oooEo3aCighe4VdTPKLG2nynAEdKK9cVbwZjxss5gSLwDEKF499EM.II
by dbob
- Minted
- 5 / 30
- Published
- 2022-10-31
EM.II generates artistic visualizations of Magnetic Fields. Your unique token hash determines parameters that generate 2 unique field displays (with and without annotation) AND bonus collaborative material! EM.II is the follow-on project to EM.I (electric fields).
Field displays are constructed line-by-line as you watch -- in either manual-mode mode OR auto-mode (continuously loops through all displays).
Each token generates multiple displays:
- multicolor mapping of Magnetic Field lines
- Magnetic Field intensity color mapping
- Bonus Collaborative Material!
Each unique token hash is used to determine
- number of sources (3-6)
- relative strengths of the set of sources
- arrangement of sources
- color mapping (10 possibilities)
User Keyboard Interaction
Manual mode (default)
- i key to display or dismiss this info
- spacebar to move to the next display
- left/right arrow keys to show/hide frame rate
- up/down arrow keys to change frame rate
-
- key to generate Bonus Content
Note: spacebar will move to the next display only after the current display completes rendering. It can take 30-60 seconds to complete a render when the frame rate is set to 60 fps.
Auto mode
- a key to enter auto mode (continuously loops)
- s key to exit auto mode
Important: To use other keys (manual mode) you must first exit auto mode (s key).
Your token's output is dimension agnostic and scales seamlessly to any screen size.
Copyright: CC-BY-NC-ND
Project information
- fxhash project ID
- 20871
- Runtime
- fxhash snippet · params: no
- Network
- Tezos
- Token contract
KT1U6EHmNxJTkvaWJ4ThczG4FSDaHC21ssvi- Issuer (mint) contract
KT1BJC12dG17CVvPKJ1VYaNnaT5mzfnUTwXv- Artist addresses
tz1auCNAzjgmdQ2KsZeGLyxM2pc9n9dcHaMo- Generator URI
ipfs://QmRn9ejXihxqHpCbpMHiPRsLhb6moViuL7ekVoJFZr6Zbu
Editions 5
Ownership snapshot 2026-10-07Release
Current mint status and pricing are unavailable. Reload to retry.
Primary minting creates a new edition. This site replays existing editions.
Mint history
- Supply
- 30
- Indexed editions
- 5
- Mint scheduled
- 2022-11-02T15:00:00.000Z
- Primary mints recorded
- 5
- Prices paid at mint
- 5 tez · 5 priced mints
Current mint availability and pricing are shown on fxhash.
Market history
- Secondary trades
- 0
- Recorded volume
- 0 tez / wXTZ
Historical trades; not current asking prices. Summaries refresh within 30 seconds.
Last completed sales index sync
- fx(params) mint tickets
- Block 15275886
- fxhash issuer v1 (first)
- Block 15275886
- fxhash issuer v1
- Block 15275886
- fxhash issuer v2
- Block 15275886
- fxhash issuer fx(params)
- Block 15275886
- fxhash marketplace v2
- Block 15275886
- fxhash marketplace v1
- Block 15275886
- objkt.com marketplace v1
- Block 15275886
- objkt.com English auctions v2
- Block 15275886
- objkt.com marketplace v2
- Block 15275886
- objkt.com English auctions v1
- Block 15275886
- objkt.com marketplace v3.2
- Block 15275886
- objkt.com collection offers
- Block 15275886
- objkt.com English auctions v3
- Block 15275886
- objkt.com marketplace v3.1
- Block 15275886
- objkt.com Dutch auctions v1
- Block 15275886
Related articles
EM.I Companion Article
By dbob
This generative art project pays artistic tribute to the "Field" concept in physics. We are surrounded by and constantly interact with powerful invisible fields. Electric and magnetic field interactions are responsible for chemistry, biology, and all modern technology. Fields are foundational to all of modern physics. Theories of the microworld and of the large scale evolution of the cosmos are both based on the concept of fields and interactions.
- Published
- 2022-10-17
- Minted editions
- 222
Properties of Stars
By dbob
There are an enormous number of galaxies in the Universe. Each of those galaxies is home to hundreds of billions of stars. In fact, there are more stars in our galaxy, the Milky Way Galaxy, than there are grains of sand on all of Earth's beaches. Except for the Sun, stars are located at vast distances from Earth. So how do we determine the basic properties of stars from a distance? How do we determine their distance, temperature, brightness, size, mass, composition, and relative motion? The key to unlocking this knowledge is light (electromagnetic waves). Warning: there will be math! 😳
- Published
- 2022-10-06
- Minted editions
- 101
Index coverage
Articles mentioning this project or its editions. Last completed index sync: block 15275905 · Wed, 07 Oct 2026 23:06:57 GMT.