Sulfur chemiluminescence detector analysis system, display control method and non-transitory computer readable medium

A display control method of controlling a display for an operation of a sulfur chemiluminescence detector including a plurality of objects to be controlled, comprising:

• causing the display to display a plurality of status images corresponding to the plurality of objects in a row in a working order, and causing the display to display a plurality of operable operation images corresponding to the plurality of objects;
• receiving an operation for starting automatic start-up processing, a start-up condition indicating a controlling order of the plurality of objects in the automatic start-up processing being determined in advance;
• when the operation for starting the automatic start-up processing is received, sequentially changing a display state of a status image corresponding to an object that has worked to a first mode and changing a display state of each of the plurality of operation images to a first state indicating that a corresponding object is operable by an operation of the corresponding operation image or a second state indicating that the corresponding object is inoperable by the operation of the corresponding operation image so as to satisfy the start-up condition in the automatic start-up processing based on an instruction from the sulfur chemiluminescence detector;
• and
• transmitting, when an operation image in the first state is operated, an operation signal indicating that an operation has been performed on the operation image to the sulfur chemiluminescence detector and not transmitting, when an operation image in the second state is operated, the operation signal to the sulfur chemiluminescence detector.

A non-transitory computer readable medium storing a display control program that controls a display to operate a sulfur chemiluminescence detector comprising a plurality of objects to be controlled, the display control program allowing the computer to execute:

• a process of causing the display to display a plurality of status images corresponding to the plurality of objects in a row in a working order in the display, and causing the display to display a plurality of operable operation images corresponding to the plurality of objects;
• a process of receiving an operation for starting automatic start-up processing, a start-up condition indicating a controlling order of the plurality of objects in the automatic start-up processing being determined in advance;
• a process of, when the operation for starting automatic start-up processing is received, sequentially changing a display mode of a status image corresponding to an object that has worked to a first mode and displaying each of the plurality of operation images in a first state indicating that a corresponding object is operable by an operation of the corresponding operation image or a second state indicating that the corresponding object is inoperable by the operation of the corresponding operation image so as to satisfy the start-up condition in the automatic start-up processing based on an instruction from the sulfur chemiluminescence detector;
• and
• a process of transmitting, when an operation image in the first state is operated, an operation signal indicating that an operation has been performed on the operation image to the sulfur chemiluminescence detector, and not transmitting, when an operation image in the second state is operated, the operation signal to the sulfur chemiluminescence detector.