194 lines
12 KiB
Scala
194 lines
12 KiB
Scala
package tf.bug.fancade
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object Main {
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def main(args: Array[String]): Unit = {
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import Fanscript._
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import tf.bug.shinji.syntax.all._
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// min, max, start, result, after -> end, index, sum, before
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val sum: (Number.type × Number.type × Pull.type × Number.type × Pull.type) → (Pull.type × Number.type × Number.type × Pull.type) = {
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val getSum: T.type → Number.type = Builtin.GetNumber("Sum")
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val setSum: (Number.type × Pull.type) → Pull.type = Builtin.SetNumber("Sum")
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val addToSum: (Number.type × Pull.type) → Pull.type = {
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val add: (Number.type × Number.type) → Number.type = Builtin.AddNumbers
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val sumAsFirstInput: (T.type × Number.type) → (Number.type × Number.type) = fanscript.first(getSum)
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val branch: Number.type → (T.type × Number.type) = fanscript.deunitorLeft
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val justSecondInput: Number.type → (Number.type × Number.type) = fanscript.andThen(branch, sumAsFirstInput)
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val addSum: Number.type → Number.type = fanscript.ldimap[Number.type × Number.type, Number.type, Number.type](justSecondInput).apply(add)
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val storeSum: (Number.type × Pull.type) → Pull.type = setSum
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fanscript.ldimap[Number.type × Pull.type, Pull.type, Number.type × Pull.type](fanscript.lbimap(addSum)).apply(storeSum)
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}
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val getIndex: T.type → Number.type = Builtin.GetNumber("Index")
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val setIndex: (Number.type × Pull.type) → Pull.type = Builtin.SetNumber("Index")
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val indexGreaterThan: Number.type → Bool.type = {
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val greaterThan: (Number.type × Number.type) → Bool.type = Builtin.GreaterThan
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val indexAsFirstInput: (T.type × Number.type) → (Number.type × Number.type) = fanscript.first(getIndex)
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val branch: Number.type → (T.type × Number.type) = fanscript.deunitorLeft
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val comparisonAsSecondInput: Number.type → (Number.type × Number.type) = fanscript.andThen(branch, indexAsFirstInput)
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fanscript.andThen(comparisonAsSecondInput, greaterThan)
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}
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val indexNotGreaterThan: Number.type → Bool.type = fanscript.andThen(indexGreaterThan, Builtin.Not)
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val checkContinue: (Number.type × Pull.type × Pull.type × Pull.type) → Pull.type = {
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val ifBlock: (Bool.type × Pull.type × Pull.type × Pull.type) → Pull.type = Builtin.If
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val checkGreater: (Number.type × Pull.type × Pull.type × Pull.type) → (Bool.type × Pull.type × Pull.type × Pull.type) = {
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val one: (Number.type × Pull.type) → (Bool.type × Pull.type) = fanscript.first(indexGreaterThan)
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val two: (Number.type × Pull.type × Pull.type) → (Bool.type × Pull.type × Pull.type) = fanscript.first(one)
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val three: (Number.type × Pull.type × Pull.type × Pull.type) → (Bool.type × Pull.type × Pull.type × Pull.type) = fanscript.first(two)
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three
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}
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fanscript.andThen(checkGreater, ifBlock)
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}
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// sumToIndex -> before
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val initializeSum: Pull.type → Pull.type = {
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val zero: T.type → Number.type = Builtin.NumberValue(0.0F)
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val zeroAsInput: (T.type × Pull.type) → (Number.type × Pull.type) = fanscript.first(zero)
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val branch: Pull.type → (T.type × Pull.type) = fanscript.deunitorLeft[Pull.type]
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fanscript.andThen(fanscript.andThen(branch, zeroAsInput), setSum)
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}
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// min, indexToLoopStart -> sumToIndex
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val initializeIndex: (Number.type × Pull.type) → Pull.type = setIndex
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// max, start, ◌, after -> (indexToLoopStart + incrementToLoop)
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val startLoop: (Number.type × Pull.type × Pull.type × Pull.type) → Pull.type = checkContinue
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// result, increaseSum -> end
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val increaseSum: (Number.type × Pull.type) → Pull.type = addToSum
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// incrementToLoop -> increaseSum
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val incrementIndex: Pull.type → Pull.type = {
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val get: T.type → Number.type = getIndex
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val set: (Number.type × Pull.type) → Pull.type = setIndex
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val one: T.type → Number.type = Builtin.NumberValue(1.0F)
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val additionOperands: T.type → (Number.type × Number.type) = fanscript.merge(get, one)
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val add: T.type → Number.type = fanscript.andThen(additionOperands, Builtin.AddNumbers)
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val carryPull: (T.type × Pull.type) → (Number.type × Pull.type) = fanscript.first(add)
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val branch: Pull.type → (T.type × Pull.type) = fanscript.deunitorLeft[Pull.type]
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fanscript.andThen(fanscript.andThen(branch, carryPull), set)
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}
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// min, indexToLoopStart -> before
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val initialize: (Number.type × Pull.type) → Pull.type = fanscript.andThen(initializeIndex, initializeSum)
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// result, incrementToLoop -> end
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val postLoop: (Number.type × Pull.type) → Pull.type = {
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val carryResult = fanscript.second[Pull.type, Pull.type, Number.type](incrementIndex)
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fanscript.andThen(carryResult, increaseSum)
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}
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// max, start, after -> (indexToLoopStart + incrementToLoop)
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val condition: (Number.type × Pull.type × Pull.type) → Pull.type = {
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val zThree: (Number.type × Pull.type) → (Number.type × Pull.type × Pull.type) =
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fanscript.andThen(fanscript.deunitorRight, fanscript.rbimap(Z))
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val zFour: (Number.type × Pull.type × Pull.type) → (Number.type × Pull.type × Pull.type × Pull.type) =
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fanscript.lbimap(zThree)
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fanscript.ldimap[Number.type × Pull.type × Pull.type × Pull.type, Pull.type, Number.type × Pull.type × Pull.type](zFour).apply(checkContinue)
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}
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// min, max, start, result, after -> end, index, sum, before
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val result: (Number.type × Number.type × Pull.type × Number.type × Pull.type) → (Pull.type × Number.type × Number.type × Pull.type) = {
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// max, start, after -> indexToLoopStart, incrementToLoop
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val duplicateCondition: (Number.type × Pull.type × Pull.type) → (Pull.type × Pull.type) =
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fanscript.andThen(condition, fanscript.duplicate)
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// min, indexToLoopStart, result, incrementToLoop -> before, end
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val conditionPrecursors: (Number.type × Pull.type × Number.type × Pull.type) → (Pull.type × Pull.type) =
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fanscript.associateRight[Number.type × Pull.type, Number.type, Pull.type] >>> (initialize *** postLoop)
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// min, result, (indexToLoopStart, incrementToLoop) -> end, before
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val orientConditionPrecursors: ((Number.type × Number.type) × (Pull.type × Pull.type)) → (Pull.type × Pull.type) = {
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val flattenAssoc: ((Number.type × Number.type) × (Pull.type × Pull.type)) → (((Number.type × Number.type) × Pull.type) × Pull.type) = fanscript.associateLeft
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val assocInside: (((Number.type × Number.type) × Pull.type) × Pull.type) → ((Number.type × (Number.type × Pull.type)) × Pull.type) = fanscript.lbimap(fanscript.associateRight)
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val swapInside: ((Number.type × (Number.type × Pull.type)) × Pull.type) → ((Number.type × (Pull.type × Number.type)) × Pull.type) = fanscript.lbimap(fanscript.rbimap(fanscript.swap))
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val reassocInside: ((Number.type × (Pull.type × Number.type)) × Pull.type) → (((Number.type × Pull.type) × Number.type) × Pull.type) = fanscript.lbimap(fanscript.associateLeft)
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val orientConditionInputs: ((Number.type × Number.type) × (Pull.type × Pull.type)) → (((Number.type × Pull.type) × Number.type) × Pull.type) =
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fanscript.andThen(fanscript.andThen(fanscript.andThen(flattenAssoc, assocInside), swapInside), reassocInside)
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val swapEnd: (Pull.type × Pull.type) → (Pull.type × Pull.type) = fanscript.swap
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fanscript.dimap(orientConditionInputs, swapEnd)(conditionPrecursors)
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}
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// min, max, start, result, after -> end, before
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val nonNumbers: (Number.type × Number.type × Pull.type × Number.type × Pull.type) → (Pull.type × Pull.type) = {
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val duplicateConditionLeftNumbers: ((Number.type × Number.type) × (Number.type × Pull.type × Pull.type)) → ((Number.type × Number.type) × (Pull.type × Pull.type)) =
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fanscript.second[Number.type × Pull.type × Pull.type, Pull.type × Pull.type, Number.type × Number.type](duplicateCondition)
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// (min, result), (max, start, after) -> end, before
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val aggregate: ((Number.type × Number.type) × (Number.type × Pull.type × Pull.type)) → (Pull.type × Pull.type) =
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fanscript.andThen(duplicateConditionLeftNumbers, orientConditionPrecursors)
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// (max, start, after, (min, result)) -> end, before
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val align: (Number.type × Pull.type × Pull.type × (Number.type × Number.type)) → (Pull.type × Pull.type) =
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fanscript.andThen(fanscript.swap, aggregate)
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// max, start, after, min, result -> end, before
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val assoc: (Number.type × Pull.type × Pull.type × Number.type × Number.type) → (Pull.type × Pull.type) =
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fanscript.andThen(fanscript.associateRight, align)
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// min, max, start, result, after -> max, start, after, min, result
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val realign: ((((Number.type × Number.type) × Pull.type) × Number.type) × Pull.type) → ((((Number.type × Pull.type) × Pull.type) × Number.type) × Number.type) = {
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val one: ((((Number.type × Number.type) × Pull.type) × Number.type) × Pull.type) → (((Number.type × (Number.type × Pull.type)) × Number.type) × Pull.type) =
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fanscript.lbimap(fanscript.lbimap(fanscript.associateRight))
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val two: (((Number.type × (Number.type × Pull.type)) × Number.type) × Pull.type) → ((((Number.type × Pull.type) × Number.type) × Number.type) × Pull.type) =
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fanscript.lbimap(fanscript.lbimap(fanscript.swap))
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val three: ((((Number.type × Pull.type) × Number.type) × Number.type) × Pull.type) → (((Number.type × Pull.type) × Number.type) × (Number.type × Pull.type)) =
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fanscript.associateRight
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val four: (((Number.type × Pull.type) × Number.type) × (Number.type × Pull.type)) → (((Number.type × Pull.type) × Number.type) × (Pull.type × Number.type)) =
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fanscript.rbimap(fanscript.swap)
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val five: (((Number.type × Pull.type) × Number.type) × (Pull.type × Number.type)) → ((((Number.type × Pull.type) × Number.type) × Pull.type) × Number.type) =
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fanscript.associateLeft
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val six: ((((Number.type × Pull.type) × Number.type) × Pull.type) × Number.type) → (((Number.type × Pull.type) × (Number.type × Pull.type)) × Number.type) =
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fanscript.lbimap(fanscript.associateRight)
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val seven: (((Number.type × Pull.type) × (Number.type × Pull.type)) × Number.type) → (((Number.type × Pull.type) × (Pull.type × Number.type)) × Number.type) =
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fanscript.lbimap(fanscript.rbimap(fanscript.swap))
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val eight: (((Number.type × Pull.type) × (Pull.type × Number.type)) × Number.type) → ((((Number.type × Pull.type) × Pull.type) × Number.type) × Number.type) =
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fanscript.lbimap(fanscript.associateLeft)
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fanscript.andThen(
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fanscript.andThen(
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fanscript.andThen(
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fanscript.andThen(
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fanscript.andThen(
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fanscript.andThen(
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fanscript.andThen(
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one,
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two
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),
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three
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),
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four
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),
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five
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),
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six
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),
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seven
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),
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eight
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)
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}
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fanscript.andThen(realign, assoc)
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}
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// end, before -> end, index, sum, before
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val addOutputs: (Pull.type × Pull.type) → (Pull.type × Number.type × Number.type × Pull.type) =
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fanscript.lbimap(fanscript.andThen(
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fanscript.andThen[Pull.type, Pull.type × T.type, Pull.type × Number.type](fanscript.deunitorRight[Pull.type], fanscript.rbimap(getIndex)),
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fanscript.andThen[Pull.type × Number.type, Pull.type × Number.type × T.type, Pull.type × Number.type × Number.type](fanscript.deunitorRight[Pull.type × Number.type], fanscript.rbimap(getSum))
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))
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fanscript.andThen(nonNumbers, addOutputs)
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}
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result
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}
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pprint.pprintln(sum)
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}
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}
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