Functions
dvariable	generalized_Ricker1 (const double &x, const prevariable &x0, const prevariable &A, const prevariable &alpha)
	generalized Ricker function, first parameerization; scalar
dvar_vector	generalized_Ricker1 (const dvector &x, const prevariable &x0, const prevariable &A, const prevariable &alpha)
	generalized Ricker function, first parameerization; vectorized
dvar_vector	generalized_Ricker1 (const dvector &x, const dvar_vector &x0, const prevariable &A, const prevariable &alpha)
	generalized Ricker function, first parameerization; vectorized
dvar_vector	generalized_Ricker1 (const dvector &x, const prevariable &x0, const dvar_vector &A, const prevariable &alpha)
	generalized Ricker function, first parameerization; vectorized
dvar_vector	generalized_Ricker1 (const dvector &x, const dvar_vector &x0, const dvar_vector &A, const prevariable &alpha)
	generalized Ricker function, first parameerization; vectorized
dvar_vector	generalized_Ricker1 (const dvector &x, const prevariable &x0, const prevariable &A, const dvar_vector &alpha)
	generalized Ricker function, first parameerization; vectorized
dvar_vector	generalized_Ricker1 (const dvector &x, const dvar_vector &x0, const prevariable &A, const dvar_vector &alpha)
	generalized Ricker function, first parameerization; vectorized
dvar_vector	generalized_Ricker1 (const dvector &x, const prevariable &x0, const dvar_vector &A, const dvar_vector &alpha)
	generalized Ricker function, first parameerization; vectorized
dvar_vector	generalized_Ricker1 (const dvector &x, const dvar_vector &x0, const dvar_vector &A, const dvar_vector &alpha)
	generalized Ricker function, first parameerization; vectorized
df1b2variable	generalized_Ricker1 (const double &x, const df1b2variable &x0, const df1b2variable &A, const df1b2variable &alpha)
	generalized Ricker function, first parameerization; random effects scalar
df1b2vector	generalized_Ricker1 (const dvector &x, const df1b2variable &x0, const df1b2variable &A, const df1b2variable &alpha)
	generalized Ricker function, first parameerization; random effects vectorized
df1b2vector	generalized_Ricker1 (const dvector &x, const df1b2vector &x0, const df1b2variable &A, const df1b2variable &alpha)
	generalized Ricker function, first parameerization; random effects vectorized
df1b2vector	generalized_Ricker1 (const dvector &x, const df1b2variable &x0, const df1b2vector &A, const df1b2variable &alpha)
	generalized Ricker function, first parameerization; random effects vectorized
df1b2vector	generalized_Ricker1 (const dvector &x, const df1b2vector &x0, const df1b2vector &A, const df1b2variable &alpha)
	generalized Ricker function, first parameerization; random effects vectorized
df1b2vector	generalized_Ricker1 (const dvector &x, const df1b2variable &x0, const df1b2variable &A, const df1b2vector &alpha)
	generalized Ricker function, first parameerization; random effects vectorized
df1b2vector	generalized_Ricker1 (const dvector &x, const df1b2vector &x0, const df1b2variable &A, const df1b2vector &alpha)
	generalized Ricker function, first parameerization; random effects vectorized
df1b2vector	generalized_Ricker1 (const dvector &x, const df1b2variable &x0, const df1b2vector &A, const df1b2vector &alpha)
	generalized Ricker function, first parameerization; random effects vectorized
df1b2vector	generalized_Ricker1 (const dvector &x, const df1b2vector &x0, const df1b2vector &A, const df1b2vector &alpha)
	generalized Ricker function, first parameerization; random effects vectorized
dvariable	generalized_Ricker2 (const double &x, const prevariable &r, const prevariable &a, const prevariable &alpha)
	generalized Ricker function, second parameerization; scalar
dvar_vector	generalized_Ricker2 (const dvector &x, const prevariable &r, const prevariable &a, const prevariable &alpha)
	generalized Ricker function, second parameerization; vectorized
dvar_vector	generalized_Ricker2 (const dvector &x, const dvar_vector &r, const prevariable &a, const prevariable &alpha)
	generalized Ricker function, second parameerization; vectorized
dvar_vector	generalized_Ricker2 (const dvector &x, const prevariable &r, const dvar_vector &a, const prevariable &alpha)
	generalized Ricker function, second parameerization; vectorized
dvar_vector	generalized_Ricker2 (const dvector &x, const dvar_vector &r, const dvar_vector &a, const prevariable &alpha)
	generalized Ricker function, second parameerization; vectorized
dvar_vector	generalized_Ricker2 (const dvector &x, const prevariable &r, const prevariable &a, const dvar_vector &alpha)
	generalized Ricker function, second parameerization; vectorized
dvar_vector	generalized_Ricker2 (const dvector &x, const dvar_vector &r, const prevariable &a, const dvar_vector &alpha)
	generalized Ricker function, second parameerization; vectorized
dvar_vector	generalized_Ricker2 (const dvector &x, const prevariable &r, const dvar_vector &a, const dvar_vector &alpha)
	generalized Ricker function, second parameerization; vectorized
dvar_vector	generalized_Ricker2 (const dvector &x, const dvar_vector &r, const dvar_vector &a, const dvar_vector &alpha)
	generalized Ricker function, second parameerization; vectorized
df1b2variable	generalized_Ricker2 (const double &x, const df1b2variable &r, const df1b2variable &a, const df1b2variable &alpha)
	generalized Ricker function, second parameerization; random effects scalar
df1b2vector	generalized_Ricker2 (const dvector &x, const df1b2variable &r, const df1b2variable &a, const df1b2variable &alpha)
	generalized Ricker function, second parameerization; random effects vectorized
df1b2vector	generalized_Ricker2 (const dvector &x, const df1b2vector &r, const df1b2variable &a, const df1b2variable &alpha)
	generalized Ricker function, second parameerization; random effects vectorized
df1b2vector	generalized_Ricker2 (const dvector &x, const df1b2variable &r, const df1b2vector &a, const df1b2variable &alpha)
	generalized Ricker function, second parameerization; random effects vectorized
df1b2vector	generalized_Ricker2 (const dvector &x, const df1b2vector &r, const df1b2vector &a, const df1b2variable &alpha)
	generalized Ricker function, second parameerization; random effects vectorized
df1b2vector	generalized_Ricker2 (const dvector &x, const df1b2variable &r, const df1b2variable &a, const df1b2vector &alpha)
	generalized Ricker function, second parameerization; random effects vectorized
df1b2vector	generalized_Ricker2 (const dvector &x, const df1b2vector &r, const df1b2variable &a, const df1b2vector &alpha)
	generalized Ricker function, second parameerization; random effects vectorized
df1b2vector	generalized_Ricker2 (const dvector &x, const df1b2variable &r, const df1b2vector &a, const df1b2vector &alpha)
	generalized Ricker function, second parameerization; random effects vectorized
df1b2vector	generalized_Ricker2 (const dvector &x, const df1b2vector &r, const df1b2vector &a, const df1b2vector &alpha)
	generalized Ricker function, second parameerization; random effects vectorized
dvariable	Gompertz (const double &x, const prevariable &a, const prevariable &b)
	Gompertz function; scalar.
dvar_vector	Gompertz (const dvector &x, const prevariable &a, const prevariable &b)
	Gompertz function; vectorized.
dvar_vector	Gompertz (const dvector &x, const dvar_vector &a, const prevariable &b)
	Gompertz function; vectorized.
dvar_vector	Gompertz (const dvector &x, const prevariable &a, const dvar_vector &b)
	Gompertz function; vectorized.
dvar_vector	Gompertz (const dvector &x, const dvar_vector &a, const dvar_vector &b)
	Gompertz function; vectorized.
df1b2variable	Gompertz (const double &x, const df1b2variable &a, const df1b2variable &b)
	Gompertz function; random effects scalar.
df1b2vector	Gompertz (const dvector &x, const df1b2variable &a, const df1b2variable &b)
	Gompertz function; random effects vectorized.
df1b2vector	Gompertz (const dvector &x, const df1b2vector &a, const df1b2variable &b)
	Gompertz function; random effects vectorized.
df1b2vector	Gompertz (const dvector &x, const df1b2variable &a, const df1b2vector &b)
	Gompertz function; random effects vectorized.
df1b2vector	Gompertz (const dvector &x, const df1b2vector &a, const df1b2vector &b)
	Gompertz function; random effects vectorized.
dvariable	Hassell (const double &x, const prevariable &a, const prevariable &b, const prevariable &c)
	Hassell function scalar.
dvar_vector	Hassell (const dvector &x, const prevariable &a, const prevariable &b, const prevariable &c)
	Hassell function vectorized.
dvar_vector	Hassell (const dvector &x, const dvar_vector &a, const prevariable &b, const prevariable &c)
	Hassell function vectorized.
dvar_vector	Hassell (const dvector &x, const prevariable &a, const dvar_vector &b, const prevariable &c)
	Hassell function vectorized.
dvar_vector	Hassell (const dvector &x, const dvar_vector &a, const dvar_vector &b, const prevariable &c)
	Hassell function vectorized.
dvar_vector	Hassell (const dvector &x, const prevariable &a, const prevariable &b, const dvar_vector &c)
	Hassell function vectorized.
dvar_vector	Hassell (const dvector &x, const dvar_vector &a, const prevariable &b, const dvar_vector &c)
	Hassell function vectorized.
dvar_vector	Hassell (const dvector &x, const prevariable &a, const dvar_vector &b, const dvar_vector &c)
	Hassell function vectorized.
dvar_vector	Hassell (const dvector &x, const dvar_vector &a, const dvar_vector &b, const dvar_vector &c)
	Hassell function vectorized.
df1b2variable	Hassell (const double &x, const df1b2variable &a, const df1b2variable &b, const df1b2variable &c)
	Hassell function random effects scalar.
df1b2vector	Hassell (const dvector &x, const df1b2variable &a, const df1b2variable &b, const df1b2variable &c)
	Hassell function random effects vectorized.
df1b2vector	Hassell (const dvector &x, const df1b2vector &a, const df1b2variable &b, const df1b2variable &c)
	Hassell function random effects vectorized.
df1b2vector	Hassell (const dvector &x, const df1b2variable &a, const df1b2vector &b, const df1b2variable &c)
	Hassell function random effects vectorized.
df1b2vector	Hassell (const dvector &x, const df1b2vector &a, const df1b2vector &b, const df1b2variable &c)
	Hassell function random effects vectorized.
df1b2vector	Hassell (const dvector &x, const df1b2variable &a, const df1b2variable &b, const df1b2vector &c)
	Hassell function random effects vectorized.
df1b2vector	Hassell (const dvector &x, const df1b2vector &a, const df1b2variable &b, const df1b2vector &c)
	Hassell function random effects vectorized.
df1b2vector	Hassell (const dvector &x, const df1b2variable &a, const df1b2vector &b, const df1b2vector &c)
	Hassell function random effects vectorized.
df1b2vector	Hassell (const dvector &x, const df1b2vector &a, const df1b2vector &b, const df1b2vector &c)
	Hassell function random effects vectorized.
dvariable	Hill (const double &x, const prevariable &a, const prevariable &b, const prevariable &c)
	Hill function; scalar.
dvar_vector	Hill (const dvector &x, const prevariable &a, const prevariable &b, const prevariable &c)
	Hill function; vectorized.
dvar_vector	Hill (const dvector &x, const dvar_vector &a, const prevariable &b, const prevariable &c)
	Hill function; vectorized.
dvar_vector	Hill (const dvector &x, const prevariable &a, const dvar_vector &b, const prevariable &c)
	Hill function; vectorized.
dvar_vector	Hill (const dvector &x, const dvar_vector &a, const dvar_vector &b, const prevariable &c)
	Hill function; vectorized.
dvar_vector	Hill (const dvector &x, const prevariable &a, const prevariable &b, const dvar_vector &c)
	Hill function; vectorized.
dvar_vector	Hill (const dvector &x, const dvar_vector &a, const prevariable &b, const dvar_vector &c)
	Hill function; vectorized.
dvar_vector	Hill (const dvector &x, const prevariable &a, const dvar_vector &b, const dvar_vector &c)
	Hill function; vectorized.
dvar_vector	Hill (const dvector &x, const dvar_vector &a, const dvar_vector &b, const dvar_vector &c)
	Hill function; vectorized.
df1b2variable	Hill (const double &x, const df1b2variable &a, const df1b2variable &b, const df1b2variable &c)
	Hill function; random effects scalar.
df1b2vector	Hill (const dvector &x, const df1b2variable &a, const df1b2variable &b, const df1b2variable &c)
	Hill function; random effects vectorized.
df1b2vector	Hill (const dvector &x, const df1b2vector &a, const df1b2variable &b, const df1b2variable &c)
	Hill function; random effects vectorized.
df1b2vector	Hill (const dvector &x, const df1b2variable &a, const df1b2vector &b, const df1b2variable &c)
	Hill function; random effects vectorized.
df1b2vector	Hill (const dvector &x, const df1b2vector &a, const df1b2vector &b, const df1b2variable &c)
	Hill function; random effects vectorized.
df1b2vector	Hill (const dvector &x, const df1b2variable &a, const df1b2variable &b, const df1b2vector &c)
	Hill function; random effects vectorized.
df1b2vector	Hill (const dvector &x, const df1b2vector &a, const df1b2variable &b, const df1b2vector &c)
	Hill function; random effects vectorized.
df1b2vector	Hill (const dvector &x, const df1b2variable &a, const df1b2vector &b, const df1b2vector &c)
	Hill function; random effects vectorized.
df1b2vector	Hill (const dvector &x, const df1b2vector &a, const df1b2vector &b, const df1b2vector &c)
	Hill function; random effects vectorized.
dvariable	HollingII (const double &x, const prevariable &alpha, const prevariable &h)
	HollingII scalar.
dvar_vector	HollingII (const dvector &x, const prevariable &alpha, const prevariable &h)
	HollingII vectorized.
dvar_vector	HollingII (const dvector &x, const dvar_vector &alpha, const prevariable &h)
	HollingII vectorized.
dvar_vector	HollingII (const dvector &x, const prevariable &alpha, const dvar_vector &h)
	HollingII vectorized.
dvar_vector	HollingII (const dvector &x, const dvar_vector &alpha, const dvar_vector &h)
	HollingII vectorized.
df1b2variable	HollingII (const double &x, const df1b2variable &alpha, const df1b2variable &h)
	HollingII random effects scalar.
df1b2vector	HollingII (const dvector &x, const df1b2variable &alpha, const df1b2variable &h)
	HollingII random effects vectorized.
df1b2vector	HollingII (const dvector &x, const df1b2vector &alpha, const df1b2variable &h)
	HollingII random effects vectorized.
df1b2vector	HollingII (const dvector &x, const df1b2variable &alpha, const df1b2vector &h)
	HollingII random effects vectorized.
df1b2vector	HollingII (const dvector &x, const df1b2vector &alpha, const df1b2vector &h)
	HollingII random effects vectorized.
dvariable	HollingIII (const double &x, const prevariable &a, const prevariable &b)
	Holling Type III function; scalar.
dvar_vector	HollingIII (const dvector &x, const prevariable &a, const prevariable &b)
	Holling Type III function; vectorized.
dvar_vector	HollingIII (const dvector &x, const dvar_vector &a, const prevariable &b)
	Holling Type III function; vectorized.
dvar_vector	HollingIII (const dvector &x, const prevariable &a, const dvar_vector &b)
	Holling Type III function; vectorized.
dvar_vector	HollingIII (const dvector &x, const dvar_vector &a, const dvar_vector &b)
	Holling Type III function; vectorized.
df1b2variable	HollingIII (const double &x, const df1b2variable &a, const df1b2variable &b)
	Holling Type III function; random effects scalar.
df1b2vector	HollingIII (const dvector &x, const df1b2variable &a, const df1b2variable &b)
	Holling Type III function; random effects vectorized.
df1b2vector	HollingIII (const dvector &x, const df1b2vector &a, const df1b2variable &b)
	Holling Type III function; random effects vectorized.
df1b2vector	HollingIII (const dvector &x, const df1b2variable &a, const df1b2vector &b)
	Holling Type III function; random effects vectorized.
df1b2vector	HollingIII (const dvector &x, const df1b2vector &a, const df1b2vector &b)
	Holling Type III function; random effects vectorized.
dvariable	HollingIV (const double &x, const prevariable &a, const prevariable &b, const prevariable &c)
	Holling Type IV function; scalar.
dvar_vector	HollingIV (const dvector &x, const prevariable &a, const prevariable &b, const prevariable &c)
	Holling Type IV function; vectorized.
dvar_vector	HollingIV (const dvector &x, const dvar_vector &a, const prevariable &b, const prevariable &c)
	Holling Type IV function; vectorized.
dvar_vector	HollingIV (const dvector &x, const prevariable &a, const dvar_vector &b, const prevariable &c)
	Holling Type IV function; vectorized.
dvar_vector	HollingIV (const dvector &x, const dvar_vector &a, const dvar_vector &b, const prevariable &c)
	Holling Type IV function; vectorized.
dvar_vector	HollingIV (const dvector &x, const prevariable &a, const prevariable &b, const dvar_vector &c)
	Holling Type IV function; vectorized.
dvar_vector	HollingIV (const dvector &x, const dvar_vector &a, const prevariable &b, const dvar_vector &c)
	Holling Type IV function; vectorized.
dvar_vector	HollingIV (const dvector &x, const prevariable &a, const dvar_vector &b, const dvar_vector &c)
	Holling Type IV function; vectorized.
dvar_vector	HollingIV (const dvector &x, const dvar_vector &a, const dvar_vector &b, const dvar_vector &c)
	Holling Type IV function; vectorized.
df1b2variable	HollingIV (const double &x, const df1b2variable &a, const df1b2variable &b, const df1b2variable &c)
	Holling Type IV function; random effects scalar.
df1b2vector	HollingIV (const dvector &x, const df1b2variable &a, const df1b2variable &b, const df1b2variable &c)
	Holling Type IV function; random effects vectorized.
df1b2vector	HollingIV (const dvector &x, const df1b2vector &a, const df1b2variable &b, const df1b2variable &c)
	Holling Type IV function; random effects vectorized.
df1b2vector	HollingIV (const dvector &x, const df1b2variable &a, const df1b2vector &b, const df1b2variable &c)
	Holling Type IV function; random effects vectorized.
df1b2vector	HollingIV (const dvector &x, const df1b2vector &a, const df1b2vector &b, const df1b2variable &c)
	Holling Type IV function; random effects vectorized.
df1b2vector	HollingIV (const dvector &x, const df1b2variable &a, const df1b2variable &b, const df1b2vector &c)
	Holling Type IV function; random effects vectorized.
df1b2vector	HollingIV (const dvector &x, const df1b2vector &a, const df1b2variable &b, const df1b2vector &c)
	Holling Type IV function; random effects vectorized.
df1b2vector	HollingIV (const dvector &x, const df1b2variable &a, const df1b2vector &b, const df1b2vector &c)
	Holling Type IV function; random effects vectorized.
df1b2vector	HollingIV (const dvector &x, const df1b2vector &a, const df1b2vector &b, const df1b2vector &c)
	Holling Type IV function; random effects vectorized.
dvariable	logistic (const double &x, const prevariable &a, const prevariable &b)
	logistic function; scalar
dvar_vector	logistic (const dvector &x, const prevariable &a, const prevariable &b)
	logistic function; vectorized
dvar_vector	logistic (const dvector &x, const dvar_vector &a, const prevariable &b)
	logistic function; vectorized
dvar_vector	logistic (const dvector &x, const prevariable &a, const dvar_vector &b)
	logistic function; vectorized
dvar_vector	logistic (const dvector &x, const dvar_vector &a, const dvar_vector &b)
	logistic function; vectorized
df1b2variable	logistic (const double &x, const df1b2variable &a, const df1b2variable &b)
	logistic function; random effects scalar
df1b2vector	logistic (const dvector &x, const df1b2variable &a, const df1b2variable &b)
	logistic function; random effects vectorized
df1b2vector	logistic (const dvector &x, const df1b2vector &a, const df1b2variable &b)
	logistic function; random effects vectorized
df1b2vector	logistic (const dvector &x, const df1b2variable &a, const df1b2vector &b)
	logistic function; random effects vectorized
df1b2vector	logistic (const dvector &x, const df1b2vector &a, const df1b2vector &b)
	logistic function; random effects vectorized
dvariable	logistic3 (const double &x, const prevariable &a, const prevariable &b, const prevariable &c)
	logistic function with carrying capacity c; scalar
dvar_vector	logistic3 (const dvector &x, const prevariable &a, const prevariable &b, const prevariable &c)
	logistic function with carrying capacity c; vectorized
dvar_vector	logistic3 (const dvector &x, const dvar_vector &a, const prevariable &b, const prevariable &c)
	logistic function with carrying capacity c; vectorized
dvar_vector	logistic3 (const dvector &x, const prevariable &a, const dvar_vector &b, const prevariable &c)
	logistic function with carrying capacity c; vectorized
dvar_vector	logistic3 (const dvector &x, const dvar_vector &a, const dvar_vector &b, const prevariable &c)
	logistic function with carrying capacity c; vectorized
dvar_vector	logistic3 (const dvector &x, const prevariable &a, const prevariable &b, const dvar_vector &c)
	logistic function with carrying capacity c; vectorized
dvar_vector	logistic3 (const dvector &x, const dvar_vector &a, const prevariable &b, const dvar_vector &c)
	logistic function with carrying capacity c; vectorized
dvar_vector	logistic3 (const dvector &x, const prevariable &a, const dvar_vector &b, const dvar_vector &c)
	logistic function with carrying capacity c; vectorized
dvar_vector	logistic3 (const dvector &x, const dvar_vector &a, const dvar_vector &b, const dvar_vector &c)
	logistic function with carrying capacity c; vectorized
df1b2variable	logistic3 (const double &x, const df1b2variable &a, const df1b2variable &b, const df1b2variable &c)
	logistic function with carrying capacity c; random effects scalar
df1b2vector	logistic3 (const dvector &x, const df1b2variable &a, const df1b2variable &b, const df1b2variable &c)
	logistic function with carrying capacity c; random effects vectorized
df1b2vector	logistic3 (const dvector &x, const df1b2vector &a, const df1b2variable &b, const df1b2variable &c)
	logistic function with carrying capacity c; random effects vectorized
df1b2vector	logistic3 (const dvector &x, const df1b2variable &a, const df1b2vector &b, const df1b2variable &c)
	logistic function with carrying capacity c; random effects vectorized
df1b2vector	logistic3 (const dvector &x, const df1b2vector &a, const df1b2vector &b, const df1b2variable &c)
	logistic function with carrying capacity c; random effects vectorized
df1b2vector	logistic3 (const dvector &x, const df1b2variable &a, const df1b2variable &b, const df1b2vector &c)
	logistic function with carrying capacity c; random effects vectorized
df1b2vector	logistic3 (const dvector &x, const df1b2vector &a, const df1b2variable &b, const df1b2vector &c)
	logistic function with carrying capacity c; random effects vectorized
df1b2vector	logistic3 (const dvector &x, const df1b2variable &a, const df1b2vector &b, const df1b2vector &c)
	logistic function with carrying capacity c; random effects vectorized
df1b2vector	logistic3 (const dvector &x, const df1b2vector &a, const df1b2vector &b, const df1b2vector &c)
	logistic function with carrying capacity c; random effects vectorized
dvariable	logisticK (const double &t, const prevariable &K, const prevariable &r, const prevariable &n0)
	ecologically parameterized logistic function with carrying capacity K; scalar
dvar_vector	logisticK (const dvector &t, const prevariable &K, const prevariable &r, const prevariable &n0)
	ecologically parameterized logistic function with carrying capacity K; vectorized
dvar_vector	logisticK (const dvector &t, const dvar_vector &K, const prevariable &r, const prevariable &n0)
	ecologically parameterized logistic function with carrying capacity K; vectorized
dvar_vector	logisticK (const dvector &t, const prevariable &K, const dvar_vector &r, const prevariable &n0)
	ecologically parameterized logistic function with carrying capacity K; vectorized
dvar_vector	logisticK (const dvector &t, const dvar_vector &K, const dvar_vector &r, const prevariable &n0)
	ecologically parameterized logistic function with carrying capacity K; vectorized
dvar_vector	logisticK (const dvector &t, const prevariable &K, const prevariable &r, const dvar_vector &n0)
	ecologically parameterized logistic function with carrying capacity K; vectorized
dvar_vector	logisticK (const dvector &t, const dvar_vector &K, const prevariable &r, const dvar_vector &n0)
	ecologically parameterized logistic function with carrying capacity K; vectorized
dvar_vector	logisticK (const dvector &t, const prevariable &K, const dvar_vector &r, const dvar_vector &n0)
	ecologically parameterized logistic function with carrying capacity K; vectorized
dvar_vector	logisticK (const dvector &t, const dvar_vector &K, const dvar_vector &r, const dvar_vector &n0)
	ecologically parameterized logistic function with carrying capacity K; vectorized
df1b2variable	logisticK (const double &t, const df1b2variable &K, const df1b2variable &r, const df1b2variable &n0)
	ecologically parameterized logistic function with carrying capacity K; random effects scalar
df1b2vector	logisticK (const dvector &t, const df1b2variable &K, const df1b2variable &r, const df1b2variable &n0)
	ecologically parameterized logistic function with carrying capacity K; random effects vectorized
df1b2vector	logisticK (const dvector &t, const df1b2vector &K, const df1b2variable &r, const df1b2variable &n0)
	ecologically parameterized logistic function with carrying capacity K; random effects vectorized
df1b2vector	logisticK (const dvector &t, const df1b2variable &K, const df1b2vector &r, const df1b2variable &n0)
	ecologically parameterized logistic function with carrying capacity K; random effects vectorized
df1b2vector	logisticK (const dvector &t, const df1b2vector &K, const df1b2vector &r, const df1b2variable &n0)
	ecologically parameterized logistic function with carrying capacity K; random effects vectorized
df1b2vector	logisticK (const dvector &t, const df1b2variable &K, const df1b2variable &r, const df1b2vector &n0)
	ecologically parameterized logistic function with carrying capacity K; random effects vectorized
df1b2vector	logisticK (const dvector &t, const df1b2vector &K, const df1b2variable &r, const df1b2vector &n0)
	ecologically parameterized logistic function with carrying capacity K; random effects vectorized
df1b2vector	logisticK (const dvector &t, const df1b2variable &K, const df1b2vector &r, const df1b2vector &n0)
	ecologically parameterized logistic function with carrying capacity K; random effects vectorized
df1b2vector	logisticK (const dvector &t, const df1b2vector &K, const df1b2vector &r, const df1b2vector &n0)
	ecologically parameterized logistic function with carrying capacity K; random effects vectorized
dvariable	Michaelis_Menten1 (const double &x, const prevariable &a, const prevariable &b)
	Michaelis Menten function, 1st parametarization; scalar.
dvar_vector	Michaelis_Menten1 (const dvector &x, const prevariable &a, const prevariable &b)
	Michaelis Menten function, 1st parametarization; vectorized.
dvar_vector	Michaelis_Menten1 (const dvector &x, const dvar_vector &a, const prevariable &b)
	Michaelis Menten function, 1st parametarization; vectorized.
dvar_vector	Michaelis_Menten1 (const dvector &x, const prevariable &a, const dvar_vector &b)
	Michaelis Menten function, 1st parametarization; vectorized.
dvar_vector	Michaelis_Menten1 (const dvector &x, const dvar_vector &a, const dvar_vector &b)
	Michaelis Menten function, 1st parametarization; vectorized.
df1b2variable	Michaelis_Menten1 (const double &x, const df1b2variable &a, const df1b2variable &b)
	Michaelis Menten function, 1st parametarization; random effects scalar.
df1b2vector	Michaelis_Menten1 (const dvector &x, const df1b2variable &a, const df1b2variable &b)
	Michaelis Menten function, 1st parametarization; random effects vectorized.
df1b2vector	Michaelis_Menten1 (const dvector &x, const df1b2vector &a, const df1b2variable &b)
	Michaelis Menten function, 1st parametarization; random effects vectorized.
df1b2vector	Michaelis_Menten1 (const dvector &x, const df1b2variable &a, const df1b2vector &b)
	Michaelis Menten function, 1st parametarization; random effects vectorized.
df1b2vector	Michaelis_Menten1 (const dvector &x, const df1b2vector &a, const df1b2vector &b)
	Michaelis Menten function, 1st parametarization; random effects vectorized.
dvariable	Michaelis_Menten2 (const double &x, const prevariable &a, const prevariable &b)
	Michaelis Menten function, 2nd parameterization; scalar.
dvar_vector	Michaelis_Menten2 (const dvector &x, const prevariable &a, const prevariable &b)
	Michaelis Menten function, 2nd parameterization; vectorized.
dvar_vector	Michaelis_Menten2 (const dvector &x, const dvar_vector &a, const prevariable &b)
	Michaelis Menten function, 2nd parameterization; vectorized.
dvar_vector	Michaelis_Menten2 (const dvector &x, const prevariable &a, const dvar_vector &b)
	Michaelis Menten function, 2nd parameterization; vectorized.
dvar_vector	Michaelis_Menten2 (const dvector &x, const dvar_vector &a, const dvar_vector &b)
	Michaelis Menten function, 2nd parameterization; vectorized.
df1b2variable	Michaelis_Menten2 (const double &x, const df1b2variable &a, const df1b2variable &b)
	Michaelis Menten function, 2nd parameterization; random effects scalar.
df1b2vector	Michaelis_Menten2 (const dvector &x, const df1b2variable &a, const df1b2variable &b)
	Michaelis Menten function, 2nd parameterization; random effects vectorized.
df1b2vector	Michaelis_Menten2 (const dvector &x, const df1b2vector &a, const df1b2variable &b)
	Michaelis Menten function, 2nd parameterization; random effects vectorized.
df1b2vector	Michaelis_Menten2 (const dvector &x, const df1b2variable &a, const df1b2vector &b)
	Michaelis Menten function, 2nd parameterization; random effects vectorized.
df1b2vector	Michaelis_Menten2 (const dvector &x, const df1b2vector &a, const df1b2vector &b)
	Michaelis Menten function, 2nd parameterization; random effects vectorized.
dvariable	monomolecular (const double &x, const prevariable &a, const prevariable &b)
	monomoleular function; scalar
dvar_vector	monomolecular (const dvector &x, const prevariable &a, const prevariable &b)
	monomoleular function; vectorized
dvar_vector	monomolecular (const dvector &x, const dvar_vector &a, const prevariable &b)
	monomoleular function; vectorized
dvar_vector	monomolecular (const dvector &x, const prevariable &a, const dvar_vector &b)
	monomoleular function; vectorized
dvar_vector	monomolecular (const dvector &x, const dvar_vector &a, const dvar_vector &b)
	monomoleular function; vectorized
df1b2variable	monomolecular (const double &x, const df1b2variable &a, const df1b2variable &b)
	monomoleular function; random effects scalar
df1b2vector	monomolecular (const dvector &x, const df1b2variable &a, const df1b2variable &b)
	monomoleular function; random effects vectorized
df1b2vector	monomolecular (const dvector &x, const df1b2vector &a, const df1b2variable &b)
	monomoleular function; random effects vectorized
df1b2vector	monomolecular (const dvector &x, const df1b2variable &a, const df1b2vector &b)
	monomoleular function; random effects vectorized
df1b2vector	monomolecular (const dvector &x, const df1b2vector &a, const df1b2vector &b)
	monomoleular function; random effects vectorized
dvariable	nonrectangular_hyperbola (const double &x, const prevariable &theta, const prevariable &alpha, const prevariable &pmax)
	nonrectangular hyperbolic function; scalar
dvar_vector	nonrectangular_hyperbola (const dvector &x, const prevariable &theta, const prevariable &alpha, const prevariable &pmax)
	nonrectangular hyperbolic function; vectorized
dvar_vector	nonrectangular_hyperbola (const dvector &x, const dvar_vector &theta, const prevariable &alpha, const prevariable &pmax)
	nonrectangular hyperbolic function; vectorized
dvar_vector	nonrectangular_hyperbola (const dvector &x, const prevariable &theta, const dvar_vector &alpha, const prevariable &pmax)
	nonrectangular hyperbolic function; vectorized
dvar_vector	nonrectangular_hyperbola (const dvector &x, const dvar_vector &theta, const dvar_vector &alpha, const prevariable &pmax)
	nonrectangular hyperbolic function; vectorized
dvar_vector	nonrectangular_hyperbola (const dvector &x, const prevariable &theta, const prevariable &alpha, const dvar_vector &pmax)
	nonrectangular hyperbolic function; vectorized
dvar_vector	nonrectangular_hyperbola (const dvector &x, const dvar_vector &theta, const prevariable &alpha, const dvar_vector &pmax)
	nonrectangular hyperbolic function; vectorized
dvar_vector	nonrectangular_hyperbola (const dvector &x, const prevariable &theta, const dvar_vector &alpha, const dvar_vector &pmax)
	nonrectangular hyperbolic function; vectorized
dvar_vector	nonrectangular_hyperbola (const dvector &x, const dvar_vector &theta, const dvar_vector &alpha, const dvar_vector &pmax)
	nonrectangular hyperbolic function; vectorized
df1b2variable	nonrectangular_hyperbola (const double &x, const df1b2variable &theta, const df1b2variable &alpha, const df1b2variable &pmax)
	nonrectangular hyperbolic function; random effects scalar
df1b2vector	nonrectangular_hyperbola (const dvector &x, const df1b2variable &theta, const df1b2variable &alpha, const df1b2variable &pmax)
	nonrectangular hyperbolic function; random effects vectorized
df1b2vector	nonrectangular_hyperbola (const dvector &x, const df1b2vector &theta, const df1b2variable &alpha, const df1b2variable &pmax)
	nonrectangular hyperbolic function; random effects vectorized
df1b2vector	nonrectangular_hyperbola (const dvector &x, const df1b2variable &theta, const df1b2vector &alpha, const df1b2variable &pmax)
	nonrectangular hyperbolic function; random effects vectorized
df1b2vector	nonrectangular_hyperbola (const dvector &x, const df1b2vector &theta, const df1b2vector &alpha, const df1b2variable &pmax)
	nonrectangular hyperbolic function; random effects vectorized
df1b2vector	nonrectangular_hyperbola (const dvector &x, const df1b2variable &theta, const df1b2variable &alpha, const df1b2vector &pmax)
	nonrectangular hyperbolic function; random effects vectorized
df1b2vector	nonrectangular_hyperbola (const dvector &x, const df1b2vector &theta, const df1b2variable &alpha, const df1b2vector &pmax)
	nonrectangular hyperbolic function; random effects vectorized
df1b2vector	nonrectangular_hyperbola (const dvector &x, const df1b2variable &theta, const df1b2vector &alpha, const df1b2vector &pmax)
	nonrectangular hyperbolic function; random effects vectorized
df1b2vector	nonrectangular_hyperbola (const dvector &x, const df1b2vector &theta, const df1b2vector &alpha, const df1b2vector &pmax)
	nonrectangular hyperbolic function; random effects vectorized
dvariable	Ricker (const double &x, const prevariable &a, const prevariable &b)
	Ricker function; scalar.
dvar_vector	Ricker (const dvector &x, const prevariable &a, const prevariable &b)
	Ricker function; vectorized.
dvar_vector	Ricker (const dvector &x, const dvar_vector &a, const prevariable &b)
	Ricker function; vectorized.
dvar_vector	Ricker (const dvector &x, const prevariable &a, const dvar_vector &b)
	Ricker function; vectorized.
dvar_vector	Ricker (const dvector &x, const dvar_vector &a, const dvar_vector &b)
	Ricker function; vectorized.
df1b2variable	Ricker (const double &x, const df1b2variable &a, const df1b2variable &b)
	Ricker function; random effects scalar.
df1b2vector	Ricker (const dvector &x, const df1b2variable &a, const df1b2variable &b)
	Ricker function; random effects vectorized.
df1b2vector	Ricker (const dvector &x, const df1b2vector &a, const df1b2variable &b)
	Ricker function; random effects vectorized.
df1b2vector	Ricker (const dvector &x, const df1b2variable &a, const df1b2vector &b)
	Ricker function; random effects vectorized.
df1b2vector	Ricker (const dvector &x, const df1b2vector &a, const df1b2vector &b)
	Ricker function; random effects vectorized.
dvariable	Shepherd (const double &x, const prevariable &a, const prevariable &b, const prevariable &c)
	Shepherd function scalar.
dvar_vector	Shepherd (const dvector &x, const prevariable &a, const prevariable &b, const prevariable &c)
	Shepherd function vectorized.
dvar_vector	Shepherd (const dvector &x, const dvar_vector &a, const prevariable &b, const prevariable &c)
	Shepherd function vectorized.
dvar_vector	Shepherd (const dvector &x, const prevariable &a, const dvar_vector &b, const prevariable &c)
	Shepherd function vectorized.
dvar_vector	Shepherd (const dvector &x, const dvar_vector &a, const dvar_vector &b, const prevariable &c)
	Shepherd function vectorized.
dvar_vector	Shepherd (const dvector &x, const prevariable &a, const prevariable &b, const dvar_vector &c)
	Shepherd function vectorized.
dvar_vector	Shepherd (const dvector &x, const dvar_vector &a, const prevariable &b, const dvar_vector &c)
	Shepherd function vectorized.
dvar_vector	Shepherd (const dvector &x, const prevariable &a, const dvar_vector &b, const dvar_vector &c)
	Shepherd function vectorized.
dvar_vector	Shepherd (const dvector &x, const dvar_vector &a, const dvar_vector &b, const dvar_vector &c)
	Shepherd function vectorized.
df1b2variable	Shepherd (const double &x, const df1b2variable &a, const df1b2variable &b, const df1b2variable &c)
	Shepherd function random effects scalar.
df1b2vector	Shepherd (const dvector &x, const df1b2variable &a, const df1b2variable &b, const df1b2variable &c)
	Shepherd function random effects vectorized.
df1b2vector	Shepherd (const dvector &x, const df1b2vector &a, const df1b2variable &b, const df1b2variable &c)
	Shepherd function random effects vectorized.
df1b2vector	Shepherd (const dvector &x, const df1b2variable &a, const df1b2vector &b, const df1b2variable &c)
	Shepherd function random effects vectorized.
df1b2vector	Shepherd (const dvector &x, const df1b2vector &a, const df1b2vector &b, const df1b2variable &c)
	Shepherd function random effects vectorized.
df1b2vector	Shepherd (const dvector &x, const df1b2variable &a, const df1b2variable &b, const df1b2vector &c)
	Shepherd function random effects vectorized.
df1b2vector	Shepherd (const dvector &x, const df1b2vector &a, const df1b2variable &b, const df1b2vector &c)
	Shepherd function random effects vectorized.
df1b2vector	Shepherd (const dvector &x, const df1b2variable &a, const df1b2vector &b, const df1b2vector &c)
	Shepherd function random effects vectorized.
df1b2vector	Shepherd (const dvector &x, const df1b2vector &a, const df1b2vector &b, const df1b2vector &c)
	Shepherd function random effects vectorized.
dvariable	theta_logistic (const double &t, const prevariable &K, const prevariable &r, const prevariable &n0, const prevariable &theta)
	theta logistic function; scalar
dvar_vector	theta_logistic (const dvector &t, const prevariable &K, const prevariable &r, const prevariable &n0, const prevariable &theta)
	theta logistic function; vectorized
dvar_vector	theta_logistic (const dvector &t, const dvar_vector &K, const prevariable &r, const prevariable &n0, const prevariable &theta)
	theta logistic function; vectorized
dvar_vector	theta_logistic (const dvector &t, const prevariable &K, const dvar_vector &r, const prevariable &n0, const prevariable &theta)
	theta logistic function; vectorized
dvar_vector	theta_logistic (const dvector &t, const dvar_vector &K, const dvar_vector &r, const prevariable &n0, const prevariable &theta)
	theta logistic function; vectorized
dvar_vector	theta_logistic (const dvector &t, const prevariable &K, const prevariable &r, const dvar_vector &n0, const prevariable &theta)
	theta logistic function; vectorized
dvar_vector	theta_logistic (const dvector &t, const dvar_vector &K, const prevariable &r, const dvar_vector &n0, const prevariable &theta)
	theta logistic function; vectorized
dvar_vector	theta_logistic (const dvector &t, const prevariable &K, const dvar_vector &r, const dvar_vector &n0, const prevariable &theta)
	theta logistic function; vectorized
dvar_vector	theta_logistic (const dvector &t, const dvar_vector &K, const dvar_vector &r, const dvar_vector &n0, const prevariable &theta)
	theta logistic function; vectorized
df1b2variable	theta_logistic (const double &t, const df1b2variable &K, const df1b2variable &r, const df1b2variable &n0, const df1b2variable &theta)
	theta logistic function; random effects scalar
df1b2vector	theta_logistic (const dvector &t, const df1b2variable &K, const df1b2variable &r, const df1b2variable &n0, const df1b2variable &theta)
	theta logistic function; random effects vectorized
df1b2vector	theta_logistic (const dvector &t, const df1b2vector &K, const df1b2variable &r, const df1b2variable &n0, const df1b2variable &theta)
	theta logistic function; random effects vectorized
df1b2vector	theta_logistic (const dvector &t, const df1b2variable &K, const df1b2vector &r, const df1b2variable &n0, const df1b2variable &theta)
	theta logistic function; random effects vectorized
df1b2vector	theta_logistic (const dvector &t, const df1b2vector &K, const df1b2vector &r, const df1b2variable &n0, const df1b2variable &theta)
	theta logistic function; random effects vectorized
df1b2vector	theta_logistic (const dvector &t, const df1b2variable &K, const df1b2variable &r, const df1b2vector &n0, const df1b2variable &theta)
	theta logistic function; random effects vectorized
df1b2vector	theta_logistic (const dvector &t, const df1b2vector &K, const df1b2variable &r, const df1b2vector &n0, const df1b2variable &theta)
	theta logistic function; random effects vectorized
df1b2vector	theta_logistic (const dvector &t, const df1b2variable &K, const df1b2vector &r, const df1b2vector &n0, const df1b2variable &theta)
	theta logistic function; random effects vectorized
df1b2vector	theta_logistic (const dvector &t, const df1b2vector &K, const df1b2vector &r, const df1b2vector &n0, const df1b2variable &theta)
	theta logistic function; random effects vectorized

Detailed Description

Contributed by Mollie Brooks.

Function Documentation

dvariable generalized_Ricker1	(	const double &	x,
		const prevariable &	x0,
		const prevariable &	A,
		const prevariable &	alpha
	)

generalized Ricker function, first parameerization; scalar

Parameters:

x	independent variable; data scalar
x0	; differentiable scalar
A	; differentiable scalar
alpha	; differentiable scalar

Returns:: $A(\frac{x}{x0}e^{(1.0-\frac{x}{x0})})^{\alpha}$

Definition at line 15 of file generalized_Ricker1.cpp.

dvar_vector generalized_Ricker1	(	const dvector &	x,
		const prevariable &	x0,
		const prevariable &	A,
		const prevariable &	alpha
	)

generalized Ricker function, first parameerization; vectorized

Parameters:

x	independent variable; data vector
x0	; differentiable scalar
A	; differentiable scalar
alpha	; differentiable scalar

Returns:: $A(\frac{x}{x0}e^{(1.0-\frac{x}{x0})})^{\alpha}$

Definition at line 32 of file generalized_Ricker1.cpp.

dvar_vector generalized_Ricker1	(	const dvector &	x,
		const dvar_vector &	x0,
		const prevariable &	A,
		const prevariable &	alpha
	)

generalized Ricker function, first parameerization; vectorized

Parameters:

x	independent variable; data vector
x0	; differentiable vector
A	; differentiable scalar
alpha	; differentiable scalar

Returns:: $A(\frac{x}{x0}e^{(1.0-\frac{x}{x0})})^{\alpha}$

Definition at line 49 of file generalized_Ricker1.cpp.

dvar_vector generalized_Ricker1	(	const dvector &	x,
		const prevariable &	x0,
		const dvar_vector &	A,
		const prevariable &	alpha
	)

generalized Ricker function, first parameerization; vectorized

Parameters:

x	independent variable; data vector
x0	; differentiable scalar
A	; differentiable vector
alpha	; differentiable scalar

Returns:: $A(\frac{x}{x0}e^{(1.0-\frac{x}{x0})})^{\alpha}$

Definition at line 67 of file generalized_Ricker1.cpp.

dvar_vector generalized_Ricker1	(	const dvector &	x,
		const dvar_vector &	x0,
		const dvar_vector &	A,
		const prevariable &	alpha
	)

generalized Ricker function, first parameerization; vectorized

Parameters:

x	independent variable; data vector
x0	; differentiable vector
A	; differentiable vector
alpha	; differentiable scalar

Returns:: $A(\frac{x}{x0}e^{(1.0-\frac{x}{x0})})^{\alpha}$

Definition at line 84 of file generalized_Ricker1.cpp.

dvar_vector generalized_Ricker1	(	const dvector &	x,
		const prevariable &	x0,
		const prevariable &	A,
		const dvar_vector &	alpha
	)

generalized Ricker function, first parameerization; vectorized

Parameters:

x	independent variable; data vector
x0	; differentiable scalar
A	; differentiable scalar
alpha	; differentiable vector

Returns:: $A(\frac{x}{x0}e^{(1.0-\frac{x}{x0})})^{\alpha}$

Definition at line 103 of file generalized_Ricker1.cpp.

dvar_vector generalized_Ricker1	(	const dvector &	x,
		const dvar_vector &	x0,
		const prevariable &	A,
		const dvar_vector &	alpha
	)

generalized Ricker function, first parameerization; vectorized

Parameters:

x	independent variable; data vector
x0	; differentiable vector
A	; differentiable scalar
alpha	; differentiable vector

Returns:: $A(\frac{x}{x0}e^{(1.0-\frac{x}{x0})})^{\alpha}$

Definition at line 120 of file generalized_Ricker1.cpp.

dvar_vector generalized_Ricker1	(	const dvector &	x,
		const prevariable &	x0,
		const dvar_vector &	A,
		const dvar_vector &	alpha
	)

generalized Ricker function, first parameerization; vectorized

Parameters:

x	independent variable; data vector
x0	; differentiable scalar
A	; differentiable vector
alpha	; differentiable vector

Returns:: $A(\frac{x}{x0}e^{(1.0-\frac{x}{x0})})^{\alpha}$

Definition at line 138 of file generalized_Ricker1.cpp.

dvar_vector generalized_Ricker1	(	const dvector &	x,
		const dvar_vector &	x0,
		const dvar_vector &	A,
		const dvar_vector &	alpha
	)

generalized Ricker function, first parameerization; vectorized

Parameters:

x	independent variable; data vector
x0	; differentiable vector
A	; differentiable vector
alpha	; differentiable vector

Returns:: $A(\frac{x}{x0}e^{(1.0-\frac{x}{x0})})^{\alpha}$

Definition at line 155 of file generalized_Ricker1.cpp.

df1b2variable generalized_Ricker1	(	const double &	x,
		const df1b2variable &	x0,
		const df1b2variable &	A,
		const df1b2variable &	alpha
	)

generalized Ricker function, first parameerization; random effects scalar

Parameters:

x	independent variable; data scalar
x0	; differentiable scalar in a random effects model
A	; differentiable scalar in a random effects model
alpha	; differentiable scalar in a random effects model

Returns:: $A(\frac{x}{x0}e^{(1.0-\frac{x}{x0})})^{\alpha}$

Definition at line 175 of file generalized_Ricker1.cpp.

df1b2vector generalized_Ricker1	(	const dvector &	x,
		const df1b2variable &	x0,
		const df1b2variable &	A,
		const df1b2variable &	alpha
	)

generalized Ricker function, first parameerization; random effects vectorized

Parameters:

x	independent variable; data vector
x0	; differentiable scalar in a random effects model
A	; differentiable scalar in a random effects model
alpha	; differentiable scalar in a random effects model

Returns:: $A(\frac{x}{x0}e^{(1.0-\frac{x}{x0})})^{\alpha}$

Definition at line 190 of file generalized_Ricker1.cpp.

df1b2vector generalized_Ricker1	(	const dvector &	x,
		const df1b2vector &	x0,
		const df1b2variable &	A,
		const df1b2variable &	alpha
	)

generalized Ricker function, first parameerization; random effects vectorized

Parameters:

x	independent variable; data vector
x0	; differentiable vector in a random effects model
A	; differentiable scalar in a random effects model
alpha	; differentiable scalar in a random effects model

Returns:: $A(\frac{x}{x0}e^{(1.0-\frac{x}{x0})})^{\alpha}$

Definition at line 205 of file generalized_Ricker1.cpp.

df1b2vector generalized_Ricker1	(	const dvector &	x,
		const df1b2variable &	x0,
		const df1b2vector &	A,
		const df1b2variable &	alpha
	)

generalized Ricker function, first parameerization; random effects vectorized

Parameters:

x	independent variable; data vector
x0	; differentiable scalar in a random effects model
A	; differentiable vector in a random effects model
alpha	; differentiable scalar in a random effects model

Returns:: $A(\frac{x}{x0}e^{(1.0-\frac{x}{x0})})^{\alpha}$

Definition at line 223 of file generalized_Ricker1.cpp.

df1b2vector generalized_Ricker1	(	const dvector &	x,
		const df1b2vector &	x0,
		const df1b2vector &	A,
		const df1b2variable &	alpha
	)

generalized Ricker function, first parameerization; random effects vectorized

Parameters:

x	independent variable; data vector
x0	; differentiable vector in a random effects model
A	; differentiable vector in a random effects model
alpha	; differentiable scalar in a random effects model

Returns:: $A(\frac{x}{x0}e^{(1.0-\frac{x}{x0})})^{\alpha}$

Definition at line 238 of file generalized_Ricker1.cpp.

df1b2vector generalized_Ricker1	(	const dvector &	x,
		const df1b2variable &	x0,
		const df1b2variable &	A,
		const df1b2vector &	alpha
	)

generalized Ricker function, first parameerization; random effects vectorized

Parameters:

x	independent variable; data vector
x0	; differentiable scalar in a random effects model
A	; differentiable scalar in a random effects model
alpha	; differentiable vector in a random effects model

Returns:: $A(\frac{x}{x0}e^{(1.0-\frac{x}{x0})})^{\alpha}$

Definition at line 258 of file generalized_Ricker1.cpp.

df1b2vector generalized_Ricker1	(	const dvector &	x,
		const df1b2vector &	x0,
		const df1b2variable &	A,
		const df1b2vector &	alpha
	)

generalized Ricker function, first parameerization; random effects vectorized

Parameters:

x	independent variable; data vector
x0	; differentiable vector in a random effects model
A	; differentiable scalar in a random effects model
alpha	; differentiable vector in a random effects model

Returns:: $A(\frac{x}{x0}e^{(1.0-\frac{x}{x0})})^{\alpha}$

Definition at line 273 of file generalized_Ricker1.cpp.

df1b2vector generalized_Ricker1	(	const dvector &	x,
		const df1b2variable &	x0,
		const df1b2vector &	A,
		const df1b2vector &	alpha
	)

generalized Ricker function, first parameerization; random effects vectorized

Parameters:

x	independent variable; data vector
x0	; differentiable scalar in a random effects model
A	; differentiable vector in a random effects model
alpha	; differentiable vector in a random effects model

Returns:: $A(\frac{x}{x0}e^{(1.0-\frac{x}{x0})})^{\alpha}$

Definition at line 291 of file generalized_Ricker1.cpp.

df1b2vector generalized_Ricker1	(	const dvector &	x,
		const df1b2vector &	x0,
		const df1b2vector &	A,
		const df1b2vector &	alpha
	)

generalized Ricker function, first parameerization; random effects vectorized

Parameters:

x	independent variable; data vector
x0	; differentiable vector in a random effects model
A	; differentiable vector in a random effects model
alpha	; differentiable vector in a random effects model

Returns:: $A(\frac{x}{x0}e^{(1.0-\frac{x}{x0})})^{\alpha}$

Definition at line 306 of file generalized_Ricker1.cpp.

dvariable generalized_Ricker2	(	const double &	x,
		const prevariable &	r,
		const prevariable &	a,
		const prevariable &	alpha
	)

generalized Ricker function, second parameerization; scalar

Parameters:

x	independent variable; data scalar
r	; differentiable scalar
a	; differentiable scalar
alpha	; differentiable scalar

Returns:: $xe^{r(1-(\frac{a}{x})^\alpha)}$

Definition at line 15 of file generalized_Ricker2.cpp.

dvar_vector generalized_Ricker2	(	const dvector &	x,
		const prevariable &	r,
		const prevariable &	a,
		const prevariable &	alpha
	)

generalized Ricker function, second parameerization; vectorized

Parameters:

x	independent variable; data vector
r	; differentiable scalar
a	; differentiable scalar
alpha	; differentiable scalar

Returns:: $xe^{r(1-(\frac{a}{x})^\alpha)}$

Definition at line 32 of file generalized_Ricker2.cpp.

dvar_vector generalized_Ricker2	(	const dvector &	x,
		const dvar_vector &	r,
		const prevariable &	a,
		const prevariable &	alpha
	)

generalized Ricker function, second parameerization; vectorized

Parameters:

x	independent variable; data vector
r	; differentiable vector
a	; differentiable scalar
alpha	; differentiable scalar

Returns:: $xe^{r(1-(\frac{a}{x})^\alpha)}$

Definition at line 49 of file generalized_Ricker2.cpp.

dvar_vector generalized_Ricker2	(	const dvector &	x,
		const prevariable &	r,
		const dvar_vector &	a,
		const prevariable &	alpha
	)

generalized Ricker function, second parameerization; vectorized

Parameters:

x	independent variable; data vector
r	; differentiable scalar
a	; differentiable vector
alpha	; differentiable scalar

Returns:: $xe^{r(1-(\frac{a}{x})^\alpha)}$

Definition at line 67 of file generalized_Ricker2.cpp.

dvar_vector generalized_Ricker2	(	const dvector &	x,
		const dvar_vector &	r,
		const dvar_vector &	a,
		const prevariable &	alpha
	)

generalized Ricker function, second parameerization; vectorized

Parameters:

x	independent variable; data vector
r	; differentiable vector
a	; differentiable vector
alpha	; differentiable scalar

Returns:: $xe^{r(1-(\frac{a}{x})^\alpha)}$

Definition at line 84 of file generalized_Ricker2.cpp.

dvar_vector generalized_Ricker2	(	const dvector &	x,
		const prevariable &	r,
		const prevariable &	a,
		const dvar_vector &	alpha
	)

generalized Ricker function, second parameerization; vectorized

Parameters:

x	independent variable; data vector
r	; differentiable scalar
a	; differentiable scalar
alpha	; differentiable vector

Returns:: $xe^{r(1-(\frac{a}{x})^\alpha)}$

Definition at line 103 of file generalized_Ricker2.cpp.

dvar_vector generalized_Ricker2	(	const dvector &	x,
		const dvar_vector &	r,
		const prevariable &	a,
		const dvar_vector &	alpha
	)

generalized Ricker function, second parameerization; vectorized

Parameters:

x	independent variable; data vector
r	; differentiable vector
a	; differentiable scalar
alpha	; differentiable vector

Returns:: $xe^{r(1-(\frac{a}{x})^\alpha)}$

Definition at line 120 of file generalized_Ricker2.cpp.

dvar_vector generalized_Ricker2	(	const dvector &	x,
		const prevariable &	r,
		const dvar_vector &	a,
		const dvar_vector &	alpha
	)

generalized Ricker function, second parameerization; vectorized

Parameters:

x	independent variable; data vector
r	; differentiable scalar
a	; differentiable vector
alpha	; differentiable vector

Returns:: $xe^{r(1-(\frac{a}{x})^\alpha)}$

Definition at line 138 of file generalized_Ricker2.cpp.

dvar_vector generalized_Ricker2	(	const dvector &	x,
		const dvar_vector &	r,
		const dvar_vector &	a,
		const dvar_vector &	alpha
	)

generalized Ricker function, second parameerization; vectorized

Parameters:

x	independent variable; data vector
r	; differentiable vector
a	; differentiable vector
alpha	; differentiable vector

Returns:: $xe^{r(1-(\frac{a}{x})^\alpha)}$

Definition at line 155 of file generalized_Ricker2.cpp.

df1b2variable generalized_Ricker2	(	const double &	x,
		const df1b2variable &	r,
		const df1b2variable &	a,
		const df1b2variable &	alpha
	)

generalized Ricker function, second parameerization; random effects scalar

Parameters:

x	independent variable; data scalar
r	; differentiable scalar in a random effects model
a	; differentiable scalar in a random effects model
alpha	; differentiable scalar in a random effects model

Returns:: $xe^{r(1-(\frac{a}{x})^\alpha)}$

Definition at line 175 of file generalized_Ricker2.cpp.

df1b2vector generalized_Ricker2	(	const dvector &	x,
		const df1b2variable &	r,
		const df1b2variable &	a,
		const df1b2variable &	alpha
	)

generalized Ricker function, second parameerization; random effects vectorized

Parameters:

x	independent variable; data vector
r	; differentiable scalar in a random effects model
a	; differentiable scalar in a random effects model
alpha	; differentiable scalar in a random effects model

Returns:: $xe^{r(1-(\frac{a}{x})^\alpha)}$

Definition at line 190 of file generalized_Ricker2.cpp.

df1b2vector generalized_Ricker2	(	const dvector &	x,
		const df1b2vector &	r,
		const df1b2variable &	a,
		const df1b2variable &	alpha
	)

generalized Ricker function, second parameerization; random effects vectorized

Parameters:

x	independent variable; data vector
r	; differentiable vector in a random effects model
a	; differentiable scalar in a random effects model
alpha	; differentiable scalar in a random effects model

Returns:: $xe^{r(1-(\frac{a}{x})^\alpha)}$

Definition at line 205 of file generalized_Ricker2.cpp.

df1b2vector generalized_Ricker2	(	const dvector &	x,
		const df1b2variable &	r,
		const df1b2vector &	a,
		const df1b2variable &	alpha
	)

generalized Ricker function, second parameerization; random effects vectorized

Parameters:

x	independent variable; data vector
r	; differentiable scalar in a random effects model
a	; differentiable vector in a random effects model
alpha	; differentiable scalar in a random effects model

Returns:: $xe^{r(1-(\frac{a}{x})^\alpha)}$

Definition at line 223 of file generalized_Ricker2.cpp.

df1b2vector generalized_Ricker2	(	const dvector &	x,
		const df1b2vector &	r,
		const df1b2vector &	a,
		const df1b2variable &	alpha
	)

generalized Ricker function, second parameerization; random effects vectorized

Parameters:

x	independent variable; data vector
r	; differentiable vector in a random effects model
a	; differentiable vector in a random effects model
alpha	; differentiable scalar in a random effects model

Returns:: $xe^{r(1-(\frac{a}{x})^\alpha)}$

Definition at line 238 of file generalized_Ricker2.cpp.

df1b2vector generalized_Ricker2	(	const dvector &	x,
		const df1b2variable &	r,
		const df1b2variable &	a,
		const df1b2vector &	alpha
	)

generalized Ricker function, second parameerization; random effects vectorized

Parameters:

x	independent variable; data vector
r	; differentiable scalar in a random effects model
a	; differentiable scalar in a random effects model
alpha	; differentiable vector in a random effects model

Returns:: $xe^{r(1-(\frac{a}{x})^\alpha)}$

Definition at line 258 of file generalized_Ricker2.cpp.

df1b2vector generalized_Ricker2	(	const dvector &	x,
		const df1b2vector &	r,
		const df1b2variable &	a,
		const df1b2vector &	alpha
	)

generalized Ricker function, second parameerization; random effects vectorized

Parameters:

x	independent variable; data vector
r	; differentiable vector in a random effects model
a	; differentiable scalar in a random effects model
alpha	; differentiable vector in a random effects model

Returns:: $xe^{r(1-(\frac{a}{x})^\alpha)}$

Definition at line 273 of file generalized_Ricker2.cpp.

df1b2vector generalized_Ricker2	(	const dvector &	x,
		const df1b2variable &	r,
		const df1b2vector &	a,
		const df1b2vector &	alpha
	)

generalized Ricker function, second parameerization; random effects vectorized

Parameters:

x	independent variable; data vector
r	; differentiable scalar in a random effects model
a	; differentiable vector in a random effects model
alpha	; differentiable vector in a random effects model

Returns:: $xe^{r(1-(\frac{a}{x})^\alpha)}$

Definition at line 291 of file generalized_Ricker2.cpp.

df1b2vector generalized_Ricker2	(	const dvector &	x,
		const df1b2vector &	r,
		const df1b2vector &	a,
		const df1b2vector &	alpha
	)

generalized Ricker function, second parameerization; random effects vectorized

Parameters:

x	independent variable; data vector
r	; differentiable vector in a random effects model
a	; differentiable vector in a random effects model
alpha	; differentiable vector in a random effects model

Returns:: $xe^{r(1-(\frac{a}{x})^\alpha)}$

Definition at line 306 of file generalized_Ricker2.cpp.

dvariable Gompertz	(	const double &	x,
		const prevariable &	a,
		const prevariable &	b
	)

Gompertz function; scalar.

Parameters:

x	independent variable; data scalar
a	; differentiable scalar
b	; differentiable scalar

Returns:: $e^{-ae^{-bx}}$

Definition at line 14 of file Gompertz.cpp.

dvar_vector Gompertz	(	const dvector &	x,
		const prevariable &	a,
		const prevariable &	b
	)

Gompertz function; vectorized.

Parameters:

x	independent variable; data vector
a	; differentiable scalar
b	; differentiable scalar

Returns:: $e^{-ae^{-bx}}$

Definition at line 30 of file Gompertz.cpp.

dvar_vector Gompertz	(	const dvector &	x,
		const dvar_vector &	a,
		const prevariable &	b
	)

Gompertz function; vectorized.

Parameters:

x	independent variable; data vector
a	; differentiable vector
b	; differentiable scalar

Returns:: $e^{-ae^{-bx}}$

Definition at line 46 of file Gompertz.cpp.

dvar_vector Gompertz	(	const dvector &	x,
		const prevariable &	a,
		const dvar_vector &	b
	)

Gompertz function; vectorized.

Parameters:

x	independent variable; data vector
a	; differentiable scalar
b	; differentiable vector

Returns:: $e^{-ae^{-bx}}$

Definition at line 63 of file Gompertz.cpp.

dvar_vector Gompertz	(	const dvector &	x,
		const dvar_vector &	a,
		const dvar_vector &	b
	)

Gompertz function; vectorized.

Parameters:

x	independent variable; data vector
a	; differentiable vector
b	; differentiable vector

Returns:: $e^{-ae^{-bx}}$

Definition at line 79 of file Gompertz.cpp.

df1b2variable Gompertz	(	const double &	x,
		const df1b2variable &	a,
		const df1b2variable &	b
	)

Gompertz function; random effects scalar.

Parameters:

x	independent variable; data scalar
a	; differentiable scalar in a random effects model
b	; differentiable scalar in a random effects model

Returns:: $e^{-ae^{-bx}}$

Definition at line 97 of file Gompertz.cpp.

df1b2vector Gompertz	(	const dvector &	x,
		const df1b2variable &	a,
		const df1b2variable &	b
	)

Gompertz function; random effects vectorized.

Parameters:

x	independent variable; data vector
a	; differentiable scalar in a random effects model
b	; differentiable scalar in a random effects model

Returns:: $e^{-ae^{-bx}}$

Definition at line 111 of file Gompertz.cpp.

df1b2vector Gompertz	(	const dvector &	x,
		const df1b2vector &	a,
		const df1b2variable &	b
	)

Gompertz function; random effects vectorized.

Parameters:

x	independent variable; data vector
a	; differentiable vector in a random effects model
b	; differentiable scalar in a random effects model

Returns:: $e^{-ae^{-bx}}$

Definition at line 125 of file Gompertz.cpp.

df1b2vector Gompertz	(	const dvector &	x,
		const df1b2variable &	a,
		const df1b2vector &	b
	)

Gompertz function; random effects vectorized.

Parameters:

x	independent variable; data vector
a	; differentiable scalar in a random effects model
b	; differentiable vector in a random effects model

Returns:: $e^{-ae^{-bx}}$

Definition at line 142 of file Gompertz.cpp.

df1b2vector Gompertz	(	const dvector &	x,
		const df1b2vector &	a,
		const df1b2vector &	b
	)

Gompertz function; random effects vectorized.

Parameters:

x	independent variable; data vector
a	; differentiable vector in a random effects model
b	; differentiable vector in a random effects model

Returns:: $e^{-ae^{-bx}}$

Definition at line 156 of file Gompertz.cpp.

dvariable Hassell	(	const double &	x,
		const prevariable &	a,
		const prevariable &	b,
		const prevariable &	c
	)

Hassell function scalar.

Parameters:

x	independent variable; data scalar
a	; differentiable scalar
b	; differentiable scalar
c	; differentiable scalar

Returns:: $\frac{ax}{(b+x)^c}$

Definition at line 15 of file Hassell.cpp.

dvar_vector Hassell	(	const dvector &	x,
		const prevariable &	a,
		const prevariable &	b,
		const prevariable &	c
	)

Hassell function vectorized.

Parameters:

x	independent variable; data vector
a	; differentiable scalar
b	; differentiable scalar
c	; differentiable scalar

Returns:: $\frac{ax}{(b+x)^c}$

Definition at line 32 of file Hassell.cpp.

dvar_vector Hassell	(	const dvector &	x,
		const dvar_vector &	a,
		const prevariable &	b,
		const prevariable &	c
	)

Hassell function vectorized.

Parameters:

x	independent variable; data vector
a	; differentiable vector
b	; differentiable scalar
c	; differentiable scalar

Returns:: $\frac{ax}{(b+x)^c}$

Definition at line 49 of file Hassell.cpp.

dvar_vector Hassell	(	const dvector &	x,
		const prevariable &	a,
		const dvar_vector &	b,
		const prevariable &	c
	)

Hassell function vectorized.

Parameters:

x	independent variable; data vector
a	; differentiable scalar
b	; differentiable vector
c	; differentiable scalar

Returns:: $\frac{ax}{(b+x)^c}$

Definition at line 67 of file Hassell.cpp.

dvar_vector Hassell	(	const dvector &	x,
		const dvar_vector &	a,
		const dvar_vector &	b,
		const prevariable &	c
	)

Hassell function vectorized.

Parameters:

x	independent variable; data vector
a	; differentiable vector
b	; differentiable vector
c	; differentiable scalar

Returns:: $\frac{ax}{(b+x)^c}$

Definition at line 84 of file Hassell.cpp.

dvar_vector Hassell	(	const dvector &	x,
		const prevariable &	a,
		const prevariable &	b,
		const dvar_vector &	c
	)

Hassell function vectorized.

Parameters:

x	independent variable; data vector
a	; differentiable scalar
b	; differentiable scalar
c	; differentiable vector

Returns:: $\frac{ax}{(b+x)^c}$

Definition at line 103 of file Hassell.cpp.

dvar_vector Hassell	(	const dvector &	x,
		const dvar_vector &	a,
		const prevariable &	b,
		const dvar_vector &	c
	)

Hassell function vectorized.

Parameters:

x	independent variable; data vector
a	; differentiable vector
b	; differentiable scalar
c	; differentiable vector

Returns:: $\frac{ax}{(b+x)^c}$

Definition at line 120 of file Hassell.cpp.

dvar_vector Hassell	(	const dvector &	x,
		const prevariable &	a,
		const dvar_vector &	b,
		const dvar_vector &	c
	)

Hassell function vectorized.

Parameters:

x	independent variable; data vector
a	; differentiable scalar
b	; differentiable vector
c	; differentiable vector

Returns:: $\frac{ax}{(b+x)^c}$

Definition at line 138 of file Hassell.cpp.

dvar_vector Hassell	(	const dvector &	x,
		const dvar_vector &	a,
		const dvar_vector &	b,
		const dvar_vector &	c
	)

Hassell function vectorized.

Parameters:

x	independent variable; data vector
a	; differentiable vector
b	; differentiable vector
c	; differentiable vector

Returns:: $\frac{ax}{(b+x)^c}$

Definition at line 155 of file Hassell.cpp.

df1b2variable Hassell	(	const double &	x,
		const df1b2variable &	a,
		const df1b2variable &	b,
		const df1b2variable &	c
	)

Hassell function random effects scalar.

Parameters:

x	independent variable; data scalar
a	; differentiable scalar in a random effects model
b	; differentiable scalar in a random effects model
c	; differentiable scalar in a random effects model

Returns:: $\frac{ax}{(b+x)^c}$

Definition at line 175 of file Hassell.cpp.

df1b2vector Hassell	(	const dvector &	x,
		const df1b2variable &	a,
		const df1b2variable &	b,
		const df1b2variable &	c
	)

Hassell function random effects vectorized.

Parameters:

x	independent variable; data vector
a	; differentiable scalar in a random effects model
b	; differentiable scalar in a random effects model
c	; differentiable scalar in a random effects model

Returns:: $\frac{ax}{(b+x)^c}$

Definition at line 190 of file Hassell.cpp.

df1b2vector Hassell	(	const dvector &	x,
		const df1b2vector &	a,
		const df1b2variable &	b,
		const df1b2variable &	c
	)

Hassell function random effects vectorized.

Parameters:

x	independent variable; data vector
a	; differentiable vector in a random effects model
b	; differentiable scalar in a random effects model
c	; differentiable scalar in a random effects model

Returns:: $\frac{ax}{(b+x)^c}$

Definition at line 205 of file Hassell.cpp.

df1b2vector Hassell	(	const dvector &	x,
		const df1b2variable &	a,
		const df1b2vector &	b,
		const df1b2variable &	c
	)

Hassell function random effects vectorized.

Parameters:

x	independent variable; data vector
a	; differentiable scalar in a random effects model
b	; differentiable vector in a random effects model
c	; differentiable scalar in a random effects model

Returns:: $\frac{ax}{(b+x)^c}$

Definition at line 223 of file Hassell.cpp.

df1b2vector Hassell	(	const dvector &	x,
		const df1b2vector &	a,
		const df1b2vector &	b,
		const df1b2variable &	c
	)

Hassell function random effects vectorized.

Parameters:

x	independent variable; data vector
a	; differentiable vector in a random effects model
b	; differentiable vector in a random effects model
c	; differentiable scalar in a random effects model

Returns:: $\frac{ax}{(b+x)^c}$

Definition at line 238 of file Hassell.cpp.

df1b2vector Hassell	(	const dvector &	x,
		const df1b2variable &	a,
		const df1b2variable &	b,
		const df1b2vector &	c
	)

Hassell function random effects vectorized.

Parameters:

x	independent variable; data vector
a	; differentiable scalar in a random effects model
b	; differentiable scalar in a random effects model
c	; differentiable vector in a random effects model

Returns:: $\frac{ax}{(b+x)^c}$

Definition at line 258 of file Hassell.cpp.

df1b2vector Hassell	(	const dvector &	x,
		const df1b2vector &	a,
		const df1b2variable &	b,
		const df1b2vector &	c
	)

Hassell function random effects vectorized.

Parameters:

x	independent variable; data vector
a	; differentiable vector in a random effects model
b	; differentiable scalar in a random effects model
c	; differentiable vector in a random effects model

Returns:: $\frac{ax}{(b+x)^c}$

Definition at line 273 of file Hassell.cpp.

df1b2vector Hassell	(	const dvector &	x,
		const df1b2variable &	a,
		const df1b2vector &	b,
		const df1b2vector &	c
	)

Hassell function random effects vectorized.

Parameters:

x	independent variable; data vector
a	; differentiable scalar in a random effects model
b	; differentiable vector in a random effects model
c	; differentiable vector in a random effects model

Returns:: $\frac{ax}{(b+x)^c}$

Definition at line 291 of file Hassell.cpp.

df1b2vector Hassell	(	const dvector &	x,
		const df1b2vector &	a,
		const df1b2vector &	b,
		const df1b2vector &	c
	)

Hassell function random effects vectorized.

Parameters:

x	independent variable; data vector
a	; differentiable vector in a random effects model
b	; differentiable vector in a random effects model
c	; differentiable vector in a random effects model

Returns:: $\frac{ax}{(b+x)^c}$

Definition at line 306 of file Hassell.cpp.

dvariable Hill	(	const double &	x,
		const prevariable &	a,
		const prevariable &	b,
		const prevariable &	c
	)

Hill function; scalar.

Parameters:

x	independent variable; data scalar
a	; differentiable scalar
b	; differentiable scalar
c	; differentiable scalar

Returns:: $\frac{ax^c}{1+bx^c}$

Definition at line 15 of file Hill.cpp.

dvar_vector Hill	(	const dvector &	x,
		const prevariable &	a,
		const prevariable &	b,
		const prevariable &	c
	)

Hill function; vectorized.

Parameters:

x	independent variable; data vector
a	; differentiable scalar
b	; differentiable scalar
c	; differentiable scalar

Returns:: $\frac{ax^c}{1+bx^c}$

Definition at line 32 of file Hill.cpp.

dvar_vector Hill	(	const dvector &	x,
		const dvar_vector &	a,
		const prevariable &	b,
		const prevariable &	c
	)

Hill function; vectorized.

Parameters:

x	independent variable; data vector
a	; differentiable vector
b	; differentiable scalar
c	; differentiable scalar

Returns:: $\frac{ax^c}{1+bx^c}$

Definition at line 49 of file Hill.cpp.

dvar_vector Hill	(	const dvector &	x,
		const prevariable &	a,
		const dvar_vector &	b,
		const prevariable &	c
	)

Hill function; vectorized.

Parameters:

x	independent variable; data vector
a	; differentiable scalar
b	; differentiable vector
c	; differentiable scalar

Returns:: $\frac{ax^c}{1+bx^c}$

Definition at line 67 of file Hill.cpp.

dvar_vector Hill	(	const dvector &	x,
		const dvar_vector &	a,
		const dvar_vector &	b,
		const prevariable &	c
	)

Hill function; vectorized.

Parameters:

x	independent variable; data vector
a	; differentiable vector
b	; differentiable vector
c	; differentiable scalar

Returns:: $\frac{ax^c}{1+bx^c}$

Definition at line 84 of file Hill.cpp.

dvar_vector Hill	(	const dvector &	x,
		const prevariable &	a,
		const prevariable &	b,
		const dvar_vector &	c
	)

Hill function; vectorized.

Parameters:

x	independent variable; data vector
a	; differentiable scalar
b	; differentiable scalar
c	; differentiable vector

Returns:: $\frac{ax^c}{1+bx^c}$

Definition at line 103 of file Hill.cpp.

dvar_vector Hill	(	const dvector &	x,
		const dvar_vector &	a,
		const prevariable &	b,
		const dvar_vector &	c
	)

Hill function; vectorized.

Parameters:

x	independent variable; data vector
a	; differentiable vector
b	; differentiable scalar
c	; differentiable vector

Returns:: $\frac{ax^c}{1+bx^c}$

Definition at line 120 of file Hill.cpp.

dvar_vector Hill	(	const dvector &	x,
		const prevariable &	a,
		const dvar_vector &	b,
		const dvar_vector &	c
	)

Hill function; vectorized.

Parameters:

x	independent variable; data vector
a	; differentiable scalar
b	; differentiable vector
c	; differentiable vector

Returns:: $\frac{ax^c}{1+bx^c}$

Definition at line 138 of file Hill.cpp.

dvar_vector Hill	(	const dvector &	x,
		const dvar_vector &	a,
		const dvar_vector &	b,
		const dvar_vector &	c
	)

Hill function; vectorized.

Parameters:

x	independent variable; data vector
a	; differentiable vector
b	; differentiable vector
c	; differentiable vector

Returns:: $\frac{ax^c}{1+bx^c}$

Definition at line 155 of file Hill.cpp.

df1b2variable Hill	(	const double &	x,
		const df1b2variable &	a,
		const df1b2variable &	b,
		const df1b2variable &	c
	)

Hill function; random effects scalar.

Parameters:

x	independent variable; data scalar
a	; differentiable scalar in a random effects model
b	; differentiable scalar in a random effects model
c	; differentiable scalar in a random effects model

Returns:: $\frac{ax^c}{1+bx^c}$

Definition at line 175 of file Hill.cpp.

df1b2vector Hill	(	const dvector &	x,
		const df1b2variable &	a,
		const df1b2variable &	b,
		const df1b2variable &	c
	)

Hill function; random effects vectorized.

Parameters:

x	independent variable; data vector
a	; differentiable scalar in a random effects model
b	; differentiable scalar in a random effects model
c	; differentiable scalar in a random effects model

Returns:: $\frac{ax^c}{1+bx^c}$

Definition at line 190 of file Hill.cpp.

df1b2vector Hill	(	const dvector &	x,
		const df1b2vector &	a,
		const df1b2variable &	b,
		const df1b2variable &	c
	)

Hill function; random effects vectorized.

Parameters:

x	independent variable; data vector
a	; differentiable vector in a random effects model
b	; differentiable scalar in a random effects model
c	; differentiable scalar in a random effects model

Returns:: $\frac{ax^c}{1+bx^c}$

Definition at line 205 of file Hill.cpp.

df1b2vector Hill	(	const dvector &	x,
		const df1b2variable &	a,
		const df1b2vector &	b,
		const df1b2variable &	c
	)

Hill function; random effects vectorized.

Parameters:

x	independent variable; data vector
a	; differentiable scalar in a random effects model
b	; differentiable vector in a random effects model
c	; differentiable scalar in a random effects model

Returns:: $\frac{ax^c}{1+bx^c}$

Definition at line 223 of file Hill.cpp.

df1b2vector Hill	(	const dvector &	x,
		const df1b2vector &	a,
		const df1b2vector &	b,
		const df1b2variable &	c
	)

Hill function; random effects vectorized.

Parameters:

x	independent variable; data vector
a	; differentiable vector in a random effects model
b	; differentiable vector in a random effects model
c	; differentiable scalar in a random effects model

Returns:: $\frac{ax^c}{1+bx^c}$

Definition at line 238 of file Hill.cpp.

df1b2vector Hill	(	const dvector &	x,
		const df1b2variable &	a,
		const df1b2variable &	b,
		const df1b2vector &	c
	)

Hill function; random effects vectorized.

Parameters:

x	independent variable; data vector
a	; differentiable scalar in a random effects model
b	; differentiable scalar in a random effects model
c	; differentiable vector in a random effects model

Returns:: $\frac{ax^c}{1+bx^c}$

Definition at line 258 of file Hill.cpp.

df1b2vector Hill	(	const dvector &	x,
		const df1b2vector &	a,
		const df1b2variable &	b,
		const df1b2vector &	c
	)

Hill function; random effects vectorized.

Parameters:

x	independent variable; data vector
a	; differentiable vector in a random effects model
b	; differentiable scalar in a random effects model
c	; differentiable vector in a random effects model

Returns:: $\frac{ax^c}{1+bx^c}$

Definition at line 273 of file Hill.cpp.

df1b2vector Hill	(	const dvector &	x,
		const df1b2variable &	a,
		const df1b2vector &	b,
		const df1b2vector &	c
	)

Hill function; random effects vectorized.

Parameters:

x	independent variable; data vector
a	; differentiable scalar in a random effects model
b	; differentiable vector in a random effects model
c	; differentiable vector in a random effects model

Returns:: $\frac{ax^c}{1+bx^c}$

Definition at line 291 of file Hill.cpp.

df1b2vector Hill	(	const dvector &	x,
		const df1b2vector &	a,
		const df1b2vector &	b,
		const df1b2vector &	c
	)

Hill function; random effects vectorized.

Parameters:

x	independent variable; data vector
a	; differentiable vector in a random effects model
b	; differentiable vector in a random effects model
c	; differentiable vector in a random effects model

Returns:: $\frac{ax^c}{1+bx^c}$

Definition at line 306 of file Hill.cpp.

dvariable HollingII	(	const double &	x,
		const prevariable &	alpha,
		const prevariable &	h
	)

HollingII scalar.

Parameters:

x	independent variable; data scalar
alpha	; differentiable scalar
h	; differentiable scalar

Returns:: $\frac{alpha x}{1+ alpha hx}$

Definition at line 14 of file HollingII.cpp.

dvar_vector HollingII	(	const dvector &	x,
		const prevariable &	alpha,
		const prevariable &	h
	)

HollingII vectorized.

Parameters:

x	independent variable; data vector
alpha	; differentiable scalar
h	; differentiable scalar

Returns:: $\frac{alpha x}{1+ alpha hx}$

Definition at line 30 of file HollingII.cpp.

dvar_vector HollingII	(	const dvector &	x,
		const dvar_vector &	alpha,
		const prevariable &	h
	)

HollingII vectorized.

Parameters:

x	independent variable; data vector
alpha	; differentiable vector
h	; differentiable scalar

Returns:: $\frac{alpha x}{1+ alpha hx}$

Definition at line 46 of file HollingII.cpp.

dvar_vector HollingII	(	const dvector &	x,
		const prevariable &	alpha,
		const dvar_vector &	h
	)

HollingII vectorized.

Parameters:

x	independent variable; data vector
alpha	; differentiable scalar
h	; differentiable vector

Returns:: $\frac{alpha x}{1+ alpha hx}$

Definition at line 63 of file HollingII.cpp.

dvar_vector HollingII	(	const dvector &	x,
		const dvar_vector &	alpha,
		const dvar_vector &	h
	)

HollingII vectorized.

Parameters:

x	independent variable; data vector
alpha	; differentiable vector
h	; differentiable vector

Returns:: $\frac{alpha x}{1+ alpha hx}$

Definition at line 79 of file HollingII.cpp.

df1b2variable HollingII	(	const double &	x,
		const df1b2variable &	alpha,
		const df1b2variable &	h
	)

HollingII random effects scalar.

Parameters:

x	independent variable; data scalar
alpha	; differentiable scalar in a random effects model
h	; differentiable scalar in a random effects model

Returns:: $\frac{alpha x}{1+ alpha hx}$

Definition at line 97 of file HollingII.cpp.

df1b2vector HollingII	(	const dvector &	x,
		const df1b2variable &	alpha,
		const df1b2variable &	h
	)

HollingII random effects vectorized.

Parameters:

x	independent variable; data vector
alpha	; differentiable scalar in a random effects model
h	; differentiable scalar in a random effects model

Returns:: $\frac{alpha x}{1+ alpha hx}$

Definition at line 111 of file HollingII.cpp.

df1b2vector HollingII	(	const dvector &	x,
		const df1b2vector &	alpha,
		const df1b2variable &	h
	)

HollingII random effects vectorized.

Parameters:

x	independent variable; data vector
alpha	; differentiable vector in a random effects model
h	; differentiable scalar in a random effects model

Returns:: $\frac{alpha x}{1+ alpha hx}$

Definition at line 125 of file HollingII.cpp.

df1b2vector HollingII	(	const dvector &	x,
		const df1b2variable &	alpha,
		const df1b2vector &	h
	)

HollingII random effects vectorized.

Parameters:

x	independent variable; data vector
alpha	; differentiable scalar in a random effects model
h	; differentiable vector in a random effects model

Returns:: $\frac{alpha x}{1+ alpha hx}$

Definition at line 142 of file HollingII.cpp.

df1b2vector HollingII	(	const dvector &	x,
		const df1b2vector &	alpha,
		const df1b2vector &	h
	)

HollingII random effects vectorized.

Parameters:

x	independent variable; data vector
alpha	; differentiable vector in a random effects model
h	; differentiable vector in a random effects model

Returns:: $\frac{alpha x}{1+ alpha hx}$

Definition at line 156 of file HollingII.cpp.

dvariable HollingIII	(	const double &	x,
		const prevariable &	a,
		const prevariable &	b
	)

Holling Type III function; scalar.

Parameters:

x	independent variable; data scalar
a	; differentiable scalar
b	; differentiable scalar

Returns:: $\frac{ax^2}{b^2 + x^2}$

Definition at line 14 of file HollingIII.cpp.

dvar_vector HollingIII	(	const dvector &	x,
		const prevariable &	a,
		const prevariable &	b
	)

Holling Type III function; vectorized.

Parameters:

x	independent variable; data vector
a	; differentiable scalar
b	; differentiable scalar

Returns:: $\frac{ax^2}{b^2 + x^2}$

Definition at line 30 of file HollingIII.cpp.

dvar_vector HollingIII	(	const dvector &	x,
		const dvar_vector &	a,
		const prevariable &	b
	)

Holling Type III function; vectorized.

Parameters:

x	independent variable; data vector
a	; differentiable vector
b	; differentiable scalar

Returns:: $\frac{ax^2}{b^2 + x^2}$

Definition at line 46 of file HollingIII.cpp.

dvar_vector HollingIII	(	const dvector &	x,
		const prevariable &	a,
		const dvar_vector &	b
	)

Holling Type III function; vectorized.

Parameters:

x	independent variable; data vector
a	; differentiable scalar
b	; differentiable vector

Returns:: $\frac{ax^2}{b^2 + x^2}$

Definition at line 63 of file HollingIII.cpp.

dvar_vector HollingIII	(	const dvector &	x,
		const dvar_vector &	a,
		const dvar_vector &	b
	)

Holling Type III function; vectorized.

Parameters:

x	independent variable; data vector
a	; differentiable vector
b	; differentiable vector

Returns:: $\frac{ax^2}{b^2 + x^2}$

Definition at line 79 of file HollingIII.cpp.

df1b2variable HollingIII	(	const double &	x,
		const df1b2variable &	a,
		const df1b2variable &	b
	)

Holling Type III function; random effects scalar.

Parameters:

x	independent variable; data scalar
a	; differentiable scalar in a random effects model
b	; differentiable scalar in a random effects model

Returns:: $\frac{ax^2}{b^2 + x^2}$

Definition at line 97 of file HollingIII.cpp.

df1b2vector HollingIII	(	const dvector &	x,
		const df1b2variable &	a,
		const df1b2variable &	b
	)

Holling Type III function; random effects vectorized.

Parameters:

x	independent variable; data vector
a	; differentiable scalar in a random effects model
b	; differentiable scalar in a random effects model

Returns:: $\frac{ax^2}{b^2 + x^2}$

Definition at line 111 of file HollingIII.cpp.

df1b2vector HollingIII	(	const dvector &	x,
		const df1b2vector &	a,
		const df1b2variable &	b
	)

Holling Type III function; random effects vectorized.

Parameters:

x	independent variable; data vector
a	; differentiable vector in a random effects model
b	; differentiable scalar in a random effects model

Returns:: $\frac{ax^2}{b^2 + x^2}$

Definition at line 125 of file HollingIII.cpp.

df1b2vector HollingIII	(	const dvector &	x,
		const df1b2variable &	a,
		const df1b2vector &	b
	)

Holling Type III function; random effects vectorized.

Parameters:

x	independent variable; data vector
a	; differentiable scalar in a random effects model
b	; differentiable vector in a random effects model

Returns:: $\frac{ax^2}{b^2 + x^2}$

Definition at line 142 of file HollingIII.cpp.

df1b2vector HollingIII	(	const dvector &	x,
		const df1b2vector &	a,
		const df1b2vector &	b
	)

Holling Type III function; random effects vectorized.

Parameters:

x	independent variable; data vector
a	; differentiable vector in a random effects model
b	; differentiable vector in a random effects model

Returns:: $\frac{ax^2}{b^2 + x^2}$

Definition at line 156 of file HollingIII.cpp.

dvariable HollingIV	(	const double &	x,
		const prevariable &	a,
		const prevariable &	b,
		const prevariable &	c
	)

Holling Type IV function; scalar.

Parameters:

x	independent variable; data scalar
a	; differentiable scalar
b	; differentiable scalar
c	; differentiable scalar

Returns:: $\frac{ax^2}{b + cx + x^2}$

Definition at line 15 of file HollingIV.cpp.

dvar_vector HollingIV	(	const dvector &	x,
		const prevariable &	a,
		const prevariable &	b,
		const prevariable &	c
	)

Holling Type IV function; vectorized.

Parameters:

x	independent variable; data vector
a	; differentiable scalar
b	; differentiable scalar
c	; differentiable scalar

Returns:: $\frac{ax^2}{b + cx + x^2}$

Definition at line 32 of file HollingIV.cpp.

dvar_vector HollingIV	(	const dvector &	x,
		const dvar_vector &	a,
		const prevariable &	b,
		const prevariable &	c
	)

Holling Type IV function; vectorized.

Parameters:

x	independent variable; data vector
a	; differentiable vector
b	; differentiable scalar
c	; differentiable scalar

Returns:: $\frac{ax^2}{b + cx + x^2}$

Definition at line 49 of file HollingIV.cpp.

dvar_vector HollingIV	(	const dvector &	x,
		const prevariable &	a,
		const dvar_vector &	b,
		const prevariable &	c
	)

Holling Type IV function; vectorized.

Parameters:

x	independent variable; data vector
a	; differentiable scalar
b	; differentiable vector
c	; differentiable scalar

Returns:: $\frac{ax^2}{b + cx + x^2}$

Definition at line 67 of file HollingIV.cpp.

dvar_vector HollingIV	(	const dvector &	x,
		const dvar_vector &	a,
		const dvar_vector &	b,
		const prevariable &	c
	)

Holling Type IV function; vectorized.

Parameters:

x	independent variable; data vector
a	; differentiable vector
b	; differentiable vector
c	; differentiable scalar

Returns:: $\frac{ax^2}{b + cx + x^2}$

Definition at line 84 of file HollingIV.cpp.

dvar_vector HollingIV	(	const dvector &	x,
		const prevariable &	a,
		const prevariable &	b,
		const dvar_vector &	c
	)

Holling Type IV function; vectorized.

Parameters:

x	independent variable; data vector
a	; differentiable scalar
b	; differentiable scalar
c	; differentiable vector

Returns:: $\frac{ax^2}{b + cx + x^2}$

Definition at line 103 of file HollingIV.cpp.

dvar_vector HollingIV	(	const dvector &	x,
		const dvar_vector &	a,
		const prevariable &	b,
		const dvar_vector &	c
	)

Holling Type IV function; vectorized.

Parameters:

x	independent variable; data vector
a	; differentiable vector
b	; differentiable scalar
c	; differentiable vector

Returns:: $\frac{ax^2}{b + cx + x^2}$

Definition at line 120 of file HollingIV.cpp.

dvar_vector HollingIV	(	const dvector &	x,
		const prevariable &	a,
		const dvar_vector &	b,
		const dvar_vector &	c
	)

Holling Type IV function; vectorized.

Parameters:

x	independent variable; data vector
a	; differentiable scalar
b	; differentiable vector
c	; differentiable vector

Returns:: $\frac{ax^2}{b + cx + x^2}$

Definition at line 138 of file HollingIV.cpp.

dvar_vector HollingIV	(	const dvector &	x,
		const dvar_vector &	a,
		const dvar_vector &	b,
		const dvar_vector &	c
	)

Holling Type IV function; vectorized.

Parameters:

x	independent variable; data vector
a	; differentiable vector
b	; differentiable vector
c	; differentiable vector

Returns:: $\frac{ax^2}{b + cx + x^2}$

Definition at line 155 of file HollingIV.cpp.

df1b2variable HollingIV	(	const double &	x,
		const df1b2variable &	a,
		const df1b2variable &	b,
		const df1b2variable &	c
	)

Holling Type IV function; random effects scalar.

Parameters:

x	independent variable; data scalar
a	; differentiable scalar in a random effects model
b	; differentiable scalar in a random effects model
c	; differentiable scalar in a random effects model

Returns:: $\frac{ax^2}{b + cx + x^2}$

Definition at line 175 of file HollingIV.cpp.

df1b2vector HollingIV	(	const dvector &	x,
		const df1b2variable &	a,
		const df1b2variable &	b,
		const df1b2variable &	c
	)

Holling Type IV function; random effects vectorized.

Parameters:

x	independent variable; data vector
a	; differentiable scalar in a random effects model
b	; differentiable scalar in a random effects model
c	; differentiable scalar in a random effects model

Returns:: $\frac{ax^2}{b + cx + x^2}$

Definition at line 190 of file HollingIV.cpp.

df1b2vector HollingIV	(	const dvector &	x,
		const df1b2vector &	a,
		const df1b2variable &	b,
		const df1b2variable &	c
	)

Holling Type IV function; random effects vectorized.

Parameters:

x	independent variable; data vector
a	; differentiable vector in a random effects model
b	; differentiable scalar in a random effects model
c	; differentiable scalar in a random effects model

Returns:: $\frac{ax^2}{b + cx + x^2}$

Definition at line 205 of file HollingIV.cpp.

df1b2vector HollingIV	(	const dvector &	x,
		const df1b2variable &	a,
		const df1b2vector &	b,
		const df1b2variable &	c
	)

Holling Type IV function; random effects vectorized.

Parameters:

x	independent variable; data vector
a	; differentiable scalar in a random effects model
b	; differentiable vector in a random effects model
c	; differentiable scalar in a random effects model

Returns:: $\frac{ax^2}{b + cx + x^2}$

Definition at line 223 of file HollingIV.cpp.

df1b2vector HollingIV	(	const dvector &	x,
		const df1b2vector &	a,
		const df1b2vector &	b,
		const df1b2variable &	c
	)

Holling Type IV function; random effects vectorized.

Parameters:

x	independent variable; data vector
a	; differentiable vector in a random effects model
b	; differentiable vector in a random effects model
c	; differentiable scalar in a random effects model

Returns:: $\frac{ax^2}{b + cx + x^2}$

Definition at line 238 of file HollingIV.cpp.

df1b2vector HollingIV	(	const dvector &	x,
		const df1b2variable &	a,
		const df1b2variable &	b,
		const df1b2vector &	c
	)

Holling Type IV function; random effects vectorized.

Parameters:

x	independent variable; data vector
a	; differentiable scalar in a random effects model
b	; differentiable scalar in a random effects model
c	; differentiable vector in a random effects model

Returns:: $\frac{ax^2}{b + cx + x^2}$

Definition at line 258 of file HollingIV.cpp.

df1b2vector HollingIV	(	const dvector &	x,
		const df1b2vector &	a,
		const df1b2variable &	b,
		const df1b2vector &	c
	)

Holling Type IV function; random effects vectorized.

Parameters:

x	independent variable; data vector
a	; differentiable vector in a random effects model
b	; differentiable scalar in a random effects model
c	; differentiable vector in a random effects model

Returns:: $\frac{ax^2}{b + cx + x^2}$

Definition at line 273 of file HollingIV.cpp.

df1b2vector HollingIV	(	const dvector &	x,
		const df1b2variable &	a,
		const df1b2vector &	b,
		const df1b2vector &	c
	)

Holling Type IV function; random effects vectorized.

Parameters:

x	independent variable; data vector
a	; differentiable scalar in a random effects model
b	; differentiable vector in a random effects model
c	; differentiable vector in a random effects model

Returns:: $\frac{ax^2}{b + cx + x^2}$

Definition at line 291 of file HollingIV.cpp.

df1b2vector HollingIV	(	const dvector &	x,
		const df1b2vector &	a,
		const df1b2vector &	b,
		const df1b2vector &	c
	)

Holling Type IV function; random effects vectorized.

Parameters:

x	independent variable; data vector
a	; differentiable vector in a random effects model
b	; differentiable vector in a random effects model
c	; differentiable vector in a random effects model

Returns:: $\frac{ax^2}{b + cx + x^2}$

Definition at line 306 of file HollingIV.cpp.

dvariable logistic	(	const double &	x,
		const prevariable &	a,
		const prevariable &	b
	)

logistic function; scalar

Parameters:

x	independent variable; data scalar
a	; differentiable scalar
b	; differentiable scalar

Returns:: $\frac{e^{a+bx}}{(1+e^{a+bx})}$

Definition at line 14 of file ecolib/logistic.cpp.

dvar_vector logistic	(	const dvector &	x,
		const prevariable &	a,
		const prevariable &	b
	)

logistic function; vectorized

Parameters:

x	independent variable; data vector
a	; differentiable scalar
b	; differentiable scalar

Returns:: $\frac{e^{a+bx}}{(1+e^{a+bx})}$

Definition at line 30 of file ecolib/logistic.cpp.

dvar_vector logistic	(	const dvector &	x,
		const dvar_vector &	a,
		const prevariable &	b
	)

logistic function; vectorized

Parameters:

x	independent variable; data vector
a	; differentiable vector
b	; differentiable scalar

Returns:: $\frac{e^{a+bx}}{(1+e^{a+bx})}$

Definition at line 46 of file ecolib/logistic.cpp.

dvar_vector logistic	(	const dvector &	x,
		const prevariable &	a,
		const dvar_vector &	b
	)

logistic function; vectorized

Parameters:

x	independent variable; data vector
a	; differentiable scalar
b	; differentiable vector

Returns:: $\frac{e^{a+bx}}{(1+e^{a+bx})}$

Definition at line 63 of file ecolib/logistic.cpp.

dvar_vector logistic	(	const dvector &	x,
		const dvar_vector &	a,
		const dvar_vector &	b
	)

logistic function; vectorized

Parameters:

x	independent variable; data vector
a	; differentiable vector
b	; differentiable vector

Returns:: $\frac{e^{a+bx}}{(1+e^{a+bx})}$

Definition at line 79 of file ecolib/logistic.cpp.

df1b2variable logistic	(	const double &	x,
		const df1b2variable &	a,
		const df1b2variable &	b
	)

logistic function; random effects scalar

Parameters:

x	independent variable; data scalar
a	; differentiable scalar in a random effects model
b	; differentiable scalar in a random effects model

Returns:: $\frac{e^{a+bx}}{(1+e^{a+bx})}$

Definition at line 97 of file ecolib/logistic.cpp.

df1b2vector logistic	(	const dvector &	x,
		const df1b2variable &	a,
		const df1b2variable &	b
	)

logistic function; random effects vectorized

Parameters:

x	independent variable; data vector
a	; differentiable scalar in a random effects model
b	; differentiable scalar in a random effects model

Returns:: $\frac{e^{a+bx}}{(1+e^{a+bx})}$

Definition at line 111 of file ecolib/logistic.cpp.

df1b2vector logistic	(	const dvector &	x,
		const df1b2vector &	a,
		const df1b2variable &	b
	)

logistic function; random effects vectorized

Parameters:

x	independent variable; data vector
a	; differentiable vector in a random effects model
b	; differentiable scalar in a random effects model

Returns:: $\frac{e^{a+bx}}{(1+e^{a+bx})}$

Definition at line 125 of file ecolib/logistic.cpp.

df1b2vector logistic	(	const dvector &	x,
		const df1b2variable &	a,
		const df1b2vector &	b
	)

logistic function; random effects vectorized

Parameters:

x	independent variable; data vector
a	; differentiable scalar in a random effects model
b	; differentiable vector in a random effects model

Returns:: $\frac{e^{a+bx}}{(1+e^{a+bx})}$

Definition at line 142 of file ecolib/logistic.cpp.

df1b2vector logistic	(	const dvector &	x,
		const df1b2vector &	a,
		const df1b2vector &	b
	)

logistic function; random effects vectorized

Parameters:

x	independent variable; data vector
a	; differentiable vector in a random effects model
b	; differentiable vector in a random effects model

Returns:: $\frac{e^{a+bx}}{(1+e^{a+bx})}$

Definition at line 156 of file ecolib/logistic.cpp.

dvariable logistic3	(	const double &	x,
		const prevariable &	a,
		const prevariable &	b,
		const prevariable &	c
	)

logistic function with carrying capacity c; scalar

Parameters:

x	independent variable; data scalar
a	; differentiable scalar
b	; differentiable scalar
c	carrying capacity; differentiable scalar

Returns:: $\frac{c}{1+e^{-(a+bx)}}$