The invention relates to an integrated digital geological compass, which comprises a body, input keys, a triaxial acceleration transducer, a magnetic resistance sensor, a processing unit, a memory unit and a display unit, wherein the triaxial acceleration transducer, the magnetic resistance sensor, a rocker and a camera are arranged, and a display screen, the rocker and the input keys are arranged on the upper surface of the body; the camera is arranged on the outside of the body through a rotating shaft of the camera; and the rotating shaft of the camera is parallel to an X-shaft of the triaxial acceleration transducer. The integrated digital geological compass adopts the integrated structure, solves the technical problems in the prior geological compass of trivial use and large man-made error and the technical problem in the prior digital geological compass of complex structure and operation, and can measure the azimuth of any line (space positions for constructing surfaces/lines, such as a terrane surface, an axial fold surface, a fault surface, a divisional plane, a fold hinge line, a stretching lineation and so on.