Abstract: A pair of pants with a removable flap with a liner and bands includes an open crotch area in the pair of pants, and a removable flap. The removable flap is configured to cover the open crotch area in the pair of pants. The removable flap includes a front end and a back end. The front end of the removable flap is configured to be removably fastened on or near the waistband of the pair of pants on a frontside of the waistband of the pair of pants. The back end of the removable flap is configured to be removably fastened on or near the waistband of the pair of pants on a backside of the waistband of the pair of pants. The removable flap is configured to be removed from either the frontside of the waistband and/or the backside of the waistband.

Abstract: A pair of pants with a removable flap with a liner and bands includes an open crotch area in the pair of pants, and a removable flap. The removable flap is configured to cover the open crotch area in the pair of pants. The removable flap includes a front end and a back end. The front end of the removable flap is configured to be removably fastened on or near the waistband of the pair of pants on a font side of the waistband of the pair of pants. The back end of the removable flap is configured to be removably fastened on or near the waistband of the pair of pants on a backside of the waistband of the pair of pants. Wherein, the removable flap is configured to be removed from either the frontside of the waistband and/or the backside of the waistband.

Abstract: Cross-interface communication is described, including generating data associated with a synthetic environment, the synthetic environment comprising one or more communication protocols, converting the data using one of the one or more communication protocols to generate converted data, wherein the converted data is interpreted using another of the one or more communication protocols, and transmitting the data over a communication path between two or more endpoints using one or more communication interfaces, wherein the data, after being interpreted by the another of the one or more communication protocols, is used to present information associated with the synthetic environment on at least one of the two or more endpoints.

Abstract: Synthetic environment character data sharing is described, including retrieving data from a plurality of sources configured to store the data, the data being generated from an interaction between a character and a synthetic environment, generating a feed comprising dynamic content associated with the character and the synthetic environment, the feed being configured to present the data to one or more clients associated with the synthetic environment in substantially real time, transmitting the feed to the one or more clients, extracting the data from the feed and presenting the data on the one or more clients after being extracted from the feed.

Abstract: Synthetic environment character data sharing is described, including retrieving data from a first computer configured to interact with a synthetic environment by a game server, the first computer and the game server being in data communication with each other and configured using a client-server network topology, determining one or more attributes associated with the first computer relative to the synthetic environment in real-time or substantially real-time by accessing a file updated by the first computer, the file being stored on the game server, and generating a display on a second computer using the data, the display being presented using a synthetic environment mapping application, including at least a location and a login status associated with the first computer relative to the synthetic environment.

Abstract: Synthetic environment character data sharing is described, including retrieving data from a plurality of sources configured to store the data, the data being generated from an interaction between a character and a synthetic environment, generating a feed comprising dynamic content associated with the character and the synthetic environment, the feed being configured to present the data to one or more clients associated with the synthetic environment in substantially real time, transmitting the feed to the one or more clients, extracting the data from the feed and presenting the data on the one or more clients after being extracted from the feed.

Abstract: Synthetic environment character data sharing is described, including retrieving data from a first computer configured to interact with a synthetic environment by a game server, the first computer and the game server being in data communication with each other and configured using a client-server network topology, determining one or more attributes associated with the first computer relative to the synthetic environment in real-time or substantially real-time by accessing a file updated by the first computer, the file being stored on the game server, and generating a display on a second computer using the data, the display being presented using a synthetic environment mapping application, including at least a location and a login status associated with the first computer relative to the synthetic environment.

Abstract: Cross-interface communication is described, including generating data associated with a synthetic environment, the synthetic environment comprising one or more communication protocols, converting the data using one of the one or more communication protocols to generate converted data, wherein the converted data is interpreted using another of the one or more communication protocols, and transmitting the data over a communication path between two or more endpoints using one or more communication interfaces, wherein the data, after being interpreted by the another of the one or more communication protocols, is used to present information associated with the synthetic environment on at least one of the two or more endpoints.