Bayesian Adaptation Gym: A Benchmark for the Bayesian Low-Rank Adaptation of Multi-Modal Language Models
Paper • 2606.22188 • Published
image imagewidth (px) 224 224 | choices large listlengths 4 4 | label stringclasses 4
values | sympy_reprs large listlengths 4 4 | degrees large listlengths 4 4 | question_id int64 0 10k |
|---|---|---|---|---|---|
[
"y = -60.0*x - 0.601",
"y = 52.0*x + 11.1",
"y = -23.3*x + 7845.9438*(-x - 0.0123)**3 + 75.7",
"y = 2.7*x + 94.9"
] | A | [
"Add(Mul(Integer(-1), Float('60.0', precision=53), Symbol('x_0', real=True, integer=False)), Float('-0.60099999999999998', precision=53))",
"Add(Mul(Float('52.0', precision=53), Symbol('x_0', real=True, integer=False)), Float('11.100000000000001005', precision=60))",
"Add(Mul(Integer(-1), Float('23.300000000000... | [
1,
1,
3,
1
] | 0 | |
[
"y = 0.795 - 75.3*x",
"y = 46.5 - 7.78*x",
"y = -88.57*x - 0.84 + 75.6/(9.59*x + 63.9)",
"y = -0.562*x - 1.45"
] | A | [
"Add(Float('0.79500000000000004', precision=53), Mul(Integer(-1), Float('75.299999999999997', precision=53), Symbol('x_0', real=True, integer=False)))",
"Add(Float('46.5', precision=53), Mul(Integer(-1), Float('7.7800000000000002', precision=53), Symbol('x_0', real=True, integer=False)))",
"Add(Mul(Integer(-1),... | [
1,
1,
-1,
1
] | 1 | |
[
"y = -10.5*x**2 - 0.23",
"y = 95.1*x - 0.42",
"y = 0.427 - 0.438*x",
"y = 0.528*x - 8.35"
] | A | [
"Add(Mul(Integer(-1), Float('10.5', precision=53), Pow(Symbol('x_0', real=True, integer=False), Integer(2))), Float('-0.23000000000000001', precision=53))",
"Add(Mul(Float('95.1000000000000103', precision=56), Symbol('x_0', real=True, integer=False)), Float('-0.41999999999999998', precision=53))",
"Add(Float('0... | [
2,
1,
1,
1
] | 2 | |
[
"y = 0.918 - 2.77*x",
"y = 1.11*x + 0.397",
"y = 5.62*x + 4.97",
"y = 964.987*(-x - 0.2505)**2 + 3.19*sin(4.3*x + 0.975) - 3.71"
] | C | [
"Add(Float('0.91800000000000004', precision=53), Mul(Integer(-1), Float('2.77', precision=53), Symbol('x_0', real=True, integer=False)))",
"Add(Mul(Float('1.1100000000000001', precision=53), Symbol('x_0', real=True, integer=False)), Float('0.39700000000000002', precision=53))",
"Add(Mul(Float('5.620000000000000... | [
1,
1,
1,
-1
] | 3 | |
[
"y = 0.367*x - 1.22",
"y = 58.9*x + 0.446",
"y = -48.2*x - 0.738",
"y = -25535.3625*(-x - 0.7672*Abs(0.116*x + 0.172))**3 - 0.111*Abs(0.335*x - 95.7) - 18.3"
] | B | [
"Add(Mul(Float('0.36699999999999999', precision=53), Symbol('x_0', real=True, integer=False)), Float('-1.22', precision=53))",
"Add(Mul(Float('58.900000000000006017', precision=60), Symbol('x_0', real=True, integer=False)), Float('0.44600000000000001', precision=53))",
"Add(Mul(Integer(-1), Float('48.2000000000... | [
1,
1,
1,
-1
] | 4 | |
[
"y = 2242.0808*(x + 0.0017)**2 - 8.84 + 51.5/(0.185 - 0.018*x)",
"y = 2906.1266*(x + 0.1646)**3 - 0.93 - 6.21/(-2.2791*exp(93.4*x) - 0.04/(0.555 - 6.37*x))",
"y = -7.59*x + 46601.25*(1 - 0.0854*x)**2 + 35010.3676*(x - 0.0117)**2 - 12.7",
"y = -61.1*x**2 + 6.15*x - 8.49"
] | A | [
"Add(Mul(Float('2242.080770000000598', precision=56), Pow(Add(Symbol('x_0', real=True, integer=False), Float('0.0017122473246135553182', precision=60)), Integer(2))), Float('-8.8399999999999999', precision=53), Mul(Float('51.5', precision=53), Pow(Add(Float('0.185', precision=53), Mul(Integer(-1), Float('0.01800000... | [
-1,
-1,
2,
2
] | 5 | |
[
"y = 0.382*x - 0.16*cos(59.938*x + 780.813*(-x - 0.4424)**2) - 0.681",
"y = 37.1*x - 6.34",
"y = -2.54*x - 1.25",
"y = -61.9*x - 2.93"
] | A | [
"Add(Mul(Float('0.38200000000000001', precision=53), Symbol('x_0', real=True, integer=False)), Mul(Integer(-1), Float('0.16', precision=53), cos(Add(Mul(Float('59.93799999999999972', precision=56), Symbol('x_0', real=True, integer=False)), Mul(Float('780.81300000000017292', precision=60), Pow(Add(Mul(Integer(-1), S... | [
-1,
1,
1,
1
] | 6 | |
[
"y = 0.538 - 59.9*x",
"y = -55.7207*(x + 0.1305)**2 + 2.43 + 9.52/(94.9*x - 29.2)",
"y = -5.14*x - 2.5 - 88.8/(-67.0*x**2 - 2.4)",
"y = 1.1502*sqrt(0.2421*x + 1) - 24.1 - 0.772/(8.07 - 0.009*x)"
] | B | [
"Add(Float('0.53800000000000003', precision=53), Mul(Integer(-1), Float('59.900000000000006017', precision=60), Symbol('x_0', real=True, integer=False)))",
"Add(Mul(Integer(-1), Float('55.720701900000002', precision=53), Pow(Add(Symbol('x_0', real=True, integer=False), Float('0.13047910295616716', precision=53)),... | [
1,
-1,
-1,
-1
] | 7 | |
[
"y = 66.9*x + 87.2",
"y = -0.794*x - 0.21",
"y = 0.956*x + 8.0576*((0.0097*x + 1)**3 - 0.0457/(-0.544*x + 8779.5097*exp(-0.633*x)))**2 - 0.579",
"y = 0.691*x + 7.09"
] | B | [
"Add(Mul(Float('66.90000000000000391', precision=56), Symbol('x_0', real=True, integer=False)), Float('87.200000000000003', precision=53))",
"Add(Mul(Integer(-1), Float('0.79400000000000004', precision=53), Symbol('x_0', real=True, integer=False)), Float('-0.20999999999999999', precision=53))",
"Add(Mul(Float('... | [
1,
1,
-1,
1
] | 8 | |
[
"y = 1246.09*x*(x + 0.0161)**2 + 0.894",
"y = 180.9555*(1 - 0.9373*x)**2 - 0.055*sin(8.02*x + 37.1) - 10.1",
"y = 6664.947*(0.3339*x - 1)**3 + 78.5*Abs(11.3*x + 4.35) - 0.021",
"y = -92.5*sin(0.692*x + 0.492) + 6.15*sin(2.12*x - 11.0) - 0.144"
] | B | [
"Add(Mul(Float('1246.0900000000002805', precision=60), Symbol('x_0', real=True, integer=False), Pow(Add(Symbol('x_0', real=True, integer=False), Float('0.016090651558073655462', precision=60)), Integer(2))), Float('0.89400000000000002', precision=53))",
"Add(Mul(Float('180.95553900000002', precision=53), Pow(Add(... | [
3,
-1,
-1,
-1
] | 9 | |
[
"y = 2.0*x + 31.0",
"y = -8.15*x**2 + 0.17*x - 91.0",
"y = 9.74*x - 0.87",
"y = 37.3*x/(-62.0*x - 0.768) - 55.6"
] | B | [
"Add(Mul(Float('2.0', precision=53), Symbol('x_0', real=True, integer=False)), Float('31.0', precision=53))",
"Add(Mul(Integer(-1), Float('8.1500000000000004', precision=53), Pow(Symbol('x_0', real=True, integer=False), Integer(2))), Mul(Float('0.1700000000000000677', precision=56), Symbol('x_0', real=True, integ... | [
1,
2,
1,
-1
] | 10 | |
[
"y = 65.5 - 0.916*x",
"y = log(5.76*x + 77.0)*atan(1.16*x - 0.751) + 0.469",
"y = 9.65*x - 6.1521*(-x - 0.0989)**2 + 42.9 + 6.21/(3.2*x - 18.2)",
"y = -52.2*x + 45.6*Abs(0.789*x + 92.3) + 99.0"
] | D | [
"Add(Float('65.5', precision=53), Mul(Integer(-1), Float('0.91600000000000004', precision=53), Symbol('x_0', real=True, integer=False)))",
"Add(Mul(log(Add(Mul(Float('5.7599999999999998', precision=53), Symbol('x_0', real=True, integer=False)), Float('77.0', precision=53))), atan(Add(Mul(Float('1.1599999999999999... | [
1,
-1,
-1,
-1
] | 11 | |
[
"y = 5.75 - 0.85*x",
"y = -42.2124*exp(8.29*x) + 1.35*Abs(8.48*x - 0.693) - 0.697",
"y = -2137999.7563*(x + 0.0751)**3 + 62.6*sin(0.54*x + 0.072) + 0.524",
"y = 74.5*x - 1.68 + 39.2/(0.4401*(0.0785*x + 1)**2*cos(5.4*x - 0.163/(-64.5*x - 0.032)) - 5.86)"
] | C | [
"Add(Float('5.75', precision=53), Mul(Integer(-1), Float('0.84999999999999998', precision=53), Symbol('x_0', real=True, integer=False)))",
"Add(Mul(Integer(-1), Float('42.21235179478656541', precision=56), exp(Mul(Float('8.290000000000000924', precision=56), Symbol('x_0', real=True, integer=False)))), Mul(Float('... | [
1,
-1,
-1,
-1
] | 12 | |
[
"y = 57.88*x - 4.83",
"y = x*cos(0.0749*(x - 0.9923)**3 + 0.4111*exp(46.3*x) + 3.94/(0.38*x - 5.66)) - 5.0",
"y = 3042.0459*(0.0306*x + 1)**2 + 0.179*sin(46.7*x + 7.1) - 0.885",
"y = 2828.7435*(-0.6413*x - 1)**2 + 2866086.1754*(-(0.0199*x - 1)**2*Abs(8.96*x + 0.171) - 0.0044)**2 + 8.81"
] | B | [
"Add(Mul(Float('57.880000000000003', precision=53), Symbol('x_0', real=True, integer=False)), Float('-4.8300000000000001', precision=53))",
"Add(Mul(Symbol('x_0', real=True, integer=False), cos(Add(Mul(Float('0.074898119846000005', precision=53), Pow(Add(Symbol('x_0', real=True, integer=False), Float('-0.99226305... | [
1,
-1,
-1,
-1
] | 13 | |
[
"y = 76.0384*x*(0.9908*x + 1)**2/(3.91 - 8.8*x) - 35.5",
"y = -81.0*x - 5745.0285*(-0.0051*x - 1)**2*cos(0.6451*x*exp(-35.6*x) - 20.0) - 2.41",
"y = -1.1646*sqrt(1 - 0.1909*x) + 1.33*cos(0.253*x - 39.9) + 26.5",
"y = 16.8 - 68.9*x"
] | D | [
"Add(Mul(Float('76.03840000000001', precision=53), Symbol('x_0', real=True, integer=False), Pow(Add(Float('3.9100000000000001', precision=53), Mul(Integer(-1), Float('8.8000000000000007', precision=53), Symbol('x_0', real=True, integer=False))), Integer(-1)), Pow(Add(Mul(Float('0.99082568807339444', precision=53), ... | [
-1,
-1,
-1,
1
] | 14 | |
[
"y = -51.126*x - 0.44",
"y = 86.9 + 1866.24*(x + 0.0382)**2/(-66.6*x - 8.28)",
"y = 1.15 - 4.83*x",
"y = -39.273*x - 11.4"
] | A | [
"Add(Mul(Integer(-1), Float('51.126000000000005', precision=53), Symbol('x_0', real=True, integer=False)), Float('-0.44', precision=53))",
"Add(Float('86.900000000000006', precision=53), Mul(Float('1866.2400000000002', precision=53), Pow(Add(Mul(Integer(-1), Float('66.6000000000000103', precision=56), Symbol('x_0... | [
1,
-1,
1,
1
] | 15 | |
[
"y = 8.9 - 0.289*x",
"y = 6.77*x + 84.5 - 0.097/(0.786*x + 0.103)",
"y = -0.01*x - 1.14",
"y = 4.86*x - 0.168"
] | B | [
"Add(Float('8.9000000000000004', precision=53), Mul(Integer(-1), Float('0.28899999999999998', precision=53), Symbol('x_0', real=True, integer=False)))",
"Add(Mul(Float('6.7700000000000004965', precision=60), Symbol('x_0', real=True, integer=False)), Float('84.5', precision=53), Mul(Integer(-1), Float('0.097000000... | [
1,
-1,
1,
1
] | 16 | |
[
"y = 78.8 - 49.9*x",
"y = 306.25*x*(x + 0.0037)**2 - 0.297",
"y = 7.28 - 8.98*x",
"y = -12.671*x*sqrt(0.031*x**2 + 1) - 0.358"
] | B | [
"Add(Float('78.80000000000000959', precision=56), Mul(Integer(-1), Float('49.900000000000006017', precision=60), Symbol('x_0', real=True, integer=False)))",
"Add(Mul(Float('306.25', precision=53), Symbol('x_0', real=True, integer=False), Pow(Add(Symbol('x_0', real=True, integer=False), Float('0.003657142857142857... | [
1,
3,
1,
-1
] | 17 | |
[
"y = 6.178*x - 0.845",
"y = -81.7*x - 0.263*cos(1.2*x) - 41.3",
"y = x/(6.488*x + 67.4/(-0.55*x - 0.995)) + 0.949",
"y = 6.89*x - 0.238"
] | A | [
"Add(Mul(Float('6.1780000000000008', precision=53), Symbol('x_0', real=True, integer=False)), Float('-0.84499999999999997', precision=53))",
"Add(Mul(Integer(-1), Float('81.700000000000003', precision=53), Symbol('x_0', real=True, integer=False)), Mul(Integer(-1), Float('0.26300000000000001', precision=53), cos(M... | [
1,
-1,
-1,
1
] | 18 | |
[
"y = -0.528*x - 24.1643*(x + 0.1047)**2 + 99.5",
"y = -91.16*x - 4.99",
"y = 8.7622*exp(1.25*x) + 87.0*cos(0.516*x - 7.65) + 0.119",
"y = 1.369*x - 7.36"
] | D | [
"Add(Mul(Integer(-1), Float('0.52800000000000002', precision=53), Symbol('x_0', real=True, integer=False)), Mul(Integer(-1), Float('24.164346900000002', precision=53), Pow(Add(Symbol('x_0', real=True, integer=False), Float('0.10465890183028287', precision=53)), Integer(2))), Float('99.5', precision=53))",
"Add(Mu... | [
2,
1,
-1,
1
] | 19 | |
[
"y = 2.55 - 0.92*x**2",
"y = 0.596 - 99.69*x**3",
"y = 0.309*x + 0.651",
"y = -3.09*x - 9.0"
] | C | [
"Add(Float('2.5500000000000003011', precision=60), Mul(Integer(-1), Float('0.91999999999999993', precision=53), Pow(Symbol('x_0', real=True, integer=False), Integer(2))))",
"Add(Float('0.59599999999999997', precision=53), Mul(Integer(-1), Float('99.690000000000012', precision=53), Pow(Symbol('x_0', real=True, int... | [
2,
3,
1,
1
] | 20 | |
[
"y = x*(-91.2*x + 57920.0*(x + 0.1738)**2) - 9.42",
"y = 49.6715*(-0.1857*x - 1)**2*(x - 0.2061)**2 - 75.2",
"y = 74.136*x + 0.505",
"y = 0.519*x - 4.64"
] | D | [
"Add(Mul(Symbol('x_0', real=True, integer=False), Add(Mul(Integer(-1), Float('91.200000000000003', precision=53), Symbol('x_0', real=True, integer=False)), Mul(Float('57920.000000000007', precision=53), Pow(Add(Symbol('x_0', real=True, integer=False), Float('0.17375000000000002', precision=53)), Integer(2))))), Flo... | [
3,
4,
1,
1
] | 21 | |
[
"y = -0.3*x + 1.31 - 7.15/(-8.53*x + 31.0562*(1 - 0.2821*x)**2 - 9.64/(0.707*x + 50.7))",
"y = -279.2175*sqrt(0.0087*x + 1) + 1.38*cos(0.498*x - 11.7) - 27.5",
"y = -6.46*Abs(7.26*x - 5.0) - 3.73 - 0.491/(0.45*x - 0.526)",
"y = -1287.3254*(x - 0.008)**2 + 0.858 - 0.918/(1.17*sin(34.9*x + 61.3) - 0.829*cos(3.4... | C | [
"Add(Mul(Integer(-1), Float('0.30000000000000004007', precision=60), Symbol('x_0', real=True, integer=False)), Float('1.3100000000000001', precision=53), Mul(Integer(-1), Float('7.1500000000000004', precision=53), Pow(Add(Mul(Integer(-1), Float('8.5299999999999994', precision=53), Symbol('x_0', real=True, integer=F... | [
-1,
-1,
-1,
-1
] | 22 | |
[
"y = -36.062*x - 92.7",
"y = 2.0*x - 8.27",
"y = 54.2*x + 0.645",
"y = 93.5*x - 0.131"
] | D | [
"Add(Mul(Integer(-1), Float('36.062000000000005', precision=53), Symbol('x_0', real=True, integer=False)), Float('-92.700000000000003', precision=53))",
"Add(Mul(Float('2.0', precision=53), Symbol('x_0', real=True, integer=False)), Float('-8.2699999999999996', precision=53))",
"Add(Mul(Float('54.200000000000003... | [
1,
1,
1,
1
] | 23 | |
[
"y = 2.59*x**2 - 8.25*x + 7.06",
"y = 8.25*x - 14.4",
"y = 49.332*sqrt(1 - 0.1914*x) + 0.228 - 0.291/(239.0381*sqrt(0.0515*x + 1)/(0.921*x + 3.67) + 2.1)",
"y = -7.39*x - 0.887"
] | B | [
"Add(Mul(Float('2.5899999999999999', precision=53), Pow(Symbol('x_0', real=True, integer=False), Integer(2))), Mul(Integer(-1), Float('8.25', precision=53), Symbol('x_0', real=True, integer=False)), Float('7.0600000000000004974', precision=60))",
"Add(Mul(Float('8.25', precision=53), Symbol('x_0', real=True, inte... | [
2,
1,
-1,
1
] | 24 | |
[
"y = x*(180.0076*(1 - 0.0796*x)**3 - 59.9711*(-0.6075*x - 1)**2) - 30.0",
"y = -1.49*x + 73.2*log(6.77*Abs(0.38*x + 38.1)*Abs(34.9*x + 0.313) - 93.5) + 5.2",
"y = -5.86*x - 8.16*atan(57.759*x + 2.3973*exp(-0.598*x)) - 0.527",
"y = 7.52*cos(7.64*x - 99.9) - 0.726*Abs(95.4*x - 3.89) + 16.4"
] | D | [
"Add(Mul(Symbol('x_0', real=True, integer=False), Add(Mul(Float('180.00759600000001', precision=53), Pow(Add(Integer(1), Mul(Integer(-1), Float('0.079649122807017539', precision=53), Symbol('x_0', real=True, integer=False))), Integer(3))), Mul(Integer(-1), Float('59.971112100000013', precision=53), Pow(Add(Mul(Inte... | [
4,
-1,
-1,
-1
] | 25 | |
[
"y = 3.7*x - 4055.5993*(x + 0.2289)**3 - 0.885",
"y = 476688.16*(-0.0962*x - 1)**2 - 320984.208*(x - 0.0017)**2 + 1.75",
"y = 0.034*x**2 + 1.2",
"y = 0.011*x + 1.26"
] | D | [
"Add(Mul(Float('3.7000000000000002', precision=53), Symbol('x_0', real=True, integer=False)), Mul(Integer(-1), Float('4055.5992794000008139', precision=60), Pow(Add(Symbol('x_0', real=True, integer=False), Float('0.22889518413597733878', precision=60)), Integer(3))), Float('-0.88500000000000001', precision=53))",
... | [
3,
2,
2,
1
] | 26 | |
[
"y = 6.93*x - 1.52",
"y = -49.4*x - 29.2",
"y = -8.23*sin(6.1*x - 0.36) - 0.393*cos(0.499*x - 66.2) + 0.444",
"y = -13.4*x**3 - 14.9"
] | A | [
"Add(Mul(Float('6.9299999999999997', precision=53), Symbol('x_0', real=True, integer=False)), Float('-1.52', precision=53))",
"Add(Mul(Integer(-1), Float('49.400000000000006017', precision=60), Symbol('x_0', real=True, integer=False)), Float('-29.200000000000003009', precision=60))",
"Add(Mul(Integer(-1), Float... | [
1,
1,
-1,
3
] | 27 | |
[
"y = 173.9296*sqrt(1 - 0.4966*x) + 5935800456.6085*exp(0.641*x) - 7.44",
"y = 88.9*x + 0.822",
"y = 0.527 - 0.95*x",
"y = -17.2*x - 1.83*Abs(20.0*x + 8.92) - 81.8"
] | B | [
"Add(Mul(Float('173.92961564954947851', precision=60), Pow(Add(Integer(1), Mul(Integer(-1), Float('0.49655963302752293', precision=53), Symbol('x_0', real=True, integer=False))), Rational(1, 2))), Mul(Float('5935800456.6084824', precision=53), exp(Mul(Float('0.64100000000000001', precision=53), Symbol('x_0', real=T... | [
-1,
1,
1,
-1
] | 28 | |
[
"y = -143008.6276*x**3 - 0.195*x + 2.19",
"y = 6.96 - 18.1/(26.775*(x - 0.144)**2 + 2.61929772654955e+17*exp(-68.0*x)) + 0.856/(55.2*x + 63.8)",
"y = 62.055*x + 3.2238*(1 - 0.5368*x)**2 + 29.0",
"y = 0.248*x - 5.59*sin(9.06*x - 1.06) - 0.634"
] | C | [
"Add(Mul(Integer(-1), Float('143008.62761059098', precision=53), Pow(Symbol('x_0', real=True, integer=False), Integer(3))), Mul(Integer(-1), Float('0.19500000000000001', precision=53), Symbol('x_0', real=True, integer=False)), Float('2.1899999999999999', precision=53))",
"Add(Float('6.96', precision=53), Mul(Inte... | [
3,
-1,
2,
-1
] | 29 | |
[
"y = 4.4*x + 0.176",
"y = -0.016*x - 0.165",
"y = 4.09 - 0.706*x",
"y = 6.0*x - 0.14"
] | B | [
"Add(Mul(Float('4.4000000000000004', precision=53), Symbol('x_0', real=True, integer=False)), Float('0.17599999999999999', precision=53))",
"Add(Mul(Integer(-1), Float('0.016', precision=53), Symbol('x_0', real=True, integer=False)), Float('-0.16500000000000001', precision=53))",
"Add(Float('4.0899999999999999'... | [
1,
1,
1,
1
] | 30 | |
[
"y = -76.406*x - 82.9",
"y = 0.674*x + 0.613",
"y = 0.808*x + 0.365",
"y = -0.726 + 0.482/(0.174*cos(5.45*x + 0.197) - 87.7/(3.63*x + 85.0)) + 0.689/(8.54 - 0.119*x)"
] | A | [
"Add(Mul(Integer(-1), Float('76.406000000000005024', precision=60), Symbol('x_0', real=True, integer=False)), Float('-82.900000000000006', precision=53))",
"Add(Mul(Float('0.67400000000000004', precision=53), Symbol('x_0', real=True, integer=False)), Float('0.61299999999999999', precision=53))",
"Add(Mul(Float(... | [
1,
1,
1,
-1
] | 31 | |
[
"y = -41861.7148*x**3 + 0.332*x - 42.2",
"y = 6.8*x + 0.61",
"y = x*(-23.9*cos(4.43*x + 1.48) + 0.284/(-0.765*x - 6.02)) + 8.4",
"y = 4.99*x - 6.31"
] | D | [
"Add(Mul(Integer(-1), Float('41861.71484012000838', precision=56), Pow(Symbol('x_0', real=True, integer=False), Integer(3))), Mul(Float('0.33200000000000002', precision=53), Symbol('x_0', real=True, integer=False)), Float('-42.200000000000003', precision=53))",
"Add(Mul(Float('6.800000000000001044', precision=56)... | [
3,
1,
-1,
1
] | 32 | |
[
"y = sin(4.37*x - 56.4)*tan(249.6384*sqrt(0.0028*x + 1)*sqrt(0.1597*x + 1) - 39.6) - 24.6",
"y = x*cos(30.2*x - 72.9) + 31.8",
"y = 6156.7481*(-0.0678*x - 1)**2 + 3.6*cos(93.0*x + 1.92) - 4.8",
"y = -76.9129*(0.8096*x + 1)**2*sin(0.782*x + 0.076) + 0.14"
] | A | [
"Add(Mul(sin(Add(Mul(Float('4.3700000000000001', precision=53), Symbol('x_0', real=True, integer=False)), Float('-56.400000000000006017', precision=60))), tan(Add(Mul(Float('249.6383842360785934', precision=56), Pow(Add(Mul(Float('0.0028351648351648351', precision=53), Symbol('x_0', real=True, integer=False)), Inte... | [
-1,
-1,
-1,
-1
] | 33 | |
[
"y = x*(6.4*x - 0.011*Abs(0.642*x + 89.3)) + 0.323",
"y = 5.56 - sin(89.4*x + 9.57)/(0.927*x + 0.513)",
"y = 8.02 - 1.14*x",
"y = 0.031*x**2/(0.449*x**2 - 20.3) - 0.673"
] | A | [
"Add(Mul(Symbol('x_0', real=True, integer=False), Add(Mul(Float('6.4000000000000004', precision=53), Symbol('x_0', real=True, integer=False)), Mul(Integer(-1), Float('0.010999999999999999', precision=53), Abs(Add(Mul(Float('0.64200000000000002', precision=53), Symbol('x_0', real=True, integer=False)), Float('89.300... | [
-1,
-1,
1,
-1
] | 34 | |
[
"y = 0.05*x**2 + 3.0",
"y = -0.777*x - 135777.768*(-x - 0.891)**2/(-0.8608*x*(-x - 0.7965)**2 + 4.45) - 0.707",
"y = 4.8*x**2 - 0.925*x - 95.9",
"y = -17.6268*(x + 0.0303)**2 + 6.8*Abs(129927536226532.0*exp(1.73*x) - 1561.0469*exp(-0.509*x)) - 6.83"
] | B | [
"Add(Mul(Float('0.050000000000000003', precision=53), Pow(Symbol('x_0', real=True, integer=False), Integer(2))), Float('3.0', precision=53))",
"Add(Mul(Integer(-1), Float('0.77700000000000002', precision=53), Symbol('x_0', real=True, integer=False)), Mul(Integer(-1), Float('135777.76800000001', precision=53), Pow... | [
2,
-1,
2,
-1
] | 35 | |
[
"y = 4.32 - 12.125*x",
"y = 0.556*x - 72.0",
"y = 0.252*Abs(0.971*x + 96.3) + 66.9 + 9.09/(79.6 - 0.682*x)",
"y = -92.2*x - 5.39"
] | B | [
"Add(Float('4.3200000000000003', precision=53), Mul(Integer(-1), Float('12.125', precision=53), Symbol('x_0', real=True, integer=False)))",
"Add(Mul(Float('0.55600000000000005', precision=53), Symbol('x_0', real=True, integer=False)), Float('-72.0', precision=53))",
"Add(Mul(Float('0.252', precision=53), Abs(Ad... | [
1,
1,
-1,
1
] | 36 | |
[
"y = 0.948*x + 6.1",
"y = 70.445*(1 - 0.1242*x)**3*(-0.705*x*tan(8.59*x - 38.1) - 82.3*Abs(2.15*x - 4.97)) - 0.882",
"y = 5.91 - 0.71*x",
"y = 3.3*x**2 - 38.1*x + 4.41"
] | C | [
"Add(Mul(Float('0.9480000000000001065', precision=56), Symbol('x_0', real=True, integer=False)), Float('6.1000000000000004982', precision=60))",
"Add(Mul(Float('70.444997000000001', precision=53), Pow(Add(Integer(1), Mul(Integer(-1), Float('0.1242130750605327', precision=53), Symbol('x_0', real=True, integer=Fals... | [
1,
-1,
1,
2
] | 37 | |
[
"y = x*(0.596*x + 18759.681*(0.6344*x**2 + 1)**2) - 0.64",
"y = 7.423*x + 0.647*tan(3.29*x - 61.6) - 9.21",
"y = -76.5*x - 0.817*x/(0.8*x**2 + 9.22) - 96.7",
"y = -84.0889*(0.0074*x + 1)**2*sin(1.67*x - 2.05*tan(12.0*x - 0.152)) + 9.48"
] | D | [
"Add(Mul(Symbol('x_0', real=True, integer=False), Add(Mul(Float('0.59599999999999997', precision=53), Symbol('x_0', real=True, integer=False)), Mul(Float('18759.681000000003792', precision=60), Pow(Add(Mul(Float('0.6344086021505375636', precision=60), Pow(Symbol('x_0', real=True, integer=False), Integer(2))), Integ... | [
5,
-1,
-1,
-1
] | 38 | |
[
"y = 7.81*x**2 + 84.6",
"y = -8.96*x**2 + 21.5*x + 1.63 + 56.1/(41.7*x - 0.45)",
"y = 0.337*sin(48.0*x - 17.9) + 84.0 - 93.8/(0.295 - 0.692*x)",
"y = 83.6*x*(0.664*x + 44.7/(9.88*x + 7.65)) - 0.2748*(1 - 0.0733*x)**2 - 0.629"
] | D | [
"Add(Mul(Float('7.8100000000000005', precision=53), Pow(Symbol('x_0', real=True, integer=False), Integer(2))), Float('84.6000000000000103', precision=56))",
"Add(Mul(Integer(-1), Float('8.9600000000000009', precision=53), Pow(Symbol('x_0', real=True, integer=False), Integer(2))), Mul(Float('21.5', precision=53), ... | [
2,
-1,
-1,
-1
] | 39 | |
[
"y = x*(-42.6387*(0.0053*x**2 + 1)**2 + 3.6/(3.87*x + 6.8)) - 7.07",
"y = -7.1*sin(0.49*x + 11.2) + 40.5*Abs(14.8*x - 83.4) - 0.6",
"y = 0.007 - 39.4*x",
"y = x*(-0.55*x**2 + 30.7*x) - 7.7"
] | B | [
"Add(Mul(Symbol('x_0', real=True, integer=False), Add(Mul(Integer(-1), Float('42.6387', precision=53), Pow(Add(Mul(Float('0.0053050397877984082', precision=53), Pow(Symbol('x_0', real=True, integer=False), Integer(2))), Integer(1)), Integer(2))), Mul(Float('3.6000000000000001', precision=53), Pow(Add(Mul(Float('3.8... | [
-1,
-1,
1,
3
] | 40 | |
[
"y = 5.75 - 0.03*x**4",
"y = 98.2*x - 303910.644*(0.0093*x - 1)**2 - 0.063 + 0.1201*(0.1734*x + 1)**3/(0.1 - 3.95*x)",
"y = 43.0336*(-x - 0.1387)**2/(-0.297*x - 9.16) - 70.2",
"y = -2.86*x - 0.083"
] | B | [
"Add(Float('5.75', precision=53), Mul(Integer(-1), Float('0.029999999999999999', precision=53), Pow(Symbol('x_0', real=True, integer=False), Integer(4))))",
"Add(Mul(Float('98.200000000000003', precision=53), Symbol('x_0', real=True, integer=False)), Mul(Integer(-1), Float('303910.64400000009', precision=53), Pow... | [
4,
-1,
-1,
1
] | 41 | |
[
"y = 75.5*x + 0.18",
"y = 94.8*cos(92.4*x + 0.066) - 0.019*tan(35.17*x) - 0.916",
"y = 38727571.7283*x*(-(x + 0.4719)**2*tan(7.55*x - 8.3) - 0.1555)**3/(10.5*x - 5.88) + 44.9",
"y = 37.6*x + 56.2"
] | A | [
"Add(Mul(Float('75.5', precision=53), Symbol('x_0', real=True, integer=False)), Float('0.17999999999999999', precision=53))",
"Add(Mul(Float('94.80000000000000959', precision=56), cos(Add(Mul(Float('92.400000000000006', precision=53), Symbol('x_0', real=True, integer=False)), Float('0.066000000000000003', precisi... | [
1,
-1,
-1,
1
] | 42 | |
[
"y = 0.458*x + 235.69*(0.0829*x + Abs(0.028*x - 16.6))**2 - 52.4",
"y = 9771.3628*(0.006*x - 1)**2 + 23237.5996*(-0.118*sqrt(0.3053*x + 1) - Abs(34.5*x + 5.01))**2 + 3.22",
"y = 0.214*x + 1.6",
"y = x*(-87.732*x - 0.231/(-0.984*x - 8.22)) - 81.5"
] | B | [
"Add(Mul(Float('0.45800000000000002', precision=53), Symbol('x_0', real=True, integer=False)), Mul(Float('235.69000000000002437', precision=60), Pow(Add(Mul(Float('0.082857142857142851', precision=53), Symbol('x_0', real=True, integer=False)), Abs(Add(Mul(Float('0.028000000000000001', precision=53), Symbol('x_0', r... | [
-1,
-1,
1,
-1
] | 43 | |
[
"y = 4.45*x - 52.5",
"y = 0.722 - 0.458*x",
"y = 0.789*x - 8.29",
"y = -279.7369*(0.0376*x + 1)**2 - 0.587 + 2.14/(-2.3103*(x - 0.7388)**3*(7.47*x + 11793.628*(0.0115*x + 1)**2) - 25.3)"
] | D | [
"Add(Mul(Float('4.4500000000000002', precision=53), Symbol('x_0', real=True, integer=False)), Float('-52.5', precision=53))",
"Add(Float('0.72199999999999998', precision=53), Mul(Integer(-1), Float('0.45800000000000002', precision=53), Symbol('x_0', real=True, integer=False)))",
"Add(Mul(Float('0.78900000000000... | [
1,
1,
1,
-1
] | 44 | |
[
"y = 0.046*x + 0.922",
"y = -0.63*x - 0.726",
"y = 36.7236*(0.0017*x - 1)**2*(-1.1664*sqrt(1 - 0.0953*x)*sin(0.22*x - 22.9) + 4.53*Abs(0.394*x - 0.117)) + 10.4",
"y = -62.83*x**3 - 0.557"
] | D | [
"Add(Mul(Float('0.045999999999999999', precision=53), Symbol('x_0', real=True, integer=False)), Float('0.92200000000000004', precision=53))",
"Add(Mul(Integer(-1), Float('0.63', precision=53), Symbol('x_0', real=True, integer=False)), Float('-0.72599999999999998', precision=53))",
"Add(Mul(Float('36.72360000000... | [
1,
1,
-1,
3
] | 45 | |
[
"y = 0.111*Abs(91.4*x - 8.73) + 84.1 - 47.8/(5.97*x - 4.83)",
"y = 0.648 - 0.774*x",
"y = x**2*(-81.5*x - 0.469/(8.08*x - 0.257)) - 9.85",
"y = 77.4*x + 1.4"
] | D | [
"Add(Mul(Float('0.111', precision=53), Abs(Add(Mul(Float('91.400000000000006', precision=53), Symbol('x_0', real=True, integer=False)), Float('-8.7300000000000004', precision=53)))), Float('84.1000000000000103', precision=56), Mul(Integer(-1), Float('47.800000000000003986', precision=60), Pow(Add(Mul(Float('5.96999... | [
-1,
1,
-1,
1
] | 46 | |
[
"y = 25.043*x + 6.37*log(4.9 - 0.247*x) + 81.0",
"y = 0.688*x - 4.59 + 7.62*(2.57*x + 5554122.48*(x + 0.004)**3)/(1.4*x + 62.1)",
"y = 179.56*x*(-20.1*x + 761.9384*(x + 0.2411)**2)*(0.0407*x + 1)**2 - 0.841",
"y = 15.8 - 9.077*x"
] | C | [
"Add(Mul(Float('25.043000000000003', precision=53), Symbol('x_0', real=True, integer=False)), Mul(Float('6.3700000000000001', precision=53), log(Add(Float('4.9000000000000004', precision=53), Mul(Integer(-1), Float('0.247', precision=53), Symbol('x_0', real=True, integer=False))))), Float('81.0', precision=53))",
... | [
-1,
-1,
5,
1
] | 47 | |
[
"y = -298.1024*x**2*(0.0118*x - 1)**2 + 86.3*x + 3.4",
"y = 0.643*x - 524400737996.162*(-0.0014*x - 1)**6*(0.153273137697517*x*exp(42.5*x) - 1)**2 + 32.9",
"y = 1.787*x**2 - 8.1",
"y = 0.159 - 0.037*x"
] | C | [
"Add(Mul(Integer(-1), Float('298.10237000000010488', precision=60), Pow(Symbol('x_0', real=True, integer=False), Integer(2)), Pow(Add(Mul(Float('0.011773778920308481931', precision=60), Symbol('x_0', real=True, integer=False)), Integer(-1)), Integer(2))), Mul(Float('86.30000000000000959', precision=56), Symbol('x_0... | [
4,
-1,
2,
1
] | 48 | |
[
"y = -565.2861*(-9.12*x - 1.97/(60.3 - 0.239*x))*(0.4587*x + 1)**2 + 68060.544*(-0.0102*x - 1)**2 + 0.361",
"y = 0.238*x + 0.5666*exp(5.248*x) + 3.72",
"y = 72.5*x + 1.74",
"y = -3.572*x - 93.2"
] | B | [
"Add(Mul(Integer(-1), Float('565.28609900000004', precision=53), Add(Mul(Integer(-1), Float('9.120000000000000995', precision=56), Symbol('x_0', real=True, integer=False)), Mul(Integer(-1), Float('1.97', precision=53), Pow(Add(Float('60.300000000000003986', precision=60), Mul(Integer(-1), Float('0.23900000000000001... | [
-1,
-1,
1,
1
] | 49 | |
[
"y = 0.879*x**2 - 6.23*x + 1.06",
"y = 0.519*x - 7.11",
"y = -5928.3932*(x - 0.7129)**2 - 0.095 + 67.3/(0.03*x - 5.43)",
"y = 0.708*x - 22.7"
] | B | [
"Add(Mul(Float('0.879', precision=53), Pow(Symbol('x_0', real=True, integer=False), Integer(2))), Mul(Integer(-1), Float('6.2300000000000004', precision=53), Symbol('x_0', real=True, integer=False)), Float('1.0600000000000001', precision=53))",
"Add(Mul(Float('0.51900000000000002', precision=53), Symbol('x_0', re... | [
2,
1,
-1,
1
] | 50 | |
[
"y = 705267.8753*x**3 - 31.8*tan(0.796*x - 3.14) - 0.082",
"y = 3.85*x + 18.9",
"y = 6.718*x - 42.2",
"y = -2.005*x - 92.0"
] | D | [
"Add(Mul(Float('705267.8753344001889', precision=56), Pow(Symbol('x_0', real=True, integer=False), Integer(3))), Mul(Integer(-1), Float('31.800000000000001', precision=53), tan(Add(Mul(Float('0.79600000000000004', precision=53), Symbol('x_0', real=True, integer=False)), Float('-3.1400000000000001', precision=53))))... | [
-1,
1,
1,
1
] | 51 | |
[
"y = x*(-293.8354*(1 - 0.5115*x)**2 + 9.25*sin(1.12*x + 0.848)) - 4.02",
"y = 0.6815*x*(x + 0.8068)**3/(0.242*x - 0.225) - 0.85",
"y = -88.7*x**2 + 14.9*cos(0.8*x - 40.7) + 2.69",
"y = 0.666*x - 0.235"
] | B | [
"Add(Mul(Symbol('x_0', real=True, integer=False), Add(Mul(Integer(-1), Float('293.83536000000008093', precision=60), Pow(Add(Integer(1), Mul(Integer(-1), Float('0.51152073732718893878', precision=60), Symbol('x_0', real=True, integer=False))), Integer(2))), Mul(Float('9.25', precision=53), sin(Add(Mul(Float('1.1200... | [
-1,
-1,
-1,
1
] | 52 | |
[
"y = 0.42*x + 0.06",
"y = 27.893*x**3 + 8.34",
"y = 6.242*x - 5.59",
"y = 94.232*x - 7.55"
] | D | [
"Add(Mul(Float('0.41999999999999998', precision=53), Symbol('x_0', real=True, integer=False)), Float('0.059999999999999998', precision=53))",
"Add(Mul(Float('27.893000000000001', precision=53), Pow(Symbol('x_0', real=True, integer=False), Integer(3))), Float('8.3399999999999999', precision=53))",
"Add(Mul(Float... | [
1,
3,
1,
1
] | 53 | |
[
"y = -1.187*x**3 - 1.11",
"y = -69.8*x**3 + 2331.8388*(0.6325*x + 1)**3 - 6.49",
"y = 12.4322*exp(2.96*x) - 78.7*sin(65.3*x + 14.6) + 0.874",
"y = 0.082 - 5.268*x"
] | D | [
"Add(Mul(Integer(-1), Float('1.1870000000000001', precision=53), Pow(Symbol('x_0', real=True, integer=False), Integer(3))), Float('-1.1100000000000001', precision=53))",
"Add(Mul(Integer(-1), Float('69.799999999999997', precision=53), Pow(Symbol('x_0', real=True, integer=False), Integer(3))), Mul(Float('2331.8387... | [
3,
3,
-1,
1
] | 54 | |
[
"y = 3.634*x + 79.3",
"y = 3500.3613*(-x - 0.2176*sin(58.6*x - 4.21))**2 + 225.302*(0.121*x + 1)**2 + 0.88",
"y = -1596165.0796*(x*exp(-4.38*x) + 0.9597)**3*exp(0.51*x) + 2.06 + 2.1818*exp(-5.34*x)",
"y = 9.35*x - 0.908"
] | B | [
"Add(Mul(Float('3.6339999999999995', precision=53), Symbol('x_0', real=True, integer=False)), Float('79.30000000000000959', precision=56))",
"Add(Mul(Float('3500.3613165300002983', precision=60), Pow(Add(Mul(Integer(-1), Symbol('x_0', real=True, integer=False)), Mul(Integer(-1), Float('0.2175622063367277819', pre... | [
1,
-1,
-1,
1
] | 55 | |
[
"y = 0.707*x - 44.2*sin(0.613*x - 87.0) - 0.96",
"y = 1067.1877*(-0.1299*x - 1)**3 - 3.24*sin(8.59*x - 30.2) + 3.19",
"y = 166943222228622.0*(-x - 0.0028)**9 - 525609.0*(0.1031*x - 1)**3 - 9.44",
"y = -5.12*x - 4.06"
] | A | [
"Add(Mul(Float('0.70699999999999996', precision=53), Symbol('x_0', real=True, integer=False)), Mul(Integer(-1), Float('44.200000000000003', precision=53), sin(Add(Mul(Float('0.61299999999999999', precision=53), Symbol('x_0', real=True, integer=False)), Float('-87.0', precision=53)))), Float('-0.95999999999999996', ... | [
-1,
-1,
-1,
1
] | 56 | |
[
"y = -37.584*x + 7.7 + 12.6/(0.939*x + 0.021)",
"y = 0.9*x + 20.2",
"y = 12.9404*(0.1379*x + 1)**2 - 9.9*sin(44.1*x + 75.3) + 37.8",
"y = 0.469*x - 22.0"
] | A | [
"Add(Mul(Integer(-1), Float('37.584000000000003', precision=53), Symbol('x_0', real=True, integer=False)), Float('7.7000000000000002', precision=53), Mul(Float('12.600000000000001005', precision=60), Pow(Add(Mul(Float('0.9390000000000000985', precision=56), Symbol('x_0', real=True, integer=False)), Float('0.0210000... | [
-1,
1,
-1,
1
] | 57 | |
[
"y = -0.901*x**2 - 72722.9903*(x + 0.0095)**3 + 0.565*Abs(80.6*x - 23.0) - 0.449",
"y = 0.5615*(0.3651*x + 1)**2 - 2514.6861*(x + 0.8446)**2 + 0.576",
"y = 156.9*x + 0.73",
"y = -47.1375*(0.1209*x + 1)**2 + 60.2*sin(23.8*x - 0.468) - 77.5"
] | C | [
"Add(Mul(Integer(-1), Float('0.90100000000000002', precision=53), Pow(Symbol('x_0', real=True, integer=False), Integer(2))), Mul(Integer(-1), Float('72722.990329000013503', precision=60), Pow(Add(Symbol('x_0', real=True, integer=False), Float('0.0095025728987993140649', precision=60)), Integer(3))), Mul(Float('0.56... | [
-1,
2,
1,
-1
] | 58 | |
[
"y = 60.051*x**2*cos(5.81*x - 0.292) + 2.57",
"y = 36.8 - 87.3*x",
"y = 6.35*x + 34.7",
"y = 37.1 - 3.1*x"
] | C | [
"Add(Mul(Float('60.051000000000002', precision=53), Pow(Symbol('x_0', real=True, integer=False), Integer(2)), cos(Add(Mul(Float('5.8100000000000004974', precision=60), Symbol('x_0', real=True, integer=False)), Float('-0.29199999999999998', precision=53)))), Float('2.5699999999999998', precision=53))",
"Add(Float(... | [
-1,
1,
1,
1
] | 59 | |
[
"y = 0.893*x + 94.4*cos(1.7734*x*sqrt(0.2855*x + 1) + 0.452*cos(4.06*x - 0.903)) + 3.9",
"y = -9.28*x - 98.4",
"y = 31.1*x + 91.5",
"y = -9.64*x - 57558.0987*(-0.0694*x - 1)**2 + 7.2"
] | B | [
"Add(Mul(Float('0.89300000000000002', precision=53), Symbol('x_0', real=True, integer=False)), Mul(Float('94.400000000000006', precision=53), cos(Add(Mul(Float('1.773402492385753', precision=53), Symbol('x_0', real=True, integer=False), Pow(Add(Mul(Float('0.28553054662379423', precision=53), Symbol('x_0', real=True... | [
-1,
1,
1,
2
] | 60 | |
[
"y = 24218128.791*(x - 0.0041)**3 - 5.68 + 0.2809*exp(-7.98*x)",
"y = 3117813.5837*(1 - 0.4609*x)**3*(-Abs(0.035*x + 0.4) - 0.0009/(3.52*x - 3.87))**2 + 0.684",
"y = 15.6*x**2 + 19.4*x + 9.9",
"y = x*(-0.684*sqrt(0.0986*x + 1) - 5.12/(3.36*x - 0.3)) + 7.96"
] | C | [
"Add(Mul(Float('24218128.79100000812', precision=56), Pow(Add(Symbol('x_0', real=True, integer=False), Float('-0.00408251900108577584', precision=56)), Integer(3))), Float('-5.6799999999999997', precision=53), Mul(Float('0.2808934012166433', precision=53), exp(Mul(Integer(-1), Float('7.9800000000000004', precision=... | [
-1,
-1,
2,
-1
] | 61 | |
[
"y = 0.3505*x*(x + 0.7078)**2/(-0.279*x - 94.1) - 9.54",
"y = -386992.2563*(0.0123 - x)**3 - 0.857*cos(27.0*x - 0.106) + 62.9",
"y = -91.6*x + 9376618.6112*(x + 0.1788)**3 - 8.65",
"y = 1.04 - 9.132*x"
] | B | [
"Add(Mul(Float('0.35046399999999994', precision=53), Symbol('x_0', real=True, integer=False), Pow(Add(Mul(Integer(-1), Float('0.27900000000000003', precision=53), Symbol('x_0', real=True, integer=False)), Float('-94.1000000000000103', precision=56)), Integer(-1)), Pow(Add(Symbol('x_0', real=True, integer=False), Fl... | [
-1,
-1,
3,
1
] | 62 | |
[
"y = 90.5 + 0.295/(60.3*x + 42.7) - 0.842/(-8.09*x - 3.82)",
"y = -9.09*x**2 - 5.1",
"y = 1.5297*sqrt(0.2859*x + 1)*(42806.6931*x**3 - 0.13*x) + 87.8",
"y = x*Abs(6.78*x + 55674.72*(0.7207*x + 1)**2) + 0.432"
] | D | [
"Add(Float('90.5', precision=53), Mul(Float('0.29499999999999998', precision=53), Pow(Add(Mul(Float('60.300000000000003986', precision=60), Symbol('x_0', real=True, integer=False)), Float('42.700000000000003', precision=53)), Integer(-1))), Mul(Integer(-1), Float('0.84199999999999997', precision=53), Pow(Add(Mul(In... | [
-1,
2,
-1,
-1
] | 63 | |
[
"y = -80.03*x + 1.62*sin(9.88*x + 0.24/(6.41*x - 20.5)) - 0.674",
"y = 80.1*x - 88.1",
"y = -27.8271*exp(76.3*x) - 19.0*cos(12.0*x) - 0.918 + 0.327/(0.276*x + 3.12)",
"y = 37.7 - 0.963*x"
] | A | [
"Add(Mul(Integer(-1), Float('80.03000000000001002', precision=56), Symbol('x_0', real=True, integer=False)), Mul(Float('1.6200000000000001', precision=53), sin(Add(Mul(Float('9.8800000000000008', precision=53), Symbol('x_0', real=True, integer=False)), Mul(Float('0.23999999999999999', precision=53), Pow(Add(Mul(Flo... | [
-1,
1,
-1,
1
] | 64 | |
[
"y = 1809669307.5736*x**3*(0.0114 - x)**6 + 0.959",
"y = -4.72*x**2 - 1.654*x + 0.531",
"y = 0.288*x - 0.944",
"y = 34.5*x + 80.3"
] | A | [
"Add(Mul(Float('1809669307.5735578239', precision=60), Symbol('x_0', real=True, integer=False), Pow(Add(Mul(Symbol('x_0', real=True, integer=False), Pow(Add(Float('0.011363636363636364724', precision=60), Mul(Integer(-1), Symbol('x_0', real=True, integer=False))), Integer(3))), Float('0.000020874368957671308217', p... | [
9,
2,
1,
1
] | 65 | |
[
"y = -8.69*x - 0.576",
"y = 15.9 - 53.4/(-44.0975*(0.2405*x - 1)**2 - 86.2772*exp(-0.03*x))",
"y = 9.2185*(1 - 0.3118*x)**3 + 132.6252*(0.1675*x - 1)**2 - 0.198",
"y = 0.174*x + 15.3"
] | A | [
"Add(Mul(Integer(-1), Float('8.6899999999999995', precision=53), Symbol('x_0', real=True, integer=False)), Float('-0.5760000000000000953', precision=56))",
"Add(Float('15.9', precision=53), Mul(Float('6.8161379783215663e-9', precision=53), exp(Mul(Integer(-1), Float('0.36599999999999999', precision=53), Symbol('x... | [
1,
-1,
3,
1
] | 66 | |
[
"y = 4.15*x + 3.83",
"y = 2.358*sqrt(0.0459*x + 1)*cos(98.2*x - 0.75) - 23.9",
"y = 73.1*x + 1.13",
"y = -13.8906*x*(0.0431*x - 1)**2 + 42.54*x + 0.974"
] | B | [
"Add(Mul(Float('4.1500000000000004', precision=53), Symbol('x_0', real=True, integer=False)), Float('3.8300000000000001', precision=53))",
"Add(Mul(Float('2.3579652245103192992', precision=60), Pow(Add(Mul(Float('0.045863309352517982306', precision=60), Symbol('x_0', real=True, integer=False)), Integer(1)), Ratio... | [
1,
-1,
1,
3
] | 67 | |
[
"y = -52.3*x - 0.474",
"y = 0.874*x + 0.633",
"y = 8.66 - 2.45*x",
"y = 0.775 - 80.895*x"
] | B | [
"Add(Mul(Integer(-1), Float('52.300000000000003986', precision=60), Symbol('x_0', real=True, integer=False)), Float('-0.47400000000000002982', precision=60))",
"Add(Mul(Float('0.874', precision=53), Symbol('x_0', real=True, integer=False)), Float('0.63300000000000001', precision=53))",
"Add(Float('8.66000000000... | [
1,
1,
1,
1
] | 68 | |
[
"y = -90.24*x**2 - 0.156",
"y = 4.8*x + 9.7",
"y = -0.19*Abs(9.63*x + 5.61) + 17.0 + 7.64/(-8.4*x - 1.44)",
"y = 32247.8408*(-0.0881*x - 1)**2 + 69984.9402*(x*(-x - 0.5062)**2 - 0.0233)**2 - 0.756"
] | D | [
"Add(Mul(Integer(-1), Float('90.24000000000000909', precision=56), Pow(Symbol('x_0', real=True, integer=False), Integer(2))), Float('-0.156', precision=53))",
"Add(Mul(Float('4.7999999999999998', precision=53), Symbol('x_0', real=True, integer=False)), Float('9.700000000000001066', precision=56))",
"Add(Mul(Int... | [
2,
1,
-1,
6
] | 69 | |
[
"y = 0.788*x - 9.62",
"y = 144.9023*x**2 + 6.21 + 8.96/(-92.9*x - 66.8)",
"y = -0.753*x - 15.4",
"y = -0.587"
] | D | [
"Add(Mul(Float('0.78800000000000003', precision=53), Symbol('x_0', real=True, integer=False)), Float('-9.620000000000000995', precision=56))",
"Add(Mul(Float('144.90230000000003', precision=53), Pow(Symbol('x_0', real=True, integer=False), Integer(2))), Float('6.21', precision=53), Mul(Float('8.9600000000000009',... | [
1,
-1,
1,
-1
] | 70 | |
[
"y = 6.88*x - 0.09",
"y = -64.9*x - 8.48",
"y = 0.887 - 23.8*x",
"y = 15.5*x - 0.14"
] | D | [
"Add(Mul(Float('6.8799999999999999', precision=53), Symbol('x_0', real=True, integer=False)), Float('-0.089999999999999997', precision=53))",
"Add(Mul(Integer(-1), Float('64.900000000000006', precision=53), Symbol('x_0', real=True, integer=False)), Float('-8.4800000000000004', precision=53))",
"Add(Float('0.887... | [
1,
1,
1,
1
] | 71 | |
[
"y = -0.015*x + 35501.823*(x - 0.6115)**2 + 0.803 - 17.6/(10.8*x - 0.594)",
"y = -119.443*x - 9.68",
"y = 8.33*x + 0.079",
"y = -0.125*x - 8.84"
] | B | [
"Add(Mul(Integer(-1), Float('0.015000000000000013', precision=53), Symbol('x_0', real=True, integer=False)), Mul(Float('35501.823000000011803', precision=60), Pow(Add(Symbol('x_0', real=True, integer=False), Float('-0.61152882205513780199', precision=60)), Integer(2))), Float('0.80300000000000005', precision=53), M... | [
-1,
1,
1,
1
] | 72 | |
[
"y = 90.6*x - 2.44 - 98.1/(93.8*x**2 - 16.2)",
"y = -0.458*x - 7.37",
"y = 4.802*x + 14.872*(0.0083 - x)**2 + 18.0",
"y = -62.1*x - 3.12"
] | B | [
"Add(Mul(Float('90.6000000000000103', precision=56), Symbol('x_0', real=True, integer=False)), Float('-2.4399999999999999', precision=53), Mul(Integer(-1), Float('98.1000000000000103', precision=56), Pow(Add(Mul(Float('93.80000000000000959', precision=56), Pow(Symbol('x_0', real=True, integer=False), Integer(2))), ... | [
-1,
1,
2,
1
] | 73 | |
[
"y = -94.3*x - 1696.7363*(0.0665*x**2 + 1)**2 - 1.3",
"y = 5.8*x + 0.022",
"y = 0.588*x + 4.13",
"y = 0.039*x - 13.9"
] | D | [
"Add(Mul(Integer(-1), Float('94.30000000000000959', precision=56), Symbol('x_0', real=True, integer=False)), Mul(Integer(-1), Float('1696.7363399999999', precision=53), Pow(Add(Mul(Float('0.066515837104072398', precision=53), Pow(Symbol('x_0', real=True, integer=False), Integer(2))), Integer(1)), Integer(2))), Floa... | [
4,
1,
1,
1
] | 74 | |
[
"y = 42.2 - 43.18*x",
"y = -0.086*x + 0.033 - 38.0/(5.27*x**3 - 0.1)",
"y = 0.135*x - 0.653",
"y = -103.899*x - 9.04"
] | D | [
"Add(Float('42.200000000000003', precision=53), Mul(Integer(-1), Float('43.18', precision=53), Symbol('x_0', real=True, integer=False)))",
"Add(Mul(Integer(-1), Float('0.08600000000000001046', precision=56), Symbol('x_0', real=True, integer=False)), Float('0.033000000000000002', precision=53), Mul(Integer(-1), Fl... | [
1,
-1,
1,
1
] | 75 | |
[
"y = 6.09*x - 12.5",
"y = -51.4952*sqrt(1 - 0.0237*x) - 53.1 - 8.75/(0.99 - 6.37*x)",
"y = -6.99*x + 29.8 + 5.56/(-0.6*x - 5.0)",
"y = 6.91*x**2 + 11.84*x + 0.622"
] | B | [
"Add(Mul(Float('6.0899999999999999', precision=53), Symbol('x_0', real=True, integer=False)), Float('-12.5', precision=53))",
"Add(Mul(Integer(-1), Float('51.495186571173822032', precision=60), Pow(Add(Integer(1), Mul(Integer(-1), Float('0.023697916666666663763', precision=60), Symbol('x_0', real=True, integer=Fa... | [
1,
-1,
-1,
2
] | 76 | |
[
"y = 65.3*x + 76.1",
"y = -0.0049*(0.7292 - x)**2 - 99.7*cos(98.8*x + 0.867) + 0.899",
"y = 51.6*x - 0.802*exp(-8.74*x - 4066.6842*(0.8946*x - 1)**2) + 0.55",
"y = 0.797 - 0.341*x"
] | C | [
"Add(Mul(Float('65.299999999999997', precision=53), Symbol('x_0', real=True, integer=False)), Float('76.1000000000000103', precision=56))",
"Add(Mul(Integer(-1), Float('0.0049075200000000003', precision=53), Pow(Add(Float('0.72916666666666674', precision=53), Mul(Integer(-1), Symbol('x_0', real=True, integer=Fals... | [
1,
-1,
-1,
1
] | 77 | |
[
"y = 37.5 - 0.613*x",
"y = 0.259*Abs(0.549*x - 25.0) + 94.0 - 8.29/(-0.194*x - 0.271)",
"y = 0.5746*(2250.1741*(x - 0.1097)**2 + 4.34*sin(37.3613*x*(0.058*x + 1)**2 - 47.6))*exp(9.51*x) - 0.975",
"y = 85.2*x + 59270.4*(0.0042*x + 1)**2 - 1.1739*Abs(x) + 0.196"
] | C | [
"Add(Float('37.5', precision=53), Mul(Integer(-1), Float('0.61299999999999999', precision=53), Symbol('x_0', real=True, integer=False)))",
"Add(Mul(Float('0.25900000000000001', precision=53), Abs(Add(Mul(Float('0.54900000000000004', precision=53), Symbol('x_0', real=True, integer=False)), Float('-25.0', precision... | [
1,
-1,
-1,
-1
] | 78 | |
[
"y = -92.8*x - 0.217",
"y = 2.7*x + 0.659",
"y = 187.69*x**3 - 72.9",
"y = -9.157*x - 9.88"
] | A | [
"Add(Mul(Integer(-1), Float('92.80000000000000959', precision=56), Symbol('x_0', real=True, integer=False)), Float('-0.217', precision=53))",
"Add(Mul(Float('2.7000000000000002', precision=53), Symbol('x_0', real=True, integer=False)), Float('0.65900000000000003', precision=53))",
"Add(Mul(Float('187.6899999999... | [
1,
1,
3,
1
] | 79 | |
[
"y = 0.12 - 11279.6887686062*(-0.0067*x - 1)**2",
"y = x/(0.079 - 35.1*x) - 11.7",
"y = 0.851*x - 3.24",
"y = -34.0*cos(0.394*x + 0.895) + 45.0 + 0.711/(0.58 - 3.2*x)"
] | B | [
"Add(Float('0.12', precision=53), Mul(Float('8335.690000000001646', precision=56), Pow(Add(Float('-0.73899999999999999', precision=53), Mul(Integer(-1), Float('0.000040167089929460352606', precision=60), Pow(Add(Mul(Float('40.800000000000003986', precision=60), Symbol('x_0', real=True, integer=False)), Float('8.550... | [
-1,
-1,
1,
-1
] | 80 | |
[
"y = 0.48*x + 0.55",
"y = 0.32*x + 49.7",
"y = -6.54*x - 8.13",
"y = x*Abs(0.582*x - 8.53) + 1.92"
] | A | [
"Add(Mul(Float('0.47999999999999998', precision=53), Symbol('x_0', real=True, integer=False)), Float('0.55000000000000004', precision=53))",
"Add(Mul(Float('0.32000000000000001', precision=53), Symbol('x_0', real=True, integer=False)), Float('49.700000000000003', precision=53))",
"Add(Mul(Integer(-1), Float('6.... | [
1,
1,
1,
-1
] | 81 | |
[
"y = -4697.3172*(0.6168 - x)**3 - 62.7*sin(6.92*(-3.2*x + 85.5*tan(63.1*x + 25.5))*atan(0.901*x - 80.9) + 0.197) - 0.744",
"y = 99.0 - 48.9*x",
"y = -5.816*x + 22.3767*(1 - 0.058*x)**2 - 5.36",
"y = 72.2 - 0.934*x"
] | A | [
"Add(Mul(Integer(-1), Float('4697.317171200000075', precision=56), Pow(Add(Float('0.61675126903553301', precision=53), Mul(Integer(-1), Symbol('x_0', real=True, integer=False))), Integer(3))), Mul(Integer(-1), Float('62.700000000000003', precision=53), sin(Add(Mul(Float('6.9199999999999999', precision=53), Add(Mul(... | [
-1,
1,
2,
1
] | 82 | |
[
"y = 6707.61*(-x - 0.0003)**2/(7.95*x + 55.9) - 0.742",
"y = 0.465 - 0.74*x",
"y = 85380.84*x*(0.0349*x - 1)**2*(x - 0.0117)**2 + 0.914",
"y = 65.5*x - 6498.3574*(x + 0.5645/(73.5 - 18.8*x))**2 + 8.32"
] | C | [
"Add(Mul(Float('6707.6100000000006', precision=53), Pow(Add(Mul(Integer(-1), Symbol('x_0', real=True, integer=False)), Float('-0.00034188034188034188', precision=53)), Integer(2)), Pow(Add(Mul(Float('7.9500000000000002', precision=53), Symbol('x_0', real=True, integer=False)), Float('55.900000000000006017', precisi... | [
-1,
1,
5,
-1
] | 83 | |
[
"y = 9.32 - 0.332*x",
"y = -895.6368*(1 - 0.0062*x)**2 - 1.6273*sqrt(0.0512*x + 1) + 3.97",
"y = -475.5135*x*(-0.0507*x - 1)**2 - 71.7 - 88.2/(-0.708*x - 0.983)",
"y = 27.756*(x - 0.857*(-0.1*x - 1)**3)**2 + 40.6 - 0.12/(0.498*x/(-1.49*x - 89.5) - 0.615)"
] | C | [
"Add(Float('9.3200000000000003', precision=53), Mul(Integer(-1), Float('0.33200000000000002', precision=53), Symbol('x_0', real=True, integer=False)))",
"Add(Mul(Integer(-1), Float('895.63680000000011', precision=53), Pow(Add(Integer(1), Mul(Integer(-1), Float('0.0062398373983739829', precision=53), Symbol('x_0',... | [
1,
-1,
-1,
-1
] | 84 | |
[
"y = 1.39 - 0.068*x",
"y = 0.077*x**2 - 53.1",
"y = -0.183*x - 17.0",
"y = 0.9*x + 6.8"
] | C | [
"Add(Float('1.3900000000000001001', precision=60), Mul(Integer(-1), Float('0.068000000000000005', precision=53), Symbol('x_0', real=True, integer=False)))",
"Add(Mul(Float('0.076999999999999999', precision=53), Pow(Symbol('x_0', real=True, integer=False), Integer(2))), Float('-53.100000000000001', precision=53))"... | [
1,
2,
1,
1
] | 85 | |
[
"y = -2.0601*x**2*sqrt(0.0122*x + 1) - 32.6*x - 2.61",
"y = 22.649*x + 12228.725*(1 - 0.1735*x)**2 - 0.146",
"y = 0.397*x**2 + 90.0",
"y = 2087436.2976*(-x*(0.2248*x - sin(9.67*x - 0.966))**2 + 0.0335)**2 - 0.288 - 0.526/(0.857*x + 99.5)"
] | B | [
"Add(Mul(Integer(-1), Float('2.060071163819347406', precision=56), Pow(Symbol('x_0', real=True, integer=False), Integer(2)), Pow(Add(Mul(Float('0.0122060470324748037', precision=56), Symbol('x_0', real=True, integer=False)), Integer(1)), Rational(1, 2))), Mul(Integer(-1), Float('32.600000000000001', precision=53), ... | [
-1,
2,
2,
-1
] | 86 | |
[
"y = 0.0152*(x - 0.4444)**2 + 16.2 + 9.51/(0.973 - 0.264*x)",
"y = -191.1195*(x + 0.7778)**2 + 44.5 - 21.6/(0.928 - 0.16*x)",
"y = 21.5209*(1 - 0.5212*x)**2 - 2.4 + 0.333/(0.428*x - 54.5/(1.55*x + 24.5))",
"y = 0.171*x + 25.1"
] | A | [
"Add(Mul(Float('0.015163200000000002802', precision=60), Pow(Add(Symbol('x_0', real=True, integer=False), Float('-0.44444444444444442', precision=53)), Integer(2))), Float('16.199999999999999', precision=53), Mul(Float('9.5099999999999998', precision=53), Pow(Add(Float('0.97299999999999998', precision=53), Mul(Inte... | [
-1,
-1,
-1,
1
] | 87 | |
[
"y = 0.115 - 0.313*x",
"y = -43.3081*(0.0357*x + 1)**2 - 8.2*cos(6.64*x - 6.85) + 0.622",
"y = 63.42*x - 160.5486*sqrt(0.0117*x + 1) - 0.541",
"y = 1.261*x - 4.78"
] | A | [
"Add(Float('0.115', precision=53), Mul(Integer(-1), Float('0.313', precision=53), Symbol('x_0', real=True, integer=False)))",
"Add(Mul(Integer(-1), Float('43.3080675', precision=53), Pow(Add(Mul(Float('0.035705368289637957251', precision=60), Symbol('x_0', real=True, integer=False)), Integer(1)), Integer(2))), Mu... | [
1,
-1,
-1,
1
] | 88 | |
[
"y = 11.0224*(x - 0.1229)**2*tan(5.2*x + 100.465*(x + 0.0579/(0.37*x - 0.03))**2) + 0.979",
"y = -0.53*x - 300062.7448*(x - 0.3806)**3 + 3.92",
"y = 56.4 - 0.634*x",
"y = 0.96 - 79.0*x**2"
] | B | [
"Add(Mul(Float('11.022400000000002002', precision=60), Pow(Add(Symbol('x_0', real=True, integer=False), Float('-0.12289156626506023888', precision=60)), Integer(2)), tan(Add(Mul(Float('5.2000000000000002', precision=53), Symbol('x_0', real=True, integer=False)), Mul(Float('100.46497500000002445', precision=60), Pow... | [
-1,
3,
1,
2
] | 89 | |
[
"y = 6.27*x + 8.5",
"y = 8.281*x**2 + 50.8",
"y = -0.313*x - 2531.1776*(0.0178*x + 1)**3 + 0.685*sin(89.6*x + 7.4) + 87.8",
"y = -92.16*(0.7438 - x)**2*sin(94.8*x + 0.187) + 0.61"
] | C | [
"Add(Mul(Float('6.2700000000000004965', precision=60), Symbol('x_0', real=True, integer=False)), Float('8.5', precision=53))",
"Add(Mul(Float('8.2810000000000004994', precision=60), Pow(Symbol('x_0', real=True, integer=False), Integer(2))), Float('50.800000000000003986', precision=60))",
"Add(Mul(Integer(-1), F... | [
1,
2,
-1,
-1
] | 90 | |
[
"y = 7.85*x**3 - 0.38*x - 0.09",
"y = sin(8.02*x - 75.5)*Abs(8.45*x + 79.8) + 42.3",
"y = 2.486*sqrt(1 - 0.1189*x)*cos(0.172*x + 9.12) + 51.1",
"y = -7.25*x - 7.93"
] | B | [
"Add(Mul(Float('7.8500000000000004982', precision=60), Pow(Symbol('x_0', real=True, integer=False), Integer(3))), Mul(Integer(-1), Float('0.38', precision=53), Symbol('x_0', real=True, integer=False)), Float('-0.089999999999999997', precision=53))",
"Add(Mul(sin(Add(Mul(Float('8.0199999999999996', precision=53), ... | [
3,
-1,
-1,
1
] | 91 | |
[
"y = -0.967*x + 62851084.5452*(0.0003*x - (-0.073*x - 1)**3)**2 - 36.5",
"y = 59.5 - 4.25*x",
"y = 10.098*sqrt(1 - 0.1221*x) - 4.39*Abs(0.905*x - 4.8) - 0.491",
"y = 7.277*x + 6.17"
] | A | [
"Add(Mul(Integer(-1), Float('0.96699999999999997', precision=53), Symbol('x_0', real=True, integer=False)), Mul(Float('62851084.545232945879', precision=60), Pow(Add(Mul(Float('0.00025201873618007742592', precision=60), Symbol('x_0', real=True, integer=False)), Mul(Integer(-1), Pow(Add(Mul(Integer(-1), Float('0.073... | [
6,
1,
-1,
1
] | 92 | |
[
"y = 79.7 - 30.6*x",
"y = -56.14*x - 0.77",
"y = -17.5*x + 97.2 + 4.44/(73.8*x/(0.628 - 13.1*x) + 35.2)",
"y = 1.211*x + 58389.9*(0.0159 - x)**2 - 2.8"
] | C | [
"Add(Float('79.700000000000003', precision=53), Mul(Integer(-1), Float('30.600000000000001', precision=53), Symbol('x_0', real=True, integer=False)))",
"Add(Mul(Integer(-1), Float('56.140000000000001', precision=53), Symbol('x_0', real=True, integer=False)), Float('-0.77000000000000002', precision=53))",
"Add(M... | [
1,
1,
-1,
2
] | 93 | |
[
"y = x*(250.7921*(0.1204 - x)**3 + 1.12530847503375e+38*exp(-0.529*x)) + 0.23",
"y = 48.9 - 14.2*x",
"y = 0.302*x - 55.4",
"y = 31.5*sin(725.8647*(0.0068*x + 1)**3 - 1.58/(52.6*x**2 - 7.52)) + 0.78 + 8.78/(-0.996*x - 3.44)"
] | A | [
"Add(Mul(Symbol('x_0', real=True, integer=False), Add(Mul(Float('250.7921030160001408', precision=56), Pow(Add(Float('0.120448179271708665', precision=56), Mul(Integer(-1), Symbol('x_0', real=True, integer=False))), Integer(3))), Mul(Float('1.1253084750337457e+38', precision=53), exp(Mul(Integer(-1), Float('0.52900... | [
-1,
1,
1,
-1
] | 94 | |
[
"y = 0.966 - 0.821*x",
"y = -43.3*x**3 - 0.452*x - 0.359",
"y = -43.7*x + 9.86 - 27.6/(50.1*x + 96.5)",
"y = -13.81*x - 0.1285*(x + 0.3243)**3 - 0.406"
] | B | [
"Add(Float('0.96599999999999997', precision=53), Mul(Integer(-1), Float('0.8210000000000001047', precision=56), Symbol('x_0', real=True, integer=False)))",
"Add(Mul(Integer(-1), Float('43.300000000000003986', precision=60), Pow(Symbol('x_0', real=True, integer=False), Integer(3))), Mul(Integer(-1), Float('0.45200... | [
1,
3,
-1,
3
] | 95 | |
[
"y = -74.2*x + 0.067*Abs(-1034.2534*(0.0061 - x)**2 + 2.4051*sqrt(0.1471*x + 1)) - 0.154",
"y = 0.792*x + 0.53",
"y = 27.5*x + 43.9428*sqrt(1 - 0.3055*x) - 3.47 + 5.3287/x",
"y = 37.2*x - 2.71"
] | A | [
"Add(Mul(Integer(-1), Float('74.200000000000003', precision=53), Symbol('x_0', real=True, integer=False)), Mul(Float('0.067000000000000004', precision=53), Abs(Add(Mul(Integer(-1), Float('1034.253360000000242', precision=56), Pow(Add(Float('0.006103752759381898233', precision=56), Mul(Integer(-1), Symbol('x_0', rea... | [
-1,
1,
-1,
1
] | 96 | |
[
"y = 49.1*x**2 - 384.8768*sqrt(0.0063*x + 1)*Abs(0.275*x - 2.25) - 4.09",
"y = 46.14*x - 0.5445*(0.8974*x + 1)**2 - 20.5",
"y = 7.776*x + 70.8",
"y = x*Abs(0.526*x - 16.6)/((5.85*x - 2.03)*(58.6*x - 5.54)) + 46.1"
] | A | [
"Add(Mul(Float('49.100000000000001', precision=53), Pow(Symbol('x_0', real=True, integer=False), Integer(2))), Mul(Integer(-1), Float('384.87678028168966', precision=53), Pow(Add(Mul(Float('0.0062680115273775214', precision=53), Symbol('x_0', real=True, integer=False)), Integer(1)), Rational(1, 2)), Abs(Add(Mul(Flo... | [
-1,
2,
1,
-1
] | 97 | |
[
"y = -84.6 + 1.7559*exp(-97.3*x)*atan(50.6*x + 98.9)",
"y = 0.839*x + 0.764*Abs(0.833*x + 9.9) + 0.021 - 0.0669/x",
"y = -0.515*x**2 - 96.9*x + 3012.2187*(0.1354 - x)**2 + 0.136",
"y = -393.9967*x**2 - 24.4"
] | B | [
"Add(Float('-84.6000000000000103', precision=56), Mul(Float('1.755932403707179207', precision=56), exp(Mul(Integer(-1), Float('97.30000000000000959', precision=56), Symbol('x_0', real=True, integer=False))), atan(Add(Mul(Float('50.600000000000001', precision=53), Symbol('x_0', real=True, integer=False)), Float('98.... | [
-1,
-1,
2,
2
] | 98 | |
[
"y = -63.5212*(-x - 0.1165)**3*tan(2.1*x - 0.859) - 0.886",
"y = 5.8052*sqrt(1 - 0.0199*x)*(5.85*x + 137.5358*(0.1716*x*cos(0.558*x + 54.3) - 1)**2) + 34.8",
"y = x*(-47312.64*x*(0.069*x - 1)**2 - 57.0*x) + 8.1",
"y = -29.9*x - 0.423"
] | D | [
"Add(Mul(Integer(-1), Float('63.52119900000001', precision=53), Pow(Add(Mul(Integer(-1), Symbol('x_0', real=True, integer=False)), Float('-0.11654135338345864', precision=53)), Integer(3)), tan(Add(Mul(Float('2.1000000000000001', precision=53), Symbol('x_0', real=True, integer=False)), Float('-0.85899999999999999',... | [
-1,
-1,
4,
1
] | 99 |
SymbolicRegressionQA (SRQA) is a multiple-choice visual question answering dataset introduced in Bayesian Adaptation Gym (UAI 2026). Each question shows a plot of a symbolic expression and asks which of four candidate formulas describes the relationship between the variables.
| Split | Examples |
|---|---|
| train | 10,000 |
| validation | 1,000 |
| test | 1,000 |
| Field | Type | Description |
|---|---|---|
image |
Image |
224x224 grayscale plot of the ground truth expression |
choices |
list[str] |
Four candidate formulas, in the order they are presented |
label |
str |
Letter of the correct choice, one of A, B, C, D |
sympy_reprs |
list[str] |
SymPy representation of each of the four choices |
degrees |
list[int] |
Polynomial degree of each of the four choices |
question_id |
int |
Unique identifier within the split |
The correct answer is close to uniform over the four letters in every split.
from datasets import load_dataset
data = load_dataset("csamplawski/SymbolicRegressionQA", split="test")
The prompt used in the BAG experiments is built from choices as follows:
For the provided image of a plot, which of following formulas best describes the relationship between the variables? Output the letter of your choice only.
Choices:
A) <choices[0]>
B) <choices[1]>
C) <choices[2]>
D) <choices[3]>
See bayesadapt/datasets/srqa.py in BayesAdapt for the loader
used in the paper.
@misc{samplawski2026bayesianadaptationgymbenchmark,
title={Bayesian Adaptation Gym: A Benchmark for the Bayesian Low-Rank Adaptation of Multi-Modal Language Models},
author={Colin Samplawski and Ramneet Kaur and Manoj Acharya and Anirban Roy and Adam D. Cobb},
year={2026},
eprint={2606.22188},
archivePrefix={arXiv},
primaryClass={cs.LG},
url={https://arxiv.org/abs/2606.22188},
}