Regime
A chaotic advection map — deterministic, area-preserving, and exponentially unpredictable
Every figure drawn under this hypothesis — 32 of them — with the essay each one belongs to and the generator that drew it.
32 figure placements state this regime. The strip along the foot of every figure names two things — the model that produced it and the regime it holds in — and this listing is read back out of the finished drawing rather than from what produced it.
- A boundary that only exists over a window — the double gyre, window of 8 time units — kinematic, no diffusion · what-a-parcel-remembers · hero
- A boundary that only exists over a window — the double gyre, window of 8 time units — kinematic, no diffusion · what-a-parcel-remembers
- A boundary that only exists over a window — the double gyre at t = 0 — kinematic, one moment · what-a-parcel-remembers
- A boundary that only exists over a window — the double gyre, windows of 2 and 12 time units — kinematic · what-a-parcel-remembers
- A boundary that only exists over a window — the double gyre, windows 1 to 16 — kinematic · what-a-parcel-remembers
- A boundary that only exists over a window — the double gyre, windows 1 to 16 — kinematic · what-a-parcel-remembers
- A boundary that only exists over a window — the double gyre — kinematic, no diffusion · what-a-parcel-remembers
- A scalar is a record of where its fluid was — the standard double gyre, A = 0.1, epsilon = 0.25 — kinematic, no dynamics · what-a-parcel-remembers · hero
- A scalar is a record of where its fluid was — the standard double gyre, A = 0.1, epsilon = 0.25 — kinematic, no dynamics · what-a-parcel-remembers
- A scalar is a record of where its fluid was — six time units in the double gyre — kinematic, no diffusion · what-a-parcel-remembers
- A scalar is a record of where its fluid was — six time units in the double gyre — kinematic, no diffusion · what-a-parcel-remembers
- A scalar is a record of where its fluid was — the double gyre, separation 10⁻³ — kinematic, no diffusion · what-a-parcel-remembers
- A scalar is a record of where its fluid was — separation rate 0.281 per unit time — the double gyre · what-a-parcel-remembers
- A scalar is a record of where its fluid was — the double gyre over six and twelve time units — kinematic · what-a-parcel-remembers
- An hour for every tenfold — a time-periodic cellular flow — no viscosity, no Reynolds number · turbulent-exact
- An hour for every tenfold — the same trajectory pair · turbulent-exact
- An hour for every tenfold — exponents from 0.02 to 1.5 per unit time · turbulent-exact
- An hour for every tenfold — starting from an initial uncertainty of 10⁻⁶ · turbulent-exact
- An hour for every tenfold — 288 starting points over a window of 20 time units · turbulent-exact
- An hour for every tenfold — a window of 20 time units on the double gyre · turbulent-exact
- An hour for every tenfold — a time-periodic cellular flow with no viscosity · turbulent-exact
- The area that must not move — the double gyre, twelve time units · kinematic-exact · hero
- The area that must not move — a time-periodic cellular flow — no viscosity and no Reynolds number · kinematic-exact
- The area that must not move — the same cellular flow, two hundred time units · kinematic-exact
- The area that must not move — step sizes from 0.01 to 0.6 — far past where either scheme is accurate · kinematic-exact
- The area that must not move — two hundred time units at five step sizes · kinematic-exact
- The area that must not move — step size 0.05, twelve time units · kinematic-exact
- The area that must not move — step size 0.1, 240 markers · kinematic-exact
- The area that must not move — the double gyre at step size 0.1 · kinematic-exact
- The area that must not move — a time-periodic cellular flow, two hundred time units · kinematic-exact
- The mesh that makes its own mass — the swirl motion, from t = 0.3 to t = 0.7 · constraint-and-freedom
- The mesh that makes its own mass — the swirl motion over two time units · constraint-and-freedom