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Parametric Functions

Water Flow Visualizer

INTERACTIVE
⬡ Preset Curves
⌁ Custom Formulas
t =
flows from tmin → tmax
x(t) =
y(t) =
r⃗(t) =
⟨ x(t), y(t) ⟩
⚙ Parameters
▶ Playback
◈ Options
Show Trail
Show Grid
Show Pipes
Show Axes Labels
t = 0.00
x =
y =
|r⃗| =
📡 Live Values
t (parameter)0.00
x(t)
y(t)
r⃗(t)
|r⃗(t)|
point
📈 x(t) Graph
📈 y(t) Graph
📈 |r⃗(t)| Graph

💡 Understanding
t — The Source
t is like the water source. It flows forward in time. Every value of t produces exactly one output.
x(t) — Horizontal Branch
The X-pipe controls left/right position. Its tube width represents how fast x changes — a wider tube means faster change.
y(t) — Vertical Branch
The Y-pipe controls up/down position. Together, x(t) and y(t) draw a path no single function y=f(x) could describe.
r⃗(t) — The Position Vector
r⃗(t) = ⟨x(t), y(t)⟩ is the vector from the origin to the point. Its magnitude |r⃗| = √(x²+y²) is the distance from origin. The arrow you see on the canvas IS r⃗, born from the merger of both pipes.
KEY INSIGHT:
At each moment t, the water flows into BOTH branches simultaneously, producing a 2D point (x, y). The curve is the trace of all these points.
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