3. A method for creating a visual simulation of a sequence of events occurring at different times as described by a person's speech, said method comprising the steps of: receiving verbal statements of said person describing said sequence of events by an operator; said operator entering information into an interrogation recording tool, said information being derived from said verbal statements and including a description of objects and their geometric relationships over a period of time, said statements being recorded and represented by the interrogation recording tool as graphical representations of the events; encoding the dynamics of geometric object relationships as textual algorithms; storing a particular configuration of said objects and their geometric relationships in a geometry database; modifying the objects and their geometric relationships in the geometric database in response to commands from either the operator or the textual algorithm to produce a new configuration of said objects and their geometric relationships; and displaying the objects and their geometric relationships in a sequence as described by said commands, wherein the displayed objects and geometric relationships allow the person to review the objects and geometric relationships in real time immediately after being recorded so as to allow the operator to make changes and modifications to the objects and geometric relationships based on subsequent verbal statements made by the person.
3. A method for creating a visual simulation of a sequence of events occurring at different times as described by a person's speech, said method comprising the steps of: receiving verbal statements of said person describing said sequence of events by an operator; said operator entering information into an interrogation recording tool, said information being derived from said verbal statements and including a description of objects and their geometric relationships over a period of time, said statements being recorded and represented by the interrogation recording tool as graphical representations of the events; encoding the dynamics of geometric object relationships as textual algorithms; storing a particular configuration of said objects and their geometric relationships in a geometry database; modifying the objects and their geometric relationships in the geometric database in response to commands from either the operator or the textual algorithm to produce a new configuration of said objects and their geometric relationships; and displaying the objects and their geometric relationships in a sequence as described by said commands, wherein the displayed objects and geometric relationships allow the person to review the objects and geometric relationships in real time immediately after being recorded so as to allow the operator to make changes and modifications to the objects and geometric relationships based on subsequent verbal statements made by the person. 7. The method of claim 3 wherein said information entered by said operator includes variations in the shape of said objects and said step of modifying modifies the shape of said objects.