Systems, methods, and graphical user interfaces for adaptive design exploration and model management

A computer-implemented method comprising:

• displaying, via a user interface, an interactive failure probability table comprising a plurality of editable failure setting rows, wherein a respective editable failure setting row of the plurality of editable failure setting rows at least includes an editable probability of failure field and an editable failure time field;
• displaying, concurrently with the interactive failure probability table, an interactive failure probability graph that includes a plurality of response distribution curves generated for the plurality of editable failure setting rows, wherein a respective response distribution curve of the plurality of response distribution curves includes a draggable marker positioned at a point on the respective response distribution curve that corresponds to a current value of the editable probability of failure field and the editable failure time field;
• detecting, via the user interface, an input moving the draggable marker from the point on the respective response distribution curve to a new point on the interactive failure probability graph that corresponds to a new probability of failure value and a new failure time value;
• and
• dynamically updating the editable probability of failure field to the new probability of failure value and the editable failure time field to the new failure time value in response to detecting the input moving the draggable marker.

A computer-implemented system comprising:

• one or more processors;
• a memory;
• a computer-readable medium operably coupled to the one or more processors, the computer-readable medium having computer-readable instructions stored thereon that, when executed by the one or more processors, cause a computing device to perform operations comprising:
• displaying, via a user interface, an interactive failure probability table comprising a plurality of editable failure setting rows, wherein a respective editable failure setting row of the plurality of editable failure setting rows at least includes an editable probability of failure field and an editable failure time field;
• displaying, concurrently with the interactive failure probability table, an interactive failure probability graph that includes a plurality of response distribution curves generated for the plurality of editable failure setting rows, wherein a respective response distribution curve of the plurality of response distribution curves includes a draggable marker positioned at a point on the respective response distribution curve that corresponds to a current value of the editable probability of failure field and the editable failure time field;
• detecting, via the user interface, an input moving the draggable marker from the point on the respective response distribution curve to a new point on the interactive failure probability graph that corresponds to a new probability of failure value and a new failure time value;
• and
• dynamically updating the editable probability of failure field to the new probability of failure value and the editable failure time field to the new failure time value in response to detecting the input moving the draggable marker.