DOI: 10.57760/sciencedb.07871
title: SMILE MHD Simulated Satellite Probed Magnetospheric Images for 2025-2028
title: SMILE MHD Simulated Satellite Probed Magnetospheric Images for 2025-2028

description: We obtain a variety of morphological dataset through the generation framework, including PRMLR-MHD 2D integrated magnetospheric data at different views and distances and magnetospheric data. These data are also used to generate RGB imagesby jet mapping in order to visualize the magnetospheric morphology. However, due to the limitation of our satellite orbit, we can only simulate the data for the next three years from 2025. For each of the 30 PRMLR-MHD 3D systems, we generate MHD integrated radiances , resulting in a total of 468450 data composed of all tracking points.The larger amount of data takes up a larger amount of memory in the study. It also reduces processing performance. The magnitude achieved by our dataset is kept at the average level. Its size determines that our study is not only a complex, large and time-consuming task, but also contains data in both image and digital forms, with 468450 entries each, which facilitates the study from multiple perspectives.There are 15615 different geodetic distances and detection directions for satellites from 2025 to 2028 according to the projected orbits. They are sampled every three minutes in orbit. The dataset includes three parts, the simulated intensity, the images, and the annotation. Every data contains values under 30 subfolders which are the cases of volume emission. Above these subfolders, there are 15 libraries from 15 tracks under three years. Each item of them is continuously sampled under the order Attributes Info Year From 2025.1.1 to 2028.1.1 Track Number 15 Point of Every Track 31230 Subfolder Number 30*15 The item of the Subfolder 1041 Category MHD and SXI Specification (MHD) Format JPG and CSV Total Item 468450 Annotation Document The classification labels of subsolar magnetopause (/1) Track Number Time of each year  1 \ 6 \ 11 1.1 T00:00:00-1.3 T04:00:00 2 \ 7 \ 12 3.15 T00:00:00-3.17 T04:00:00 3 \ 8 \ 13 5.27 T00:00:00-5.29 T04:00:00 4 \ 9 \ 14 8.8 T00:00:00-8.10 T04:00:00 5 \ 10 \ 15 11.20 T00:00:00-11.22 T04:00:00
description: We obtain a variety of morphological dataset through the generation framework, including PRMLR-MHD 2D integrated magnetospheric data at different views and distances and magnetospheric data. These data are also used to generate RGB imagesby jet mapping in order to visualize the magnetospheric morphology. However, due to the limitation of our satellite orbit, we can only simulate the data for the next three years from 2025. For each of the 30 PRMLR-MHD 3D systems, we generate MHD integrated radiances , resulting in a total of 468450 data composed of all tracking points.The larger amount of data takes up a larger amount of memory in the study. It also reduces processing performance. The magnitude achieved by our dataset is kept at the average level. Its size determines that our study is not only a complex, large and time-consuming task, but also contains data in both image and digital forms, with 468450 entries each, which facilitates the study from multiple perspectives.There are 15615 different geodetic distances and detection directions for satellites from 2025 to 2028 according to the projected orbits. They are sampled every three minutes in orbit. The dataset includes three parts, the simulated intensity, the images, and the annotation. Every data contains values under 30 subfolders which are the cases of volume emission. Above these subfolders, there are 15 libraries from 15 tracks under three years. Each item of them is continuously sampled under the order Attributes Info Year From 2025.1.1 to 2028.1.1 Track Number 15 Point of Every Track 31230 Subfolder Number 30*15 The item of the Subfolder 1041 Category MHD and SXI Specification (MHD) Format JPG and CSV Total Item 468450 Annotation Document The classification labels of subsolar magnetopause (/1) Track Number Time of each year  1 \ 6 \ 11 1.1 T00:00:00-1.3 T04:00:00 2 \ 7 \ 12 3.15 T00:00:00-3.17 T04:00:00 3 \ 8 \ 13 5.27 T00:00:00-5.29 T04:00:00 4 \ 9 \ 14 8.8 T00:00:00-8.10 T04:00:00 5 \ 10 \ 15 11.20 T00:00:00-11.22 T04:00:00