As indicated by FIG. 28, in some embodiments, such control of the image settings 2510a through 2510d via the graphical user interface component 2810 may allow the user to gradually and simultaneously adjust multiple image settings between different recommended image settings corresponding to different types of pipe/conduit. For example, the four pipe/conduit types shown on the graphical user interface component 2810 each define values of recommended image settings depending on the type of pipe/conduit that, for example are determined using a look-up table as explained previously herein. In some embodiments, the difference in recommended image settings between each adjacent pipes/conduit of two different types (e.g., PVC and vitreous clay) may be normalized such that each image setting is proportionately adjusted as the user moves the slider 2810 from one pipe/conduit type to the next pipe/conduit type. For example, the recommended brightness setting for PVC pipe may be twenty while the recommended brightness setting for vitreous clay pipe may be forty. Continuing this example, the recommended contrast setting for PVC pipe may be sixty while the recommended contrast setting for vitreous clay pipe may be fifty. In this example, as the user moves the slider 2810 from the vitreous clay selection toward the PVC selection, the brightness setting would decrease twice as fast as the contrast setting increases because the difference between the two brightness settings is twice as much as the difference between the two contrast settings. In other words, one image setting (e.g., brightness) may be adjusted differently (e.g., decreased by two points) than another image setting (e.g., contrast being increased by one point) in response to the same user input received via the slider 2810.