eQuakes
教育
仅适用于 Mac
¥398.00
Allows geologists to examine earthquakes, including properties such as focal plane data and hypocenter distributions. This is most useful in examining patterns of seismicity in tectonically active areas. Data can be analysed in several standard formats, such as produced by the International Seismological Centre, or the Lamont Doherty Earth Observatory Global CMT project. Cross-sections can be produced in arbitrary orientations, and centroid moment tensor data can be analysed interactively using stereographic projections.
eQuakes utilises a document architecture, storing the results of an individual analysis, so eQuakes is able to start where it left off. Maps and cross-sections can be examined, and interpretation of cross-sections for seismotectonic analysis including tomography data.
A Deep Earth Flier can be used to determine mesh interpolation density and to enhance the colour sensitivity to better distinguish the skeletal form of the data anomalies, improving recognition of subduction geometries. Map images can be registered using an associated XML datafile. Skeleton tracing allows the geometry of subducted slabs to be outlined.
Tomography data can be sectioned using a probabilistic interpolator. This allows juxtaposition of earthquake data with tomographic images produced in the Deep Earth Flier.
更多 Version §9 improves image management. Version §9.0.2 adjusts the way that an eQuakes document manages multiple map images. Version §9.0.3 corrects an error that prevented the base image from being removed, for example if a faulty image had been uploaded, and needed to be replaced. Version §9.0.5 performs a more robust parsing of an image name, before conversion into a MapImageDataObject (MIDO). Default set is a generalised Mercator Projection with fixed corner references as shown in the URL. Otherwise the program will search for a corresponding "imageName.xml" file.
9.0.5 2月28日
Version §9 improves image management. Version §9.0.2 adjusts the way that an eQuakes document manages multiple map images. Version §9.0.3 corrects an error that prevented the base image from being removed, for example if a faulty image had been uploaded, and needed to be replaced. Version §9.0.4 performs a more robust parsing of an image name, before conversion into a MapImageDataObject (MIDO).
9.0.4 2月26日
Version §9 ensures compatibility with Xcode 16 and MacOS 15. Version §9.0.2 adjusts the way that an eQuakes document manages multiple map images. Version §9.0.3 corrects an error that prevented the base image from being removed, for example if a faulty image had been uploaded, and needed to be replaced.
9.0.3 2月21日
Version §9 ensures compatibility with Xcode 16 and MacOS 15. Version §9.0.2 adjusts the way that an eQuakes document manages multiple map images.
9.0.2 2025/03/17
Version §9 ensures compatibility with Xcode 16 and MacOS 15. Version §9.0.1 corrects an error in regard to the generation of slab shape using line segments on Xsecns displayed in the Yellow Submarine.
9.0.1 2025/03/15
Version §9 ensures compatibility with Xcode 16 and MacOS 15. Version §9.0.0 introduces the option for a new data source format, from Earthquake Insights.
9.0.0 2025/02/16
Version §8.6 improves the way eQuakes analyses tomography data. A collection of DXF data objects can be loaded, and then converted to CocoaMesh 3D mesh objects. These can be plotted in the Map Window or intersected with arbitrary cross-sections. Each cross-section can record its intersection with multiple mesh objects, and these intersections are retained until explicitly recalculated. Version §8.6.4 allows display of multiple MIDOs to allow higher resolution focus on individual earthquakes.
8.6.4 2024/10/21
Version §8.6 improves the way eQuakes analyses tomography data. A collection of DXF data objects can be loaded, and then converted to CocoaMesh 3D mesh objects. These can be plotted in the Map Window or intersected with arbitrary cross-sections. Each cross-section can record its intersection with multiple mesh objects, and these intersections are retained until explicitly recalculated. Version §8.6.3 corrects an issue with the export of PDF files recording snapshots of the content of individual display windows.
8.6.3 2024/10/12
Version §8.6 improves the way eQuakes analyses tomography data. §8.6.0 allows a collection of DXF data objects to be loaded, and then converted to CocoaMesh 3D mesh objects. These can be plotted in the Map Window or intersected with arbitrary cross-sections. Each cross-section can record its intersection with multiple mesh objects, and these intersections are retained until explicitly recalculated. Version §8.6.1 corrects an issue with the Quit command, avoiding a MacOS issue that causes recursion. Version §8.6.2 allows DXF data to be input with depth as either negative or positive values.
8.6.2 2024/06/30
Version §8.6 improves the way eQuakes analyses tomography data. §8.6.0 allows a collection of DXF data objects to be loaded, and then converted to CocoaMesh 3D mesh objects. These can be plotted in the Map Window or intersected with arbitrary cross-sections. Each cross-section can record its intersection with multiple mesh objects, and these intersections are retained until explicitly recalculated. Version §8.6.1 corrects an issue with the Quit command, avoiding a MacOS issue that causes recursion.
8.6.1 2024/06/21
Version §8.6 improves the way eQuakes analyses tomography data. §8.6.0 allows a collection of DXF data objects to be loaded, and then converted to CocoaMesh 3D mesh objects. These can be plotted in the Map Window or intersected with arbitrary cross-sections. Each cross-section can record its intersection with multiple mesh objects, and these intersections are retained until explicitly recalculated.
8.6.0 2024/06/20
Version §8.5 allows cross-sections to be examined at different scales of observation and enhances the user interaction with large datasets of line strings generated manually on cross-sections. §8.5.5 exports PNG sequences to allow movies to be made. Version §8.5.8 allows DXF files to be displayed in the Map Window. Version §8.5.9 corrects an issue with setting the default map projection.
8.5.9 2024/03/28
Version §8.5 allows cross-sections to be examined at different scales of observation and enhances the user interaction with large datasets of line strings generated manually on cross-sections. §8.5.5 exports PNG sequences to allow movies to be made. §8.5.8 allows DXF files to be displayed in the Map Window.
8.5.8 2024/03/22
Version §8.5 allows cross-sections to be examined at different scales of observation and enhances the user interaction with large datasets of line strings generated manually on cross-sections. Version §8.5.5 exports PNG sequences to allow movies to be made.
8.5.7 2024/01/16
Version §8.5 allows cross-sections to be examined at different scales of observation and enhances the user interaction with large datasets of line strings generated manually on cross-sections. Version §8.5.5 exports PNG sequences to allow movies to be made.
8.5.5 2024/01/05
Version §8.5 allows cross-sections to be examined at different scales of observation and enhances the user interaction with large datasets of line strings generated manually on cross-sections. Version §8.5.4 corrects an issue with the choice of display for earthquake hypocenters vis a vis centroids.
8.5.4 2023/09/18
Version §8.5 allows cross-sections to be examined at different scales of observation and enhances the user interaction with large datasets of line strings generated manually on cross-sections. Version §8.5.2 corrects an issue with the matching of Xsecn Image Data Objects (XIDOs). Each cross-section may be associated with one or more XIDOs. Each cross-section drawn by the Yellow Submarine also now contains a time stamp.
8.5.3 2023/01/20
Version §8.5 allows cross-sections to be examined at different scales of observation and enhances the user interaction with large datasets of line strings generated manually on cross-sections. Version §8.5.2 corrects an issue with the matching of Xsecn Image Data Objects (XIDOs). Each cross-section may be associated with one or more XIDOs.
8.5.2 2022/11/11
Version §8.5 allows cross-sections to be examined at different scales of observation and enhances the user interaction with large datasets of line strings generated manually on cross-sections. Version §8.5.1 corrects an issue with the matching of line strings with different cross-sections, and improves automated skipping through a large dataset of slab geometry elements.
8.5.1 2022/10/04
Version §8.4 allows cross-sections to be examined at different scales of observation and enhances the user interaction with large datasets of line strings generated manually on cross-sections. Version §8.5.0 corrects an issue with the export/import function for datasets consisting of many different slab geometry elements. Export for gOcad is enabled, with negative depth. Existing line string collections (with depth shown as negative value) may continue to be imported using the 'LineCollection' tag instead of the 'Latitude-Longitude-Depth' tag.
8.5.0 2022/10/02
Version §8.4 allows cross-sections to be examined at different scales of observation. Version §8.4.2 corrects an issue with the import of slab geometry elements.
8.4.2 2022/10/01
Version §8.4 allows cross-sections to be examined at different scales of observation. Version §8.4.1 ensures that the eQuakes document corrects a circumstance that saw lack of synchronisation leading to the same 'current' interpolated cross-section not being viewed on different panels.
8.4.1 2022/09/26
Version §8.4 allows cross-sections to be examined at different scales of observation. Version §8.4.0 ensures that the eQuakes document contains all necessary information to allow more than one map image object to be associated with the collection.
8.4.0 2022/09/22
ersion §8.3 allows slab geometry elements to be manipulated. Version §8.3.6 adds the ability to label individual slab geometry elements so they can become part of separate collections.
8.3.6 2022/09/18
Version §8.3 allows slab geometry elements to be manipulated. Version §8.3.5 corrects an issue with the output of slab geometry elements in XML format.
8.3.5 2022/09/12
Version §9 improves image management. Version §9.0.2 adjusts the way that an eQuakes document manages multiple map images. Version §9.0.3 corrects an error that prevented the base image from being removed, for example if a faulty image had been uploaded, and needed to be replaced. Version §9.0.5 performs a more robust parsing of an image name, before conversion into a MapImageDataObject (MIDO). Default set is a generalised Mercator Projection with fixed corner references as shown in the URL. Otherwise the program will search for a corresponding "imageName.xml" file.
更多 版本 9.0.5 2月28日
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