Abstract: Embodiments of the present invention disclose a method, computer program product, and system for customizing help screens. A computer receives a request for help content. The computer identifies an annotated help file that corresponds to the request for help content. The computer identifies one or more variables in the identified annotated help file. The computer retrieves a value for each of the one or more variables from a software product. The computer replaces each of the one or more variables in the identified annotated help file with the retrieved value to generate customized help content.

Abstract: Embodiments of the present invention disclose a method, computer program product, and system for customizing help screens. A computer receives a request for help content. The computer identifies an annotated help file that corresponds to the request for help content. The computer identifies one or more variables in the identified annotated help file. The computer retrieves a value for each of the one or more variables from a software product. The computer replaces each of the one or more variables in the identified annotated help file with the retrieved value to generate customized help content.

Abstract: A method for use in evaluating an operation of a combustion machine. A plurality of current average intensities is calculated by a computing device based on a series of intensity readings from a flame sensor. Each current average intensity corresponds to a current time interval. The computing device selects a plurality of past average intensities, each of which corresponds to a past time interval equal in duration to the current time interval corresponding to a current average intensity. The computing device calculates a plurality of decay rates indicating a change in intensity readings over a current time interval based on the current average intensities and the past average intensities. The computing device estimates a predicted flame sensor malfunction time based on the plurality of decay rates.

Abstract: A method for use in evaluating an operation of a combustion machine. A plurality of current average intensities is calculated by a computing device based on a series of intensity readings from a flame sensor. Each current average intensity corresponds to a current time interval. The computing device selects a plurality of past average intensities, each of which corresponds to a past time interval equal in duration to the current time interval corresponding to a current average intensity. The computing device calculates a plurality of decay rates indicating a change in intensity readings over a current time interval based on the current average intensities and the past average intensities. The computing device estimates a predicted flame sensor malfunction time based on the plurality of decay rates.