SpecRulesDataUndefined Report - Intergraph Smart Reference Data - Version 10.1 - Customization & Programming - Hexagon

Intergraph Smart Reference Data Integration (10.1)

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Intergraph Smart Reference Data
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Customization & Programming
Smart Materials/Smart Reference Data Version
10.1

The SpecRulesDataUndefined report checks to see if the following spec rule sheets exist:

Sheet

Description

BendAngles

Checks the allowable pipe bend angle rule data. This is an optional rule.

CapScrewLenCalTolerance

Checks the cap screw length calculation tolerance rule data. This is an optional rule. It is not spec dependent.

CorrosionAllowance

Checks the corrosion allowance rule data.

DefaultChangeOfDirection

Checks the default direction change rule data. Data is only required when the DefaultChangeOfDirectionPerSpec does not have the data for the spec. Otherwise, it is optional.

DefaultChangeOfDirectionPerSpec

Checks the default direction change rule data per spec. Data is only required when independent DefaultChangeOfDirection data does not exist or should be modified. Otherwise, it is optional.

FieldFitLength

Checks the field fit length rule data.

FieldLiningThickness

Checks the field lining thickness rule data. This is an optional rule.

FlaredPipe

Checks the flared pipe rule data. This is an optional rule. It is not spec dependent. Data may also exist in the FlaredPipePerSpec.

FlaredPipePerSpec

Checks the flared pipe rule data per spec. This is an optional rule. Data may also exist in the independent FlaredPipe rule.

InsideSurfaceTreatment

Checks the inside coating rule data. This is an optional rule.

JointQualityFactor

Checks the joint quality factor rule data. This is an optional rule

MachBoltLenCalTolerance

Checks the machine bolt length calculation tolerance rule data. This is an optional rule. It is not spec dependent.

MinimumPipeLengthRule

Checks the minimum pipe length rule data. Data is not spec dependent. Data is only required when the PipeLengthRulePerSpec does not have the data for the spec. Otherwise, it is optional.

MinimumPipeLengthRulePerSpec

Checks the minimum pipe length rule data per spec. Data is only required when independent PipeLengthRule data does not exist or should be modified. Otherwise, it is optional.

PermissibleJacketAndJumperSizes

Checks the permissible nominal piping diameter rule for core, jacket, and jumper. This is an optional rule.

PermissibleJacketSizeExceptions

Checks the permissible nominal piping diameter rule for jacket fittings data exceptions. This is an optional rule.

PermissibleTaps

Checks the permissible taps rule data.

PipeBendRadii

Checks the pipe bend radius multiplier rule data. This is an optional rule. It is applicable if the value of the Pipe Bend Radius Multiplier option equals the numeric equivalent of ‘Pipe bend radius is to be determined by rule’, and the piping commodity filter includes pipe bends. Pipe bends will be recognized on the basis of the value of the Selection Basis property being equal to the numeric equivalent of ‘Pipe bend’ or ‘Pipe bend to be flared’.

PipeBendingElongation

Checks the pipe bending elongation rule data. This is an optional rule. It is not spec dependent. Data may also exist in the PipeBendingElongationPerSpec.

PipeBendingElongationPerSpec

Checks the pipe bending elongation rule data per spec. This is an optional rule. Data may also exist in the independent PipeBendingElongation rule.

PipeBranch

Checks the branch intersection rule data.

PipeBranchForJackets

Checks the branch intersection rule data for jackets. This is an optional rule and is only required when the piping materials class includes jacketed fittings.

PipeNominalDiameters

Checks the permissible nominal diameters rule data.

PortAlignment

Checks the port alignment rule data. This is an optional rule. It is not spec dependent. Data may also exist in the PortAlignmentPerSpec.

PortAlignmentPerSpec

Checks the port alignment rule data per spec. This is an optional rule. Data may also exist in the independent PortAlignment rule.

PreferredCapScrewLength

Checks the preferred cap screw length rule data. This is an optional rule. It is not spec dependent.

PreferredMachBoltLength

Checks the preferred machine bolt length rule data. This is an optional rule. It is not spec dependent.

PreferredStudBoltLength

Checks the preferred stud bolt length rule data. This is an optional rule. It is not spec dependent.

ReinforcingPadData

Checks the reinforcing pad data. This is an optional rule. It is applicable only if reinforcing pads are used in the spec.

ReinforcingWeldData

Checks the reinforcing weld data. This is an optional rule. It is applicable only if reinforcing welds are used in the spec.

Rootgap

Checks the branch root gap rule data. This is an optional rule. It is not spec dependent.

ServiceLimits

Checks the service limits rule data.

ServiceLimitsForJackets

Checks the service limits for jackets and jumpers rule data. This is an optional rule.

SizeReduction

Checks the size reduction rule data. This is an optional rule. It is not spec dependent.

StudBoltLenCalTolerance

Checks the preferred stud bolt length rule data. This is an optional rule. It is not spec dependent.

ThicknessDataRule

Checks the thickness data. This is an optional rule.

WeldClearanceRule

Checks the weld clearance rule data.

WeldGapRule

Checks the weld gap rule data. This is an optional rule.

The verification report steps through every specification selected for export and checks the existence of all those rules. The report validates if the sheet itself exists, but also if the sheet has the data for the specifications exported. Some of the rules are not specification dependent, so they cannot be checked for specification related issues. They can only be checked to see if no data is in such a sheet at all. The verification report will consider job data and destination data. Some rules are optional. If optional rules data is missing, the result reports the issue as a warning. The message text states that the respective rule is optional, and the user can decide whether he can ignore the feedback.

The following is a sample result. Note that in the second row, where the PipeNominalDiameters is checked, the software did not set the problem indicator and the message level is only informational. This is because in our case, the PipeNominalDiameters sheet has data in the destination inventory for the given specification; it's only in the current export run that it has none.

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