Class QuarticPolynomial
Defined in File spline_and_polynomial.hpp
Class Documentation
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class QuarticPolynomial
Represents a quartic polynomial defined by its initial position, initial velocity, final position, final velocity, final acceleration, and time duration.
Represents a quartic polynomial defined by its initial position, initial velocity, initial acceleration, final velocity, final acceleration, and time duration.
Public Functions
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QuarticPolynomial(float xs, float vxs, float xe, float vxe, float axe, float time)
Constructor for QuarticPolynomial.
- Parameters:
xs – Initial position.
vxs – Initial velocity.
axs – Initial acceleration.
vxe – Final velocity.
axe – Final acceleration.
time – Duration over which the polynomial is defined.
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inline float calc_point(float t) const
Calculates the value of the polynomial at a given time.
- Parameters:
t – Time at which to evaluate the polynomial.
- Returns:
Value of the polynomial at time t.
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inline float calc_first_derivative(float t) const
Calculates the derivative of the polynomial at a given time.
- Parameters:
t – Time at which to evaluate the polynomial.
- Returns:
Derivative of the polynomial at time t.
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inline float calc_second_derivative(float t) const
Calculates the second derivative of the polynomial at a given time.
- Parameters:
t – Time at which to evaluate the polynomial.
- Returns:
Second derivative of the polynomial at time t.
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inline float calc_third_derivative(float t) const
Calculates the third derivative of the polynomial at a given time.
- Parameters:
t – Time at which to evaluate the polynomial.
- Returns:
Third derivative of the polynomial at time t.
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inline std::tuple<float, float, float, float> calc_all(float t) const
Calculates the value, first derivative, second derivative, and third derivative of the polynomial at a given time.
- Parameters:
t – Time at which to evaluate the polynomial.
- Returns:
A tuple containing the value, first derivative, second derivative, and third derivative of the polynomial at time t.
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QuarticPolynomial(float xs, float vxs, float xe, float vxe, float axe, float time)