Control of dynamic scene motion by vehicle based on vehicle sensor capture

A computer-implemented method for calibrating vehicle sensors, comprising:

• receiving a vehicle presence signal, the vehicle presence signal indicating receipt of a vehicle onto a platform of a turntable;
• automatically activating a motor for a first movement, in response to receipt of the vehicle presence signal, thereby rotating the platform about a base from a first orientation to a second orientation;
• deactivating the motor before receiving a sensor capture confirmation signal so that the platform stops rotating at the second orientation;
• and
• receiving the sensor capture confirmation signal from a vehicle computing system associated with the vehicle, wherein the sensor capture confirmation signal indicates that one or more sensors associated with the vehicle have captured sensor calibration data corresponding to the second orientation.

A non-transitory computer-readable storage medium comprising at least one instruction for causing a computer or processor to:

• receive a vehicle presence signal, the vehicle presence signal indicating receipt of a vehicle onto a platform of a turntable;
• automatically activate a motor for a first movement, in response to receipt of the vehicle presence signal, thereby rotating the platform from a first orientation to a second orientation;
• deactivate the motor before receiving a sensor capture confirmation signal so that the platform stops rotating at the second orientation;
• and
• receive the sensor capture confirmation signal from a vehicle computing system associated with the vehicle, wherein the sensor capture confirmation signal indicates that one or more sensors associated with the vehicle have captured sensor calibration data corresponding to the second orientation.