An optical microscope system and method capable of tracking the gaze position in real time, which relate to the technical field of microscopes and gaze analysis. A right eyepiece observation tube (17), a first dichroic mirror (7), and a right eye tracking camera (3) are successively fixed along the same optical path, and a right infrared light source (1) is placed parallel to the right eye tracking camera (3); a left eyepiece observation tube (18), a second dichroic mirror (8), and a left eye tracking camera (4) are successively fixed along the same optical path, and a left infrared light source (2) is placed parallel to the left eye tracking camera (4); a plane mirror (9) is fixed to the middle position of the left eyepiece observation tube (18) and the right eyepiece observation tube (17) and is placed parallel to the second dichroic mirror (8); the second dichroic mirror (8) is placed horizontal to the plane mirror (9) and perpendicular to the first dichroic mirror (7); and a microscope camera (13), the right eye tracking camera (3), and the left eye tracking camera (4) are separately connected to an image processing module. The foregoing system may analyze information such as the range, sequence, and observation time of different positions of the human eye observing a sample, and the information may also be finally displayed in the form of a heat map.
OPTICAL MICROSCOPE SYSTEM AND METHOD CAPABLE OF TRACKING GAZE POSITION IN REAL TIME