A material loading vehicle, comprising: a material conveyance subsystem configured to convey material from the material loading vehicle to a receiving vehicle through a spout, an automatic fill control system configured to automatically position the spout or to change the relative position of the receiving vehicle and the material loading vehicle; a tutorial condition detection system configured to detect, during operation of the material loading vehicle, tutorial-related criteria and to identify tutorial content based on the tutorial-related criteria; the tutorial condition detection system comprising: a detector configured to detect the tutorial-related criteria and to generate a detector signal indicative of the detected tutorial-related criteria, wherein the detector comprises a fill settings detector configured to detect a setting of the automatic fill control system and generate, as the detector signal, a setting signal indicative of the detected setting and/or wherein the material loading vehicle comprises a camera that has a field of view and that is configured to capture an image of the receiving vehicle used by the automatic fill control system and wherein the detector comprises a camera view detector configured to detect an orientation of the field of view of the camera and generate, as the detector signal, a camera view output signal indicative of the detected orientation of the field of view of the camera; an evaluation system configured to evaluate the detector signal to determine whether tutorial content is to be recommended based on the detector signal; a tutorial identification system configured to, if the evaluation system determines that tutorial content is to be recommended, identify the tutorial content to be recommended based on the evaluation of the detector signal; and an output generator configured to generate an output to recommend the identified tutorial content to an operator through an operator interface mechanism; characterized in that the tutorial condition detection system comprises a recency processing system configured to determine whether the identified tutorial content has been recommended within a recency time threshold and, if so, omit recommending the tutorial content. a material conveyance subsystem configured to convey material from the material loading vehicle to a receiving vehicle through a spout, an automatic fill control system configured to automatically position the spout or to change the relative position of the receiving vehicle and the material loading vehicle; a tutorial condition detection system configured to detect, during operation of the material loading vehicle, tutorial-related criteria and to identify tutorial content based on the tutorial-related criteria; the tutorial condition detection system comprising: a detector configured to detect the tutorial-related criteria and to generate a detector signal indicative of the detected tutorial-related criteria, wherein the detector comprises a fill settings detector configured to detect a setting of the automatic fill control system and generate, as the detector signal, a setting signal indicative of the detected setting and/or wherein the material loading vehicle comprises a camera that has a field of view and that is configured to capture an image of the receiving vehicle used by the automatic fill control system and wherein the detector comprises a camera view detector configured to detect an orientation of the field of view of the camera and generate, as the detector signal, a camera view output signal indicative of the detected orientation of the field of view of the camera; an evaluation system configured to evaluate the detector signal to determine whether tutorial content is to be recommended based on the detector signal; a tutorial identification system configured to, if the evaluation system determines that tutorial content is to be recommended, identify the tutorial content to be recommended based on the evaluation of the detector signal; and a detector configured to detect the tutorial-related criteria and to generate a detector signal indicative of the detected tutorial-related criteria, wherein the detector comprises a fill settings detector configured to detect a setting of the automatic fill control system and generate, as the detector signal, a setting signal indicative of the detected setting and/or wherein the material loading vehicle comprises a camera that has a field of view and that is configured to capture an image of the receiving vehicle used by the automatic fill control system and wherein the detector comprises a camera view detector configured to detect an orientation of the field of view of the camera and generate, as the detector signal, a camera view output signal indicative of the detected orientation of the field of view of the camera; an evaluation system configured to evaluate the detector signal to determine whether tutorial content is to be recommended based on the detector signal; a tutorial identification system configured to, if the evaluation system determines that tutorial content is to be recommended, identify the tutorial content to be recommended based on the evaluation of the detector signal; and an output generator configured to generate an output to recommend the identified tutorial content to an operator through an operator interface mechanism; characterized in that the tutorial condition detection system comprises a recency processing system configured to determine whether the identified tutorial content has been recommended within a recency time threshold and, if so, omit recommending the tutorial content.