An intraluminal imaging system, comprising: a processor circuit configured for communication with an intraluminal imaging catheter, wherein the processor circuit is configured to: receive an intraluminal image obtained by the intraluminal imaging catheter while the intraluminal imaging catheter is positioned within a body lumen of a patient, wherein the lumen is a peripheral vasculature; output, to a display in communication with the processor circuit, a user interface comprising at least two image type options; receive, via the user interface, a selection of an image type option; select a preset value for at least one image processing parameter based on the image type option, wherein the at least one image processing parameter determines a visual aspect of how the intraluminal image is displayed on the display, wherein each image processing parameter determines a different visual aspect; output, to the display, the intraluminal image such that the intraluminal image is displayed according to the visual aspect; wherein the processor circuit is configured to output the intraluminal image such that a feature in the intraluminal image is enhanced based on the selected image type option; wherein the feature comprises anatomy in the intraluminal image, wherein the processor circuit is configured to output the intraluminal image such that the anatomy in the intraluminal image is enhanced based on the selected image type option; wherein the anatomy includes at least one of a plaque, lesion, sub-acute thrombus, acute thrombus, chronic thrombus, webbing, scarring, deep vein thrombosis, compression, non-thrombotic iliac vein lesion, post-thrombotic syndrome, or chronic total occlusion; characterized in that the user interface further comprises a detection option associated with the feature, wherein, in response to the processor circuit receiving a selection of the detection option, the processor circuit is configured to identify the feature in the intraluminal image; and in that the processor circuit is configured to identify the feature based on an occlusion threshold. a processor circuit configured for communication with an intraluminal imaging catheter, wherein the processor circuit is configured to: receive an intraluminal image obtained by the intraluminal imaging catheter while the intraluminal imaging catheter is positioned within a body lumen of a patient, wherein the lumen is a peripheral vasculature; output, to a display in communication with the processor circuit, a user interface comprising at least two image type options; receive, via the user interface, a selection of an image type option; select a preset value for at least one image processing parameter based on the image type option, wherein the at least one image processing parameter determines a visual aspect of how the intraluminal image is displayed on the display, wherein each image processing parameter determines a different visual aspect; output, to the display, the intraluminal image such that the intraluminal image is displayed according to the visual aspect; receive an intraluminal image obtained by the intraluminal imaging catheter while the intraluminal imaging catheter is positioned within a body lumen of a patient, wherein the lumen is a peripheral vasculature; output, to a display in communication with the processor circuit, a user interface comprising at least two image type options; receive, via the user interface, a selection of an image type option; select a preset value for at least one image processing parameter based on the image type option, wherein the at least one image processing parameter determines a visual aspect of how the intraluminal image is displayed on the display, wherein each image processing parameter determines a different visual aspect; output, to the display, the intraluminal image such that the intraluminal image is displayed according to the visual aspect; wherein the processor circuit is configured to output the intraluminal image such that a feature in the intraluminal image is enhanced based on the selected image type option; wherein the feature comprises anatomy in the intraluminal image, wherein the processor circuit is configured to output the intraluminal image such that the anatomy in the intraluminal image is enhanced based on the selected image type option; wherein the anatomy includes at least one of a plaque, lesion, sub-acute thrombus, acute thrombus, chronic thrombus, webbing, scarring, deep vein thrombosis, compression, non-thrombotic iliac vein lesion, post-thrombotic syndrome, or chronic total occlusion; characterized in that the user interface further comprises a detection option associated with the feature, wherein, in response to the processor circuit receiving a selection of the detection option, the processor circuit is configured to identify the feature in the intraluminal image; and in that the processor circuit is configured to identify the feature based on an occlusion threshold.