Functional Analysis of the dynamic equilibrium of monthly and annual precipitation in Shiraz synoptic stations

Applying the logic of chaos, fractal and fuzzy understanding of many details natural phenomena so far unexplained and were described as helpful and resourceful. In this framework with the aim of determining the equilibrium dynamics governing the behavior of long-term structural (1951-2014) monthly and annual rain in Shiraz synoptic stations parameters of nonlinear analysis functions simplex is used. In order to analyze the logic of the Shiraz station is the process algebraic of frequency of occurrence of each of the real values of monthly and annual rain in a chordal matrix was used, Then the correlation between the inputs (x) and outputs (y) trigonometric functions resulting from chordal matrix absolute values of rain and the frequency of their occurrence calculation was extracted the desired Criteria. Research findings showed that the dynamics of monthly rain Shiraz argument simplex to algebra as a function of Y = 0/5717x-906 is defined And given that the correlation between the input and output simplex is at its highest among the functions resulting from chordal matrix calculation and compliance with the Criteria 2kΠ cycle trigonometric quadratic polynomial than the vectors x & y with a correlation more than 0/5 (0/6) is, Therefore governing structure of the fractal parameters of monthly rain will be followed. This is process annual time format follows the same structure. In other words structure monthly and annual rain in Shiraz parameter of the chaos structure to the fractal structure and of Disequilibrium to Nonequilibrium desire is