Abstract: A heat map carousel displays health and status information for an electro-mechanical system using a set of heat maps rendered in a carousel view. The set includes a plurality of sub-systems, each sub-system including one or more instances of hardware components from different categories or sub-categories. A heat map is more prominently displayed as a focus heat map. Health and status information for different instances of hardware components is organized within a heat map either by category/sub-category and instance or by location. Attribute values are mapped to a color indicative of health and status of the instance. In response to an operator input, the carousel is rotated to display a different heat map as the focus heat map. In response to operator selection of a cell in the focus heat map, health and status information for that cell is displayed.

Abstract: A heat map carousel displays health and status information for an electro-mechanical system using a set of heat maps rendered in a carousel view. The set includes a plurality of sub-systems, each sub-system including one or more instances of hardware components from different categories or sub-categories. A heat map is more prominently displayed as a focus heat map. Health and status information for different instances of hardware components is organized within a heat map either by category/sub-category and instance or by location. Attribute values are mapped to a color indicative of health and status of the instance. In response to an operator input, the carousel is rotated to display a different heat map as the focus heat map. In response to operator selection of a cell in the focus heat map, health and status information for that cell is displayed.