An electronic device (19, 402, 8300) that provides an interactive augmented reality environment, comprising: a see-through display (150, 8309); and one or more processors (146, 8309) in communication with the see-through display (150, 8309), the one or more processors (146, 8309) configured to acquire a first set of content and determine a first geographic location of the electronic device (19, 402, 8300), the one or more processors (146, 8309) configured to determine an axis for a first virtual cylinder that surrounds an end user of the electronic device (19, 402, 8300), determine a first radius for the first virtual cylinder based on the first geographic location of the electronic device (19, 402, 8300), generate one or more warped two-dimensional images associated with a first curved slate using the first set of content and cause the one or more warped two-dimensional images to be displayed using the see-through display (150, 8309) such that the first curved slate appears to be located on a surface of the first virtual cylinder, wherein the one or more processors (146, 8309) are further configured to determine an orientation of the end user's body relative to the electronic device (19, 402, 8300) and cause the one or more warped two-dimensional images to be displayed based on the orientation of the end user's body relative to the electronic device (19, 402, 8300), the one or more processors (146, 8309) configured to acquire a second set of content, determine a second radius for a second virtual cylinder that surrounds the end user of the electronic device (19, 402, 8300) based on the first geographic location, the second radius being greater than the first radius, generate one or more other warped two-dimensional images associated with a second curved slate using the second set of content, and cause the one or more other warped two-dimensional images to be displayed using the see-through display (150, 8309) such that the second curved slate appears to be located on a surface of the second virtual cylinder, and wherein the one or more processors (146, 8309) are further configured to dynamically adjust the first radius of the first virtual cylinder and the second radius of the second virtual cylinder based on the geographic location of the electronic device (19, 402, 8300), comprising to adjust the first radius of the first virtual cylinder and the second radius of the second virtual cylinder such that the second radius is less than the first radius in response to determining that the electronic device (19, 402, 8300) is at a second geographic location. a see-through display (150, 8309); and one or more processors (146, 8309) in communication with the see-through display (150, 8309), the one or more processors (146, 8309) configured to acquire a first set of content and determine a first geographic location of the electronic device (19, 402, 8300), the one or more processors (146, 8309) configured to determine an axis for a first virtual cylinder that surrounds an end user of the electronic device (19, 402, 8300), determine a first radius for the first virtual cylinder based on the first geographic location of the electronic device (19, 402, 8300), generate one or more warped two-dimensional images associated with a first curved slate using the first set of content and cause the one or more warped two-dimensional images to be displayed using the see-through display (150, 8309) such that the first curved slate appears to be located on a surface of the first virtual cylinder, wherein the one or more processors (146, 8309) are further configured to determine an orientation of the end user's body relative to the electronic device (19, 402, 8300) and cause the one or more warped two-dimensional images to be displayed based on the orientation of the end user's body relative to the electronic device (19, 402, 8300), the one or more processors (146, 8309) configured to acquire a second set of content, determine a second radius for a second virtual cylinder that surrounds the end user of the electronic device (19, 402, 8300) based on the first geographic location, the second radius being greater than the first radius, generate one or more other warped two-dimensional images associated with a second curved slate using the second set of content, and cause the one or more other warped two-dimensional images to be displayed using the see-through display (150, 8309) such that the second curved slate appears to be located on a surface of the second virtual cylinder, and wherein the one or more processors (146, 8309) are further configured to dynamically adjust the first radius of the first virtual cylinder and the second radius of the second virtual cylinder based on the geographic location of the electronic device (19, 402, 8300), comprising to adjust the first radius of the first virtual cylinder and the second radius of the second virtual cylinder such that the second radius is less than the first radius in response to determining that the electronic device (19, 402, 8300) is at a second geographic location.