Computer-readable recording medium recorded with simulation program for causing computer to simulate liquid crystal molecule arrangement in liquid crystal element and program of the same
In a computer-readable recording medium recorded with a simulation program for causing a computer to simulate a liquid crystal molecule arrangement in a liquid crystal element, the simulation program includes the steps of setting a dispersion range of at least one factor which determines the liquid crystal molecule arrangement and determines an orientation direction of each of liquid crystal molecules in the liquid crystal element within the dispersion range set in said setting the dispersion range.
1 . A computer-readable recording medium recorded with a simulation program for causing a computer to simulate a liquid crystal molecule arrangement in a liquid crystal element, said simulation program comprising:
setting a dispersion range of at least one factor which determines the liquid crystal molecule arrangement; and
determining an orientation direction of each of liquid crystal molecules in the liquid crystal element within the dispersion range set in said setting the dispersion range.
2 . The computer-readable recording medium as claimed in claim 1 , wherein said determining the orientation direction determines the orientation direction for each of the liquid crystal molecules based on an angle showing the dispersion range set in said setting dispersion range, said angle centering a predetermined orientation direction which is determined by an azimuthal angle and a polar angle of said liquid crystal molecules.
3 . The computer-readable recording medium as claimed in claim 1 , wherein said determining the orientation direction randomly determines the orientation direction within the dispersion range.
4 . The computer-readable recording medium as claimed in claim 1 , wherein said determining the orientation direction randomly determines the orientation direction within the dispersion range after a predetermined time lapses.
5 . The computer-readable recording medium as claimed in claim 1 , wherein said determining the orientation direction determines the orientation direction at one or more node points.
6 . The computer-readable recording medium as claimed in claim 1 , wherein said determining the orientation direction determines the orientation direction so as to minimize a potential energy in a region subject to be processed including a plurality of the node points.
7 . The computer-readable recording medium as claimed in claim 1 , wherein said setting the dispersion range sets the dispersion range for at least one of an orientation of a liquid crystal, properties of the liquid crystal, properties of matter other than the liquid crystal configuring the liquid crystal element, as the factor.
8 . The computer-readable recording medium as claimed in claim 1 , wherein as the factor, properties of a liquid crystal include one or more of an elastic constant, a dielectric constant, a velocity coefficient, a refraction index, a screw axis, a dipole moment, a cone angle, a resistivity, and an anchoring energy to other matter.
9 . The computer-readable recording medium as claimed in claim 1 , wherein as the factor, properties of matter other than a liquid crystal includes one or more of an refraction index and resistivity.
10 . The computer-readable recording medium as claimed in claim 1 , wherein said setting the dispersion range includes:
obtaining the orientation direction from a user; and
obtaining the dispersion range from the user.
11 . A simulation program for causing a computer to simulate a liquid crystal molecule arrangement in a liquid crystal element, said simulation program comprising:
setting a dispersion range of at least one factor which determines the liquid crystal molecule arrangement; and
determining an orientation direction of each of liquid crystal molecules in the liquid crystal element within the dispersion range set in said setting the dispersion range.
12 . A simulation apparatus for simulating a liquid crystal molecule arrangement in a liquid crystal element, said simulation apparatus comprising:
a setting part setting a dispersion range of at least one factor which determines the liquid crystal molecule arrangement; and
determining part determining an orientation direction of each of liquid crystal molecules in the liquid crystal element within the dispersion range set by said setting part.
13 . A simulation method for simulating a liquid crystal molecule arrangement in a liquid crystal element, said simulation method comprising:
setting a dispersion range of at least one factor which determines the liquid crystal molecule arrangement; and
determining an orientation direction of each of liquid crystal molecules in the liquid crystal element within the dispersion range set by said setting the dispersion range.