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				|  | @ -163,13 +163,17 @@ module AlgebraicCombination = { | ||||||
|  */ |  */ | ||||||
|     let getLogarithmInputError = (t1: t, t2: t, ~toPointSetFn: toPointSetFn): option<error> => { |     let getLogarithmInputError = (t1: t, t2: t, ~toPointSetFn: toPointSetFn): option<error> => { | ||||||
|       let firstOperandIsGreaterThanZero = |       let firstOperandIsGreaterThanZero = | ||||||
|         toFloatOperation(t1, ~toPointSetFn, ~distToFloatOperation=#Cdf(MagicNumbers.Epsilon.ten)) |> E.R.fmap(r => |         toFloatOperation( | ||||||
|           r > 0. |           t1, | ||||||
|         ) |           ~toPointSetFn, | ||||||
|  |           ~distToFloatOperation=#Cdf(MagicNumbers.Epsilon.ten), | ||||||
|  |         ) |> E.R.fmap(r => r > 0.) | ||||||
|       let secondOperandIsGreaterThanZero = |       let secondOperandIsGreaterThanZero = | ||||||
|         toFloatOperation(t2, ~toPointSetFn, ~distToFloatOperation=#Cdf(MagicNumbers.Epsilon.ten)) |> E.R.fmap(r => |         toFloatOperation( | ||||||
|           r > 0. |           t2, | ||||||
|         ) |           ~toPointSetFn, | ||||||
|  |           ~distToFloatOperation=#Cdf(MagicNumbers.Epsilon.ten), | ||||||
|  |         ) |> E.R.fmap(r => r > 0.) | ||||||
|       let items = E.A.R.firstErrorOrOpen([ |       let items = E.A.R.firstErrorOrOpen([ | ||||||
|         firstOperandIsGreaterThanZero, |         firstOperandIsGreaterThanZero, | ||||||
|         secondOperandIsGreaterThanZero, |         secondOperandIsGreaterThanZero, | ||||||
|  | @ -238,8 +242,8 @@ module AlgebraicCombination = { | ||||||
|     //I'm (Ozzie) really just guessing here, very little idea what's best |     //I'm (Ozzie) really just guessing here, very little idea what's best | ||||||
|     let expectedConvolutionCost: t => int = x => |     let expectedConvolutionCost: t => int = x => | ||||||
|       switch x { |       switch x { | ||||||
|       | Symbolic(#Float(_)) =>MagicNumbers.OpCost.floatCost |       | Symbolic(#Float(_)) => MagicNumbers.OpCost.floatCost | ||||||
|       | Symbolic(_) =>MagicNumbers.OpCost.symbolicCost |       | Symbolic(_) => MagicNumbers.OpCost.symbolicCost | ||||||
|       | PointSet(Discrete(m)) => m.xyShape->XYShape.T.length |       | PointSet(Discrete(m)) => m.xyShape->XYShape.T.length | ||||||
|       | PointSet(Mixed(_)) => MagicNumbers.OpCost.mixedCost |       | PointSet(Mixed(_)) => MagicNumbers.OpCost.mixedCost | ||||||
|       | PointSet(Continuous(_)) => MagicNumbers.OpCost.continuousCost |       | PointSet(Continuous(_)) => MagicNumbers.OpCost.continuousCost | ||||||
|  | @ -253,7 +257,8 @@ module AlgebraicCombination = { | ||||||
|         #AsSymbolic |         #AsSymbolic | ||||||
|       | #NoSolution => |       | #NoSolution => | ||||||
|         if Operation.Convolution.canDoAlgebraicOperation(arithmeticOperation) { |         if Operation.Convolution.canDoAlgebraicOperation(arithmeticOperation) { | ||||||
|           expectedConvolutionCost(t1) * expectedConvolutionCost(t2) > MagicNumbers.OpCost.monteCarloCost |           expectedConvolutionCost(t1) * expectedConvolutionCost(t2) > | ||||||
|  |             MagicNumbers.OpCost.monteCarloCost | ||||||
|             ? #AsMonteCarlo |             ? #AsMonteCarlo | ||||||
|             : #AsConvolution |             : #AsConvolution | ||||||
|         } else { |         } else { | ||||||
|  |  | ||||||
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