2018: Deep Water Asteroid Impacts

Description

The 2018 IEEE SciVis Contest is dedicated to the visualization and analysis of deep water asteroid impacts.
Asteroids of various sizes, speeds, and compositions are zipping around the solar system with potential future Earth engagements. Most of the earth is covered in ocean and impacts would likely occur in deep ocean water. The IEEE SciVis Contest 2018 is dedicated to the visualization and analysis of simulations designed to study asteroid impacts in deep ocean water.

Date

2018

URL

https://sciviscontest2018.org/

Items

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2018 Contest Submissions

Entries to the 2018 contest
2018 Contest Website Archive

This contains an archive of the contest website in both PDF and HTML formats.
2018 Read Me File for the Dataset

Metadata information for the dataset. For a full description, see the website archive.
Deep Water Impact Data: yA11 Four Scalars (300x300x300)

The dataset for a 100-meter diameter asteroid initialized with a 45-degree momentum impacting into water, without an airburst.
Deep Water Impact Data: yA31 All Scalars (300x300x300)

The dataset for a 250-meter diameter asteroid initialized with a 45-degree momentum impacting into water, without an airburst.
Deep Water Impact Data: yA31 Four Scalars (300x300x300)

The dataset for a 250-meter diameter asteroid initialized with a 45-degree momentum impacting into water, without an airburst.
Deep Water Impact Data: yA31 Four Scalars (500x500x500)

The dataset for a 250-meter diameter asteroid initialized with a 45-degree momentum impacting into water, without an airburst.
Deep Water Impact Data: yA32 Four Scalars (300x300x300)

The dataset for a 250-meter diameter asteroid initialized with a 60-degree momentum impacting into water, without an airburst.
Deep Water Impact Data: yB11 Four Scalars (300x300x300)

The dataset for a 100-meter diameter asteroid initialized with a 45-degree momentum, resulting in an airburst at 5km above sea level.
Deep Water Impact Data: yB31 All Scalars (1000x1000x1000)

The dataset for a 250-meter diameter asteroid initialized with a 45-degree momentum, resulting in an airburst at 5km above sea level.
Deep Water Impact Data: yB31 All Scalars (1380x840x720)

The dataset for a 250-meter diameter asteroid initialized with a 45-degree momentum, resulting in an airburst at 5km above sea level.
Deep Water Impact Data: yB31 All Scalars (460x280x240)

The dataset for a 250-meter diameter asteroid initialized with a 45-degree momentum, resulting in an airburst at 5km above sea level.
Deep Water Impact Data: yB31 Four Scalars (300x300x300)

The dataset for a 250-meter diameter asteroid initialized with a 45-degree momentum, resulting in an airburst at 5km above sea level.
Deep Water Impact Data: yC31 All Scalars (460x280x240)

The dataset for a 250-meter diameter asteroid initialized with a 45-degree momentum, resulting in an airburst at 10km above sea level.
Deep Water Impact Data: yC31 Four Scalars (300x300x300)

The dataset for a 250-meter diameter asteroid initialized with a 45-degree momentum, resulting in an airburst at 10km above sea level.
Full Resolution Deep Water Impact

The dataset for a 250-meter diameter asteroid initialized with a 45-degree momentum impacting into water, without an airburst.