A computer-implemented method for configuring an image capture and analysis device to inspect objects (110, 112, 114, 116, 118) during production conveyance of said objects, said method comprising the steps of: - continuously moving a sequence of objects (110, 112, 114, 116, 118) relative to a capture field of view of the image capture and analysis device (400, 800), said production conveyance moving said objects in continuous motion through said field of view; - capturing a sequence of images of the field of view, such that the sequence of images includes a plurality of images of each of a plurality of objects from the sequence of objects (110, 112, 114, 116, 118), a rate of said capturing such that a said plurality of images of a said object comprises images captured at different points of the field of view during the continuous motion of each of the plurality of objects through the field of view; - displaying a portion of the sequence of images for viewing by a human user, the portion displayed chosen responsive to scrolling commands from the human user, the scrolling commands capable of advancing the portion forward and backward in the sequence of images; - choosing a first training image from the displayed portion of the sequence of images, said choosing from said images captured at said different points of the field of view during the continuous motion of each of the plurality of objects; and - configuring the image capture and analysis device by creating, using the first training image, at least one vision tool, being a configuration of the image capture and analysis device to perform a suitable image capture and analysis operation on a region of interest in frames and to be capable of inspecting objects similar in appearance to the object of the first training image. - continuously moving a sequence of objects (110, 112, 114, 116, 118) relative to a capture field of view of the image capture and analysis device (400, 800), said production conveyance moving said objects in continuous motion through said field of view; - capturing a sequence of images of the field of view, such that the sequence of images includes a plurality of images of each of a plurality of objects from the sequence of objects (110, 112, 114, 116, 118), a rate of said capturing such that a said plurality of images of a said object comprises images captured at different points of the field of view during the continuous motion of each of the plurality of objects through the field of view; - displaying a portion of the sequence of images for viewing by a human user, the portion displayed chosen responsive to scrolling commands from the human user, the scrolling commands capable of advancing the portion forward and backward in the sequence of images; - choosing a first training image from the displayed portion of the sequence of images, said choosing from said images captured at said different points of the field of view during the continuous motion of each of the plurality of objects; and - configuring the image capture and analysis device by creating, using the first training image, at least one vision tool, being a configuration of the image capture and analysis device to perform a suitable image capture and analysis operation on a region of interest in frames and to be capable of inspecting objects similar in appearance to the object of the first training image.