Liquid discharging apparatus, control method of liquid discharging apparatus, device driver, and printing system

A control method of a liquid discharging apparatus including a liquid discharging head which includes a nozzle that discharges a liquid containing resin, a liquid flow path that individually communicates with the nozzle, and an actuator that generates pressure oscillation in the liquid flow path, and which discharges the liquid from the nozzle by driving of the actuator;

• a first inspection mechanism which inspects a discharge abnormality of the nozzle;
• and a second inspection mechanism which inspects oscillation of the liquid in the liquid flow path generated by the driving of the actuator, the method comprising:
• a first inspection step of inspecting the discharge abnormality of the nozzle by the first inspection mechanism;
• a second inspection step of inspecting the oscillation of the liquid inside the liquid flow path by the second inspection mechanism when the discharge abnormality is detected in the first inspection step;
• a first correction step of performing correction which corresponds to the attachment of the resin inside the liquid flow path with respect to the driving pulse which drives the actuator when an abnormality is detected in the oscillation in the second inspection step;
• a third inspection step of re-inspecting the discharge abnormality of the nozzle after the first correction step;
• and
• a second correction step of performing the correction which corresponds to the attachment of the resin inside the nozzle with respect to the driving pulse when the abnormality is not detected in the oscillation in the second inspection step or when the abnormality is detected in the oscillation in the third inspection step.