All Math Department Calculator Related Post

    Elliptic Curve Calculator Calculate point addition and scalar multiplication on an elliptic curve over real numbers. Parameter a (in y² = x³ + ax + b): Parameter b (in y² = x³ + ax + b): Select Operation: Point Addition (P + Q)Point Doubling (2P)Scalar Multiplication (k × P) Point P — x-coordinate: […]

Rational Function Grapher Interactive Rational Function Plotter & Asymptote Analyzer Visualize any rational function with automatic detection of vertical/horizontal asymptotes and holes Numerator p(x) Denominator q(x) X Range (min) X Range (max) Resolution (points) Plot Rational Function Enter a rational function and click “Plot” to see the graph with asymptotes and holes highlighted About the

Parametric Curve Calculator Interactive Parametric Curve Plotter & Analyzer Plot any parametric equation x(t), y(t) with real-time visualization and mathematical precision x(t) – Horizontal Component y(t) – Vertical Component t Range (min) t Range (max) Steps (precision) Plot Parametric Curve Ready to plot your parametric curve. Try the default circle: x(t) = cos(t), y(t) =

Bernstein Polynomial Calculator Interactive Bernstein Polynomial & Bézier Curve Generator Real-time visualization of Bernstein basis polynomials — the mathematical foundation of Bézier curves Polynomial Degree (n) 1 (Linear)2 (Quadratic)3 (Cubic)4 (Quartic)5 (Quintic) Basis Polynomial Index (k) Parameter t (0 to 1) Calculate & Visualize About the Bernstein Polynomial Calculator The Bernstein Polynomial Calculator is a

Hermite Curve Calculator Interactive Cubic Hermite Spline Curve Generator Real-time visualization using authentic cubic Hermite interpolation with precise tangent control P0 – Start Point X: Y: P1 – End Point X: Y: M0 – Start Tangent Vector X: Y: Outgoing direction from P0 M1 – End Tangent Vector X: Y: Incoming direction to P1 Generate

Bézier Curve Calculator Interactive Bézier Curve Generator & Visualizer Real-time visualization of quadratic and cubic Bézier curves using authentic mathematical formulas Quadratic Bézier (3 points) Cubic Bézier (4 points) P0 – Start Point (x,y) X Y P1 – Control Point 1 X Y P2 – Control Point 2 (Cubic only) X Y P3 – End

    B-Spline Curve Generator Drag the green control points to shape your B-Spline curve in real time. Uses authentic cubic B-spline (degree 3) with uniform knot vector. Cubic (Degree 3)Quadratic (Degree 2)Linear (Degree 1) + Add Control Point – Remove Last Reset to Default Click and drag green points to modify the curve •

    Piecewise Interpolation Calculator Choose your interpolation method and get instant results. Supports linear, constant, and nearest neighbor piecewise functions. Interpolation Method: Piecewise Linear (Connect the Dots)Piecewise Constant (Step Function)Nearest Neighbor Point # x-value y-value f(x) 1 2 3 4 5 + Add Point – Remove Point Clear All Evaluate at x = Calculate

    Cubic Spline Interpolation Calculator Enter data points and get a smooth, continuous cubic spline curve. Then interpolate at any x-value with C² continuity. Point # x-value y-value f(x) 1 2 3 4 5 + Add Point – Remove Point Clear All Interpolate at x = Calculate Cubic Spline Interpolation Natural Cubic Spline (C²

    Newton Interpolation Calculator Enter data points and get the Newton divided-difference polynomial. Then interpolate at any x-value instantly. Point # x-value f(x) 1 2 3 4 5 + Add Point – Remove Point Clear All Interpolate at x = Calculate Newton Interpolation Newton Divided-Difference Formula: P(x) = f[x₀] + f[x₀,x₁](x−x₀) + f[x₀,x₁,x₂](x−x₀)(x−x₁) +