An agricultural harvester, comprising: a spout configured to be positioned at a first spout position relative to a receiving vehicle, the receiving vehicle defining a receiving vessel and the spout, when positioned in the first spout position, directing harvested material to fill the receiving vessel with the harvested material; a display device; an operator interface display generator configured to generate a display on the display device showing a view of images captured by a camera, the display being representative of the receiving vehicle and of the harvesting material; an operator interaction detection system configured to detect an operator reposition command on the displayed receiving vehicle on the display device and identify a second spout position relative to the receiving vehicle based on the operator reposition command; a fill control system comprising automatic fill control sensors and an automatic fill control system configured to execute an automatic fill operation according to an automatic fill strategy; a reposition control signal generator comprising a spout control signal generator configured to generate a spout actuator control signal to control a spout actuator to move the spout relative to a frame of the agricultural harvester and/or a machine synchronization control signal generator configured to automatically change a position of the agricultural harvester relative to the receiving vehicle, the reposition control signal generator configured to temporarily suspend the automatic fill operation automatically before generating a control signal to automatically move the spout to the second spout position relative to the receiving vehicle; characterized in that a resume detector is configured to detect resume criteria and that the reposition control signal generator is configured to automatically move the spout back to the first spout position and to automatically resume the automatic fill operation based on detection of the resume criteria. a spout configured to be positioned at a first spout position relative to a receiving vehicle, the receiving vehicle defining a receiving vessel and the spout, when positioned in the first spout position, directing harvested material to fill the receiving vessel with the harvested material; a display device; an operator interface display generator configured to generate a display on the display device showing a view of images captured by a camera, the display being representative of the receiving vehicle and of the harvesting material; an operator interaction detection system configured to detect an operator reposition command on the displayed receiving vehicle on the display device and identify a second spout position relative to the receiving vehicle based on the operator reposition command; a fill control system comprising automatic fill control sensors and an automatic fill control system configured to execute an automatic fill operation according to an automatic fill strategy; a reposition control signal generator comprising a spout control signal generator configured to generate a spout actuator control signal to control a spout actuator to move the spout relative to a frame of the agricultural harvester and/or a machine synchronization control signal generator configured to automatically change a position of the agricultural harvester relative to the receiving vehicle, the reposition control signal generator configured to temporarily suspend the automatic fill operation automatically before generating a control signal to automatically move the spout to the second spout position relative to the receiving vehicle; characterized in that a resume detector is configured to detect resume criteria and that the reposition control signal generator is configured to automatically move the spout back to the first spout position and to automatically resume the automatic fill operation based on detection of the resume criteria.