EIR - INLETREGIONS

Inlet region #1 has no phases associated with it.

An inlet region definition must include "inletregion_phase" keyword. This error may point to a typographical mistake.

The phase number associated with inlet region #1 is either non-positive or larger than the total number of phases.

The inlet region phase "inletregion_phase" must be positive and no larger than the total number of phases defined in "phases" section.

Inlet region #1 has to be associated with a fluid phase.

The inlet region phase "inletregion_phase" must point to a FLUID phases from the "phases" section.

The phase number requested for inlet region #1 to move with is either non-positive or larger than the total number of phases.

The inlet region motion phase "inletregion_motphs" must be positive and no larger than the total number of phases defined in "phases" section.

The phase requested for inlet region #1 to move with is not a moving wall.

The inlet region motion phase "inletregion_motphs" must point to a MOVINGWALL phase from the "phases" section.

Inlet region #1 has non-positive extension length.

The extension length obtained from either "inletregion_extlen" or "inletregion_extlenodx" must be positive.

Inlet region #1 has no normal vector specified.

An inlet region definition must include the keyword "inletregion_nrm". This error may point to a typographical mistake.

Inlet region #1 has a zero length normal vector.

An inlet region must have a normal vector "inletregion_nrm" of non-zero magnitude.

Inlet region #1 has a normal vector with more than one non-zero element. The normal vector may only point in positive or negative direction of the global coordinate system.

The normal vector of inlet regions of type "INREG_RECTANGULAR", "INREG_CIRCULAR" and "INREG_CUSTOM" must be aligned with global xyz axes. Please use "ARBOR" inlets for arbitrarily oriented inlet regions or change the normal "inletregion_nrm" to match the global xyz axes.

Inlet region #1 has a zero length tangent vector.

An "INREG_RECTANGULAR_ARBOR" or "INREG_CIRCULAR_ARBOR" tangent vector "inletregion_tan" either is not defined or has zero magnitude.

Inlet region #1 has a tangent that is not perpendicular to its normal vector.

The dot product of normal "inletregion_nrm" and tangent "inletregion_tan" vectors of an inlet region with arbitrary orientation is larger than 1.0e-3.

Inlet region #1 has a non-fluid phase number in its "inletregion_stf_phaselist".

All phase numbers in the "inletregion_stf_phaselist" must point to a FLUID phase in the "phases" section.

Inlet region #1 does not include its own phase in the given "inletregion_stf_phaselist".

The phase number in "inletregion_phase" must be included in the "inletregion_stf_phaselist".

The stencil file S1 for inlet region #1 should have 3 or 4 columns.

An inlet region stencil file must have 3 columns for single-phase stencils and 4 columns for multi-phase stencils.

The stencil file S1 for inlet region #1 has 4 columns. The option "inletregion_stf_phaselist" must be provided.

When using 4-column (multi-phase) stencils, it is mandatory to provide "inletregion_stf_phaselist".

Please make sure to have #1 inlet regions using the stencil file S1, one for each phase.

When using 4-column (multi-phase) stencils, there must be a separate inlet region definition for each phase in the "inletregion_stf_phaselist". This error suggests that the number of inlet region definitions sharing the same stencil file is not equal to the number of phases in the "inletregion_stf_phaselist". It is assumed that "inletregion_stf_phaselist" does not contain repeating indices.

Please make sure inlet regions using stencil file S1 have correct definition of their respective phases.

When using 4-column (multi-phase) stencils, there must be a separate inlet region definition for each phase in the "inletregion_stf_phaselist". This error suggests that there are repeating "inletregion_phase" values. It is assumed that "inletregion_stf_phaselist" does not contain repeating indices.

The points in the stencil file provided for inlet region #1 are not planar.

The inlet region stencil must be planar. This solver raises this error when the average distance between inlet region's center and stencil points in the direction of inlet region normal is larger than 0.05dx. This error may point to an issue in exporting the stencil file.

Inlet region #1 has negative radius.

The inlet region radius "inletregion_circle_rad" must be a non-negative number.

The points in the stencil file provided for inlet region #1 are not planar.

The inlet region stencil must be planar. This solver raises this error when the average distance between inlet region's center and stencil points in the direction of inlet region normal is larger than 0.05dx. This error may point to an issue in exporting the stencil file.

Inlet region #1 has negative radius.

The inlet region radius "inletregion_circle_rad" must be a non-negative number.

The stencil file of inlet region #1 has less than two points. Please specify the tangent vector manually using "inletregion_tan" field.

It is not possible to compute a unique tangent vector from a single stencil point. At least two points are required to compute the tangent vector.

Failed to compute tangent vector for inlet region #1. Please specify the tangent vector manually using "inletregion_tan" field.

The solver was not able to compute the tangent vector of the inlet region using the provided stencil points. This error may point to an issue within the stencil file. Specifying "inletregion_tan" in the cfg will circumvent this error message.

The computed tangent vector for inlet region #1 is not perpendicular to the specified normal vector. Please specify the tangent vector manually using "inletregion_tan" field.

The dot product of the solver computed tangent vector of the inlet region with the cfg provided inlet region normal "inletregion_nrm" is greater than 1.0e-3. This may point to an issue with the stencil file or the provided normal vector. Specifying the "inletregion_tan" directly in the cfg will circumvent this error.

The points in the stencil file provided for inlet region #1 are not planar.

The inlet region stencil must be planar. This solver raises this error when the average distance between inlet region's center and stencil points in the direction of inlet region normal is larger than 0.05dx. This error may point to an issue in exporting the stencil file.

Inlet region #1 has at least one negative length.

All inlet region side lengths must be non-negative.

The stencil file of inlet region #1 has less than two points. Please specify the tangent vector manually using "inletregion_tan" field.

It is not possible to compute a unique tangent vector from a single stencil point. At least two points are required to compute the tangent vector.

Failed to compute tangent vector for inlet region #1. Please specify the tangent vector manually using "inletregion_tan" field.

The solver was not able to compute the tangent vector of the inlet region using the provided stencil points. This error may point to an issue within the stencil file. Specifying "inletregion_tan" in the cfg will circumvent this error message.

The computed tangent vector for inlet region #1 is not perpendicular to the specified normal vector. Please specify the tangent vector manually using "inletregion_tan" field.

The dot product of the solver computed tangent vector of the inlet region with the cfg provided inlet region normal "inletregion_nrm" is greater than 1.0e-3. This may point to an issue with the stencil file or the provided normal vector. Specifying the "inletregion_tan" directly in the cfg will circumvent this error.

The points in the stencil file provided for inlet region #1 are not planar.

The inlet region stencil must be planar. This solver raises this error when the average distance between inlet region's center and stencil points in the direction of inlet region normal is larger than 0.05dx. This error may point to an issue in exporting the stencil file.

Inlet region #1 has at least one negative length.

All inlet region side lengths must be non-negative.

Inlet region #1 has a negative state. Please modify the normal to change the state direction.

Inlet region state value "inletregion_sttval" must be a non-negative number. Please modify inlet region normal "inletregion_nrm" direction to change state direction.

Inlet region #1 has a state of type "vfl" or "mfl" with no valid stencil particles. Please specify a valid stencil file for "inletregion_stf_file" or use state type "vel".

Stencil particles must be provided through "inletregion_stf_file" to use volume flowrate (vfl) and mass flowrate (mfl) state options in "inletregion_stttyp" as the solver requires the number of particles in advance. The internally generated stencils are not acceptable in this mode.

Inlet region #1 crosses the domain boundaries in at least one direction.

The inlet region's circular spawn surface is too close to a domain boundary (min/max_domain). Either increase the domain size or move the spawn surface away from the domain boundary.

Inlet region #1 crosses the domain boundaries in at least one direction.

The inlet region's rectangular spawn surface is too close to a domain boundary (min/max_domain). Either increase the domain size or move the spawn surface away from the domain boundary.

Inlet region #1 was not able to walk to a close mesh particle. Please modify the "inletregion_cnt" or disable "inletregion_meshmatch".

The solver has failed to find a point matching the initial Cartesian particle distribution to move the center of the inlet region to. To circumvent this error, disable the "inletregion_meshmatch" option and/or move the "inletregion_cnt" to a point that matches the initial Cartesian mesh more closely. Alternatively, you may use a stencil file.