SS.Manufacturing 1.2.0

export function blankMass(double volume, double density)->double

export function cuttingTime(double travel, double feedRateValue)->double

export function cuttingTool(string name, double diameter, int teeth, double maximumCuttingSpeed, double maximumFeedPerTooth, double lifeSeconds, double replacementCost, string provenance)->CuttingTool

export record CuttingTool(public string name, public double diameter, public int teeth, public double maximumCuttingSpeed, public double maximumFeedPerTooth, public double lifeSeconds, public double replacementCost, public string provenance)

export function cycleCapacity(double availableTime, double cycleTime, double availability)->double

export function feedRate(double spindleRevolutions, double feedPerTooth, int teeth)->double

export function machine(string name, double maximumSpindleSpeed, double maximumFeedRate, double availability, double hourlyRate, string provenance)->ManufacturingMachine

export function machiningCostBreakdown(RoutedPlan route, double setupCost, double energyKilowattHours, double energyCostPerKilowattHour, string currency)->MachiningCostBreakdown

export record MachiningCostBreakdown(public double materialCost, public double toolCost, public double machineCost, public double inspectionCost, public double setupCost, public double energyCost, public double totalCost, public string currency, public bool reconciled)

export record MachiningPlan(public double spindleSpeed, public double feedRate, public double cuttingTime, public double removalRate)

export record ManufacturingMachine(public string name, public double maximumSpindleSpeed, public double maximumFeedRate, public double availability, public double hourlyRate, public string provenance)

export function materialYield(double finishedMass, double inputMass)->double

export function millingPlan(double cuttingSpeed, double diameter, double feedPerTooth, int teeth, double travel, double axialDepth, double radialWidth)->MachiningPlan

export function operation(string name, int machineIndex, int toolIndex, double cuttingSpeed, double feedPerTooth, double travel, double axialDepth, double radialWidth, double setupSeconds, int quantity, double scrapFraction)->ProcessOperation

export record OperationPlan(public string name, public double spindleSpeed, public double feedRate, public double cuttingSecondsPerPart, public double scheduledStart, public double scheduledEnd, public double machineCost, public double toolCost, public int inputQuantity, public double goodQuantity, public bool feasible)

export record PartToleranceAssessment(public ToleranceStack stack, public double worstCaseLower, public double worstCaseUpper, public double rssLower, public double rssUpper, public double lowerSpecification, public double upperSpecification, public double worstCaseMargin, public bool worstCaseConforming, public bool rssConforming)

export function partToleranceStack(double[] nominals, double[] tolerances, double lowerSpecification, double upperSpecification)->PartToleranceAssessment

export function planRoute(ManufacturingMachine[] machines, CuttingTool[] tools, ProcessOperation[] operations, double materialCostPerInputPart, double inspectionCostPerGoodPart)->RoutedPlan

export function processCapability(double mean, double standardDeviation, double lowerSpecification, double upperSpecification, double requiredCpk)->ProcessCapability

export record ProcessCapability(public double cp, public double cpk, public double mean, public double standardDeviation, public double lowerSpecification, public double upperSpecification, public bool capable)

export record ProcessOperation(public string name, public int machine, public int tool, public double cuttingSpeed, public double feedPerTooth, public double travel, public double axialDepth, public double radialWidth, public double setupSeconds, public int quantity, public double scrapFraction)

export function processPlanFeasibility(ManufacturingMachine[] machines, CuttingTool[] tools, ProcessOperation[] operations, string material, string[] supportedMaterials, double requiredTolerance, double processTolerance)->ProcessPlanFeasibility

export record ProcessPlanFeasibility(public bool feasible, public int operationCount, public string material, public double requiredTolerance, public double processTolerance, public string diagnostic)

export function resourceConstrainedRouteSchedule(ManufacturingMachine[] machines, CuttingTool[] tools, ProcessOperation[] operations, double materialCostPerInputPart, double inspectionCostPerGoodPart, double deadlineSeconds)->RouteSchedule

export record RoutedPlan(public OperationPlan[] operations, public double makespanSeconds, public double machineCost, public double toolCost, public double materialCost, public double inspectionCost, public double totalCost, public double goodQuantity, public bool feasible, public string diagnostic)

export record RouteSchedule(public RoutedPlan plan, public double deadlineSeconds, public double slackSeconds, public bool feasible, public string diagnostic)

export function rssTolerance(double[] tolerances)->double

export function spindleSpeed(double cuttingSpeed, double diameter)->double

export function stack(double[] nominals, double[] tolerances)->ToleranceStack

export record ToleranceStack(public double nominal, public double worstCase, public double rootSumSquare)

export function worstCaseTolerance(double[] tolerances)->double