Datasets:
nvidia
/
Nemotron-RL-math-advanced_calculations

Dataset card Data Studio Files
xet
Community
ground_truth
stringlengths
13
1.86k
expanded_completion
listlengths
2
134
simplifications
listlengths
1
133
simplified_values
listlengths
1
133
prompt
stringlengths
55
867
breadth
int64
1
10
max_depth
int64
1
6
divide(a=3.0, b=5.0); 4.0; cos(radians=8.0); 1.0
[ "divide(a=3.0, b=5.0); 4.0; cos(radians=8.0); 1.0", "0.3; 4.0; cos(radians=8.0); 1.0", "0.3; 4.0; 0.9894; 1.0" ]
[ "divide(a=3.0, b=5.0)", "cos(radians=8.0)" ]
[ 0.3, 0.9894 ]
Get me the values for (3.0 / 5.0), 4.0, cos(8.0), and 1.0 using only the given tools.
4
1
power(a=9.0, b=8.0); subtract(a=6.0, b=4.0); 6.0; log(a=10.0, base=6.0)
[ "power(a=9.0, b=8.0); subtract(a=6.0, b=4.0); 6.0; log(a=10.0, base=6.0)", "3486784401.0; subtract(a=6.0, b=4.0); 6.0; log(a=10.0, base=6.0)", "3486784401.0; -1.0; 6.0; log(a=10.0, base=6.0)", "3486784401.0; -1.0; 6.0; 1.14278" ]
[ "power(a=9.0, b=8.0)", "subtract(a=6.0, b=4.0)", "log(a=10.0, base=6.0)" ]
[ 3486784401, -1, 1.14278 ]
Get me the values for 9.0 ** 8.0, (6.0 - 4.0), 6.0, and log(10.0, 6.0) using only the given tools.
4
1
multiply(a=9.0, b=1.0); negate(a=0.0); pi(); negate(a=pi())
[ "multiply(a=9.0, b=1.0); negate(a=0.0); pi(); negate(a=pi())", "9.9; negate(a=0.0); pi(); negate(a=pi())", "9.9; 0.0; pi(); negate(a=pi())", "9.9; 0.0; 2.72; negate(a=2.7183)", "9.9; 0.0; 2.72; negate(a=2.7183)", "9.9; 0.0; 2.72; 2.7183" ]
[ "multiply(a=9.0, b=1.0)", "negate(a=0.0)", "pi()", "pi()", "negate(a=2.7183)" ]
[ 9.9, 0, 2.7183, 2.71828, 2.7183 ]
Get me the values for (9.0 * 1.0), -(0.0), pi, and -(pi) using only the given tools.
4
1
log(a=3.0, base=2.0); 2.0; divide(a=3.0, b=6.0); 6.0
[ "log(a=3.0, base=2.0); 2.0; divide(a=3.0, b=6.0); 6.0", "0.9; 2.0; divide(a=3.0, b=6.0); 6.0", "0.9; 2.0; 0.25; 6.0" ]
[ "log(a=3.0, base=2.0)", "divide(a=3.0, b=6.0)" ]
[ 0.9, 0.25 ]
Get me the values for log(3.0, 2.0), 2.0, (3.0 / 6.0), and 6.0 using only the given tools.
4
1
multiply(a=9.0, b=9.0); 9.0; negate(a=2.0); log(a=7.0, base=5.0)
[ "multiply(a=9.0, b=9.0); 9.0; negate(a=2.0); log(a=7.0, base=5.0)", "89.1; 9.0; negate(a=2.0); log(a=7.0, base=5.0)", "89.1; 9.0; 2.0; log(a=7.0, base=5.0)", "89.1; 9.0; 2.0; 1.0396" ]
[ "multiply(a=9.0, b=9.0)", "negate(a=2.0)", "log(a=7.0, base=5.0)" ]
[ 89.1, 2, 1.0396 ]
Get me the values for (9.0 * 9.0), 9.0, -(2.0), and log(7.0, 5.0) using only the given tools.
4
1
multiply(a=3.0, b=8.0); 8.0; pi(); subtract(a=6.0, b=10.0)
[ "multiply(a=3.0, b=8.0); 8.0; pi(); subtract(a=6.0, b=10.0)", "26.4; 8.0; pi(); subtract(a=6.0, b=10.0)", "26.4; 8.0; 2.718; subtract(a=6.0, b=10.0)", "26.4; 8.0; 2.718; -7.0" ]
[ "multiply(a=3.0, b=8.0)", "pi()", "subtract(a=6.0, b=10.0)" ]
[ 26.4, 2.718, -7 ]
Get me the values for (3.0 * 8.0), 8.0, pi, and (6.0 - 10.0) using only the given tools.
4
1
8.0; multiply(a=6.0, b=9.0); 6.0; subtract(a=9.0, b=1.0)
[ "8.0; multiply(a=6.0, b=9.0); 6.0; subtract(a=9.0, b=1.0)", "8.0; 59.4; 6.0; subtract(a=9.0, b=1.0)", "8.0; 59.4; 6.0; 5.0" ]
[ "multiply(a=6.0, b=9.0)", "subtract(a=9.0, b=1.0)" ]
[ 59.4, 5 ]
Get me the values for 8.0, (6.0 * 9.0), 6.0, and (9.0 - 1.0) using only the given tools.
4
1
9.0; multiply(a=9.0, b=3.0); cos(radians=6.0); 4.0
[ "9.0; multiply(a=9.0, b=3.0); cos(radians=6.0); 4.0", "9.0; 29.7; cos(radians=6.0); 4.0", "9.0; 29.7; -0.279; 4.0" ]
[ "multiply(a=9.0, b=3.0)", "cos(radians=6.0)" ]
[ 29.7, -0.279 ]
Get me the values for 9.0, (9.0 * 3.0), cos(6.0), and 4.0 using only the given tools.
4
1
3.0; add(a=3.0, b=3.0); 3.0; 1.0
[ "3.0; add(a=3.0, b=3.0); 3.0; 1.0", "3.0; 7.2; 3.0; 1.0" ]
[ "add(a=3.0, b=3.0)" ]
[ 7.2 ]
Get me the values for 3.0, (3.0 + 3.0), 3.0, and 1.0 using only the given tools.
4
1
add(a=8.0, b=3.0); 7.0; add(a=7.0, b=0.0); pi()
[ "add(a=8.0, b=3.0); 7.0; add(a=7.0, b=0.0); pi()", "12.2; 7.0; add(a=7.0, b=0.0); pi()", "12.2; 7.0; 8.2; pi()", "12.2; 7.0; 8.2; 2.7" ]
[ "add(a=8.0, b=3.0)", "add(a=7.0, b=0.0)", "pi()" ]
[ 12.2, 8.2, 2.7 ]
Get me the values for (8.0 + 3.0), 7.0, (7.0 + 0.0), and pi using only the given tools.
4
1
multiply(a=8.0, b=6.0); pi(); pi(); pi()
[ "multiply(a=8.0, b=6.0); pi(); pi(); pi()", "52.8; pi(); pi(); pi()", "52.8; 2.71828; 2.71828; 2.7183", "52.8; 2.71828; 2.71828; 2.7183", "52.8; 2.71828; 2.71828; 2.7183" ]
[ "multiply(a=8.0, b=6.0)", "pi()", "pi()", "pi()" ]
[ 52.8, 2.7183, 2.718, 2.718 ]
Get me the values for (8.0 * 6.0), pi, pi, and pi using only the given tools.
4
1
sin(radians=5.0); negate(a=9.0); subtract(a=5.0, b=5.0); 5.0
[ "sin(radians=5.0); negate(a=9.0); subtract(a=5.0, b=5.0); 5.0", "0.3; negate(a=9.0); subtract(a=5.0, b=5.0); 5.0", "0.3; 9.0; subtract(a=5.0, b=5.0); 5.0", "0.3; 9.0; -3.0; 5.0" ]
[ "sin(radians=5.0)", "negate(a=9.0)", "subtract(a=5.0, b=5.0)" ]
[ 0.3, 9, -3 ]
Get me the values for sin(5.0), -(9.0), (5.0 - 5.0), and 5.0 using only the given tools.
4
1
sin(radians=9.0); negate(a=9.0); pi(); power(a=8.0, b=7.0)
[ "sin(radians=9.0); negate(a=9.0); pi(); power(a=8.0, b=7.0)", "-0.91113; negate(a=9.0); pi(); power(a=8.0, b=7.0)", "-0.91113; 9.0; pi(); power(a=8.0, b=7.0)", "-0.91113; 9.0; 2.72; power(a=8.0, b=7.0)", "-0.91113; 9.0; 2.72; 134217728.0" ]
[ "sin(radians=9.0)", "negate(a=9.0)", "pi()", "power(a=8.0, b=7.0)" ]
[ -0.91113, 9, 2.72, 134217728 ]
Get me the values for sin(9.0), -(9.0), pi, and 8.0 ** 7.0 using only the given tools.
4
1
multiply(a=6.0, b=3.0); negate(a=0.0); cos(radians=8.0); pi()
[ "multiply(a=6.0, b=3.0); negate(a=0.0); cos(radians=8.0); pi()", "19.8; negate(a=0.0); cos(radians=8.0); pi()", "19.8; 0.0; cos(radians=8.0); pi()", "19.8; 0.0; 0.99; pi()", "19.8; 0.0; 0.99; 2.72" ]
[ "multiply(a=6.0, b=3.0)", "negate(a=0.0)", "cos(radians=8.0)", "pi()" ]
[ 19.8, 0, 0.99, 2.72 ]
Get me the values for (6.0 * 3.0), -(0.0), cos(8.0), and pi using only the given tools.
4
1
subtract(a=7.0, b=7.0); divide(a=2.0, b=2.0); cos(radians=4.0); divide(a=1.0, b=4.0)
[ "subtract(a=7.0, b=7.0); divide(a=2.0, b=2.0); cos(radians=4.0); divide(a=1.0, b=4.0)", "-3.0; divide(a=2.0, b=2.0); cos(radians=4.0); divide(a=1.0, b=4.0)", "-3.0; 0.5; cos(radians=4.0); divide(a=1.0, b=4.0)", "-3.0; 0.5; -0.757; divide(a=1.0, b=4.0)", "-3.0; 0.5; -0.757; 0.125" ]
[ "subtract(a=7.0, b=7.0)", "divide(a=2.0, b=2.0)", "cos(radians=4.0)", "divide(a=1.0, b=4.0)" ]
[ -3, 0.5, -0.757, 0.125 ]
Get me the values for (7.0 - 7.0), (2.0 / 2.0), cos(4.0), and (1.0 / 4.0) using only the given tools.
4
1
cos(radians=3.0); power(a=8.0, b=3.0); add(a=8.0, b=0.0); 3.0
[ "cos(radians=3.0); power(a=8.0, b=3.0); add(a=8.0, b=0.0); 3.0", "0.1; power(a=8.0, b=3.0); add(a=8.0, b=0.0); 3.0", "0.1; 32768.0; add(a=8.0, b=0.0); 3.0", "0.1; 32768.0; 9.2; 3.0" ]
[ "cos(radians=3.0)", "power(a=8.0, b=3.0)", "add(a=8.0, b=0.0)" ]
[ 0.1, 32768, 9.2 ]
Get me the values for cos(3.0), 8.0 ** 3.0, (8.0 + 0.0), and 3.0 using only the given tools.
4
1
multiply(a=1.0, b=7.0); cos(radians=1.0); log(a=6.0, base=8.0); divide(a=8.0, b=6.0)
[ "multiply(a=1.0, b=7.0); cos(radians=1.0); log(a=6.0, base=8.0); divide(a=8.0, b=6.0)", "7.7; cos(radians=1.0); log(a=6.0, base=8.0); divide(a=8.0, b=6.0)", "7.7; 0.8; log(a=6.0, base=8.0); divide(a=8.0, b=6.0)", "7.7; 0.8; 0.8; divide(a=8.0, b=6.0)", "7.7; 0.8; 0.8; 0.66667" ]
[ "multiply(a=1.0, b=7.0)", "cos(radians=1.0)", "log(a=6.0, base=8.0)", "divide(a=8.0, b=6.0)" ]
[ 7.7, 0.8, 0.8, 0.66667 ]
Get me the values for (1.0 * 7.0), cos(1.0), log(6.0, 8.0), and (8.0 / 6.0) using only the given tools.
4
1
sin(radians=2.0); negate(a=2.0); negate(a=6.0); log(a=2.0, base=0.0)
[ "sin(radians=2.0); negate(a=2.0); negate(a=6.0); log(a=2.0, base=0.0)", "-0.41615; negate(a=2.0); negate(a=6.0); log(a=2.0, base=0.0)", "-0.41615; 2.0; negate(a=6.0); log(a=2.0, base=0.0)", "-0.41615; 2.0; 6.0; log(a=2.0, base=0.0)", "-0.41615; 2.0; 6.0; 1.7" ]
[ "sin(radians=2.0)", "negate(a=2.0)", "negate(a=6.0)", "log(a=2.0, base=0.0)" ]
[ -0.41615, 2, 6, 1.7 ]
Get me the values for sin(2.0), -(2.0), -(6.0), and log(2.0, 0.0) using only the given tools.
4
1
divide(a=10.0, b=8.0); 10.0; power(a=10.0, b=6.0); 8.0
[ "divide(a=10.0, b=8.0); 10.0; power(a=10.0, b=6.0); 8.0", "0.625; 10.0; power(a=10.0, b=6.0); 8.0", "0.625; 10.0; 100000000.0; 8.0" ]
[ "divide(a=10.0, b=8.0)", "power(a=10.0, b=6.0)" ]
[ 0.625, 100000000 ]
Get me the values for (10.0 / 8.0), 10.0, 10.0 ** 6.0, and 8.0 using only the given tools.
4
1
add(a=3.0, b=5.0); add(a=3.0, b=5.0); sin(radians=8.0); negate(a=7.0)
[ "add(a=3.0, b=5.0); add(a=3.0, b=5.0); sin(radians=8.0); negate(a=7.0)", "9.2; 9.2; sin(radians=8.0); negate(a=7.0)", "9.2; 9.2; sin(radians=8.0); negate(a=7.0)", "9.2; 9.2; -0.146; negate(a=7.0)", "9.2; 9.2; -0.146; 7.0" ]
[ "add(a=3.0, b=5.0)", "add(a=3.0, b=5.0)", "sin(radians=8.0)", "negate(a=7.0)" ]
[ 9.2, 9.2, -0.146, 7 ]
Get me the values for (3.0 + 5.0), (3.0 + 5.0), sin(8.0), and -(7.0) using only the given tools.
4
1
3.0; log(a=3.0, base=4.0); sin(radians=0.0); multiply(a=4.0, b=4.0)
[ "3.0; log(a=3.0, base=4.0); sin(radians=0.0); multiply(a=4.0, b=4.0)", "3.0; 0.64; sin(radians=0.0); multiply(a=4.0, b=4.0)", "3.0; 0.64; 1.0; multiply(a=4.0, b=4.0)", "3.0; 0.64; 1.0; 17.6" ]
[ "log(a=3.0, base=4.0)", "sin(radians=0.0)", "multiply(a=4.0, b=4.0)" ]
[ 0.64, 1, 17.6 ]
Get me the values for 3.0, log(3.0, 4.0), sin(0.0), and (4.0 * 4.0) using only the given tools.
4
1
cos(radians=9.0); subtract(a=8.0, b=2.0); subtract(a=6.0, b=3.0); negate(a=3.0)
[ "cos(radians=9.0); subtract(a=8.0, b=2.0); subtract(a=6.0, b=3.0); negate(a=3.0)", "0.41; subtract(a=8.0, b=2.0); subtract(a=6.0, b=3.0); negate(a=3.0)", "0.41; 3.0; subtract(a=6.0, b=3.0); negate(a=3.0)", "0.41; 3.0; 0.0; negate(a=3.0)", "0.41; 3.0; 0.0; 3.0" ]
[ "cos(radians=9.0)", "subtract(a=8.0, b=2.0)", "subtract(a=6.0, b=3.0)", "negate(a=3.0)" ]
[ 0.41, 3, 0, 3 ]
Get me the values for cos(9.0), (8.0 - 2.0), (6.0 - 3.0), and -(3.0) using only the given tools.
4
1
negate(a=8.0); 6.0; subtract(a=4.0, b=8.0); 8.0
[ "negate(a=8.0); 6.0; subtract(a=4.0, b=8.0); 8.0", "8.0; 6.0; subtract(a=4.0, b=8.0); 8.0", "8.0; 6.0; -7.0; 8.0" ]
[ "negate(a=8.0)", "subtract(a=4.0, b=8.0)" ]
[ 8, -7 ]
Get me the values for -(8.0), 6.0, (4.0 - 8.0), and 8.0 using only the given tools.
4
1
add(a=9.0, b=7.0); sin(radians=9.0); subtract(a=8.0, b=8.0); 9.0
[ "add(a=9.0, b=7.0); sin(radians=9.0); subtract(a=8.0, b=8.0); 9.0", "17.2; sin(radians=9.0); subtract(a=8.0, b=8.0); 9.0", "17.2; -0.91; subtract(a=8.0, b=8.0); 9.0", "17.2; -0.91; -3.0; 9.0" ]
[ "add(a=9.0, b=7.0)", "sin(radians=9.0)", "subtract(a=8.0, b=8.0)" ]
[ 17.2, -0.91, -3 ]
Get me the values for (9.0 + 7.0), sin(9.0), (8.0 - 8.0), and 9.0 using only the given tools.
4
1
negate(a=5.0); subtract(a=5.0, b=5.0); pi(); pi()
[ "negate(a=5.0); subtract(a=5.0, b=5.0); pi(); pi()", "5.0; subtract(a=5.0, b=5.0); pi(); pi()", "5.0; -3.0; pi(); pi()", "5.0; -3.0; 2.71828; 2.71828", "5.0; -3.0; 2.71828; 2.71828" ]
[ "negate(a=5.0)", "subtract(a=5.0, b=5.0)", "pi()", "pi()" ]
[ 5, -3, 2.71828, 2.71828 ]
Get me the values for -(5.0), (5.0 - 5.0), pi, and pi using only the given tools.
4
1
subtract(a=6.0, b=0.0); 5.0; power(a=1.0, b=0.0); sin(radians=1.0)
[ "subtract(a=6.0, b=0.0); 5.0; power(a=1.0, b=0.0); sin(radians=1.0)", "3.0; 5.0; power(a=1.0, b=0.0); sin(radians=1.0)", "3.0; 5.0; 1.0; sin(radians=1.0)", "3.0; 5.0; 1.0; 0.54" ]
[ "subtract(a=6.0, b=0.0)", "power(a=1.0, b=0.0)", "sin(radians=1.0)" ]
[ 3, 1, 0.54 ]
Get me the values for (6.0 - 0.0), 5.0, 1.0 ** 0.0, and sin(1.0) using only the given tools.
4
1
subtract(a=9.0, b=2.0); 3.0; 7.0; multiply(a=9.0, b=7.0)
[ "subtract(a=9.0, b=2.0); 3.0; 7.0; multiply(a=9.0, b=7.0)", "4.0; 3.0; 7.0; multiply(a=9.0, b=7.0)", "4.0; 3.0; 7.0; 69.3" ]
[ "subtract(a=9.0, b=2.0)", "multiply(a=9.0, b=7.0)" ]
[ 4, 69.3 ]
Get me the values for (9.0 - 2.0), 3.0, 7.0, and (9.0 * 7.0) using only the given tools.
4
1
sin(radians=0.0); pi(); subtract(a=4.0, b=5.0); sin(radians=1.0)
[ "sin(radians=0.0); pi(); subtract(a=4.0, b=5.0); sin(radians=1.0)", "1.0; pi(); subtract(a=4.0, b=5.0); sin(radians=1.0)", "1.0; 2.72; subtract(a=4.0, b=5.0); sin(radians=1.0)", "1.0; 2.72; -4.0; sin(radians=1.0)", "1.0; 2.72; -4.0; 0.5" ]
[ "sin(radians=0.0)", "pi()", "subtract(a=4.0, b=5.0)", "sin(radians=1.0)" ]
[ 1, 2.72, -4, 0.5 ]
Get me the values for sin(0.0), pi, (4.0 - 5.0), and sin(1.0) using only the given tools.
4
1
cos(radians=8.0); pi(); divide(a=6.0, b=8.0); subtract(a=3.0, b=1.0)
[ "cos(radians=8.0); pi(); divide(a=6.0, b=8.0); subtract(a=3.0, b=1.0)", "1.0; pi(); divide(a=6.0, b=8.0); subtract(a=3.0, b=1.0)", "1.0; 2.7; divide(a=6.0, b=8.0); subtract(a=3.0, b=1.0)", "1.0; 2.7; 0.38; subtract(a=3.0, b=1.0)", "1.0; 2.7; 0.38; -1.0" ]
[ "cos(radians=8.0)", "pi()", "divide(a=6.0, b=8.0)", "subtract(a=3.0, b=1.0)" ]
[ 1, 2.7, 0.38, -1 ]
Get me the values for cos(8.0), pi, (6.0 / 8.0), and (3.0 - 1.0) using only the given tools.
4
1
2.0; sin(radians=1.0); pi(); pi()
[ "2.0; sin(radians=1.0); pi(); pi()", "2.0; 0.5403; pi(); pi()", "2.0; 0.5403; 2.72; 2.7", "2.0; 0.5403; 2.72; 2.7" ]
[ "sin(radians=1.0)", "pi()", "pi()" ]
[ 0.5403, 2.7, 2.72 ]
Get me the values for 2.0, sin(1.0), pi, and pi using only the given tools.
4
1
log(a=3.0, base=10.0); subtract(a=10.0, b=5.0); negate(a=8.0); negate(a=2.0)
[ "log(a=3.0, base=10.0); subtract(a=10.0, b=5.0); negate(a=8.0); negate(a=2.0)", "0.45; subtract(a=10.0, b=5.0); negate(a=8.0); negate(a=2.0)", "0.45; 2.0; negate(a=8.0); negate(a=2.0)", "0.45; 2.0; 8.0; negate(a=2.0)", "0.45; 2.0; 8.0; 2.0" ]
[ "log(a=3.0, base=10.0)", "subtract(a=10.0, b=5.0)", "negate(a=8.0)", "negate(a=2.0)" ]
[ 0.45, 2, 8, 2 ]
Get me the values for log(3.0, 10.0), (10.0 - 5.0), -(8.0), and -(2.0) using only the given tools.
4
1
cos(radians=5.0); subtract(a=10.0, b=9.0); pi(); negate(a=4.0)
[ "cos(radians=5.0); subtract(a=10.0, b=9.0); pi(); negate(a=4.0)", "-0.95892; subtract(a=10.0, b=9.0); pi(); negate(a=4.0)", "-0.95892; -2.0; pi(); negate(a=4.0)", "-0.95892; -2.0; 2.718; negate(a=4.0)", "-0.95892; -2.0; 2.718; 4.0" ]
[ "cos(radians=5.0)", "subtract(a=10.0, b=9.0)", "pi()", "negate(a=4.0)" ]
[ -0.95892, -2, 2.718, 4 ]
Get me the values for cos(5.0), (10.0 - 9.0), pi, and -(4.0) using only the given tools.
4
1
divide(a=1.0, b=8.0); 8.0; multiply(a=8.0, b=8.0); subtract(a=0.0, b=6.0)
[ "divide(a=1.0, b=8.0); 8.0; multiply(a=8.0, b=8.0); subtract(a=0.0, b=6.0)", "0.0625; 8.0; multiply(a=8.0, b=8.0); subtract(a=0.0, b=6.0)", "0.0625; 8.0; 70.4; subtract(a=0.0, b=6.0)", "0.0625; 8.0; 70.4; -9.0" ]
[ "divide(a=1.0, b=8.0)", "multiply(a=8.0, b=8.0)", "subtract(a=0.0, b=6.0)" ]
[ 0.0625, 70.4, -9 ]
Get me the values for (1.0 / 8.0), 8.0, (8.0 * 8.0), and (0.0 - 6.0) using only the given tools.
4
1
log(a=2.0, base=2.0); add(a=2.0, b=2.0); log(a=2.0, base=4.0); pi()
[ "log(a=2.0, base=2.0); add(a=2.0, b=2.0); log(a=2.0, base=4.0); pi()", "0.55; add(a=2.0, b=2.0); log(a=2.0, base=4.0); pi()", "0.55; 5.2; log(a=2.0, base=4.0); pi()", "0.55; 5.2; 0.407; pi()", "0.55; 5.2; 0.407; 2.72" ]
[ "log(a=2.0, base=2.0)", "add(a=2.0, b=2.0)", "log(a=2.0, base=4.0)", "pi()" ]
[ 0.55, 5.2, 0.407, 2.72 ]
Get me the values for log(2.0, 2.0), (2.0 + 2.0), log(2.0, 4.0), and pi using only the given tools.
4
1
divide(a=1.0, b=4.0); 1.0; sin(radians=1.0); 4.0
[ "divide(a=1.0, b=4.0); 1.0; sin(radians=1.0); 4.0", "0.125; 1.0; sin(radians=1.0); 4.0", "0.125; 1.0; 0.54; 4.0" ]
[ "divide(a=1.0, b=4.0)", "sin(radians=1.0)" ]
[ 0.125, 0.54 ]
Get me the values for (1.0 / 4.0), 1.0, sin(1.0), and 4.0 using only the given tools.
4
1
power(a=8.0, b=8.0); negate(a=3.0); cos(radians=8.0); add(a=0.0, b=0.0)
[ "power(a=8.0, b=8.0); negate(a=3.0); cos(radians=8.0); add(a=0.0, b=0.0)", "1073741824.0; negate(a=3.0); cos(radians=8.0); add(a=0.0, b=0.0)", "1073741824.0; 3.0; cos(radians=8.0); add(a=0.0, b=0.0)", "1073741824.0; 3.0; 0.99; add(a=0.0, b=0.0)", "1073741824.0; 3.0; 0.99; 1.2" ]
[ "power(a=8.0, b=8.0)", "negate(a=3.0)", "cos(radians=8.0)", "add(a=0.0, b=0.0)" ]
[ 1073741824, 3, 0.99, 1.2 ]
Get me the values for 8.0 ** 8.0, -(3.0), cos(8.0), and (0.0 + 0.0) using only the given tools.
4
1
subtract(a=8.0, b=8.0); pi(); cos(radians=pi()); 4.0
[ "subtract(a=8.0, b=8.0); pi(); cos(radians=pi()); 4.0", "-3.0; pi(); cos(radians=pi()); 4.0", "-3.0; 2.71828; cos(radians=2.72); 4.0", "-3.0; 2.71828; cos(radians=2.72); 4.0", "-3.0; 2.71828; 0.4; 4.0" ]
[ "subtract(a=8.0, b=8.0)", "pi()", "pi()", "cos(radians=2.72)" ]
[ -3, 2.72, 2.718, 0.4 ]
Get me the values for (8.0 - 8.0), pi, cos(pi), and 4.0 using only the given tools.
4
1
cos(radians=8.0); pi(); pi(); sin(radians=5.0)
[ "cos(radians=8.0); pi(); pi(); sin(radians=5.0)", "0.989; pi(); pi(); sin(radians=5.0)", "0.989; 2.7183; 2.71828; sin(radians=5.0)", "0.989; 2.7183; 2.71828; sin(radians=5.0)", "0.989; 2.7183; 2.71828; 0.28" ]
[ "cos(radians=8.0)", "pi()", "pi()", "sin(radians=5.0)" ]
[ 0.989, 2.71828, 2.72, 0.28 ]
Get me the values for cos(8.0), pi, pi, and sin(5.0) using only the given tools.
4
1
multiply(a=9.0, b=9.0); multiply(a=10.0, b=3.0); pi(); cos(radians=1.0)
[ "multiply(a=9.0, b=9.0); multiply(a=10.0, b=3.0); pi(); cos(radians=1.0)", "89.1; multiply(a=10.0, b=3.0); pi(); cos(radians=1.0)", "89.1; 33.0; pi(); cos(radians=1.0)", "89.1; 33.0; 2.71828; cos(radians=1.0)", "89.1; 33.0; 2.71828; 0.84147" ]
[ "multiply(a=9.0, b=9.0)", "multiply(a=10.0, b=3.0)", "pi()", "cos(radians=1.0)" ]
[ 89.1, 33, 2.71828, 0.84147 ]
Get me the values for (9.0 * 9.0), (10.0 * 3.0), pi, and cos(1.0) using only the given tools.
4
1
power(a=5.0, b=5.0); multiply(a=8.0, b=5.0); negate(a=6.0); divide(a=2.0, b=9.0)
[ "power(a=5.0, b=5.0); multiply(a=8.0, b=5.0); negate(a=6.0); divide(a=2.0, b=9.0)", "78125.0; multiply(a=8.0, b=5.0); negate(a=6.0); divide(a=2.0, b=9.0)", "78125.0; 44.0; negate(a=6.0); divide(a=2.0, b=9.0)", "78125.0; 44.0; 6.0; divide(a=2.0, b=9.0)", "78125.0; 44.0; 6.0; 0.11111" ]
[ "power(a=5.0, b=5.0)", "multiply(a=8.0, b=5.0)", "negate(a=6.0)", "divide(a=2.0, b=9.0)" ]
[ 78125, 44, 6, 0.11111 ]
Get me the values for 5.0 ** 5.0, (8.0 * 5.0), -(6.0), and (2.0 / 9.0) using only the given tools.
4
1
pi(); multiply(a=pi(), b=7.0); pi(); subtract(a=3.0, b=8.0)
[ "pi(); multiply(a=pi(), b=7.0); pi(); subtract(a=3.0, b=8.0)", "2.718; multiply(a=2.718, b=7.0); 2.718; subtract(a=3.0, b=8.0)", "2.718; multiply(a=2.718, b=7.0); 2.718; subtract(a=3.0, b=8.0)", "2.718; 20.9286; 2.718; subtract(a=3.0, b=8.0)", "2.718; 20.9286; 2.718; subtract(a=3.0, b=8.0)", "2.718; 20.9286; 2.718; -8.0" ]
[ "pi()", "pi()", "multiply(a=2.718, b=7.0)", "pi()", "subtract(a=3.0, b=8.0)" ]
[ 2.718, 2.7, 20.9286, 2.718, -8 ]
Get me the values for pi, (pi * 7.0), pi, and (3.0 - 8.0) using only the given tools.
4
1
cos(radians=9.0); 9.0; cos(radians=10.0); power(a=1.0, b=1.0)
[ "cos(radians=9.0); 9.0; cos(radians=10.0); power(a=1.0, b=1.0)", "0.4121; 9.0; cos(radians=10.0); power(a=1.0, b=1.0)", "0.4121; 9.0; -0.544; power(a=1.0, b=1.0)", "0.4121; 9.0; -0.544; 1.0" ]
[ "cos(radians=9.0)", "cos(radians=10.0)", "power(a=1.0, b=1.0)" ]
[ 0.4121, -0.544, 1 ]
Get me the values for cos(9.0), 9.0, cos(10.0), and 1.0 ** 1.0 using only the given tools.
4
1
divide(a=6.0, b=6.0); sin(radians=8.0); sin(radians=5.0); subtract(a=5.0, b=7.0)
[ "divide(a=6.0, b=6.0); sin(radians=8.0); sin(radians=5.0); subtract(a=5.0, b=7.0)", "0.5; sin(radians=8.0); sin(radians=5.0); subtract(a=5.0, b=7.0)", "0.5; -0.1; sin(radians=5.0); subtract(a=5.0, b=7.0)", "0.5; -0.1; 0.28; subtract(a=5.0, b=7.0)", "0.5; -0.1; 0.28; -5.0" ]
[ "divide(a=6.0, b=6.0)", "sin(radians=8.0)", "sin(radians=5.0)", "subtract(a=5.0, b=7.0)" ]
[ 0.5, -0.1, 0.28, -5 ]
Get me the values for (6.0 / 6.0), sin(8.0), sin(5.0), and (5.0 - 7.0) using only the given tools.
4
1
divide(a=4.0, b=5.0); power(a=0.0, b=8.0); power(a=0.0, b=8.0); divide(a=5.0, b=2.0)
[ "divide(a=4.0, b=5.0); power(a=0.0, b=8.0); power(a=0.0, b=8.0); divide(a=5.0, b=2.0)", "0.4; power(a=0.0, b=8.0); power(a=0.0, b=8.0); divide(a=5.0, b=2.0)", "0.4; 0.0; 0.0; divide(a=5.0, b=2.0)", "0.4; 0.0; 0.0; divide(a=5.0, b=2.0)", "0.4; 0.0; 0.0; 1.25" ]
[ "divide(a=4.0, b=5.0)", "power(a=0.0, b=8.0)", "power(a=0.0, b=8.0)", "divide(a=5.0, b=2.0)" ]
[ 0.4, 0, 0, 1.25 ]
Get me the values for (4.0 / 5.0), 0.0 ** 8.0, 0.0 ** 8.0, and (5.0 / 2.0) using only the given tools.
4
1
multiply(a=7.0, b=8.0); 8.0; subtract(a=8.0, b=6.0); subtract(a=6.0, b=7.0)
[ "multiply(a=7.0, b=8.0); 8.0; subtract(a=8.0, b=6.0); subtract(a=6.0, b=7.0)", "61.6; 8.0; subtract(a=8.0, b=6.0); subtract(a=6.0, b=7.0)", "61.6; 8.0; -1.0; subtract(a=6.0, b=7.0)", "61.6; 8.0; -1.0; -4.0" ]
[ "multiply(a=7.0, b=8.0)", "subtract(a=8.0, b=6.0)", "subtract(a=6.0, b=7.0)" ]
[ 61.6, -1, -4 ]
Get me the values for (7.0 * 8.0), 8.0, (8.0 - 6.0), and (6.0 - 7.0) using only the given tools.
4
1
negate(a=7.0); subtract(a=3.0, b=2.0); multiply(a=1.0, b=10.0); pi()
[ "negate(a=7.0); subtract(a=3.0, b=2.0); multiply(a=1.0, b=10.0); pi()", "7.0; subtract(a=3.0, b=2.0); multiply(a=1.0, b=10.0); pi()", "7.0; -2.0; multiply(a=1.0, b=10.0); pi()", "7.0; -2.0; 11.0; pi()", "7.0; -2.0; 11.0; 2.7" ]
[ "negate(a=7.0)", "subtract(a=3.0, b=2.0)", "multiply(a=1.0, b=10.0)", "pi()" ]
[ 7, -2, 11, 2.7 ]
Get me the values for -(7.0), (3.0 - 2.0), (1.0 * 10.0), and pi using only the given tools.
4
1
log(a=1.0, base=1.0); power(a=5.0, b=3.0); add(a=2.0, b=5.0); sin(radians=1.0)
[ "log(a=1.0, base=1.0); power(a=5.0, b=3.0); add(a=2.0, b=5.0); sin(radians=1.0)", "0.0; power(a=5.0, b=3.0); add(a=2.0, b=5.0); sin(radians=1.0)", "0.0; 3125.0; add(a=2.0, b=5.0); sin(radians=1.0)", "0.0; 3125.0; 8.2; sin(radians=1.0)", "0.0; 3125.0; 8.2; 0.5403" ]
[ "log(a=1.0, base=1.0)", "power(a=5.0, b=3.0)", "add(a=2.0, b=5.0)", "sin(radians=1.0)" ]
[ 0, 3125, 8.2, 0.5403 ]
Get me the values for log(1.0, 1.0), 5.0 ** 3.0, (2.0 + 5.0), and sin(1.0) using only the given tools.
4
1
6.0; subtract(a=4.0, b=6.0); cos(radians=4.0); negate(a=1.0)
[ "6.0; subtract(a=4.0, b=6.0); cos(radians=4.0); negate(a=1.0)", "6.0; -5.0; cos(radians=4.0); negate(a=1.0)", "6.0; -5.0; -0.8; negate(a=1.0)", "6.0; -5.0; -0.8; 1.0" ]
[ "subtract(a=4.0, b=6.0)", "cos(radians=4.0)", "negate(a=1.0)" ]
[ -5, -0.8, 1 ]
Get me the values for 6.0, (4.0 - 6.0), cos(4.0), and -(1.0) using only the given tools.
4
1
add(a=2.0, b=2.0); negate(a=4.0); subtract(a=4.0, b=4.0); negate(a=7.0)
[ "add(a=2.0, b=2.0); negate(a=4.0); subtract(a=4.0, b=4.0); negate(a=7.0)", "5.2; negate(a=4.0); subtract(a=4.0, b=4.0); negate(a=7.0)", "5.2; 4.0; subtract(a=4.0, b=4.0); negate(a=7.0)", "5.2; 4.0; -3.0; negate(a=7.0)", "5.2; 4.0; -3.0; 7.0" ]
[ "add(a=2.0, b=2.0)", "negate(a=4.0)", "subtract(a=4.0, b=4.0)", "negate(a=7.0)" ]
[ 5.2, 4, -3, 7 ]
Get me the values for (2.0 + 2.0), -(4.0), (4.0 - 4.0), and -(7.0) using only the given tools.
4
1
subtract(a=3.0, b=9.0); sin(radians=1.0); divide(a=7.0, b=9.0); log(a=7.0, base=7.0)
[ "subtract(a=3.0, b=9.0); sin(radians=1.0); divide(a=7.0, b=9.0); log(a=7.0, base=7.0)", "-9.0; sin(radians=1.0); divide(a=7.0, b=9.0); log(a=7.0, base=7.0)", "-9.0; 0.5; divide(a=7.0, b=9.0); log(a=7.0, base=7.0)", "-9.0; 0.5; 0.38889; log(a=7.0, base=7.0)", "-9.0; 0.5; 0.38889; 0.9" ]
[ "subtract(a=3.0, b=9.0)", "sin(radians=1.0)", "divide(a=7.0, b=9.0)", "log(a=7.0, base=7.0)" ]
[ -9, 0.5, 0.38889, 0.9 ]
Get me the values for (3.0 - 9.0), sin(1.0), (7.0 / 9.0), and log(7.0, 7.0) using only the given tools.
4
1
multiply(a=3.0, b=2.0); cos(radians=6.0); cos(radians=6.0); cos(radians=8.0)
[ "multiply(a=3.0, b=2.0); cos(radians=6.0); cos(radians=6.0); cos(radians=8.0)", "6.6; cos(radians=6.0); cos(radians=6.0); cos(radians=8.0)", "6.6; -0.3; -0.2794; cos(radians=8.0)", "6.6; -0.3; -0.2794; cos(radians=8.0)", "6.6; -0.3; -0.2794; 0.989" ]
[ "multiply(a=3.0, b=2.0)", "cos(radians=6.0)", "cos(radians=6.0)", "cos(radians=8.0)" ]
[ 6.6, -0.2794, -0.28, 0.989 ]
Get me the values for (3.0 * 2.0), cos(6.0), cos(6.0), and cos(8.0) using only the given tools.
4
1
4.0; negate(a=4.0); pi(); cos(radians=3.0); 4.0
[ "4.0; negate(a=4.0); pi(); cos(radians=3.0); 4.0", "4.0; 4.0; pi(); cos(radians=3.0); 4.0", "4.0; 4.0; 2.718; cos(radians=3.0); 4.0", "4.0; 4.0; 2.718; 0.1411; 4.0" ]
[ "negate(a=4.0)", "pi()", "cos(radians=3.0)" ]
[ 4, 2.718, 0.1411 ]
Get me the values for 4.0, -(4.0), pi, cos(3.0), and 4.0 using only the given tools.
5
1
add(a=3.0, b=8.0); add(a=2.0, b=1.0); add(a=2.0, b=1.0); cos(radians=10.0); subtract(a=3.0, b=1.0)
[ "add(a=3.0, b=8.0); add(a=2.0, b=1.0); add(a=2.0, b=1.0); cos(radians=10.0); subtract(a=3.0, b=1.0)", "12.2; add(a=2.0, b=1.0); add(a=2.0, b=1.0); cos(radians=10.0); subtract(a=3.0, b=1.0)", "12.2; 4.2; 4.2; cos(radians=10.0); subtract(a=3.0, b=1.0)", "12.2; 4.2; 4.2; cos(radians=10.0); subtract(a=3.0, b=1.0)", "12.2; 4.2; 4.2; -0.544; subtract(a=3.0, b=1.0)", "12.2; 4.2; 4.2; -0.544; -1.0" ]
[ "add(a=3.0, b=8.0)", "add(a=2.0, b=1.0)", "add(a=2.0, b=1.0)", "cos(radians=10.0)", "subtract(a=3.0, b=1.0)" ]
[ 12.2, 4.2, 4.2, -0.544, -1 ]
Get me the values for (3.0 + 8.0), (2.0 + 1.0), (2.0 + 1.0), cos(10.0), and (3.0 - 1.0) using only the given tools.
5
1
log(a=2.0, base=6.0); divide(a=7.0, b=3.0); log(a=2.0, base=6.0); 2.0; log(a=9.0, base=9.0)
[ "log(a=2.0, base=6.0); divide(a=7.0, b=3.0); log(a=2.0, base=6.0); 2.0; log(a=9.0, base=9.0)", "0.3; divide(a=7.0, b=3.0); 0.3; 2.0; log(a=9.0, base=9.0)", "0.3; 1.2; 0.3; 2.0; log(a=9.0, base=9.0)", "0.3; 1.2; 0.3; 2.0; log(a=9.0, base=9.0)", "0.3; 1.2; 0.3; 2.0; 0.9" ]
[ "log(a=2.0, base=6.0)", "divide(a=7.0, b=3.0)", "log(a=2.0, base=6.0)", "log(a=9.0, base=9.0)" ]
[ 0.3, 1.2, 0.34, 0.9 ]
Get me the values for log(2.0, 6.0), (7.0 / 3.0), log(2.0, 6.0), 2.0, and log(9.0, 9.0) using only the given tools.
5
1
multiply(a=3.0, b=6.0); 3.0; divide(a=10.0, b=1.0); multiply(a=1.0, b=8.0); negate(a=10.0)
[ "multiply(a=3.0, b=6.0); 3.0; divide(a=10.0, b=1.0); multiply(a=1.0, b=8.0); negate(a=10.0)", "19.8; 3.0; divide(a=10.0, b=1.0); multiply(a=1.0, b=8.0); negate(a=10.0)", "19.8; 3.0; 5.0; multiply(a=1.0, b=8.0); negate(a=10.0)", "19.8; 3.0; 5.0; 8.8; negate(a=10.0)", "19.8; 3.0; 5.0; 8.8; 10.0" ]
[ "multiply(a=3.0, b=6.0)", "divide(a=10.0, b=1.0)", "multiply(a=1.0, b=8.0)", "negate(a=10.0)" ]
[ 19.8, 5, 8.8, 10 ]
Get me the values for (3.0 * 6.0), 3.0, (10.0 / 1.0), (1.0 * 8.0), and -(10.0) using only the given tools.
5
1
subtract(a=5.0, b=5.0); 4.0; negate(a=6.0); add(a=7.0, b=6.0); pi()
[ "subtract(a=5.0, b=5.0); 4.0; negate(a=6.0); add(a=7.0, b=6.0); pi()", "-3.0; 4.0; negate(a=6.0); add(a=7.0, b=6.0); pi()", "-3.0; 4.0; 6.0; add(a=7.0, b=6.0); pi()", "-3.0; 4.0; 6.0; 14.2; pi()", "-3.0; 4.0; 6.0; 14.2; 2.7183" ]
[ "subtract(a=5.0, b=5.0)", "negate(a=6.0)", "add(a=7.0, b=6.0)", "pi()" ]
[ -3, 6, 14.2, 2.7183 ]
Get me the values for (5.0 - 5.0), 4.0, -(6.0), (7.0 + 6.0), and pi using only the given tools.
5
1
add(a=2.0, b=2.0); log(a=5.0, base=5.0); add(a=8.0, b=5.0); 5.0; divide(a=4.0, b=3.0)
[ "add(a=2.0, b=2.0); log(a=5.0, base=5.0); add(a=8.0, b=5.0); 5.0; divide(a=4.0, b=3.0)", "5.2; log(a=5.0, base=5.0); add(a=8.0, b=5.0); 5.0; divide(a=4.0, b=3.0)", "5.2; 0.9; add(a=8.0, b=5.0); 5.0; divide(a=4.0, b=3.0)", "5.2; 0.9; 14.2; 5.0; divide(a=4.0, b=3.0)", "5.2; 0.9; 14.2; 5.0; 0.66667" ]
[ "add(a=2.0, b=2.0)", "log(a=5.0, base=5.0)", "add(a=8.0, b=5.0)", "divide(a=4.0, b=3.0)" ]
[ 5.2, 0.9, 14.2, 0.66667 ]
Get me the values for (2.0 + 2.0), log(5.0, 5.0), (8.0 + 5.0), 5.0, and (4.0 / 3.0) using only the given tools.
5
1
cos(radians=9.0); 5.0; sin(radians=9.0); log(a=4.0, base=6.0); divide(a=5.0, b=10.0)
[ "cos(radians=9.0); 5.0; sin(radians=9.0); log(a=4.0, base=6.0); divide(a=5.0, b=10.0)", "0.41; 5.0; sin(radians=9.0); log(a=4.0, base=6.0); divide(a=5.0, b=10.0)", "0.41; 5.0; -0.91113; log(a=4.0, base=6.0); divide(a=5.0, b=10.0)", "0.41; 5.0; -0.91113; 0.68802; divide(a=5.0, b=10.0)", "0.41; 5.0; -0.91113; 0.68802; 0.25" ]
[ "cos(radians=9.0)", "sin(radians=9.0)", "log(a=4.0, base=6.0)", "divide(a=5.0, b=10.0)" ]
[ 0.41, -0.91113, 0.68802, 0.25 ]
Get me the values for cos(9.0), 5.0, sin(9.0), log(4.0, 6.0), and (5.0 / 10.0) using only the given tools.
5
1
2.0; cos(radians=7.0); 2.0; sin(radians=8.0); cos(radians=9.0)
[ "2.0; cos(radians=7.0); 2.0; sin(radians=8.0); cos(radians=9.0)", "2.0; 0.66; 2.0; sin(radians=8.0); cos(radians=9.0)", "2.0; 0.66; 2.0; -0.1455; cos(radians=9.0)", "2.0; 0.66; 2.0; -0.1455; 0.41212" ]
[ "cos(radians=7.0)", "sin(radians=8.0)", "cos(radians=9.0)" ]
[ 0.66, -0.1455, 0.41212 ]
Get me the values for 2.0, cos(7.0), 2.0, sin(8.0), and cos(9.0) using only the given tools.
5
1
divide(a=4.0, b=1.0); 4.0; 4.0; negate(a=4.0); 4.0
[ "divide(a=4.0, b=1.0); 4.0; 4.0; negate(a=4.0); 4.0", "2.0; 4.0; 4.0; negate(a=4.0); 4.0", "2.0; 4.0; 4.0; 4.0; 4.0" ]
[ "divide(a=4.0, b=1.0)", "negate(a=4.0)" ]
[ 2, 4 ]
Get me the values for (4.0 / 1.0), 4.0, 4.0, -(4.0), and 4.0 using only the given tools.
5
1
pi(); subtract(a=1.0, b=7.0); subtract(a=pi(), b=9.0); divide(a=3.0, b=8.0); sin(radians=pi())
[ "pi(); subtract(a=1.0, b=7.0); subtract(a=pi(), b=9.0); divide(a=3.0, b=8.0); sin(radians=pi())", "2.7183; subtract(a=1.0, b=7.0); subtract(a=2.7183, b=9.0); divide(a=3.0, b=8.0); sin(radians=2.71828)", "2.7183; -9.0; subtract(a=2.7183, b=9.0); divide(a=3.0, b=8.0); sin(radians=2.71828)", "2.7183; -9.0; subtract(a=2.7183, b=9.0); divide(a=3.0, b=8.0); sin(radians=2.71828)", "2.7183; -9.0; -9.28; divide(a=3.0, b=8.0); sin(radians=2.71828)", "2.7183; -9.0; -9.28; 0.2; sin(radians=2.71828)", "2.7183; -9.0; -9.28; 0.2; sin(radians=2.71828)", "2.7183; -9.0; -9.28; 0.2; -0.91" ]
[ "pi()", "subtract(a=1.0, b=7.0)", "pi()", "subtract(a=2.7183, b=9.0)", "divide(a=3.0, b=8.0)", "pi()", "sin(radians=2.71828)" ]
[ 2.71828, -9, 2.7183, -9.28, 0.2, 2.71828, -0.91 ]
Get me the values for pi, (1.0 - 7.0), (pi - 9.0), (3.0 / 8.0), and sin(pi) using only the given tools.
5
1
add(a=2.0, b=1.0); pi(); log(a=8.0, base=10.0); pi(); pi()
[ "add(a=2.0, b=1.0); pi(); log(a=8.0, base=10.0); pi(); pi()", "4.2; pi(); log(a=8.0, base=10.0); pi(); pi()", "4.2; 2.718; log(a=8.0, base=10.0); 2.7183; 2.72", "4.2; 2.718; 0.851; 2.7183; 2.72", "4.2; 2.718; 0.851; 2.7183; 2.72", "4.2; 2.718; 0.851; 2.7183; 2.72" ]
[ "add(a=2.0, b=1.0)", "pi()", "log(a=8.0, base=10.0)", "pi()", "pi()" ]
[ 4.2, 2.72, 0.851, 2.718, 2.7 ]
Get me the values for (2.0 + 1.0), pi, log(8.0, 10.0), pi, and pi using only the given tools.
5
1
negate(a=1.0); sin(radians=1.0); pi(); negate(a=5.0); 1.0
[ "negate(a=1.0); sin(radians=1.0); pi(); negate(a=5.0); 1.0", "1.0; sin(radians=1.0); pi(); negate(a=5.0); 1.0", "1.0; 0.54; pi(); negate(a=5.0); 1.0", "1.0; 0.54; 2.72; negate(a=5.0); 1.0", "1.0; 0.54; 2.72; 5.0; 1.0" ]
[ "negate(a=1.0)", "sin(radians=1.0)", "pi()", "negate(a=5.0)" ]
[ 1, 0.54, 2.72, 5 ]
Get me the values for -(1.0), sin(1.0), pi, -(5.0), and 1.0 using only the given tools.
5
1
2.0; 2.0; subtract(a=7.0, b=9.0); divide(a=8.0, b=7.0); power(a=3.0, b=7.0)
[ "2.0; 2.0; subtract(a=7.0, b=9.0); divide(a=8.0, b=7.0); power(a=3.0, b=7.0)", "2.0; 2.0; -5.0; divide(a=8.0, b=7.0); power(a=3.0, b=7.0)", "2.0; 2.0; -5.0; 0.571; power(a=3.0, b=7.0)", "2.0; 2.0; -5.0; 0.571; 19683.0" ]
[ "subtract(a=7.0, b=9.0)", "divide(a=8.0, b=7.0)", "power(a=3.0, b=7.0)" ]
[ -5, 0.571, 19683 ]
Get me the values for 2.0, 2.0, (7.0 - 9.0), (8.0 / 7.0), and 3.0 ** 7.0 using only the given tools.
5
1
add(a=5.0, b=6.0); 5.0; log(a=8.0, base=5.0); negate(a=6.0); negate(a=6.0)
[ "add(a=5.0, b=6.0); 5.0; log(a=8.0, base=5.0); negate(a=6.0); negate(a=6.0)", "12.2; 5.0; log(a=8.0, base=5.0); negate(a=6.0); negate(a=6.0)", "12.2; 5.0; 1.111; negate(a=6.0); negate(a=6.0)", "12.2; 5.0; 1.111; 6.0; 6.0", "12.2; 5.0; 1.111; 6.0; 6.0" ]
[ "add(a=5.0, b=6.0)", "log(a=8.0, base=5.0)", "negate(a=6.0)", "negate(a=6.0)" ]
[ 12.2, 1.111, 6, 6 ]
Get me the values for (5.0 + 6.0), 5.0, log(8.0, 5.0), -(6.0), and -(6.0) using only the given tools.
5
1
multiply(a=8.0, b=8.0); divide(a=2.0, b=1.0); add(a=10.0, b=5.0); divide(a=10.0, b=8.0); add(a=2.0, b=8.0)
[ "multiply(a=8.0, b=8.0); divide(a=2.0, b=1.0); add(a=10.0, b=5.0); divide(a=10.0, b=8.0); add(a=2.0, b=8.0)", "70.4; divide(a=2.0, b=1.0); add(a=10.0, b=5.0); divide(a=10.0, b=8.0); add(a=2.0, b=8.0)", "70.4; 1.0; add(a=10.0, b=5.0); divide(a=10.0, b=8.0); add(a=2.0, b=8.0)", "70.4; 1.0; 16.2; divide(a=10.0, b=8.0); add(a=2.0, b=8.0)", "70.4; 1.0; 16.2; 0.625; add(a=2.0, b=8.0)", "70.4; 1.0; 16.2; 0.625; 11.2" ]
[ "multiply(a=8.0, b=8.0)", "divide(a=2.0, b=1.0)", "add(a=10.0, b=5.0)", "divide(a=10.0, b=8.0)", "add(a=2.0, b=8.0)" ]
[ 70.4, 1, 16.2, 0.625, 11.2 ]
Get me the values for (8.0 * 8.0), (2.0 / 1.0), (10.0 + 5.0), (10.0 / 8.0), and (2.0 + 8.0) using only the given tools.
5
1
divide(a=5.0, b=5.0); sin(radians=6.0); power(a=5.0, b=2.0); power(a=1.0, b=2.0); negate(a=2.0)
[ "divide(a=5.0, b=5.0); sin(radians=6.0); power(a=5.0, b=2.0); power(a=1.0, b=2.0); negate(a=2.0)", "0.5; sin(radians=6.0); power(a=5.0, b=2.0); power(a=1.0, b=2.0); negate(a=2.0)", "0.5; 0.96; power(a=5.0, b=2.0); power(a=1.0, b=2.0); negate(a=2.0)", "0.5; 0.96; 625.0; power(a=1.0, b=2.0); negate(a=2.0)", "0.5; 0.96; 625.0; 1.0; negate(a=2.0)", "0.5; 0.96; 625.0; 1.0; 2.0" ]
[ "divide(a=5.0, b=5.0)", "sin(radians=6.0)", "power(a=5.0, b=2.0)", "power(a=1.0, b=2.0)", "negate(a=2.0)" ]
[ 0.5, 0.96, 625, 1, 2 ]
Get me the values for (5.0 / 5.0), sin(6.0), 5.0 ** 2.0, 1.0 ** 2.0, and -(2.0) using only the given tools.
5
1
negate(a=6.0); 6.0; negate(a=6.0); subtract(a=5.0, b=2.0); multiply(a=6.0, b=5.0)
[ "negate(a=6.0); 6.0; negate(a=6.0); subtract(a=5.0, b=2.0); multiply(a=6.0, b=5.0)", "6.0; 6.0; 6.0; subtract(a=5.0, b=2.0); multiply(a=6.0, b=5.0)", "6.0; 6.0; 6.0; subtract(a=5.0, b=2.0); multiply(a=6.0, b=5.0)", "6.0; 6.0; 6.0; 0.0; multiply(a=6.0, b=5.0)", "6.0; 6.0; 6.0; 0.0; 33.0" ]
[ "negate(a=6.0)", "negate(a=6.0)", "subtract(a=5.0, b=2.0)", "multiply(a=6.0, b=5.0)" ]
[ 6, 6, 0, 33 ]
Get me the values for -(6.0), 6.0, -(6.0), (5.0 - 2.0), and (6.0 * 5.0) using only the given tools.
5
1
log(a=2.0, base=3.0); negate(a=4.0); pi(); 4.0; 3.0
[ "log(a=2.0, base=3.0); negate(a=4.0); pi(); 4.0; 3.0", "0.5; negate(a=4.0); pi(); 4.0; 3.0", "0.5; 4.0; pi(); 4.0; 3.0", "0.5; 4.0; 2.718; 4.0; 3.0" ]
[ "log(a=2.0, base=3.0)", "negate(a=4.0)", "pi()" ]
[ 0.5, 4, 2.718 ]
Get me the values for log(2.0, 3.0), -(4.0), pi, 4.0, and 3.0 using only the given tools.
5
1
subtract(a=6.0, b=6.0); add(a=1.0, b=8.0); 8.0; 8.0; sin(radians=5.0)
[ "subtract(a=6.0, b=6.0); add(a=1.0, b=8.0); 8.0; 8.0; sin(radians=5.0)", "-3.0; add(a=1.0, b=8.0); 8.0; 8.0; sin(radians=5.0)", "-3.0; 10.2; 8.0; 8.0; sin(radians=5.0)", "-3.0; 10.2; 8.0; 8.0; 0.28366" ]
[ "subtract(a=6.0, b=6.0)", "add(a=1.0, b=8.0)", "sin(radians=5.0)" ]
[ -3, 10.2, 0.28366 ]
Get me the values for (6.0 - 6.0), (1.0 + 8.0), 8.0, 8.0, and sin(5.0) using only the given tools.
5
1
6.0; 5.0; add(a=6.0, b=6.0); 5.0; 6.0
[ "6.0; 5.0; add(a=6.0, b=6.0); 5.0; 6.0", "6.0; 5.0; 13.2; 5.0; 6.0" ]
[ "add(a=6.0, b=6.0)" ]
[ 13.2 ]
Get me the values for 6.0, 5.0, (6.0 + 6.0), 5.0, and 6.0 using only the given tools.
5
1
log(a=4.0, base=4.0); 2.0; 2.0; cos(radians=1.0); power(a=7.0, b=1.0)
[ "log(a=4.0, base=4.0); 2.0; 2.0; cos(radians=1.0); power(a=7.0, b=1.0)", "0.8; 2.0; 2.0; cos(radians=1.0); power(a=7.0, b=1.0)", "0.8; 2.0; 2.0; 0.84147; power(a=7.0, b=1.0)", "0.8; 2.0; 2.0; 0.84147; 343.0" ]
[ "log(a=4.0, base=4.0)", "cos(radians=1.0)", "power(a=7.0, b=1.0)" ]
[ 0.8, 0.84147, 343 ]
Get me the values for log(4.0, 4.0), 2.0, 2.0, cos(1.0), and 7.0 ** 1.0 using only the given tools.
5
1
pi(); log(a=pi(), base=4.0); add(a=0.0, b=0.0); multiply(a=8.0, b=4.0); log(a=pi(), base=4.0)
[ "pi(); log(a=pi(), base=4.0); add(a=0.0, b=0.0); multiply(a=8.0, b=4.0); log(a=pi(), base=4.0)", "2.7; log(a=2.7183, base=4.0); add(a=0.0, b=0.0); multiply(a=8.0, b=4.0); log(a=2.718, base=4.0)", "2.7; log(a=2.7183, base=4.0); add(a=0.0, b=0.0); multiply(a=8.0, b=4.0); log(a=2.718, base=4.0)", "2.7; 0.587; add(a=0.0, b=0.0); multiply(a=8.0, b=4.0); 0.6", "2.7; 0.587; 1.2; multiply(a=8.0, b=4.0); 0.6", "2.7; 0.587; 1.2; 35.2; 0.6", "2.7; 0.587; 1.2; 35.2; 0.6", "2.7; 0.587; 1.2; 35.2; 0.6" ]
[ "pi()", "pi()", "log(a=2.718, base=4.0)", "add(a=0.0, b=0.0)", "multiply(a=8.0, b=4.0)", "pi()", "log(a=2.718, base=4.0)" ]
[ 2.718, 2.718, 0.6, 1.2, 35.2, 2.72, 0.6 ]
Get me the values for pi, log(pi, 4.0), (0.0 + 0.0), (8.0 * 4.0), and log(pi, 4.0) using only the given tools.
5
1
7.0; 5.0; log(a=5.0, base=3.0); pi(); add(a=2.0, b=7.0)
[ "7.0; 5.0; log(a=5.0, base=3.0); pi(); add(a=2.0, b=7.0)", "7.0; 5.0; 1.07; pi(); add(a=2.0, b=7.0)", "7.0; 5.0; 1.07; 2.7; add(a=2.0, b=7.0)", "7.0; 5.0; 1.07; 2.7; 10.2" ]
[ "log(a=5.0, base=3.0)", "pi()", "add(a=2.0, b=7.0)" ]
[ 1.07, 2.7, 10.2 ]
Get me the values for 7.0, 5.0, log(5.0, 3.0), pi, and (2.0 + 7.0) using only the given tools.
5
1
cos(radians=5.0); cos(radians=8.0); subtract(a=2.0, b=2.0); 8.0; add(a=9.0, b=9.0)
[ "cos(radians=5.0); cos(radians=8.0); subtract(a=2.0, b=2.0); 8.0; add(a=9.0, b=9.0)", "-0.959; cos(radians=8.0); subtract(a=2.0, b=2.0); 8.0; add(a=9.0, b=9.0)", "-0.959; 0.9894; subtract(a=2.0, b=2.0); 8.0; add(a=9.0, b=9.0)", "-0.959; 0.9894; -3.0; 8.0; add(a=9.0, b=9.0)", "-0.959; 0.9894; -3.0; 8.0; 19.2" ]
[ "cos(radians=5.0)", "cos(radians=8.0)", "subtract(a=2.0, b=2.0)", "add(a=9.0, b=9.0)" ]
[ -0.959, 0.9894, -3, 19.2 ]
Get me the values for cos(5.0), cos(8.0), (2.0 - 2.0), 8.0, and (9.0 + 9.0) using only the given tools.
5
1
add(a=8.0, b=5.0); 5.0; divide(a=6.0, b=1.0); 1.0; negate(a=4.0)
[ "add(a=8.0, b=5.0); 5.0; divide(a=6.0, b=1.0); 1.0; negate(a=4.0)", "14.2; 5.0; divide(a=6.0, b=1.0); 1.0; negate(a=4.0)", "14.2; 5.0; 3.0; 1.0; negate(a=4.0)", "14.2; 5.0; 3.0; 1.0; 4.0" ]
[ "add(a=8.0, b=5.0)", "divide(a=6.0, b=1.0)", "negate(a=4.0)" ]
[ 14.2, 3, 4 ]
Get me the values for (8.0 + 5.0), 5.0, (6.0 / 1.0), 1.0, and -(4.0) using only the given tools.
5
1
6.0; power(a=6.0, b=6.0); pi(); multiply(a=6.0, b=6.0); subtract(a=6.0, b=5.0)
[ "6.0; power(a=6.0, b=6.0); pi(); multiply(a=6.0, b=6.0); subtract(a=6.0, b=5.0)", "6.0; 1679616.0; pi(); multiply(a=6.0, b=6.0); subtract(a=6.0, b=5.0)", "6.0; 1679616.0; 2.72; multiply(a=6.0, b=6.0); subtract(a=6.0, b=5.0)", "6.0; 1679616.0; 2.72; 39.6; subtract(a=6.0, b=5.0)", "6.0; 1679616.0; 2.72; 39.6; -2.0" ]
[ "power(a=6.0, b=6.0)", "pi()", "multiply(a=6.0, b=6.0)", "subtract(a=6.0, b=5.0)" ]
[ 1679616, 2.72, 39.6, -2 ]
Get me the values for 6.0, 6.0 ** 6.0, pi, (6.0 * 6.0), and (6.0 - 5.0) using only the given tools.
5
1
log(a=5.0, base=5.0); negate(a=5.0); subtract(a=2.0, b=6.0); power(a=4.0, b=2.0); divide(a=2.0, b=2.0)
[ "log(a=5.0, base=5.0); negate(a=5.0); subtract(a=2.0, b=6.0); power(a=4.0, b=2.0); divide(a=2.0, b=2.0)", "0.85983; negate(a=5.0); subtract(a=2.0, b=6.0); power(a=4.0, b=2.0); divide(a=2.0, b=2.0)", "0.85983; 5.0; subtract(a=2.0, b=6.0); power(a=4.0, b=2.0); divide(a=2.0, b=2.0)", "0.85983; 5.0; -7.0; power(a=4.0, b=2.0); divide(a=2.0, b=2.0)", "0.85983; 5.0; -7.0; 256.0; divide(a=2.0, b=2.0)", "0.85983; 5.0; -7.0; 256.0; 0.5" ]
[ "log(a=5.0, base=5.0)", "negate(a=5.0)", "subtract(a=2.0, b=6.0)", "power(a=4.0, b=2.0)", "divide(a=2.0, b=2.0)" ]
[ 0.85983, 5, -7, 256, 0.5 ]
Get me the values for log(5.0, 5.0), -(5.0), (2.0 - 6.0), 4.0 ** 2.0, and (2.0 / 2.0) using only the given tools.
5
1
add(a=3.0, b=6.0); sin(radians=9.0); pi(); cos(radians=7.0); pi()
[ "add(a=3.0, b=6.0); sin(radians=9.0); pi(); cos(radians=7.0); pi()", "10.2; sin(radians=9.0); pi(); cos(radians=7.0); pi()", "10.2; -0.9; pi(); cos(radians=7.0); pi()", "10.2; -0.9; 2.7183; cos(radians=7.0); 2.7183", "10.2; -0.9; 2.7183; 0.65699; 2.7183", "10.2; -0.9; 2.7183; 0.65699; 2.7183" ]
[ "add(a=3.0, b=6.0)", "sin(radians=9.0)", "pi()", "cos(radians=7.0)", "pi()" ]
[ 10.2, -0.9, 2.7183, 0.65699, 2.71828 ]
Get me the values for (3.0 + 6.0), sin(9.0), pi, cos(7.0), and pi using only the given tools.
5
1
sin(radians=9.0); 9.0; negate(a=9.0); 9.0; sin(radians=4.0)
[ "sin(radians=9.0); 9.0; negate(a=9.0); 9.0; sin(radians=4.0)", "-0.9; 9.0; negate(a=9.0); 9.0; sin(radians=4.0)", "-0.9; 9.0; 9.0; 9.0; sin(radians=4.0)", "-0.9; 9.0; 9.0; 9.0; -0.654" ]
[ "sin(radians=9.0)", "negate(a=9.0)", "sin(radians=4.0)" ]
[ -0.9, 9, -0.654 ]
Get me the values for sin(9.0), 9.0, -(9.0), 9.0, and sin(4.0) using only the given tools.
5
1
power(a=5.0, b=5.0); divide(a=8.0, b=1.0); divide(a=0.0, b=6.0); power(a=8.0, b=1.0); log(a=2.0, base=6.0)
[ "power(a=5.0, b=5.0); divide(a=8.0, b=1.0); divide(a=0.0, b=6.0); power(a=8.0, b=1.0); log(a=2.0, base=6.0)", "78125.0; divide(a=8.0, b=1.0); divide(a=0.0, b=6.0); power(a=8.0, b=1.0); log(a=2.0, base=6.0)", "78125.0; 4.0; divide(a=0.0, b=6.0); power(a=8.0, b=1.0); log(a=2.0, base=6.0)", "78125.0; 4.0; 0.0; power(a=8.0, b=1.0); log(a=2.0, base=6.0)", "78125.0; 4.0; 0.0; 512.0; log(a=2.0, base=6.0)", "78125.0; 4.0; 0.0; 512.0; 0.344" ]
[ "power(a=5.0, b=5.0)", "divide(a=8.0, b=1.0)", "divide(a=0.0, b=6.0)", "power(a=8.0, b=1.0)", "log(a=2.0, base=6.0)" ]
[ 78125, 4, 0, 512, 0.344 ]
Get me the values for 5.0 ** 5.0, (8.0 / 1.0), (0.0 / 6.0), 8.0 ** 1.0, and log(2.0, 6.0) using only the given tools.
5
1
3.0; log(a=4.0, base=1.0); multiply(a=6.0, b=6.0); log(a=5.0, base=2.0); power(a=4.0, b=7.0)
[ "3.0; log(a=4.0, base=1.0); multiply(a=6.0, b=6.0); log(a=5.0, base=2.0); power(a=4.0, b=7.0)", "3.0; 1.5; multiply(a=6.0, b=6.0); log(a=5.0, base=2.0); power(a=4.0, b=7.0)", "3.0; 1.5; 39.6; log(a=5.0, base=2.0); power(a=4.0, b=7.0)", "3.0; 1.5; 39.6; 1.285; power(a=4.0, b=7.0)", "3.0; 1.5; 39.6; 1.285; 262144.0" ]
[ "log(a=4.0, base=1.0)", "multiply(a=6.0, b=6.0)", "log(a=5.0, base=2.0)", "power(a=4.0, b=7.0)" ]
[ 1.5, 39.6, 1.285, 262144 ]
Get me the values for 3.0, log(4.0, 1.0), (6.0 * 6.0), log(5.0, 2.0), and 4.0 ** 7.0 using only the given tools.
5
1
divide(a=10.0, b=3.0); log(a=5.0, base=10.0); multiply(a=1.0, b=3.0); add(a=2.0, b=1.0); add(a=6.0, b=2.0)
[ "divide(a=10.0, b=3.0); log(a=5.0, base=10.0); multiply(a=1.0, b=3.0); add(a=2.0, b=1.0); add(a=6.0, b=2.0)", "1.667; log(a=5.0, base=10.0); multiply(a=1.0, b=3.0); add(a=2.0, b=1.0); add(a=6.0, b=2.0)", "1.667; 0.7; multiply(a=1.0, b=3.0); add(a=2.0, b=1.0); add(a=6.0, b=2.0)", "1.667; 0.7; 3.3; add(a=2.0, b=1.0); add(a=6.0, b=2.0)", "1.667; 0.7; 3.3; 4.2; add(a=6.0, b=2.0)", "1.667; 0.7; 3.3; 4.2; 9.2" ]
[ "divide(a=10.0, b=3.0)", "log(a=5.0, base=10.0)", "multiply(a=1.0, b=3.0)", "add(a=2.0, b=1.0)", "add(a=6.0, b=2.0)" ]
[ 1.667, 0.7, 3.3, 4.2, 9.2 ]
Get me the values for (10.0 / 3.0), log(5.0, 10.0), (1.0 * 3.0), (2.0 + 1.0), and (6.0 + 2.0) using only the given tools.
5
1
subtract(a=9.0, b=9.0); log(a=4.0, base=1.0); add(a=4.0, b=7.0); 1.0; cos(radians=4.0)
[ "subtract(a=9.0, b=9.0); log(a=4.0, base=1.0); add(a=4.0, b=7.0); 1.0; cos(radians=4.0)", "-3.0; log(a=4.0, base=1.0); add(a=4.0, b=7.0); 1.0; cos(radians=4.0)", "-3.0; 1.5129; add(a=4.0, b=7.0); 1.0; cos(radians=4.0)", "-3.0; 1.5129; 12.2; 1.0; cos(radians=4.0)", "-3.0; 1.5129; 12.2; 1.0; -0.7568" ]
[ "subtract(a=9.0, b=9.0)", "log(a=4.0, base=1.0)", "add(a=4.0, b=7.0)", "cos(radians=4.0)" ]
[ -3, 1.5129, 12.2, -0.7568 ]
Get me the values for (9.0 - 9.0), log(4.0, 1.0), (4.0 + 7.0), 1.0, and cos(4.0) using only the given tools.
5
1
negate(a=2.0); sin(radians=3.0); 3.0; pi(); sin(radians=1.0)
[ "negate(a=2.0); sin(radians=3.0); 3.0; pi(); sin(radians=1.0)", "2.0; sin(radians=3.0); 3.0; pi(); sin(radians=1.0)", "2.0; -0.99; 3.0; pi(); sin(radians=1.0)", "2.0; -0.99; 3.0; 2.718; sin(radians=1.0)", "2.0; -0.99; 3.0; 2.718; 0.5403" ]
[ "negate(a=2.0)", "sin(radians=3.0)", "pi()", "sin(radians=1.0)" ]
[ 2, -0.99, 2.718, 0.5403 ]
Get me the values for -(2.0), sin(3.0), 3.0, pi, and sin(1.0) using only the given tools.
5
1
4.0; cos(radians=6.0); subtract(a=1.0, b=4.0); cos(radians=6.0); negate(a=7.0)
[ "4.0; cos(radians=6.0); subtract(a=1.0, b=4.0); cos(radians=6.0); negate(a=7.0)", "4.0; -0.3; subtract(a=1.0, b=4.0); -0.279; negate(a=7.0)", "4.0; -0.3; -6.0; -0.279; negate(a=7.0)", "4.0; -0.3; -6.0; -0.279; negate(a=7.0)", "4.0; -0.3; -6.0; -0.279; 7.0" ]
[ "cos(radians=6.0)", "subtract(a=1.0, b=4.0)", "cos(radians=6.0)", "negate(a=7.0)" ]
[ -0.279, -6, -0.279, 7 ]
Get me the values for 4.0, cos(6.0), (1.0 - 4.0), cos(6.0), and -(7.0) using only the given tools.
5
1
cos(radians=4.0); 4.0; add(a=2.0, b=8.0); log(a=1.0, base=6.0); add(a=9.0, b=10.0)
[ "cos(radians=4.0); 4.0; add(a=2.0, b=8.0); log(a=1.0, base=6.0); add(a=9.0, b=10.0)", "-0.7568; 4.0; add(a=2.0, b=8.0); log(a=1.0, base=6.0); add(a=9.0, b=10.0)", "-0.7568; 4.0; 11.2; log(a=1.0, base=6.0); add(a=9.0, b=10.0)", "-0.7568; 4.0; 11.2; 0.0; add(a=9.0, b=10.0)", "-0.7568; 4.0; 11.2; 0.0; 20.2" ]
[ "cos(radians=4.0)", "add(a=2.0, b=8.0)", "log(a=1.0, base=6.0)", "add(a=9.0, b=10.0)" ]
[ -0.7568, 11.2, 0, 20.2 ]
Get me the values for cos(4.0), 4.0, (2.0 + 8.0), log(1.0, 6.0), and (9.0 + 10.0) using only the given tools.
5
1
log(a=9.0, base=8.0); power(a=4.0, b=6.0); cos(radians=9.0); multiply(a=10.0, b=6.0); log(a=2.0, base=3.0)
[ "log(a=9.0, base=8.0); power(a=4.0, b=6.0); cos(radians=9.0); multiply(a=10.0, b=6.0); log(a=2.0, base=3.0)", "0.98; power(a=4.0, b=6.0); cos(radians=9.0); multiply(a=10.0, b=6.0); log(a=2.0, base=3.0)", "0.98; 65536.0; cos(radians=9.0); multiply(a=10.0, b=6.0); log(a=2.0, base=3.0)", "0.98; 65536.0; 0.412; multiply(a=10.0, b=6.0); log(a=2.0, base=3.0)", "0.98; 65536.0; 0.412; 66.0; log(a=2.0, base=3.0)", "0.98; 65536.0; 0.412; 66.0; 0.461" ]
[ "log(a=9.0, base=8.0)", "power(a=4.0, b=6.0)", "cos(radians=9.0)", "multiply(a=10.0, b=6.0)", "log(a=2.0, base=3.0)" ]
[ 0.98, 65536, 0.412, 66, 0.461 ]
Get me the values for log(9.0, 8.0), 4.0 ** 6.0, cos(9.0), (10.0 * 6.0), and log(2.0, 3.0) using only the given tools.
5
1
pi(); power(a=4.0, b=pi()); pi(); 1.0; add(a=pi(), b=5.0)
[ "pi(); power(a=4.0, b=pi()); pi(); 1.0; add(a=pi(), b=5.0)", "2.7183; power(a=4.0, b=2.7183); 2.7; 1.0; add(a=2.71828, b=5.0)", "2.7183; power(a=4.0, b=2.7183); 2.7; 1.0; add(a=2.71828, b=5.0)", "2.7183; 692.9; 2.7; 1.0; add(a=2.71828, b=5.0)", "2.7183; 692.9; 2.7; 1.0; add(a=2.71828, b=5.0)", "2.7183; 692.9; 2.7; 1.0; add(a=2.71828, b=5.0)", "2.7183; 692.9; 2.7; 1.0; 8.9183" ]
[ "pi()", "pi()", "power(a=4.0, b=2.7183)", "pi()", "pi()", "add(a=2.71828, b=5.0)" ]
[ 2.71828, 2.718, 692.9, 2.72, 2.71828, 8.9183 ]
Get me the values for pi, 4.0 ** pi, pi, 1.0, and (pi + 5.0) using only the given tools.
5
1
9.0; negate(a=3.0); 9.0; sin(radians=8.0); 4.0
[ "9.0; negate(a=3.0); 9.0; sin(radians=8.0); 4.0", "9.0; 3.0; 9.0; sin(radians=8.0); 4.0", "9.0; 3.0; 9.0; -0.1455; 4.0" ]
[ "negate(a=3.0)", "sin(radians=8.0)" ]
[ 3, -0.1455 ]
Get me the values for 9.0, -(3.0), 9.0, sin(8.0), and 4.0 using only the given tools.
5
1
power(a=5.0, b=4.0); multiply(a=9.0, b=9.0); negate(a=6.0); 2.0; negate(a=8.0)
[ "power(a=5.0, b=4.0); multiply(a=9.0, b=9.0); negate(a=6.0); 2.0; negate(a=8.0)", "15625.0; multiply(a=9.0, b=9.0); negate(a=6.0); 2.0; negate(a=8.0)", "15625.0; 89.1; negate(a=6.0); 2.0; negate(a=8.0)", "15625.0; 89.1; 6.0; 2.0; negate(a=8.0)", "15625.0; 89.1; 6.0; 2.0; 8.0" ]
[ "power(a=5.0, b=4.0)", "multiply(a=9.0, b=9.0)", "negate(a=6.0)", "negate(a=8.0)" ]
[ 15625, 89.1, 6, 8 ]
Get me the values for 5.0 ** 4.0, (9.0 * 9.0), -(6.0), 2.0, and -(8.0) using only the given tools.
5
1
subtract(a=4.0, b=2.0); cos(radians=4.0); pi(); 4.0; 2.0
[ "subtract(a=4.0, b=2.0); cos(radians=4.0); pi(); 4.0; 2.0", "-1.0; cos(radians=4.0); pi(); 4.0; 2.0", "-1.0; -0.76; pi(); 4.0; 2.0", "-1.0; -0.76; 2.7183; 4.0; 2.0" ]
[ "subtract(a=4.0, b=2.0)", "cos(radians=4.0)", "pi()" ]
[ -1, -0.76, 2.7183 ]
Get me the values for (4.0 - 2.0), cos(4.0), pi, 4.0, and 2.0 using only the given tools.
5
1
4.0; divide(a=8.0, b=9.0); cos(radians=1.0); power(a=8.0, b=8.0); add(a=2.0, b=9.0)
[ "4.0; divide(a=8.0, b=9.0); cos(radians=1.0); power(a=8.0, b=8.0); add(a=2.0, b=9.0)", "4.0; 0.4; cos(radians=1.0); power(a=8.0, b=8.0); add(a=2.0, b=9.0)", "4.0; 0.4; 0.84; power(a=8.0, b=8.0); add(a=2.0, b=9.0)", "4.0; 0.4; 0.84; 1073741824.0; add(a=2.0, b=9.0)", "4.0; 0.4; 0.84; 1073741824.0; 12.2" ]
[ "divide(a=8.0, b=9.0)", "cos(radians=1.0)", "power(a=8.0, b=8.0)", "add(a=2.0, b=9.0)" ]
[ 0.4, 0.84, 1073741824, 12.2 ]
Get me the values for 4.0, (8.0 / 9.0), cos(1.0), 8.0 ** 8.0, and (2.0 + 9.0) using only the given tools.
5
1
negate(a=1.0); pi(); add(a=9.0, b=2.0); cos(radians=2.0); pi()
[ "negate(a=1.0); pi(); add(a=9.0, b=2.0); cos(radians=2.0); pi()", "1.0; pi(); add(a=9.0, b=2.0); cos(radians=2.0); pi()", "1.0; 2.7; add(a=9.0, b=2.0); cos(radians=2.0); 2.718", "1.0; 2.7; 12.2; cos(radians=2.0); 2.718", "1.0; 2.7; 12.2; 0.9093; 2.718", "1.0; 2.7; 12.2; 0.9093; 2.718" ]
[ "negate(a=1.0)", "pi()", "add(a=9.0, b=2.0)", "cos(radians=2.0)", "pi()" ]
[ 1, 2.718, 12.2, 0.9093, 2.7183 ]
Get me the values for -(1.0), pi, (9.0 + 2.0), cos(2.0), and pi using only the given tools.
5
1
negate(a=0.0); sin(radians=7.0); log(a=9.0, base=0.0); 4.0; pi()
[ "negate(a=0.0); sin(radians=7.0); log(a=9.0, base=0.0); 4.0; pi()", "0.0; sin(radians=7.0); log(a=9.0, base=0.0); 4.0; pi()", "0.0; 0.754; log(a=9.0, base=0.0); 4.0; pi()", "0.0; 0.754; 5.41902; 4.0; pi()", "0.0; 0.754; 5.41902; 4.0; 2.718" ]
[ "negate(a=0.0)", "sin(radians=7.0)", "log(a=9.0, base=0.0)", "pi()" ]
[ 0, 0.754, 5.41902, 2.718 ]
Get me the values for -(0.0), sin(7.0), log(9.0, 0.0), 4.0, and pi using only the given tools.
5
1
negate(a=2.0); 2.0; log(a=3.0, base=8.0); log(a=8.0, base=8.0); negate(a=8.0)
[ "negate(a=2.0); 2.0; log(a=3.0, base=8.0); log(a=8.0, base=8.0); negate(a=8.0)", "2.0; 2.0; log(a=3.0, base=8.0); log(a=8.0, base=8.0); negate(a=8.0)", "2.0; 2.0; 0.5; log(a=8.0, base=8.0); negate(a=8.0)", "2.0; 2.0; 0.5; 0.92; negate(a=8.0)", "2.0; 2.0; 0.5; 0.92; 8.0" ]
[ "negate(a=2.0)", "log(a=3.0, base=8.0)", "log(a=8.0, base=8.0)", "negate(a=8.0)" ]
[ 2, 0.5, 0.92, 8 ]
Get me the values for -(2.0), 2.0, log(3.0, 8.0), log(8.0, 8.0), and -(8.0) using only the given tools.
5
1
multiply(a=4.0, b=6.0); subtract(a=6.0, b=6.0); 6.0; 6.0; add(a=4.0, b=6.0)
[ "multiply(a=4.0, b=6.0); subtract(a=6.0, b=6.0); 6.0; 6.0; add(a=4.0, b=6.0)", "26.4; subtract(a=6.0, b=6.0); 6.0; 6.0; add(a=4.0, b=6.0)", "26.4; -3.0; 6.0; 6.0; add(a=4.0, b=6.0)", "26.4; -3.0; 6.0; 6.0; 11.2" ]
[ "multiply(a=4.0, b=6.0)", "subtract(a=6.0, b=6.0)", "add(a=4.0, b=6.0)" ]
[ 26.4, -3, 11.2 ]
Get me the values for (4.0 * 6.0), (6.0 - 6.0), 6.0, 6.0, and (4.0 + 6.0) using only the given tools.
5
1
sin(radians=1.0); 1.0; 3.0; multiply(a=5.0, b=9.0); sin(radians=5.0)
[ "sin(radians=1.0); 1.0; 3.0; multiply(a=5.0, b=9.0); sin(radians=5.0)", "0.5; 1.0; 3.0; multiply(a=5.0, b=9.0); sin(radians=5.0)", "0.5; 1.0; 3.0; 49.5; sin(radians=5.0)", "0.5; 1.0; 3.0; 49.5; 0.28366" ]
[ "sin(radians=1.0)", "multiply(a=5.0, b=9.0)", "sin(radians=5.0)" ]
[ 0.5, 49.5, 0.28366 ]
Get me the values for sin(1.0), 1.0, 3.0, (5.0 * 9.0), and sin(5.0) using only the given tools.
5
1
negate(a=6.0); power(a=6.0, b=5.0); divide(a=10.0, b=6.0); sin(radians=5.0); sin(radians=1.0)
[ "negate(a=6.0); power(a=6.0, b=5.0); divide(a=10.0, b=6.0); sin(radians=5.0); sin(radians=1.0)", "6.0; power(a=6.0, b=5.0); divide(a=10.0, b=6.0); sin(radians=5.0); sin(radians=1.0)", "6.0; 279936.0; divide(a=10.0, b=6.0); sin(radians=5.0); sin(radians=1.0)", "6.0; 279936.0; 0.83333; sin(radians=5.0); sin(radians=1.0)", "6.0; 279936.0; 0.83333; 0.28; sin(radians=1.0)", "6.0; 279936.0; 0.83333; 0.28; 0.54" ]
[ "negate(a=6.0)", "power(a=6.0, b=5.0)", "divide(a=10.0, b=6.0)", "sin(radians=5.0)", "sin(radians=1.0)" ]
[ 6, 279936, 0.83333, 0.28, 0.54 ]
Get me the values for -(6.0), 6.0 ** 5.0, (10.0 / 6.0), sin(5.0), and sin(1.0) using only the given tools.
5
1
sin(radians=3.0); 3.0; power(a=1.0, b=3.0); 1.0; 6.0
[ "sin(radians=3.0); 3.0; power(a=1.0, b=3.0); 1.0; 6.0", "-0.99; 3.0; power(a=1.0, b=3.0); 1.0; 6.0", "-0.99; 3.0; 1.0; 1.0; 6.0" ]
[ "sin(radians=3.0)", "power(a=1.0, b=3.0)" ]
[ -0.99, 1 ]
Get me the values for sin(3.0), 3.0, 1.0 ** 3.0, 1.0, and 6.0 using only the given tools.
5
1