*MATH Workers
=============
.. _Worker_Family_math:
.. list-table:: math Workers 
   :widths: 50 30 10 10
   :header-rows: 1

   * - Name
     - Description
     - Number of Inputs
     - Number of Outputs
   * - :ref:`\*MATH_ABS <Worker_Info_math_abs>`
     - Compute the absolute value of e
     - 1
     - 1
   * - :ref:`\*MATH_AVERAGE <Worker_Info_math_average>`
     - Compute the average of values
     - 1
     - 1
   * - :ref:`\*MATH_ADD <Worker_Info_math_add>`
     - Compute the sum of values
     - 1
     - 1
   * - :ref:`\*MATH_BULK_TO_YOUNG <Worker_Info_math_bulk_to_young>`
     - Compute Youngs Modulus based on Bulk Modulus
     - 2
     - 1
   * - :ref:`\*MATH_DIVIDE <Worker_Info_math_divide>`
     - Divide two values
     - 2
     - 1
   * - :ref:`\*MATH_EXP <Worker_Info_math_exp>`
     - Compute the power of a number
     - 1
     - 1
   * - :ref:`\*MATH_FLEXURAL_MODULUS <Worker_Info_math_flexural_modulus>`
     - Compute Flexural Modulus
     - 5
     - 1
   * - :ref:`\*MATH_INTERPOLATE <Worker_Info_math_interpolate>`
     - Interpolates to return a set of values between min and max
     - 5
     - 1
   * - :ref:`\*MATH_INSPECT_DUAL <Worker_Info_math_inspect_dual>`
     - Inspect the dual values and return pass-fail
     - 8
     - 1
   * - :ref:`\*MATH_IF <Worker_Info_math_if>`
     - returns based on condition. if( value1, value1, operator, true_value, false_value) 
     - 5
     - 1
   * - :ref:`\*MATH_INSPECT <Worker_Info_math_inspect>`
     - Inspect the value and return pass-fail
     - 5
     - 1
   * - :ref:`\*MATH_IN_RANGE <Worker_Info_math_in_range>`
     - Check if a given value is in range
     - 3
     - 1
   * - :ref:`\*MATH_LOG10 <Worker_Info_math_log10>`
     - Compute the log to the base10 of a number
     - 1
     - 1
   * - :ref:`\*MATH_LOG <Worker_Info_math_log>`
     - Compute the natural log of a number
     - 1
     - 1
   * - :ref:`\*MATH_LANKFORD_COEFFICIENT <Worker_Info_math_lankford_coefficient>`
     - Compute Lankford coefficient based on 0,45 and 90 deg strains
     - 3
     - 1
   * - :ref:`\*MATH_MODE <Worker_Info_math_mode>`
     - Get the mode of a list of numbers
     - 1
     - 1
   * - :ref:`\*MATH_MEDIAN <Worker_Info_math_median>`
     - Compute the median of a list of numbers
     - 1
     - 1
   * - :ref:`\*MATH_MASS_IDEAL_GAS <Worker_Info_math_mass_ideal_gas>`
     - Computes the mass based on ideal gas law
     - 6
     - 1
   * - :ref:`\*MATH_MPDB_SCORE_CALCULATOR <Worker_Info_math_mpdb_score_calculator>`
     - M-PDB score calculator
     - 3
     - 1
   * - :ref:`\*MATH_MIN <Worker_Info_math_min>`
     - Compute Minimum values from given data
     - 1
     - 1
   * - :ref:`\*MATH_MAX <Worker_Info_math_max>`
     - Compute Maximum values from given data
     - 1
     - 1
   * - :ref:`\*MATH_NORM_DIST <Worker_Info_math_norm_dist>`
     -  Compute the normal distribution
     - 2
     - 1
   * - :ref:`\*MATH_OFFSET_SCALE <Worker_Info_math_offset_scale>`
     - Offset a value then scale it 
     - 3
     - 1
   * - :ref:`\*MATH_OFFSET <Worker_Info_math_offset>`
     - Offset a value
     - 2
     - 1
   * - :ref:`\*MATH_PE_TO_IVEL <Worker_Info_math_pe_to_ivel>`
     - Convert potential energy to velocity
     - 2
     - 1
   * - :ref:`\*MATH_POW <Worker_Info_math_pow>`
     - Compute the number to the power of a number
     - 2
     - 1
   * - :ref:`\*MATH_ROUND <Worker_Info_math_round>`
     - Round the number
     - 3
     - 1
   * - :ref:`\*MATH_RANGE <Worker_Info_math_range>`
     - Get a range of numbers between min and max provided
     - 4
     - 1
   * - :ref:`\*MATH_RESULTANT <Worker_Info_math_resultant>`
     - Compute the square root of the sum of squares of values
     - 1
     - 1
   * - :ref:`\*MATH_RANDOM <Worker_Info_math_random>`
     - Generate a Random number
     - 2
     - 1
   * - :ref:`\*MATH_SCALE <Worker_Info_math_scale>`
     - Scale a number
     - 6
     - 1
   * - :ref:`\*MATH_SIMPLIFIED_FAILURE <Worker_Info_math_simplified_failure>`
     - Compute simplified rubber material failure values based on Uni-Axial and Equi-BiAxial Failure Stretch Ratios
     - 4
     - 1
   * - :ref:`\*MATH_SQRT <Worker_Info_math_sqrt>`
     - Sqrt
     - 1
     - 1
   * - :ref:`\*MATH_SUBTRACT <Worker_Info_math_subtract>`
     - Subtract between two values
     - 2
     - 1
   * - :ref:`\*MATH_SCALE_OFFSET <Worker_Info_math_scale_offset>`
     - Scale a value then offset it
     - 3
     - 1
   * - :ref:`\*MATH_TORQUE_TO_FORCE <Worker_Info_math_torque_to_force>`
     - Computes a bolt tension force based on Torque
     - 4
     - 1
   * - :ref:`\*MATH_VERIFY_THERMODYNAMIC_STABILITY <Worker_Info_math_verify_thermodynamic_stability>`
     - Compute math value to verify thermodynamic stability
     - 3
     - 1
   * - :ref:`\*MATH_WEIGHTED_2 <Worker_Info_math_weighted_2>`
     - Computed the weighted value for given two values
     - 3
     - 1