Orthogonal Curve Grid Generation for Arbitrary Boundary Structures
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This article presents a highly convenient and easy-to-implement program for generating orthogonal curve grids with arbitrary boundary structures. The program employs advanced numerical algorithms to create high-quality curvilinear grids while supporting various customization options during the generation process to meet diverse requirements. Key implementation features include boundary parameterization techniques and elliptic grid generation methods that ensure orthogonality constraints. The solution demonstrates exceptional flexibility and extensibility through modular code architecture, enabling efficient handling of complex modeling scenarios. The core algorithm utilizes Poisson equations with control functions to maintain grid smoothness and orthogonality. Overall, this program serves as a practical toolkit that enhances modeling efficiency and precision through automated grid generation capabilities and customizable parameter settings.
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