Abstract:
In this project, Inverse L-systems are presented as the foundation of a computer graphics tool
for simulating and visualizing the development ofHuman Behavior Technique. The resulting
strings can be interpreted geometrically and visualized using computer graphics techniques to
create both realistic and schematic images of the modelled structures. The formalism can be
applied for a variety of scientific, educational, and commercial purposes. Inverse L-systems
extend the original concept ofL-systems by associating numerical parameters with the symbols
representing plant components. This allows easy quantification of geometric attributes of a
model and provides a simple means for the expression of continuous processes, such as
diffusion of hormones and the resulting distribution of concentrations. Human Normal &
Abnormal Behavior & activities help to study about different circumstances and distinguish
that can lead to generate useful result based on human performing tasks and certain behavior.
