发明名称 Visualization Method Of Entire Grid Data Of Numerical Weather Prediction Model Having Ultra-High Grid Resolution By Magnification Mode And Hardware Device Performing The Same
摘要 A method of visualizing entire grid data of numerical weather prediction model having an ultra-high grid resolution by a magnification mode is disclosed. Original data having a first data resolution computed in a numerical weather prediction model is converted into a first low-resolution data having a second data resolution. The second data resolution is lower than the first data resolution. The first low-resolution data is displayed as a first entire image including a plurality of first unit images. The original data is converted into a second low-resolution data having a third data resolution based on a first input signal. The third data resolution is lower than the first data resolution and higher than the second data resolution. The second low-resolution data is displayed as a first partial image including a plurality of second unit images.
申请公布号 US2015123974(A1) 申请公布日期 2015.05.07
申请号 US201314088582 申请日期 2013.11.25
申请人 Korea Institute of Atmospheric Perdiction Systems 发明人 JOO Dong-Chan;KIM Ki-Hwan;SHIN Seol-Eun
分类号 G09G5/391;G06T3/40 主分类号 G09G5/391
代理机构 代理人
主权项 1. A method of visualizing entire grid data of numerical weather prediction model having an ultra-high grid resolution by a magnification mode, wherein the method performed in a hardware device comprising a display part, a processor and an input part, the display part having a first pixel resolution, the processor being configured to provide the display part with an image signal, the input part being configured to provide the processor with an input signal, and the method comprising: converting original data having a first data resolution computed in a numerical weather prediction model into a first low-resolution data having a second data resolution, the second data resolution being lower than the first data resolution; displaying the first low-resolution data as a first entire image, the first entire image comprising a plurality of first unit images which corresponds to portions of the first low-resolution data; converting the original data into a second low-resolution data having a third data resolution based on a first input signal, the third data resolution being lower than the first data resolution and higher than the second data resolution; and displaying the second low-resolution data as a first partial image, the first partial image comprising a plurality of second unit images which corresponds to portions of the second low-resolution data.
地址 Seoul KR