time:
  variable: t
odes:
- stateId: R
  rightHandSide: kR*V*P-kF(t, fac, t_wait, sigma,  L, k_base, t0, a1, mu1, a2, mu2,
    a3, mu3, a4, mu4, a5, mu5, a6, mu6, a7, mu7, a8, mu8, a9, mu9, a10, mu10, a11,
    mu11, a12, mu12, a13, mu13, a14, mu14, a15, mu15, a16, mu16, a17, mu17, a18, mu18,
    a19, mu19, a20, mu20, a21, mu21, a22, mu22, a23, mu23, a24, mu24, a25, mu25, a26,
    mu26, a27, mu27, a28, mu28, a29, mu29, a30, mu30, a31, mu31, a32, mu32, a33, mu33,
    a34, mu34, a35, mu35, a36, mu36, a37, mu37, a38, mu38, a39, mu39, a40, mu40, a41,
    mu41, a42, mu42, a43, mu43, a44, mu44, a45, mu45, a46, mu46, a47, mu47, a48, mu48,
    a49, mu49, a50, mu50, a51, mu51, a52, mu52, a53, mu53, a54, mu54, a55, mu55, a56,
    mu56, a57, mu57, a58, mu58, a59, mu59, a60, mu60)*R-kU(t, fac, kUmax, steep, t_wait,
    cliffstart, kUmin)*R
  initialValue: ((1+(kF(0, fac, t_wait, sigma,  L, k_base, t0, a1, mu1, a2, mu2, a3,
    mu3, a4, mu4, a5, mu5, a6, mu6, a7, mu7, a8, mu8, a9, mu9, a10, mu10, a11, mu11,
    a12, mu12, a13, mu13, a14, mu14, a15, mu15, a16, mu16, a17, mu17, a18, mu18, a19,
    mu19, a20, mu20, a21, mu21, a22, mu22, a23, mu23, a24, mu24, a25, mu25, a26, mu26,
    a27, mu27, a28, mu28, a29, mu29, a30, mu30, a31, mu31, a32, mu32, a33, mu33, a34,
    mu34, a35, mu35, a36, mu36, a37, mu37, a38, mu38, a39, mu39, a40, mu40, a41, mu41,
    a42, mu42, a43, mu43, a44, mu44, a45, mu45, a46, mu46, a47, mu47, a48, mu48, a49,
    mu49, a50, mu50, a51, mu51, a52, mu52, a53, mu53, a54, mu54, a55, mu55, a56, mu56,
    a57, mu57, a58, mu58, a59, mu59, a60, mu60)/gV))*nsites+(1+(kF(0, fac, t_wait,
    sigma,  L, k_base, t0, a1, mu1, a2, mu2, a3, mu3, a4, mu4, a5, mu5, a6, mu6, a7,
    mu7, a8, mu8, a9, mu9, a10, mu10, a11, mu11, a12, mu12, a13, mu13, a14, mu14,
    a15, mu15, a16, mu16, a17, mu17, a18, mu18, a19, mu19, a20, mu20, a21, mu21, a22,
    mu22, a23, mu23, a24, mu24, a25, mu25, a26, mu26, a27, mu27, a28, mu28, a29, mu29,
    a30, mu30, a31, mu31, a32, mu32, a33, mu33, a34, mu34, a35, mu35, a36, mu36, a37,
    mu37, a38, mu38, a39, mu39, a40, mu40, a41, mu41, a42, mu42, a43, mu43, a44, mu44,
    a45, mu45, a46, mu46, a47, mu47, a48, mu48, a49, mu49, a50, mu50, a51, mu51, a52,
    mu52, a53, mu53, a54, mu54, a55, mu55, a56, mu56, a57, mu57, a58, mu58, a59, mu59,
    a60, mu60)/gP))*nves+(kF(0, fac, t_wait, sigma,  L, k_base, t0, a1, mu1, a2, mu2,
    a3, mu3, a4, mu4, a5, mu5, a6, mu6, a7, mu7, a8, mu8, a9, mu9, a10, mu10, a11,
    mu11, a12, mu12, a13, mu13, a14, mu14, a15, mu15, a16, mu16, a17, mu17, a18, mu18,
    a19, mu19, a20, mu20, a21, mu21, a22, mu22, a23, mu23, a24, mu24, a25, mu25, a26,
    mu26, a27, mu27, a28, mu28, a29, mu29, a30, mu30, a31, mu31, a32, mu32, a33, mu33,
    a34, mu34, a35, mu35, a36, mu36, a37, mu37, a38, mu38, a39, mu39, a40, mu40, a41,
    mu41, a42, mu42, a43, mu43, a44, mu44, a45, mu45, a46, mu46, a47, mu47, a48, mu48,
    a49, mu49, a50, mu50, a51, mu51, a52, mu52, a53, mu53, a54, mu54, a55, mu55, a56,
    mu56, a57, mu57, a58, mu58, a59, mu59, a60, mu60) + kU(0, fac, kUmax, steep, t_wait,
    cliffstart, kUmin))/kR)/(2*(1+(kF(0, fac, t_wait, sigma,  L, k_base, t0, a1, mu1,
    a2, mu2, a3, mu3, a4, mu4, a5, mu5, a6, mu6, a7, mu7, a8, mu8, a9, mu9, a10, mu10,
    a11, mu11, a12, mu12, a13, mu13, a14, mu14, a15, mu15, a16, mu16, a17, mu17, a18,
    mu18, a19, mu19, a20, mu20, a21, mu21, a22, mu22, a23, mu23, a24, mu24, a25, mu25,
    a26, mu26, a27, mu27, a28, mu28, a29, mu29, a30, mu30, a31, mu31, a32, mu32, a33,
    mu33, a34, mu34, a35, mu35, a36, mu36, a37, mu37, a38, mu38, a39, mu39, a40, mu40,
    a41, mu41, a42, mu42, a43, mu43, a44, mu44, a45, mu45, a46, mu46, a47, mu47, a48,
    mu48, a49, mu49, a50, mu50, a51, mu51, a52, mu52, a53, mu53, a54, mu54, a55, mu55,
    a56, mu56, a57, mu57, a58, mu58, a59, mu59, a60, mu60)/gP))*(1+(kF(0, fac, t_wait,
    sigma,  L, k_base, t0, a1, mu1, a2, mu2, a3, mu3, a4, mu4, a5, mu5, a6, mu6, a7,
    mu7, a8, mu8, a9, mu9, a10, mu10, a11, mu11, a12, mu12, a13, mu13, a14, mu14,
    a15, mu15, a16, mu16, a17, mu17, a18, mu18, a19, mu19, a20, mu20, a21, mu21, a22,
    mu22, a23, mu23, a24, mu24, a25, mu25, a26, mu26, a27, mu27, a28, mu28, a29, mu29,
    a30, mu30, a31, mu31, a32, mu32, a33, mu33, a34, mu34, a35, mu35, a36, mu36, a37,
    mu37, a38, mu38, a39, mu39, a40, mu40, a41, mu41, a42, mu42, a43, mu43, a44, mu44,
    a45, mu45, a46, mu46, a47, mu47, a48, mu48, a49, mu49, a50, mu50, a51, mu51, a52,
    mu52, a53, mu53, a54, mu54, a55, mu55, a56, mu56, a57, mu57, a58, mu58, a59, mu59,
    a60, mu60)/gV)))-sqrt(((1+(kF(0, fac, t_wait, sigma,  L, k_base, t0, a1, mu1,
    a2, mu2, a3, mu3, a4, mu4, a5, mu5, a6, mu6, a7, mu7, a8, mu8, a9, mu9, a10, mu10,
    a11, mu11, a12, mu12, a13, mu13, a14, mu14, a15, mu15, a16, mu16, a17, mu17, a18,
    mu18, a19, mu19, a20, mu20, a21, mu21, a22, mu22, a23, mu23, a24, mu24, a25, mu25,
    a26, mu26, a27, mu27, a28, mu28, a29, mu29, a30, mu30, a31, mu31, a32, mu32, a33,
    mu33, a34, mu34, a35, mu35, a36, mu36, a37, mu37, a38, mu38, a39, mu39, a40, mu40,
    a41, mu41, a42, mu42, a43, mu43, a44, mu44, a45, mu45, a46, mu46, a47, mu47, a48,
    mu48, a49, mu49, a50, mu50, a51, mu51, a52, mu52, a53, mu53, a54, mu54, a55, mu55,
    a56, mu56, a57, mu57, a58, mu58, a59, mu59, a60, mu60)/gV))*nsites+(1+(kF(0, fac,
    t_wait, sigma,  L, k_base, t0, a1, mu1, a2, mu2, a3, mu3, a4, mu4, a5, mu5, a6,
    mu6, a7, mu7, a8, mu8, a9, mu9, a10, mu10, a11, mu11, a12, mu12, a13, mu13, a14,
    mu14, a15, mu15, a16, mu16, a17, mu17, a18, mu18, a19, mu19, a20, mu20, a21, mu21,
    a22, mu22, a23, mu23, a24, mu24, a25, mu25, a26, mu26, a27, mu27, a28, mu28, a29,
    mu29, a30, mu30, a31, mu31, a32, mu32, a33, mu33, a34, mu34, a35, mu35, a36, mu36,
    a37, mu37, a38, mu38, a39, mu39, a40, mu40, a41, mu41, a42, mu42, a43, mu43, a44,
    mu44, a45, mu45, a46, mu46, a47, mu47, a48, mu48, a49, mu49, a50, mu50, a51, mu51,
    a52, mu52, a53, mu53, a54, mu54, a55, mu55, a56, mu56, a57, mu57, a58, mu58, a59,
    mu59, a60, mu60)/gP))*nves+(kF(0, fac, t_wait, sigma,  L, k_base, t0, a1, mu1,
    a2, mu2, a3, mu3, a4, mu4, a5, mu5, a6, mu6, a7, mu7, a8, mu8, a9, mu9, a10, mu10,
    a11, mu11, a12, mu12, a13, mu13, a14, mu14, a15, mu15, a16, mu16, a17, mu17, a18,
    mu18, a19, mu19, a20, mu20, a21, mu21, a22, mu22, a23, mu23, a24, mu24, a25, mu25,
    a26, mu26, a27, mu27, a28, mu28, a29, mu29, a30, mu30, a31, mu31, a32, mu32, a33,
    mu33, a34, mu34, a35, mu35, a36, mu36, a37, mu37, a38, mu38, a39, mu39, a40, mu40,
    a41, mu41, a42, mu42, a43, mu43, a44, mu44, a45, mu45, a46, mu46, a47, mu47, a48,
    mu48, a49, mu49, a50, mu50, a51, mu51, a52, mu52, a53, mu53, a54, mu54, a55, mu55,
    a56, mu56, a57, mu57, a58, mu58, a59, mu59, a60, mu60) + kU(0, fac, kUmax, steep,
    t_wait, cliffstart, kUmin))/kR)^2/(2*(1+(kF(0, fac, t_wait, sigma,  L, k_base,
    t0, a1, mu1, a2, mu2, a3, mu3, a4, mu4, a5, mu5, a6, mu6, a7, mu7, a8, mu8, a9,
    mu9, a10, mu10, a11, mu11, a12, mu12, a13, mu13, a14, mu14, a15, mu15, a16, mu16,
    a17, mu17, a18, mu18, a19, mu19, a20, mu20, a21, mu21, a22, mu22, a23, mu23, a24,
    mu24, a25, mu25, a26, mu26, a27, mu27, a28, mu28, a29, mu29, a30, mu30, a31, mu31,
    a32, mu32, a33, mu33, a34, mu34, a35, mu35, a36, mu36, a37, mu37, a38, mu38, a39,
    mu39, a40, mu40, a41, mu41, a42, mu42, a43, mu43, a44, mu44, a45, mu45, a46, mu46,
    a47, mu47, a48, mu48, a49, mu49, a50, mu50, a51, mu51, a52, mu52, a53, mu53, a54,
    mu54, a55, mu55, a56, mu56, a57, mu57, a58, mu58, a59, mu59, a60, mu60)/gP))*(1+(kF(0,
    fac, t_wait, sigma,  L, k_base, t0, a1, mu1, a2, mu2, a3, mu3, a4, mu4, a5, mu5,
    a6, mu6, a7, mu7, a8, mu8, a9, mu9, a10, mu10, a11, mu11, a12, mu12, a13, mu13,
    a14, mu14, a15, mu15, a16, mu16, a17, mu17, a18, mu18, a19, mu19, a20, mu20, a21,
    mu21, a22, mu22, a23, mu23, a24, mu24, a25, mu25, a26, mu26, a27, mu27, a28, mu28,
    a29, mu29, a30, mu30, a31, mu31, a32, mu32, a33, mu33, a34, mu34, a35, mu35, a36,
    mu36, a37, mu37, a38, mu38, a39, mu39, a40, mu40, a41, mu41, a42, mu42, a43, mu43,
    a44, mu44, a45, mu45, a46, mu46, a47, mu47, a48, mu48, a49, mu49, a50, mu50, a51,
    mu51, a52, mu52, a53, mu53, a54, mu54, a55, mu55, a56, mu56, a57, mu57, a58, mu58,
    a59, mu59, a60, mu60)/gV)))^2 - (nves*nsites)/((1+(kF(0, fac, t_wait, sigma,  L,
    k_base, t0, a1, mu1, a2, mu2, a3, mu3, a4, mu4, a5, mu5, a6, mu6, a7, mu7, a8,
    mu8, a9, mu9, a10, mu10, a11, mu11, a12, mu12, a13, mu13, a14, mu14, a15, mu15,
    a16, mu16, a17, mu17, a18, mu18, a19, mu19, a20, mu20, a21, mu21, a22, mu22, a23,
    mu23, a24, mu24, a25, mu25, a26, mu26, a27, mu27, a28, mu28, a29, mu29, a30, mu30,
    a31, mu31, a32, mu32, a33, mu33, a34, mu34, a35, mu35, a36, mu36, a37, mu37, a38,
    mu38, a39, mu39, a40, mu40, a41, mu41, a42, mu42, a43, mu43, a44, mu44, a45, mu45,
    a46, mu46, a47, mu47, a48, mu48, a49, mu49, a50, mu50, a51, mu51, a52, mu52, a53,
    mu53, a54, mu54, a55, mu55, a56, mu56, a57, mu57, a58, mu58, a59, mu59, a60, mu60)/gP))*(1+(kF(0,
    fac, t_wait, sigma,  L, k_base, t0, a1, mu1, a2, mu2, a3, mu3, a4, mu4, a5, mu5,
    a6, mu6, a7, mu7, a8, mu8, a9, mu9, a10, mu10, a11, mu11, a12, mu12, a13, mu13,
    a14, mu14, a15, mu15, a16, mu16, a17, mu17, a18, mu18, a19, mu19, a20, mu20, a21,
    mu21, a22, mu22, a23, mu23, a24, mu24, a25, mu25, a26, mu26, a27, mu27, a28, mu28,
    a29, mu29, a30, mu30, a31, mu31, a32, mu32, a33, mu33, a34, mu34, a35, mu35, a36,
    mu36, a37, mu37, a38, mu38, a39, mu39, a40, mu40, a41, mu41, a42, mu42, a43, mu43,
    a44, mu44, a45, mu45, a46, mu46, a47, mu47, a48, mu48, a49, mu49, a50, mu50, a51,
    mu51, a52, mu52, a53, mu53, a54, mu54, a55, mu55, a56, mu56, a57, mu57, a58, mu58,
    a59, mu59, a60, mu60)/gV))))
- stateId: V
  rightHandSide: kU(t, fac, kUmax, steep, t_wait, cliffstart, kUmin)*R+gV*WV-kR*V*P
  initialValue: nves -(1+(kF(0, fac, t_wait, sigma,  L, k_base, t0, a1, mu1, a2, mu2,
    a3, mu3, a4, mu4, a5, mu5, a6, mu6, a7, mu7, a8, mu8, a9, mu9, a10, mu10, a11,
    mu11, a12, mu12, a13, mu13, a14, mu14, a15, mu15, a16, mu16, a17, mu17, a18, mu18,
    a19, mu19, a20, mu20, a21, mu21, a22, mu22, a23, mu23, a24, mu24, a25, mu25, a26,
    mu26, a27, mu27, a28, mu28, a29, mu29, a30, mu30, a31, mu31, a32, mu32, a33, mu33,
    a34, mu34, a35, mu35, a36, mu36, a37, mu37, a38, mu38, a39, mu39, a40, mu40, a41,
    mu41, a42, mu42, a43, mu43, a44, mu44, a45, mu45, a46, mu46, a47, mu47, a48, mu48,
    a49, mu49, a50, mu50, a51, mu51, a52, mu52, a53, mu53, a54, mu54, a55, mu55, a56,
    mu56, a57, mu57, a58, mu58, a59, mu59, a60, mu60)/gV))*R
- stateId: P
  rightHandSide: kU(t, fac, kUmax, steep, t_wait, cliffstart, kUmin)*R -kR*V*P + gP*WP
  initialValue: nsites -(1+(kF(0, fac, t_wait, sigma,  L, k_base, t0, a1, mu1, a2,
    mu2, a3, mu3, a4, mu4, a5, mu5, a6, mu6, a7, mu7, a8, mu8, a9, mu9, a10, mu10,
    a11, mu11, a12, mu12, a13, mu13, a14, mu14, a15, mu15, a16, mu16, a17, mu17, a18,
    mu18, a19, mu19, a20, mu20, a21, mu21, a22, mu22, a23, mu23, a24, mu24, a25, mu25,
    a26, mu26, a27, mu27, a28, mu28, a29, mu29, a30, mu30, a31, mu31, a32, mu32, a33,
    mu33, a34, mu34, a35, mu35, a36, mu36, a37, mu37, a38, mu38, a39, mu39, a40, mu40,
    a41, mu41, a42, mu42, a43, mu43, a44, mu44, a45, mu45, a46, mu46, a47, mu47, a48,
    mu48, a49, mu49, a50, mu50, a51, mu51, a52, mu52, a53, mu53, a54, mu54, a55, mu55,
    a56, mu56, a57, mu57, a58, mu58, a59, mu59, a60,mu60)/gP))*R
- stateId: WV
  rightHandSide: kF(t, fac, t_wait, sigma,  L, k_base, t0, a1, mu1, a2, mu2, a3, mu3,
    a4, mu4, a5, mu5, a6, mu6, a7, mu7, a8, mu8, a9, mu9, a10, mu10, a11, mu11, a12,
    mu12, a13, mu13, a14, mu14, a15, mu15, a16, mu16, a17, mu17, a18, mu18, a19, mu19,
    a20, mu20, a21, mu21, a22, mu22, a23, mu23, a24, mu24, a25, mu25, a26, mu26, a27,
    mu27, a28, mu28, a29, mu29, a30, mu30, a31, mu31, a32, mu32, a33, mu33, a34, mu34,
    a35, mu35, a36, mu36, a37, mu37, a38, mu38, a39, mu39, a40, mu40, a41, mu41, a42,
    mu42, a43, mu43, a44, mu44, a45, mu45, a46, mu46, a47, mu47, a48, mu48, a49, mu49,
    a50, mu50, a51, mu51, a52, mu52, a53, mu53, a54, mu54, a55, mu55, a56, mu56, a57,
    mu57, a58, mu58, a59, mu59, a60, mu60)*R-gV*WV
  initialValue: kF(0, fac, t_wait, sigma,  L, k_base, t0, a1, mu1, a2, mu2, a3, mu3,
    a4, mu4, a5, mu5, a6, mu6, a7, mu7, a8, mu8, a9, mu9, a10, mu10, a11, mu11, a12,
    mu12, a13, mu13, a14, mu14, a15, mu15, a16, mu16, a17, mu17, a18, mu18, a19, mu19,
    a20, mu20, a21, mu21, a22, mu22, a23, mu23, a24, mu24, a25, mu25, a26, mu26, a27,
    mu27, a28, mu28, a29, mu29, a30, mu30, a31, mu31, a32, mu32, a33, mu33, a34, mu34,
    a35, mu35, a36, mu36, a37, mu37, a38, mu38, a39, mu39, a40, mu40, a41, mu41, a42,
    mu42, a43, mu43, a44, mu44, a45, mu45, a46, mu46, a47, mu47, a48, mu48, a49, mu49,
    a50, mu50, a51, mu51, a52, mu52, a53, mu53, a54, mu54, a55, mu55, a56, mu56, a57,
    mu57, a58, mu58, a59, mu59, a60, mu60)/gV*R
- stateId: WP
  rightHandSide: kF(t, fac, t_wait, sigma,  L, k_base, t0, a1, mu1, a2, mu2, a3, mu3,
    a4, mu4, a5, mu5, a6, mu6, a7, mu7, a8, mu8, a9, mu9, a10, mu10, a11, mu11, a12,
    mu12, a13, mu13, a14, mu14, a15, mu15, a16, mu16, a17, mu17, a18, mu18, a19, mu19,
    a20, mu20, a21, mu21, a22, mu22, a23, mu23, a24, mu24, a25, mu25, a26, mu26, a27,
    mu27, a28, mu28, a29, mu29, a30, mu30, a31, mu31, a32, mu32, a33, mu33, a34, mu34,
    a35, mu35, a36, mu36, a37, mu37, a38, mu38, a39, mu39, a40, mu40, a41, mu41, a42,
    mu42, a43, mu43, a44, mu44, a45, mu45, a46, mu46, a47, mu47, a48, mu48, a49, mu49,
    a50, mu50, a51, mu51, a52, mu52, a53, mu53, a54, mu54, a55, mu55, a56, mu56, a57,
    mu57, a58, mu58, a59, mu59, a60, mu60)*R-gP*WP
  initialValue: kF(0, fac, t_wait, sigma,  L, k_base, t0, a1, mu1, a2, mu2, a3, mu3,
    a4, mu4, a5, mu5, a6, mu6, a7, mu7, a8, mu8, a9, mu9, a10, mu10, a11, mu11, a12,
    mu12, a13, mu13, a14, mu14, a15, mu15, a16, mu16, a17, mu17, a18, mu18, a19, mu19,
    a20, mu20, a21, mu21, a22, mu22, a23, mu23, a24, mu24, a25, mu25, a26, mu26, a27,
    mu27, a28, mu28, a29, mu29, a30, mu30, a31, mu31, a32, mu32, a33, mu33, a34, mu34,
    a35, mu35, a36, mu36, a37, mu37, a38, mu38, a39, mu39, a40, mu40, a41, mu41, a42,
    mu42, a43, mu43, a44, mu44, a45, mu45, a46, mu46, a47, mu47, a48, mu48, a49, mu49,
    a50, mu50, a51, mu51, a52, mu52, a53, mu53, a54, mu54, a55, mu55, a56, mu56, a57,
    mu57, a58, mu58, a59, mu59, a60, mu60)/gP*R
- stateId: F
  rightHandSide: kF(t, fac, t_wait, sigma,  L, k_base, t0, a1, mu1, a2, mu2, a3, mu3,
    a4, mu4, a5, mu5, a6, mu6, a7, mu7, a8, mu8, a9, mu9, a10, mu10, a11, mu11, a12,
    mu12, a13, mu13, a14, mu14, a15, mu15, a16, mu16, a17, mu17, a18, mu18, a19, mu19,
    a20, mu20, a21, mu21, a22, mu22, a23, mu23, a24, mu24, a25, mu25, a26, mu26, a27,
    mu27, a28, mu28, a29, mu29, a30, mu30, a31, mu31, a32, mu32, a33, mu33, a34, mu34,
    a35, mu35, a36, mu36, a37, mu37, a38, mu38, a39, mu39, a40, mu40, a41, mu41, a42,
    mu42, a43, mu43, a44, mu44, a45, mu45, a46, mu46, a47, mu47, a48, mu48, a49, mu49,
    a50, mu50, a51, mu51, a52, mu52, a53, mu53, a54, mu54, a55, mu55, a56, mu56, a57,
    mu57, a58, mu58, a59, mu59, a60, mu60)*R
  initialValue: 0
- stateId: NF
  rightHandSide: N_var*kF(t, fac, t_wait, sigma,  L, k_base, t0, a1, mu1, a2, mu2,
    a3, mu3, a4, mu4, a5, mu5, a6, mu6, a7, mu7, a8, mu8, a9, mu9, a10, mu10, a11,
    mu11, a12, mu12, a13, mu13, a14, mu14, a15, mu15, a16, mu16, a17, mu17, a18, mu18,
    a19, mu19, a20, mu20, a21, mu21, a22, mu22, a23, mu23, a24, mu24, a25, mu25, a26,
    mu26, a27, mu27, a28, mu28, a29, mu29, a30, mu30, a31, mu31, a32, mu32, a33, mu33,
    a34, mu34, a35, mu35, a36, mu36, a37, mu37, a38, mu38, a39, mu39, a40, mu40, a41,
    mu41, a42, mu42, a43, mu43, a44, mu44, a45, mu45, a46, mu46, a47, mu47, a48, mu48,
    a49, mu49, a50, mu50, a51, mu51, a52, mu52, a53, mu53, a54, mu54, a55, mu55, a56,
    mu56, a57, mu57, a58, mu58, a59, mu59, a60, mu60)*R
  initialValue: 0
parameters:
- parameterId: N_var
  nominalValue: 200
- parameterId: t_wait
  nominalValue: 0.04749897
- parameterId: gV
  nominalValue: 0.4
- parameterId: gP
  nominalValue: 50
- parameterId: fac
  nominalValue: 0.9916852852852853
- parameterId: sigma
  nominalValue: 0.0002513729885819867
- parameterId: L
  nominalValue: 0.945894105948185
- parameterId: k_base
  nominalValue: 12.299970830294866
- parameterId: t0
  nominalValue: 0.09611478956235504
- parameterId: a1
  nominalValue: 1398.1003414493289
- parameterId: mu1
  nominalValue: 0.0026520909
- parameterId: a2
  nominalValue: 1420.5403135984807
- parameterId: mu2
  nominalValue: 0.019302090900000003
- parameterId: a3
  nominalValue: 1438.7158861948967
- parameterId: mu3
  nominalValue: 0.035952090900000004
- parameterId: a4
  nominalValue: 1454.1872980939845
- parameterId: mu4
  nominalValue: 0.0526020909
- parameterId: a5
  nominalValue: 1467.3394438142232
- parameterId: mu5
  nominalValue: 0.0693020909
- parameterId: a6
  nominalValue: 1478.437572418755
- parameterId: mu6
  nominalValue: 0.0859520909
- parameterId: a7
  nominalValue: 1487.7849564481503
- parameterId: mu7
  nominalValue: 0.10260209090000001
- parameterId: a8
  nominalValue: 1495.6149341234673
- parameterId: mu8
  nominalValue: 0.11925209090000001
- parameterId: a9
  nominalValue: 1502.1499859064245
- parameterId: mu9
  nominalValue: 0.13595209090000002
- parameterId: a10
  nominalValue: 1507.590957480533
- parameterId: mu10
  nominalValue: 0.15260209090000001
- parameterId: a11
  nominalValue: 1512.1396759149263
- parameterId: mu11
  nominalValue: 0.1692520909
- parameterId: a12
  nominalValue: 1515.9335792195877
- parameterId: mu12
  nominalValue: 0.1859520909
- parameterId: a13
  nominalValue: 1519.1200181062306
- parameterId: mu13
  nominalValue: 0.2026020909
- parameterId: a14
  nominalValue: 1521.790556306322
- parameterId: mu14
  nominalValue: 0.2192520909
- parameterId: a15
  nominalValue: 1524.0486240353737
- parameterId: mu15
  nominalValue: 0.23595209090000002
- parameterId: a16
  nominalValue: 1525.9690204961282
- parameterId: mu16
  nominalValue: 0.25260209089999996
- parameterId: a17
  nominalValue: 1527.5642465108601
- parameterId: mu17
  nominalValue: 0.26925209089999996
- parameterId: a18
  nominalValue: 1528.958688144849
- parameterId: mu18
  nominalValue: 0.2859520909
- parameterId: a19
  nominalValue: 1530.1499943040874
- parameterId: mu19
  nominalValue: 0.3026020909
- parameterId: a20
  nominalValue: 1531.1459798465874
- parameterId: mu20
  nominalValue: 0.3192520909
- parameterId: a21
  nominalValue: 1532.005708985622
- parameterId: mu21
  nominalValue: 0.3359020909
- parameterId: a22
  nominalValue: 1532.7544336547721
- parameterId: mu22
  nominalValue: 0.3526020909
- parameterId: a23
  nominalValue: 1533.3341550779792
- parameterId: mu23
  nominalValue: 0.3692520909
- parameterId: a24
  nominalValue: 1533.928510477515
- parameterId: mu24
  nominalValue: 0.3859020909
- parameterId: a25
  nominalValue: 1534.4057765968894
- parameterId: mu25
  nominalValue: 0.4026020909
- parameterId: a26
  nominalValue: 1534.8121335492137
- parameterId: mu26
  nominalValue: 0.4192520909
- parameterId: a27
  nominalValue: 1535.1478077916427
- parameterId: mu27
  nominalValue: 0.4359020909
- parameterId: a28
  nominalValue: 1535.4498877917151
- parameterId: mu28
  nominalValue: 0.4526020909
- parameterId: a29
  nominalValue: 1535.7047931005886
- parameterId: mu29
  nominalValue: 0.4692520909
- parameterId: a30
  nominalValue: 1535.85371494045
- parameterId: mu30
  nominalValue: 0.48590209089999997
- parameterId: a31
  nominalValue: 1536.0490312648471
- parameterId: mu31
  nominalValue: 0.5026020909000001
- parameterId: a32
  nominalValue: 1536.2180571251301
- parameterId: mu32
  nominalValue: 0.5192520909
- parameterId: a33
  nominalValue: 1536.3567567364682
- parameterId: mu33
  nominalValue: 0.5359020909000001
- parameterId: a34
  nominalValue: 1536.478275775211
- parameterId: mu34
  nominalValue: 0.5526020909
- parameterId: a35
  nominalValue: 1536.5855292690987
- parameterId: mu35
  nominalValue: 0.5692520909000001
- parameterId: a36
  nominalValue: 1536.660801688505
- parameterId: mu36
  nominalValue: 0.5859520909000001
- parameterId: a37
  nominalValue: 1536.7343385998672
- parameterId: mu37
  nominalValue: 0.6026020909
- parameterId: a38
  nominalValue: 1536.820160051575
- parameterId: mu38
  nominalValue: 0.6192520909000001
- parameterId: a39
  nominalValue: 1536.8635523957626
- parameterId: mu39
  nominalValue: 0.6359020909
- parameterId: a40
  nominalValue: 1536.9320949112073
- parameterId: mu40
  nominalValue: 0.6526020909000001
- parameterId: a41
  nominalValue: 1536.9548980438894
- parameterId: mu41
  nominalValue: 0.6692520909
- parameterId: a42
  nominalValue: 1537.0016893016061
- parameterId: mu42
  nominalValue: 0.6859020909000001
- parameterId: a43
  nominalValue: 1537.0310519299715
- parameterId: mu43
  nominalValue: 0.7026020909
- parameterId: a44
  nominalValue: 1537.0483202071252
- parameterId: mu44
  nominalValue: 0.7192520909000001
- parameterId: a45
  nominalValue: 1537.0719627176447
- parameterId: mu45
  nominalValue: 0.7359020909
- parameterId: a46
  nominalValue: 1537.09649277841
- parameterId: mu46
  nominalValue: 0.7526020909000001
- parameterId: a47
  nominalValue: 1537.1102442845
- parameterId: mu47
  nominalValue: 0.7692520909
- parameterId: a48
  nominalValue: 1537.119602522696
- parameterId: mu48
  nominalValue: 0.7859020909000001
- parameterId: a49
  nominalValue: 1537.1407150992975
- parameterId: mu49
  nominalValue: 0.8026020909000001
- parameterId: a50
  nominalValue: 1537.1442538504425
- parameterId: mu50
  nominalValue: 0.8192520909000001
- parameterId: a51
  nominalValue: 1537.159132424842
- parameterId: mu51
  nominalValue: 0.8359020909000001
- parameterId: a52
  nominalValue: 1537.1642729029431
- parameterId: mu52
  nominalValue: 0.8526020909
- parameterId: a53
  nominalValue: 1537.1887425841355
- parameterId: mu53
  nominalValue: 0.8692520909000001
- parameterId: a54
  nominalValue: 1537.194536271454
- parameterId: mu54
  nominalValue: 0.8859020909
- parameterId: a55
  nominalValue: 1537.1977757243453
- parameterId: mu55
  nominalValue: 0.9026020909000001
- parameterId: a56
  nominalValue: 1537.197835082342
- parameterId: mu56
  nominalValue: 0.9192520909
- parameterId: a57
  nominalValue: 1537.2022805625381
- parameterId: mu57
  nominalValue: 0.9359020909000001
- parameterId: a58
  nominalValue: 1537.1402533176963
- parameterId: mu58
  nominalValue: 0.9526020909
- parameterId: a59
  nominalValue: 1537.2167208868236
- parameterId: mu59
  nominalValue: 0.9692520909000001
- parameterId: a60
  nominalValue: 1537.2163878841848
- parameterId: mu60
  nominalValue: 0.9859020909
- parameterId: kUmax
  nominalValue: 60.35503810957161
- parameterId: kUmin
  nominalValue: 1.9508529726110079e-07
- parameterId: steep
  nominalValue: 33141.27676996941
- parameterId: cliffstart
  nominalValue: 0.0014491913262526226
- parameterId: kR
  nominalValue: 12.93086040268265
- parameterId: nves
  nominalValue: 10.0
- parameterId: nsites
  nominalValue: 1.0
functions:
- functionId: kF
  arguments: t, fac, t_wait, sigma,  L, k_base, t0, a1, mu1, a2, mu2, a3, mu3, a4,
    mu4, a5, mu5, a6, mu6, a7, mu7, a8, mu8, a9, mu9, a10, mu10, a11, mu11, a12, mu12,
    a13, mu13, a14, mu14, a15, mu15, a16, mu16, a17, mu17, a18, mu18, a19, mu19, a20,
    mu20, a21, mu21, a22, mu22, a23, mu23, a24, mu24, a25, mu25, a26, mu26, a27, mu27,
    a28, mu28, a29, mu29, a30, mu30, a31, mu31, a32, mu32, a33, mu33, a34, mu34, a35,
    mu35, a36, mu36, a37, mu37, a38, mu38, a39, mu39, a40, mu40, a41, mu41, a42, mu42,
    a43, mu43, a44, mu44, a45, mu45, a46, mu46, a47, mu47, a48, mu48, a49, mu49, a50,
    mu50, a51, mu51, a52, mu52, a53, mu53, a54, mu54, a55, mu55, a56, mu56, a57, mu57,
    a58, mu58, a59, mu59, a60, mu60
  formula: 10^(L*(1-exp(-k_base*((t*fac-t_wait)-t0))))+a1*exp(-0.5*((t*fac-t_wait)-mu1)^2/sigma^2)+a2*exp(-0.5*((t*fac-t_wait)-mu2)^2/sigma^2)+a3*exp(-0.5*((t*fac-t_wait)-mu3)^2/sigma^2)+a4*exp(-0.5*((t*fac-t_wait)-mu4)^2/sigma^2)+a5*exp(-0.5*((t*fac-t_wait)-mu5)^2/sigma^2)+a6*exp(-0.5*((t*fac-t_wait)-mu6)^2/sigma^2)+a7*exp(-0.5*((t*fac-t_wait)-mu7)^2/sigma^2)+a8*exp(-0.5*((t*fac-t_wait)-mu8)^2/sigma^2)+a9*exp(-0.5*((t*fac-t_wait)-mu9)^2/sigma^2)+a10*exp(-0.5*((t*fac-t_wait)-mu10)^2/sigma^2)+a11*exp(-0.5*((t*fac-t_wait)-mu11)^2/sigma^2)+a12*exp(-0.5*((t*fac-t_wait)-mu12)^2/sigma^2)+a13*exp(-0.5*((t*fac-t_wait)-mu13)^2/sigma^2)+a14*exp(-0.5*((t*fac-t_wait)-mu14)^2/sigma^2)+a15*exp(-0.5*((t*fac-t_wait)-mu15)^2/sigma^2)+a16*exp(-0.5*((t*fac-t_wait)-mu16)^2/sigma^2)+a17*exp(-0.5*((t*fac-t_wait)-mu17)^2/sigma^2)+a18*exp(-0.5*((t*fac-t_wait)-mu18)^2/sigma^2)+a19*exp(-0.5*((t*fac-t_wait)-mu19)^2/sigma^2)+a20*exp(-0.5*((t*fac-t_wait)-mu20)^2/sigma^2)+a21*exp(-0.5*((t*fac-t_wait)-mu21)^2/sigma^2)+a22*exp(-0.5*((t*fac-t_wait)-mu22)^2/sigma^2)+a23*exp(-0.5*((t*fac-t_wait)-mu23)^2/sigma^2)+a24*exp(-0.5*((t*fac-t_wait)-mu24)^2/sigma^2)+a25*exp(-0.5*((t*fac-t_wait)-mu25)^2/sigma^2)+a26*exp(-0.5*((t*fac-t_wait)-mu26)^2/sigma^2)+a27*exp(-0.5*((t*fac-t_wait)-mu27)^2/sigma^2)+a28*exp(-0.5*((t*fac-t_wait)-mu28)^2/sigma^2)+a29*exp(-0.5*((t*fac-t_wait)-mu29)^2/sigma^2)+a30*exp(-0.5*((t*fac-t_wait)-mu30)^2/sigma^2)+a31*exp(-0.5*((t*fac-t_wait)-mu31)^2/sigma^2)+a32*exp(-0.5*((t*fac-t_wait)-mu32)^2/sigma^2)+a33*exp(-0.5*((t*fac-t_wait)-mu33)^2/sigma^2)+a34*exp(-0.5*((t*fac-t_wait)-mu34)^2/sigma^2)+a35*exp(-0.5*((t*fac-t_wait)-mu35)^2/sigma^2)+a36*exp(-0.5*((t*fac-t_wait)-mu36)^2/sigma^2)+a37*exp(-0.5*((t*fac-t_wait)-mu37)^2/sigma^2)+a38*exp(-0.5*((t*fac-t_wait)-mu38)^2/sigma^2)+a39*exp(-0.5*((t*fac-t_wait)-mu39)^2/sigma^2)+a40*exp(-0.5*((t*fac-t_wait)-mu40)^2/sigma^2)+a41*exp(-0.5*((t*fac-t_wait)-mu41)^2/sigma^2)+a42*exp(-0.5*((t*fac-t_wait)-mu42)^2/sigma^2)+a43*exp(-0.5*((t*fac-t_wait)-mu43)^2/sigma^2)+a44*exp(-0.5*((t*fac-t_wait)-mu44)^2/sigma^2)+a45*exp(-0.5*((t*fac-t_wait)-mu45)^2/sigma^2)+a46*exp(-0.5*((t*fac-t_wait)-mu46)^2/sigma^2)+a47*exp(-0.5*((t*fac-t_wait)-mu47)^2/sigma^2)+a48*exp(-0.5*((t*fac-t_wait)-mu48)^2/sigma^2)+a49*exp(-0.5*((t*fac-t_wait)-mu49)^2/sigma^2)+a50*exp(-0.5*((t*fac-t_wait)-mu50)^2/sigma^2)+a51*exp(-0.5*((t*fac-t_wait)-mu51)^2/sigma^2)+a52*exp(-0.5*((t*fac-t_wait)-mu52)^2/sigma^2)+a53*exp(-0.5*((t*fac-t_wait)-mu53)^2/sigma^2)+a54*exp(-0.5*((t*fac-t_wait)-mu54)^2/sigma^2)+a55*exp(-0.5*((t*fac-t_wait)-mu55)^2/sigma^2)+a56*exp(-0.5*((t*fac-t_wait)-mu56)^2/sigma^2)+a57*exp(-0.5*((t*fac-t_wait)-mu57)^2/sigma^2)+a58*exp(-0.5*((t*fac-t_wait)-mu58)^2/sigma^2)+a59*exp(-0.5*((t*fac-t_wait)-mu59)^2/sigma^2)+a60*exp(-0.5*((t*fac-t_wait)-mu60)^2/sigma^2)
- functionId: kU
  arguments: t, fac, kUmax, steep, t_wait, cliffstart, kUmin
  formula: kUmax*(1-1/(1+exp(-steep*((t*fac-t_wait)-cliffstart)))) + kUmin
