Abstract: This disclosure describes techniques applied in an engineering analysis of energy asset information. In one example, this disclosure describes a method that includes collecting energy asset data maintained by a borrower; receiving information about a first set of parameters for use in evaluating the energy asset data maintained by the borrower; generating, based on the energy asset data and the first set of parameters, cash flow data for the borrower; calculating, based on the cash flow data, borrowing base data for the borrower; receiving information about a second set of parameters; generating, based on the cash flow data and the second set of parameters, adjusted cash flow data; and calculating, based on the adjusted cash flow data, updated borrowing base data for the borrower.

Abstract: A location determination device (104) is worn on a user's head to facilitate searching and tracking for another individual carrying a portable radio (102) as well as locating exit routes. At least two antennas (108), a monopulse receiver (110) and a display are integrated into the location determination device (104). Location determination device (104) scans for an incoming signal (106) from the portable device (102) and coverts the signal into angular location data. The location data and egress information are displayed to the peripheral vision of the user of the location determination device (104).

Abstract: A magnetic display comprises a message sheet made of a magnetic sheet material having first and second opposite faces. The message sheet has a message section and a frame section each having first and second opposite faces. The first face of the message section has a plurality of discrete regions. Each discrete region has a printed message therein. The frame section is separable from the message section and includes a frame member. The frame member comprises a peripheral region having an outer edge and an inner edge. The inner edge defines a window through the frame section. The frame member has first and second opposite faces. The frame member and the message section are magnetically attracted to one another in a manner so that the frame member magnetically bonds to the message section when the second face of the frame member is placed against the first face of the message section.