9000 - 9999 fatal messages

ID Message text and information
9001 More than 100000 element groups in model.
9002 LU Decomposition failure.
9003 An element label exceeds 10000, and the model is axisymmetric.
9004 The axisymmetric element <ID> does not lie in the <name> plane.
9005 Interpolation relationships which reference material properties must have a table multipliers equal to 1. Please check interpolation table <ID>.
9006 Error in TMG input file INPF: Insufficient array data in array <ID>.
9007 Error in TMG input file INPF: Inconsistent X values in array <ID>.
9008 Error in TMG input file INPF: Inconsistent Y values in array <ID>.
9009 Error in TMG input file INPF: ARRAYTYPE card must appear before ARRAYDATA Card.
9010 Error encountered during element deletion.
9011 Card 2a KSP parameter= <integer> which is not the space element number.Change it to space element number <integer>.
9012 You have multilayer shells present and you are performing a restart run with old data on file MODLF. This combination is not permitted. You can restart with multilayer shells only with old data on file VUFF.
9013 In material <ID>, <name> was set while <name> is zero. This is not permitted. If one is non-zero, the other must be non-zero as well. If necessary, set it to a small value.
9014 Axisymmetric model with articulation and radiation is not allowed.
9015 Table-dependent specific heat above the phase change temperature was defined for material <ID>. This is not allowed. This functionality can be achieved by specifying a table-dependent specific heat.
9016 Explicit Earth with an axisymmetric model is not supported.
9017 For material <ID> on the element's <name> side in the <name> spectrum the sum of <name> +transparency+specular reflectivity is > 1.0.
9018 One of the fields on a VFMERGE Card must be a group name.
9019 A temperature or heat flux nodal boundary condition was specified in conjunction with a non-zero solar or IR spectrum extinction coefficient in the model. This is not permitted. Please change the boundary condition to another type or set the extinction coefficient value to zero.
9020 A negative TIME value is specified on a Card 6 Request Card - this is not permitted.
9021 A negative PSUN or PIR value is specified on a Card 6 Request Card when the TIME Value is not CONSTANT - this is not permitted.
9022 The front sides of elements associated with material <ID> are specified with null emissivity, while the reverse sides have a finite emissivity value. This is not permitted for axisymmetric models. Please reverse the order of the emissivities and the orientations of the elements.
9023 Free convection thermal couplings are present in the model, but there is no AMBIENT element defined. To create an AMBIENT element, create one or more fluid elements.
9024 <name> is > 1 for <name> property <ID>.
9025 More than 97 stacked elements are specified on element physical property <ID> this is not allowed.
9026 You are specifying the file not in your current directory: <name> with an absolute address, since its name starts with a / (slash) character. This is not permitted on Windows platforms. If a file is in a directory different from your current directory, you must specify its name with a relative address, i.e. relative to your current directory, and its name must then start with the double dot and a slash (../). As an example, if the file TEMPF is in the directory restartdir adjacent to your current directory, you must specify it as ../restartdir/TEMPF.
9027 Improper physical properties are specified for layer <ID> of' the non-homogeneous multilayer elements whose top layer has physical property ID <ID>. The improper physical property ID is <ID>. A layer's physical property must be defined for a shells and may not specify a multilayer element.
9028 Inconsistent units specified on PARAM UNITS Cards.
9029 No files present in restart directory <name>.
9030 File <name> could not be opened with the form=binary option. However, this could not be done, because the file was created with the form=unformatted option.
9031 The Analyzer is being run, a SINDA or ESATAN model is requested, there are solid elements in the model, and the default capacitance redistribution option is ON. This combination is not permitted, since the TMG model is not compatible with the ESATAN or SINDA models, which require that the capacitances of solid elements not be redistributed to the boundary elements. To permit this run to continue, please turn on the Do Not Redistribute Capacitances flag, or do not request the calculation of temperatures.
9032 VARIABLE <name> is not defined with a VARIABLE Card.
9033 The final time is less than start time.
9034 Improper initial temperature value of <value> specified, below absolute zero of <value>.
9035 Negative capacitance value is specified on XCAP Card for element <ID>.
9036 Improper negative Stefan-Boltzmann's Constant is specified.
9037 <name> value is improperly defined to be negative for material <ID>.
9038 At node <ID> duplicate elements <ID> and <ID> are defined, and one of them is a hydraulic element. This is not permitted.
9039 Solar spectrum data file <name> does not exist.
9040 <name> with ID 0 is present in the model. This is not permitted. Please use a non-zero ID.
9041 <name> with ID 0 for element <ID> is present in the model. This is not permitted. Please use a non-zero ID.
9042 The independent variable on table <ID> is WAVELENGTH. However, the run is not a multispectral run. This is not permitted.
9043 Orbit conflict. An orbit calculation point was defined at time <value>. However, on a previous orbit request orbit calculation points were defined at times <value> and <value>. It falls between two previously calculated time points and thus creates a potential conflict. Please make sure that if multiple orbit requests are present, the time points either coincide or the orbits do not overlap.
9044 The axisymmetric node <ID> does not lie in the axisymmetry plane.
9045 The following <integer> element(s) have been included in more than one AXISYMM card. This is not allowed. A complete element list appears in file groups.unv with the group name: <name>.
9046 The model has axisymmetric elements with extinction properties. This is not allowed.
9047 The radiative heating request from source elements belonging to group <name> is neither specified to occur in the solar bands only or in the IR bands only, or referencing a spectral distribution of intensity versus wavelength. This is not allowed.
9048 The radiative heating request from source elements belonging to group <name> references tables in both SOLAR and IR spectra. This is not allowed if PARAMS SPECTRA CARD is not specified.
9049 The radiative heating request from source elements belonging to group <name> uses the Monte Carlo method with the option of direct computation of radiative heat loads (rather than calculating view factors only). This is not supported for multispectral runs.
9050 There are elements appearing in multiple cyclic symmetry cards. For the list of these elements please see groups.unv file. The conflicting BC names are: <name>.
9051 Angle value must be positive or a fraction of 2*Pi.
9052 In solution step input for step <name> the end time value <value> is not greater than the previous step end time <value>.
9053 A single solution step is present and it is of transient type. Either at least one more solution step should be defined or the step type should be changed to steady state.
9054 Multiple solution steps are present with the heater sizing PARAM THERMOSTAT Q_EQUIV option active. This is not supported.
9055 Nodes of Rotational periodic element are too close to the axis.
9056 Inconsistent parameters for free molecular request <ID>.
9057 Two streams <ID> and <ID> are applied to the same edges/surfaces.
9058 Invalid dependent variable type for expression ID <ID>.
9059 Table <ID> has an entry with negative thermal conductivity.
9060 Convective BCs are applied on shared axisymmetric edges. This is not allowed.
9061 In solution step input for step <name>, <name> is not greater than zero.
9062 A single position for solar vector is specified for solar heating space while articulation is present in the model. Please specify a day segment that encompasses the articulation duration.
9063 When PARAM UPDATEOPTICAL is present, all optical properties have to be defined using the "Advanced Thermo-Optical Properties". The optical properties for ID <ID> are not defined properly.
9064 When PARAM UPDATEOPTICAL is present, emissivity and absorptivity have to be less than 0.99 and greater than 0.01. The optical properties for ID <ID> are not defined properly.
9065 Table <ID> has an entry with negative or zero Area or multiplication factor.
9066 Convective BCs are applied on an edge without area. This is not allowed.
9067 <name> BC <name> with ID number of <ID> has a negative HTC of <value>. Please ensure that proper HTC value is used.
9068 Temperature constraint BC <name> with ID number of <ID> uses multiple conflicting ways to specify temperature values.
9069 The Ducts/Streams Junction to 3D Flow simulation object <name> with ID number <ID> is not connected to any Duct and Stream.
9070 The Ducts/Streams Junction to 3D Flow simulation object <name> with ID number <ID> with the Pressure Transfer option is connected to more than one duct and stream. Only one connection is allowed if the pressure is not specified with the Pressure Transfer option.
9071 The Ducts/Streams Junction to 3D Flow simulation object <name> with ID number <ID> is connected to the following stream and duct label IDs that are not defined in the model: <name>.
9072 The Ducts/Streams Junction to 3D Flow simulation object <name> with ID number <ID> with flow direction set to outflow from fluid domain is connected to the following Stream IDs that are not defined in the model with automatically determined inlet temperature: <name>.
9073 Fluid duct elements can only participate in one Total Temperature Effects type of Duct Flow Boundary Conditions simulation object. The following fluid duct elements have been selected in multiple Total Temperature Effects: <name>.
9074 Table number <integer> contains no data. Please verify the boundary condition where the table is used.
9075 The following <integer> multilayer elements have shared nodes where the average of adjacent element normals is zero. This generally comes from conflicting normal orientation between adjacent elements. Please re-orient the elements. A complete element list appears in file groups.unv with the group name: <name>.
9076 The Convection Coupling: <name> has fluid duct elements that are part of a One-Sided or Two-Sided Rotational Total Temperature Effects selection where the Relative Temperature Reference Frame option is used. This configuration is not supported with the Adiabatic Wall Temperature for Heat Transfer Calculation option selected in the mentioned Convection Coupling.
9077 Consider flow rotation for stationary structures is ON for the Convection Coupling: <name>. The latter overlaps a Duct Flow Boundary Condition with a swirl input type set to Relative Temperature Difference.This is not supported.
9078 Enclosure radiation is applied on an edge between two plane stress elements. This is not allowed.
9101 Number of nodes exceeds limits.
9102 Number of elements exceeds limits.
9103 Number of nodes exceeds limits.
9104 External node number <ID> not found for element <ID>. Possible mismatch between PROP Card type and element type.
9105 Unable to sort nodes.
9106 Duplicate node numbe <ID> found.
9107 Unable to sort element definition table.
9108 Unable to sort element option table.
9109 Unable to sort element geometry table.
9110 Definition not found for element <ID>.
9111 Unable to sort existing element list.
9112 Number of material property Cards to be read exceeds limits.
9113 Number of physical property Cards to be read exceeds limits.
9114 Physical property Card out of limits for element <ID>.
9115 Number of boundary elements exceeds limit.
9116 Number of conductances exceeds limit.
9117 Error calculating element conductances.
9118 External node number <ID> not found.
9119 Number of group lists to be read exceeds limits.
9120 Number of element data to be read exceeds limits.
9121 Unable to access binary file.
9122 External element number <ID> not found.
9123 Number of calculation points to be created exceeds limits. Reduce the number of elements in the model or use the element center method.
9124 Internal element number <ID> out of limits.
9125 Internal boundary element number <ID> out of limits.
9126 Error writing conductances to MODLF file.
9127 Error writing data to binary file.
9128 Orthotropic material defined for element <ID> has improper directions.
9129 Expansion of axisymmetric element <ID> not allowed with the element CG method.
9130 Unable to open file INP2F.
9131 Error reading file INP2F.
9132 Internal node number <ID> out of limits.
9143 Unable to write element temperature coefficients for element <ID>.
9144 Duplicate element number <ID> found.
9145 For element <ID> the specified reverse side increment is <ID>. This conflicts with existing element number <ID>.
9146 Cannot use the density and the altitude dependent density heat flux method in the free molecular heating simulation object if an orbit is defined using sun/planet vectors.
9147 4D table <ID> has tables with different independent variables.
9148 4D table <ID> Can not have Element ID as independent variables.
9149 Cannot use length dependent density table <ID> in case of "Velocity and Density" heat flux method used in the free molecular heating simulation object.
9301 Unable to access file tmggeom.dat.
9302 Unable to access file tmg49.dat.
9303 Unable to access file tmgrslt.dat.
9304 Unable to access file TEMPF or GTEMPF.
9310 Unable to sort element definition table.
9311 Unable to sort midside element definition table.
9312 Duplicate element label <ID> found.
9313 Element label <ID> not found when reading boundary element list.
9314 Node or element label <ID> not found when reading node interpolation coefficients.
9315 Element label <ID> not found when reading boundary element data.
9316 Element label <ID> not found when reading boundary element connectivity list.
9317 Element label <ID> not found when reading merge and elimination list.
9318 Element label <ID> not found when reading conductance data.
9319 Unable to sort node temperature interpolation coefficients.
9320 Maximum number of node temperature interpolation coefficients reached.
9321 Maximum number of boundary elements in connectivity list reached.
9322 Maximum number of conductances exceeded.
9323 Maximum number of interpolation Cards exceeded.
9324 Maximum number of interpolation tables exceeded.
9325 Maximum number of interpolation data exceeded.
9326 Maximum number of group list reached.
9330 Element label <ID> not found on INTERP Card.
9331 Element label <ID> not found on RENUME Card.
9332 Node label <ID> not found on RENUMN Card.
9333 Unable to sort interpolation list.
9334 Unable to sort interpolation tables.
9401 For the stream <ID> with the name <nam> the overall normal of the surface selection is parallel with the user specified direction. Specify another direction or subdivide the surface.

NORMAL: <value> <value> <value>.

DIRECTION: <value> <value> <value>.
9402 Number of TSTREAMs created <integer> more than internal limit 9999. Cannot recreate groups to reference all TSTREAMs created.
9403 The overall normal of the surface has too small norm: <value>. Try to subdivide the face on smaller ones NORMAL: <value> <value <value>.
9404 The void region <ID> does not reference any void non-geometric element.
9405 The normal of the element <ID> is parallel to the direction of the radial stream. Specify another direction for radial stream or subdivide the surface.

NORMAL: <value> <value> <value>.

DIRECTION: <value> <value> <value>.
9406 The direction for the stream <ID> is undefined at the point<value> <value> <value>.
9407 Void region <ID> and void region <ID> belonging to thermal void load <ID> have different temperature reference frame types (absolute and relative).
9408 Error processing thermal stream <ID>. Please make sure the plane formed by the stream direction and the stream average normal passing through the stream CG intersects the stream selection.
9409 <string>
9410 Negative massflow of <value> for stream <ID> at time <value> is encountered, while no flow reversal is defined for the stream.
9411 The feature: <name> is not supported for Finite Element Method. Rerun your simulation with Finite Element Method disabled.
9412 The feature: <name> is not supported for conduction only Finite Element Method (PARAM FEMCOND). Rerun your simulation with the full Finite Element Method (PARAM FEM).
9413 The protective layers BC with the name:<name> is applied on plane stress elements. This is not supported. Please change your element types or remove protective layers.
9414 Cannot run Thermal Correlation feature.
9415 GPU View Factors and GPU Ray Tracing do not support axisymmetric, chocking or plane stress elements. Use another non-GPU radiation calculation method (Hemiview, Deterministic or Monte Carlo).
9416 An unexpected connection in the flow network was detected between elements <ID> and <ID> while applying rothalpy effects.
9601 Unable to access TMG database file tmgmodel.dat. Check file access privileges.
9602 Internal TMG error 9602. Error reading from TMG database file tmgmodel.dat.
9603 Error writing to TMG database file tmgmodel.dat. Check available disk space or file access privileges.
9604 Internal TMG error 9604. Error reading from TMG database file tmgmodel.dat.
9605 Internal TMG error 9605. Error writing to TMG database file tmgmodel.dat.
9606 Internal TMG error 9606. Error reading from TMG database file tmgmodel.dat.
9607 Internal TMG error 9607. Error writing to TMG database file tmgmodel.dat.
9608 TMG database file tmgmodel.dat is corrupted. Analysis must be performed from the beginning.
9609 TMG version is inconsistent with TMG database file tmgmodel.dat. Use TMG version <integer> revision <integer> to perform analysis.
9611 Number of nodes in model exceeds limit of <integer>.
9612 Number of elements in model exceeds limit of <integer>.
9613 Number of calculation points in model exceeds limit of <integer>.
9614 Number of mesh cards in model exceeds limit of<integer>.
9615 Number of solar requests in model exceeds limit of <integer>.
9616 Number of articulation definitions in model exceeds limit of <integer>.
9617 Number of spinning cards in model exceeds limit of <integer>.
9618 Number of vector definitions in model exceeds limit of <integer>.
9621 Duplicate articulation definition number <integer> found.
9622 Corresponding solar request missing for spinning definition.
9623 Start time > end time in an articulation parameter card.
9624 Limit of <integer> layers reached for shell element <ID>.
9750 HEMIVIEW works only with true color mode! Please reset your display mode to true color.
9801 LASERIN input for material number <ID> keyword <string> incorrect. Line: <name>.
9802 No refractive index input for material number <ID> found in file LASERIN.
9803 No piezo-optic input for material number <ID> found in file LASERIN.
9804 Error or premature end of file HeatFluxDensity.csv near line <name>.
9805 Error reading line <integer> of HeatFluxDensity.csv.
9806 Error reading X coordinates in file HeatFluxDensity.csv
9807 Error reading Y coordinate in file HeatFluxDensity.csv cell <name>.
9808 Error reading heat flux in file HeatFluxDensity.csv in cell containing <string>.
9809 Error : wrong version of FILES : MODLF or VUFF or tmggeom.dat.
9900 Invalid GPUId. Please check the validity of GPUId in Parallel Configuration File.
9901 Device <ID> is not available or not supported. Please check the validity of GPUId in Parallel Configuration File.
9902 The following <integer> element(s) are not supported in emitter group <ID>.
9903 The following <integer> element(s) are not supported in receiver group <ID>.
9904 Radiation request type <integer> is not supported on GPU.
9905 Radiative heating request type <integer> is not supported on GPU.
9906 Solar heating request type <integer> is not supported on GPU.
9950 Number of FE nodes for partitioning is less than the number of domains. Please enable less than <integer> processes in parallel.
9951 Number of elements for partitioning is less than the number of domains. Please enable less than <integer> processes in parallel.