Visualization Of Radiation Hydrodynamics Calculation Results

An important way for research in the field of controlled thermonuclear reaction is laserinertial confinement fusion research,The important work and the necessary conditions forlaser inertial confinement fusion research is to simulate. Physical processes of laser inertialconfinement fusion is simulated to evaluate the quality of experimental design parameters, theinitial experimental parameters can be optimized to improve the efficiency of theexperiment. But the huge amount of numerical simulation results and boring numerical datavalues seriously hampered the analysis of the calculation results carried out finishing. Thispaper focuses on how accurately and effectively improve the analysis and finishing efficiencyof radiation hydrodynamics calculations are analyzed and studied.The premise of the one-dimensional radiation hydrodynamics calculations visualizationis a numerical simulation of one-dimensional radiation hydrodynamics and scientificcomputing visualization research. Understanding the progress in the radiation hydrodynamicssimulation, carry out studied on a one-dimensional radiation hydrodynamics equations.Learning relevant knowledge and techniques of scientific visualization, summed up theapproach can be used for research. According to the characteristics of one-dimensionalradiation fluid, establish mathematical model and using the appropriate algorithm ofone-dimensional radiation hydrodynamics for its changes to carried out the numericalsimulation. Using visualization techniques for scientific computing to post-treatment theresults of radiation hydrodynamics numerical simulation, to achieve the images of the severalresults array. To simulate the data field case of calculation area by mapping color values, notonly can get the complete data, but also can simulate the dynamic changes of the data.Finally, achieved the visualization of a one-dimensional radiation hydrodynamicssimulation calculation results, by the specific methods of using VC++and MATLAB mixedprogramming based on the techniques of scientific computing visualization.In this paper, the visualization of the results that come from the numerical simulationof the one-dimensional radiation hydrodynamics has a positive meaning to improve theefficiency of the analysis for the numerical simulation results, reduced the labor intensity ofthe collate work and improve the efficiency of researchers and improve the workingenvironment of the analysis and calculation.