// count: The number to solve for. Current maximum: ${max}. // initial_values: The values to use, in order. Examples: [4, 4, 4, 4], [1, 2, 3, 4, 5] { count: 1234, initial_values: [4, 4, 4, 4] };

Solve

/* * Edit to your will, and click on 'Evaluate' to update the costs with your custom values. * All the functions and operators used here are as defined in the pastebin. * Pastebin link : http://pastebin.com/raw/9pYSr1hq * * This text area also works as a JavaScript console, * with all console.log() outputs redirected to the box on the right. */ cost = { /* Defines the cost of each function and operator. The lower = the more elegant. */ DIGIT: 0, /* Any single digit (1-5) */ PARENTHESIS: 0, /* Value for a pair of parenthesis */ PLUS: 1, MINUS: 1, TIMES: 1, DIVIDE: 1, POWER: 1, MODULO: 1, CONCAT: 1, /* Any concatenation of 2 or more digits, explicit (a & b) or not (ab)*/ ABSOLUTE_VALUE: 1, KNUTH_ARROW: 2, FACTORIAL: 2, DOUBLE_FACTORIAL: 2, SUPERFACTORIAL: 2, HYPERGEOM: 2, GAMMA: 2, SQUARE_ROOT: 2, PARTITION: 2, MOBIUS: 2, FIBONACCI: 2, TRIBONACCI: 2, SIGMA: 2, DIVISOR_SUM: 2, DIVISOR_COUNT: 2, CATALAN: 2, SMALL_OMEGA: 2, BIG_OMEGA: 2, PRIME_COUNT: 2, PRIME_NUMBER: 2, EULER_TOTIENT: 2, MULTISIGMADIGIT: 3, ACKERMANN: 3, PRIMORIAL: 3, SIGN: 4, EXPONENTIAL: 4, LOGARITHM: 4, DECIMAL_SEPARATOR: 4, REPEATING_DECIMAL: 4, PERCENT: 4, SINE: 5, COSINE: 5, TANGENT: 5, SECANT: 5, COSECANT: 5, COTANGENT: 5, ARC_SINE: 5, ARC_COSINE: 5, ARC_TANGENT: 5, ARC_SECANT: 5, ARC_COSECANT: 5, ARC_COTANGENT: 5, FLOOR: 6, CEIL: 6, BACKWARDS: 6, BINARYBEANSTALK: 7, NONPRIME: 7, TOTIENT_SUM: 7 };

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