1. A method, comprising: positioning an orientation and position sensitive calibration pattern on a support, the calibration pattern having a plurality of sub-areas unique within the calibration pattern, each unique sub-area being orientation sensitive and each unique sub-area being position sensitive within the calibration pattern; capturing images using cameras to be calibrated, each image containing at least one of the unique sub-areas of the calibration pattern; determining a set of coordinate pairs for each image utilizing image data and pattern information regarding the calibration pattern, each coordinate pair including coordinates of corresponding points in the image and in the calibration pattern; and performing optimization utilizing the sets of coordinate pairs for each image to calibrate at least one of relative position, orientation, zoom, lens distortion of each camera so as to construct a three-dimensional calibration model of the camera.