage V1 and a pulse width AL, a cancel pulse C1 having a voltage V3 (<V1) of the same polarity as the ejection pulse to a head. The second drive waveform signal is for applying, from finishing time of an ejection pulse P12 following an ejection pulse P11 each having a voltage V1 and a pulse width AL, a cancel pulse C11 having a voltage V2 (<V1) of the same polarity as the ejection pulses to the head.

Abstract: An inkjet recording device is configured to cause a head control substrate to generate a first drive waveform signal and a second drive waveform signal. The first drive waveform signal is for applying, after 2 AL from finishing time of an ejection pulse P1 having a voltage V1 and a pulse width AL, a cancel pulse C1 having a voltage V3 (<V1) of the same polarity as the ejection pulse to a head. The second drive waveform signal is for applying, from finishing time of an ejection pulse P12 following an ejection pulse P11 each having a voltage V1 and a pulse width AL, a cancel pulse C11 having a voltage V2 (<V1) of the same polarity as the ejection pulses to the head.