1. A system for training persons to perform a minimally invasive surgical procedure using a surgical implement that is inserted and manipulated through a small incision in a patient having a natural cycle, said system comprising: a housing with an opening; an implement for simulating said surgical implement that is manually inserted through said opening in said housing and manipulated relative to said housing; sensor means for monitoring the location of said implement relative to said housing; a computer model of the internal landscape of said patient Is having; a) a series of video frames showing images of the patient's internal landscape through a cycle having a first and second limiting states; b) a first array of points indicating the path for insertion of said implement in the video frame showing the patient's internal landscape in said first limiting state; c) a second array of points indicating the path for insertion of said implement in the video frame showing the patient's internal landscape in said second limiting state; d) means for determining the limits of said implement's pathway and movement within the internal landscape based on said first array of points and said second array of points; e) means for creating two-dimensional computer images of said implement in shape and contour as indicated by the sensed position and orientation of said implement in relation to said determined limits of pathway; and f) means for superimposing said two-dimensional images of said implement on said video frames by interpolating the location of said implement and corresponding video frame of said patients internal landscape, using said determined limits of pathway; display means for displaying said superimposed images of said computer-generated two-dimensional image of said implement with said video frames of said patient's internal landscape; and a processor for interpreting the sensor data of said implement's location and orientation to determine the location controlling said display means to create a visual simulation for said display using said computer model.