uf_sf_post_datatypes.html

/*

uf_sf_post_datatypes.h
*File description:
*
* Datatypes for the UF_SF (Scenario User Function ) Post Processor module.
*******************************************************************************/

#ifndef UF_SF_POST_DATATYPES_H_INCLUDED
#define UF_SF_POST_DATATYPES_H_INCLUDED

#include <uf_defs.h>
#include <uf_cfi.h>

/* The following must be the last include file */
#include <libufun_cae_exports.h>

/******************************************************************/

/* Constants for Post Processor */

/*
* UF_SF_POST_NO_RESULT_NUM -This is prompted when there is no result
number

* UF_SF_POST_DESC_SZ - Maximum size of description

* UF_SF_POST_FILE_NM_SZ Maximum size of file name

* UF_SF_POST_LIBRARY_NM_SZ Maximum size of library name

* UF_SF_POST_STATE_NM_SZ Maximum size of state name
*/

#define UF_SF_POST_NO_RESULT_NUM -777
#define UF_SF_POST_DESC_SZ 64
#define UF_SF_POST_FILE_NM_SZ 1024
#define UF_SF_POST_LIBRARY_NM_SZ 9
#define UF_SF_POST_STATE_NM_SZ 16
#define UF_SF_POST_MAX_STRING_LEN 256

#define UF_SF_POST_DSN_NM_NCHARS 64
#define UF_SF_POST_DSN_NM_BUFSIZE NX_BUFSIZE(UF_SF_POST_DSN_NM_NCHARS)

/* */
#define UF_SF_POST_DSN_NM_SZ (UF_SF_POST_DSN_NM_BUFSIZE-1)
/* */

/******************************************************************/

/*****type def's for POST PROCESSOR********/

enum UF_SF_POST_result_file_type_t
{
UF_SF_POST_OUTPUT2 = 0, /*Nastran output file*/
UF_SF_POST_ANSYS = 2, /*Ansys output file*/
UF_SF_POST_FOCUS = 4, /*FOCUS Database file*/
UF_SF_POST_ABAQUS = 5, /*Abaqus results file*/
UF_SF_POST_MODEL_SOL = 6, /*Model Solution results file*/
UF_SF_POST_OUTPUT2_FATIGUE = 7, /* Nastran fatigue file */
UF_SF_POST_ANSYS_FATIGUE = 8, /* Ansys fatigue file */
UF_SF_POST_ABAQUS_FATIGUE = 9, /* Abaqus fatigue file */
UF_SF_POST_FOCUS_FATIGUE = 10, /* Focus fatigue file */
UF_SF_POST_THERMAL_FLOW = 11, /* TMG THERMAL / FLOW file */
UF_SF_POST_LSDYNA_STATE_RESULT = 12 /*LSDyna State result*/
};
typedef UF_SF_POST_result_file_type_t *UF_SF_POST_result_file_type_p_t ;

/* Result parameters */
enum UF_SF_POST_result_type_quan_e
{
UF_SF_POST_DISPLACEMENT, /* Displacement values in the result */
UF_SF_POST_ROTATION, /* Rotational values */
UF_SF_POST_CONTACT_DISP, /* Displacement for contact elements */
UF_SF_POST_VELOCITY, /* Velocity for centrifugal loads */
UF_SF_POST_ACCELERATION, /* Acceleration for centrifugal loads */
UF_SF_POST_STRESS, /* Stress values */
UF_SF_POST_STRAIN, /* Strain values */
UF_SF_POST_STRAIN_E, /* Strain Energy values */
UF_SF_POST_STRAIN_ED, /* Strain Energy density */
UF_SF_POST_STRAIN_EE, /* Strain Energy Error */
UF_SF_POST_STRAIN_PLAST_EQ, /* */
UF_SF_POST_STRAIN_CREEP_EQ, /* */
UF_SF_POST_THICKNESS, /* Thickness value */
UF_SF_POST_TEMPERATURE, /* Temperature value */
UF_SF_POST_TEMP_GRAD, /* Temperature Gradient value */
UF_SF_POST_HEAT_FLUX, /* Heat flux value */
UF_SF_POST_THERMAL_ENERGY, /* Thermal energy value */
UF_SF_POST_REACTION_HEAT_FLOW, /* Reaction heat flow value */
UF_SF_POST_APPLIED_FORCE, /* Applied load */
UF_SF_POST_APPLIED_MOMENT, /* */
UF_SF_POST_REACTION_FORCE, /* Reaction force */
UF_SF_POST_REACTION_MOMENT , /* */
UF_SF_POST_CONTACT_TRACTION , /* */
UF_SF_POST_CONTACT_FORCE , /* */
UF_SF_POST_ELEMENT_FORCE, /* Element force */
UF_SF_POST_ELEMENT_PRESSURE, /* Element Pressure (Contact Elements) */
UF_SF_POST_FATIGUE_LIFE, /* Fatigue life */
UF_SF_POST_FATIGUE_DAMAGE, /* Fatigue damage */
UF_SF_POST_FATIGUE_SAFETY, /* Fatigue safety factor */
UF_SF_POST_STRENGTH_SAFETY, /* Strength safety factor */
UF_SF_POST_ELEMENT_ERROR, /* Element Error */
UF_SF_POST_ELEMENTRESULT, /* */
UF_SF_POST_MAX_TEMPERATURE_TRANSIENT, /* */
UF_SF_POST_MIN_TEMPERATURE_TRANSIENT, /* */
UF_SF_POST_TIME_OF_MAX_TEMPERATURE_TRANSIENT, /* */
UF_SF_POST_TIME_OF_MIN_TEMPERATURE_TRANSIENT, /* */
UF_SF_POST_CONDUCTIVE_FLUX, /* */
UF_SF_POST_TOTAL_HEAT_LOAD, /* */
UF_SF_POST_TOTAL_HEAT_FLUX, /* */
UF_SF_POST_HEAT_RESIDUAL, /* */
UF_SF_POST_FILM_COEF, /* */
UF_SF_POST_VIEW_FACTORS_SUM, /* */
UF_SF_POST_VELOCITIES_ADJUSTED, /* */
UF_SF_POST_PRESSURE_POSITIVE_SIDE, /* */
UF_SF_POST_PRESSURE_NEGATIVE_SIDE, /* */
UF_SF_POST_STATIC_PRESSURE, /* */
UF_SF_POST_TOTAL_PRESSURE, /* */
UF_SF_POST_TURBULENCE_ENERGY, /* */
UF_SF_POST_TURBULENCE_DISSIPATION, /* */
UF_SF_POST_FLUID_DENSITIES, /* */
UF_SF_POST_SHEAR_STRESS_POSITIVE_SIDE, /* */
UF_SF_POST_SHEAR_STRESS_NEGATIVE_SIDE, /* */
UF_SF_POST_ROUGHNESS_POSITIVE_SIDE, /* */
UF_SF_POST_ROUGHNESS_NEGATIVE_SIDE, /* */
UF_SF_POST_YPLUS_POSITIVE_SIDE, /* */
UF_SF_POST_YPLUS_NEGATIVE_SIDE, /* */
UF_SF_POST_MASS_FLUX, /* */
UF_SF_POST_FLUID_TEMPERATURES, /* */
UF_SF_POST_HEAT_FLUX_CONVECTIVE, /* */
UF_SF_POST_CONVECTION_COEF_LOCAL, /* */
UF_SF_POST_CONVECTION_COEF_BULK, /* */
UF_SF_POST_PRESSURE, /* */
UF_SF_POST_VELOCITY_COMPONENT, /* */
UF_SF_POST_MASS_FLOW, /* */
UF_SF_POST_ELEM_HEAT_LOAD, /* */
UF_SF_POST_STRUCTURAL_PERF, /* Structural Performance */
UF_SF_POST_FAIL_INDEX_PLY, /* Ply failure index */
UF_SF_POST_FAIL_INDEX_BOND, /* Bond failure index */

/*
For Response Simulation use, aready had these types
UF_SF_POST_DISPLACEMENT,
UF_SF_POST_VELOCITY,
UF_SF_POST_ACCELERATION,
UF_SF_POST_STRESS,
UF_SF_POST_STRAIN,
UF_SF_POST_STRAIN_E,
UF_SF_POST_STRENGTH_SAFETY */
UF_SF_POST_ELEM_FORCE, /* RS element force */
UF_SF_POST_SHELL_RESULTANT, /* RS shell resultant */

UF_SF_POST_PEAK_DISPL, /* PEAK Response: */
UF_SF_POST_PEAK_ACCEL, /* PEAK Response: */
UF_SF_POST_PEAK_STRES, /* PEAK Response: */
UF_SF_POST_PEAK_EL_FC, /* PEAK Response: */
UF_SF_POST_PEAK_SH_RE, /* PEAK Response: */

UF_SF_POST_RMS_DISPL, /* Root Mean Square: */
UF_SF_POST_RMS_ACCEL, /* Root Mean Square: */
UF_SF_POST_RMS_STRES, /* Root Mean Square: */
UF_SF_POST_RMS_EL_FC, /* Root Mean Square: */
UF_SF_POST_RMS_SH_RE, /* Root Mean Square: */

UF_SF_POST_LCR_DISPL, /* Lever Crossing Rate: */
UF_SF_POST_LCR_ACCEL, /* Lever Crossing Rate: */
UF_SF_POST_LCR_STRES, /* Lever Crossing Rate: */
UF_SF_POST_LCR_EL_FC, /* Lever Crossing Rate: */
UF_SF_POST_LCR_SH_RE, /* Lever Crossing Rate: */
UF_SF_ADAPT_ELEMENT_STRESS_ERROR, /* Element stess error */
UF_SF_ADAPT_NODE_REFINEMENT /* Mesh refinement level */

};
typedef enum UF_SF_POST_result_type_quan_e UF_SF_POST_result_type_quan_t;

/* Results at layers */
enum UF_SF_POST_result_type_lay_e
{
UF_SF_POST_AT_MID, /* Result at mid section */
UF_SF_POST_AT_TOP, /* Result at top section */
UF_SF_POST_AT_BOT, /* Result at bottom section */
UF_SF_POST_AT_MIN, /* Minimum value */
UF_SF_POST_AT_MAX, /* Maximum value */
UF_SF_POST_AT_SRP_C, /* Stress Recovery Point at section-1 */
UF_SF_POST_AT_SRP_D, /* Stress Recovery Point at section-2 */
UF_SF_POST_AT_SRP_E, /* Stress Recovery Point at section-3 */
UF_SF_POST_AT_SRP_F, /* Stress Recovery Point at section-4 */
UF_SF_POST_AT_ALL /* Result at all sections/plies */
};
typedef enum UF_SF_POST_result_type_lay_e UF_SF_POST_result_type_lay_t;

/* Results at locations */
enum UF_SF_POST_result_type_loc_e
{
UF_SF_POST_AT_NODES, /* Nodal results */
UF_SF_POST_AT_ELEMS, /* Element results */
UF_SF_POST_AT_ELNDS /* Element Nodal results */
};
typedef enum UF_SF_POST_result_type_loc_e UF_SF_POST_result_type_loc_t;

struct UF_SF_POST_result_type_s
{
UF_SF_POST_result_type_quan_t quan;
UF_SF_POST_result_type_lay_t lay;
UF_SF_POST_result_type_loc_t loc;
};
typedef struct UF_SF_POST_result_type_s UF_SF_POST_result_type_t, *UF_SF_POST_result_type_p_t;

/* Stress Components */
enum UF_SF_POST_result_comp_e
{
UF_SF_POST_COMP_SCALAR, /* Scalar value of the result */
UF_SF_POST_COMP_X, /* X-component result */
UF_SF_POST_COMP_Y, /* Y-component result */
UF_SF_POST_COMP_Z, /* Z-component result */
UF_SF_POST_COMP_MAG, /* Magnitude */
UF_SF_POST_COMP_XX, /* XX-component */
UF_SF_POST_COMP_YY, /* YY-component */
UF_SF_POST_COMP_ZZ, /* ZZ-component */
UF_SF_POST_COMP_XY, /* XY-component */
UF_SF_POST_COMP_YZ, /* YZ-component */
UF_SF_POST_COMP_ZX, /* ZX-component */
UF_SF_POST_COMP_DETERMINANT, /* Determinant values */
UF_SF_POST_COMP_MEAN, /* Mean stress values */
UF_SF_POST_COMP_MAX_SHEAR, /* Maximum shear values */
UF_SF_POST_COMP_MIN_PRNCPL, /* Minimum Principal stress */
UF_SF_POST_COMP_MID_PRNCPL, /* Mid Principal stress */
UF_SF_POST_COMP_MAX_PRNCPL, /* Maximum Principal stress */
UF_SF_POST_COMP_OCTAHEDRAL, /* Octahedral values */
UF_SF_POST_COMP_VON_MISES, /* Von-mises stresses */
UF_SF_POST_COMP_MEMBRANE_XX, /* */
UF_SF_POST_COMP_MEMBRANE_YY, /* */
UF_SF_POST_COMP_MEMBRANE_XY, /* */
UF_SF_POST_COMP_BENDING_XX, /* */
UF_SF_POST_COMP_BENDING_YY, /* */
UF_SF_POST_COMP_BENDING_XY, /* */
UF_SF_POST_COMP_SHEAR_YZ, /* */
UF_SF_POST_COMP_SHEAR_XZ, /* */
UF_SF_POST_COMP_AXIAL, /* */
UF_SF_POST_COMP_BENDING_S, /* */
UF_SF_POST_COMP_BENDING_T, /* */
UF_SF_POST_COMP_TORSION, /* */
UF_SF_POST_COMP_SHEAR_S, /* */
UF_SF_POST_COMP_SHEAR_T, /* */

/* Kirby insert
For Response Simulation use */
UF_SF_POST_COMP_RX, /* */
UF_SF_POST_COMP_RY, /* */
UF_SF_POST_COMP_RZ, /* */

/* Element force */
UF_SF_POST_COMP_EF_FX, /* */
UF_SF_POST_COMP_EF_FY, /* */
UF_SF_POST_COMP_EF_FZ, /* */
UF_SF_POST_COMP_EF_MX, /* */
UF_SF_POST_COMP_EF_MY, /* */
UF_SF_POST_COMP_EF_MZ, /* */

/* Element strain energy */
UF_SF_POST_COMP_STRAIN_E, /* */

/* Shell Resultant */
UF_SF_POST_COMP_SH_RE_FXX, /*UF_SF_POST_COMP_MEMBRANE_XX */
UF_SF_POST_COMP_SH_RE_FYY, /*UF_SF_POST_COMP_MEMBRANE_YY */
UF_SF_POST_COMP_SH_RE_FXY, /*UF_SF_POST_COMP_MEMBRANE_XY */
UF_SF_POST_COMP_SH_RE_MX, /*UF_SF_POST_COMP_BENDING_XX */
UF_SF_POST_COMP_SH_RE_MY, /*UF_SF_POST_COMP_BENDING_YY */
UF_SF_POST_COMP_SH_RE_MXY, /*UF_SF_POST_COMP_BENDING_XY */
UF_SF_POST_COMP_SH_RE_VX, /*UF_SF_POST_COMP_SHEAR_YZ */
UF_SF_POST_COMP_SH_RE_VY, /*UF_SF_POST_COMP_SHEAR_XZ */

UF_SF_POST_COMP_STRENGTH /* Strength Resultant */

/* Kirby insert end */

};
typedef enum UF_SF_POST_result_comp_e UF_SF_POST_result_comp_t, *UF_SF_POST_result_comp_p_t;

enum UF_SF_POST_object_type_t
{
UF_SF_POST_NODE,
UF_SF_POST_ELEM
};
typedef UF_SF_POST_object_type_t *UF_SF_POST_object_type_p_t;

enum UF_SF_POST_id_type_t
{
UF_SF_POST_USERID,
UF_SF_POST_VKIID
};
typedef UF_SF_POST_id_type_t *UF_SF_POST_id_type_p_t;

enum UF_SF_POST_minmax_t
{
UF_SF_POST_MINIMUM,
UF_SF_POST_MAXIMUM
};
typedef UF_SF_POST_minmax_t *UF_SF_POST_minmax_p_t;

/* Co-ordinate systems */
enum UF_SF_POST_coord_sys_type_e
{
UF_SF_POST_ABS_RECTANGULAR, /* Absolute rectangular co-ord system */
UF_SF_POST_ABS_CYLINDRICAL, /* Cylindrical co-ordinate system */
UF_SF_POST_ABS_SPHERICAL, /* Absolute Spherical co-ord system */
UF_SF_POST_WRK_RECTANGULAR, /* WCS rectangular co-ord system */
UF_SF_POST_WRK_CYLINDRICAL, /* WCS Cylindrical co-ord system */
UF_SF_POST_WRK_SPHERICAL, /* WCS Spherical co-ord system */
UF_SF_POST_LOCAL /* Local co-ordinate system */
};
typedef enum UF_SF_POST_coord_sys_type_e UF_SF_POST_coord_sys_type_t, *UF_SF_POST_coord_sys_type_p_t;

/* Fringe Style Components */
enum UF_SF_POST_fringe_style_e
{
UF_SF_POST_FRINGE_NONE, /* No Style */
UF_SF_POST_FRINGE_CONTOUR_LINES, /* Contour lines display format */
UF_SF_POST_FRINGE_ISOSURFACES, /* Isosurface display format */
UF_SF_POST_FRINGE_CONTOUR_BANDS, /* Contour band display format */
UF_SF_POST_FRINGE_SMOOTH_TONE, /* Smooth tone display format */
UF_SF_POST_FRINGE_ELEM_VALUES, /* Element value display format */
UF_SF_POST_FRINGE_ARROW, /* */
UF_SF_POST_FRINGE_CUBE, /* */
UF_SF_POST_FRINGE_SPHERE, /* */
UF_SF_POST_FRINGE_TENSOR /* */
};
typedef enum UF_SF_POST_fringe_style_e UF_SF_POST_fringe_style_t, *UF_SF_POST_fringe_style_t_p;

/* Fringe Color Spectrum Components */
enum UF_SF_POST_fringe_color_spec_e
{
UF_SF_POST_FRINGE_COLOR_STRUCT, /* Structural scale color display */
UF_SF_POST_FRINGE_COLOR_TEMP, /* Temperature scale color display */
UF_SF_POST_FRINGE_COLOR_GRAY, /* Grey scale color display */
UF_SF_POST_FRINGE_COLOR_SAFETY_FACTOR /* */
};
typedef enum UF_SF_POST_fringe_color_spec_e UF_SF_POST_fringe_color_spec_t, *UF_SF_POST_fringe_color_spec_t_p;

/* Fringe Scale Spectrum Components */
enum UF_SF_POST_fringe_scale_spec_e
{
UF_SF_POST_FRINGE_SCALE_AUTOMATIC, /* Automatic query for linear scale or log scale */
UF_SF_POST_FRINGE_SCALE_LINEAR, /* Linear scale spectrum */
UF_SF_POST_FRINGE_SCALE_LOG /* Log scale spectrum */
};
typedef enum UF_SF_POST_fringe_scale_spec_e UF_SF_POST_fringe_scale_spec_t, *UF_SF_POST_fringe_scale_spec_t_p;

/* Fringe Legend Components */
enum UF_SF_POST_fringe_legend_opt_e
{
UF_SF_POST_FRINGE_LEGEND_NONE, /* No Legend color bar */
UF_SF_POST_FRINGE_LEGEND_COLOR, /* Legend color bar with color index only */
UF_SF_POST_FRINGE_LEGEND_DETAILED /* Legend color bar with color index and detailed specification */
};
typedef enum UF_SF_POST_fringe_legend_opt_e UF_SF_POST_fringe_legend_opt_t, *UF_SF_POST_fringe_legend_opt_t_p;

enum UF_SF_POST_res_type_dimension_t
{
UF_SF_POST_RES_TYPE_SCALAR = 0,
UF_SF_POST_RES_TYPE_VECTOR,
UF_SF_POST_RES_TYPE_TENSOR,
UF_SF_POST_TYPE_SIX_DOF_VECTOR,
UF_SF_POST_TYPE_ELEMENTRESULT,
UF_SF_POST_TYPE_GENERALTENSOR
};
typedef UF_SF_POST_res_type_dimension_t *UF_SF_POST_res_type_dimension_t_p;

/* Element Edge Display Styles */
enum UF_SF_POST_elem_edge_style_e
{
UF_SF_POST_ELEM_EDGE_NONE, /* No element edges are displayed */
UF_SF_POST_ELEM_EDGE_FREE, /* Only free element edges are displayed */
UF_SF_POST_ELEM_EDGE_EXTERNAL, /* All external element edges are displayed */
UF_SF_POST_ELEM_EDGE_WIRE /* Element edges are displayed as wireframe */
};
typedef enum UF_SF_POST_elem_edge_style_e UF_SF_POST_elem_edge_style_t, *UF_SF_POST_elem_edge_style_t_p;

/* Element Face Display Styles */
enum UF_SF_POST_elem_face_style_e
{
UF_SF_POST_ELEM_FACE_NONE, /* Element faces are not displayed */
UF_SF_POST_ELEM_FACE_FILLED, /* Faces displayed in a fill color */
UF_SF_POST_ELEM_FACE_FILLED_TRANS, /* Translucency applied over fill color */
UF_SF_POST_ELEM_FACE_AUTO /* Automatic style selection enabled */
};
typedef enum UF_SF_POST_elem_face_style_e UF_SF_POST_elem_face_style_t, *UF_SF_POST_elem_face_style_t_p;

/* Element Display Styles
NOTE : This choice does NOT seem to be exposed via UI at present */
enum UF_SF_POST_elem_display_e
{
UF_SF_POST_ELEM_DISP_ALL= 0, /* All elements are displayed */
UF_SF_POST_ELEM_DISP_FOLLOW_SCENARIO, /* Use Scenario settings */
UF_SF_POST_ELEM_DISP_1D, /* Display 1D elements only */
UF_SF_POST_ELEM_DISP_2D, /* Display 2D elements only */
UF_SF_POST_ELEM_DISP_3D /* Display 3D elements only */
};
typedef enum UF_SF_POST_elem_display_e UF_SF_POST_elem_display_t, *UF_SF_POST_elem_display_t_p;

/* Display Marker Styles */
enum UF_SF_POST_display_marker_e
{
UF_SF_POST_DISPLAY_MARKER_MIN_MAX = 0, /* Display both Max and Min markers */
UF_SF_POST_DISPLAY_MARKER_MAXIMUM, /* Display only the Max marker */
UF_SF_POST_DISPLAY_MARKER_MINIMUM, /* Display only the Min marker */
UF_SF_POST_DISPLAY_MARKER_NONE /* Do not display any markers */
};
typedef enum UF_SF_POST_display_marker_e UF_SF_POST_display_marker_t, *UF_SF_POST_display_marker_t_p;

/* Choice of colors for element edge/face display */
enum UF_SF_POST_hue_colors_e
{
UF_SF_POST_BLACK,
UF_SF_POST_MAGENTA_RED,
UF_SF_POST_MAGENTA,
UF_SF_POST_BLUE_MAGENTA,
UF_SF_POST_BLUE,
UF_SF_POST_CYAN_BLUE,
UF_SF_POST_CYAN,
UF_SF_POST_GREEN_CYAN,
UF_SF_POST_GREEN,
UF_SF_POST_YELLOW_GREEN,
UF_SF_POST_YELLOW,
UF_SF_POST_ORANGE,
UF_SF_POST_RED,
UF_SF_POST_DARK_GRAY,
UF_SF_POST_LIGHT_GRAY,
UF_SF_POST_WHITE
};
typedef enum UF_SF_POST_hue_colors_e UF_SF_POST_hue_colors_t, *UF_SF_POST_hue_colors_t_p;

enum UF_SF_POST_elem_value_e
{
UF_SF_POST_ELEM_VALUE_CENT = 0,
UF_SF_POST_ELEM_VALUE_AVE,
UF_SF_POST_ELEM_VALUE_MIN,
UF_SF_POST_ELEM_VALUE_MAX
};
typedef enum UF_SF_POST_elem_value_e UF_SF_POST_elem_value_t, *UF_SF_POST_elem_value_t_p;

struct UF_SF_POST_mark_vec_comp_s
{
int x_sw;
int y_sw;
int z_sw;
int mag_sw;
};
typedef struct UF_SF_POST_mark_vec_comp_s UF_SF_POST_mark_vec_comp_t, *UF_SF_POST_mark_vec_comp_t_p;

/*****************************************************************************
Structure defining the parameters of a results request.
******************************************************************************/
struct UF_SF_POST_result_parms_s
{
int abs_sw;
int avg_sw;
int lcase;
int iter;
double scale;
UF_SF_POST_coord_sys_type_t coords;
UF_SF_POST_result_type_t res_type;
UF_SF_POST_result_comp_t comp;
tag_t units_tag;
UF_SF_POST_mark_vec_comp_t vcomp;
int tensor_cube_sw;
UF_SF_POST_elem_value_t elem_value;
int eval_sw;
};
typedef struct UF_SF_POST_result_parms_s UF_SF_POST_result_parms_t, *UF_SF_POST_result_parms_t_p;

struct UF_SF_post_clipping_data_s
{
int clip_tgl_data;
int ghost_tgl_data;
int outline_tgl_data;
int auto_update_tgl_data;
int plane_type_data;
int clip_side_data;
double clip_value_data;
int clip_scale_data;
double clip_scale_curr_min;
double clip_scale_curr_max;
double scale_min;
double scale_max;
};
typedef struct UF_SF_post_clipping_data_s UF_SF_post_clipping_data_t, *UF_SF_post_clipping_data_t_p;

struct UF_SF_post_deform_result_s
{
int loadcase;
int iteration;
UF_SF_POST_result_type_t res_type;
int scaling_choice;
int undef_toggle;
double scaling_value;

};
typedef struct UF_SF_post_deform_result_s UF_SF_post_deform_result_t, *UF_SF_post_deform_result_t_p;

enum UF_SF_clip_plane_t
{
UF_SF_CLIP_ABS_XY,
UF_SF_CLIP_ABS_YZ,
UF_SF_CLIP_ABS_ZX,
UF_SF_CLIP_WCS_XY,
UF_SF_CLIP_WCS_YZ,
UF_SF_CLIP_WCS_ZX,
UF_SF_CLIP_WCS_CYL_RT,
UF_SF_CLIP_WCS_CYL_TZ,
UF_SF_CLIP_WCS_SPH_TP
};
typedef UF_SF_clip_plane_t *UF_SF_clip_plane_t_p;

enum UF_SF_clip_side_t
{
UF_SF_CLIP_POSITIVE,
UF_SF_CLIP_NEGATIVE,
UF_SF_CLIP_BOTH
};
typedef UF_SF_clip_side_t *UF_SF_clip_side_t_p;

enum UF_SF_POST_file_type_e
{
UF_SF_POST_FILE_NONE,
UF_SF_POST_FILE_ASCII,
UF_SF_POST_FILE_BINARY,
UF_SF_POST_FILE_VRML,
UF_SF_POST_FILE_JT
};
typedef enum UF_SF_POST_file_type_e UF_SF_POST_file_type_t;
typedef UF_SF_POST_file_type_t *UF_SF_POST_file_type_t_p;

/*****************************************************************************
Structure defining the parameters of a fringe request.
******************************************************************************/
struct UF_SF_POST_fringe_s
{
UF_SF_POST_fringe_style_t style; /* Selected fringe style. */
UF_SF_POST_fringe_color_spec_t spec; /* Selected fringe color spec. */
UF_SF_POST_fringe_scale_spec_t fringe_scale; /* Scale method option
Auto/Linear/Log Scales */
logical whole_sw; /* TRUE - calculate fringe
thresholds using whole
model, otherwise use only
the displayed model */
double threshold_max; /* Maximum color index value */
double threshold_min; /* Minimum color index value */
int colors_used; /* number of colors used */
logical trans_sw; /* Fringe translucency switch */
UF_SF_POST_fringe_legend_opt_t legend; /* Selected fringe legend style
structures items are */
logical thresh_sw;
};
typedef struct UF_SF_POST_fringe_s UF_SF_POST_fringe_t, *UF_SF_POST_fringe_t_p;

enum UF_SF_POST_ident_action_e
{
UF_SF_POST_IDENT_NODES,
UF_SF_POST_IDENT_ELEMS,
UF_SF_POST_IDENT_ELEM_NODES,
UF_SF_POST_IDENT_MESH_NODES,
UF_SF_POST_IDENT_MESH_ELEMS,
UF_SF_POST_IDENT_MESH_ELEMS_1D,
UF_SF_POST_IDENT_MESH_ELEMS_2D,
UF_SF_POST_IDENT_MESH_ELEMS_3D,
UF_SF_POST_IDENT_EDGE_NODES,
UF_SF_POST_IDENT_FACE_NODES,
UF_SF_POST_IDENT_BODY_NODES,
UF_SF_POST_IDENT_N_HIGH_NODES,
UF_SF_POST_IDENT_N_LOW_NODES,
UF_SF_POST_IDENT_N_HIGH_ELEMS,
UF_SF_POST_IDENT_N_LOW_ELEMS,
UF_SF_POST_IDENT_NODE_IDS,
UF_SF_POST_IDENT_ELEM_IDS,
UF_SF_POST_IDENT_NODE_BY_ELEM_IDS,
UF_SF_POST_IDENT_1D_ELMS
};
typedef enum UF_SF_POST_ident_action_e UF_SF_POST_ident_action_t, *UF_SF_POST_ident_action_t_p;

/* Soma start */

enum UF_SF_POST_layout_type_t
{
UF_SF_SINGLE_VIEW = 1,
UF_SF_SIDE_BY_SIDE,
UF_SF_TOP_BOTTOM,
UF_SF_THREE_VIEWS,
UF_SF_FOUR_VIEWS,
UF_SF_SIX_VIEWS,
UF_SF_NINE_VIEWS
};
typedef UF_SF_POST_layout_type_t *UF_SF_POST_layout_type_t_p;

/* Soma end */

struct UF_SF_POST_ident_parms_s
{
UF_SF_POST_ident_action_t action;
int number;
char *id_string;
logical List_all_Comp_sw;
};
typedef struct UF_SF_POST_ident_parms_s UF_SF_POST_ident_parms_t, *UF_SF_POST_ident_parms_t_p;

/*****************************************************************************
Structure defining the parameters for deformed model scaling
******************************************************************************/
struct UF_SF_POST_def_s
{
char dsn[UF_SF_POST_DSN_NM_BUFSIZE]; /* FOCUS result dataset name */
logical rel_sw; /* Show relative deformations */
double rel_percentage; /* relative def model percent */
double true_multiplier; /* true deformation scaling */
};
typedef struct UF_SF_POST_def_s UF_SF_POST_def_t, *UF_SF_POST_def_t_p;

/*****************************************************************************
Structure defining the parameters to display an undeformed model
******************************************************************************/
struct UF_SF_POST_undef_disp_s
{
UF_SF_POST_elem_edge_style_t edge_style; /* Element edge rendering */
UF_SF_POST_hue_colors_t edge_color; /* Element edge color */
UF_SF_POST_elem_face_style_t face_style; /* Element face rendering */
UF_SF_POST_hue_colors_t face_color; /* Element edge color */
};
typedef struct UF_SF_POST_undef_disp_s UF_SF_POST_undef_disp_t, *UF_SF_POST_undef_disp_t_p;

/*****************************************************************************
Structure defining the parameters to display a deformed model
******************************************************************************/
struct UF_SF_POST_def_disp_s
{
UF_SF_POST_elem_edge_style_t edge_style; /* Element edge rendering */
UF_SF_POST_hue_colors_t edge_color; /* Element edge color */
UF_SF_POST_elem_face_style_t face_style; /* Element face rendering */
UF_SF_POST_hue_colors_t face_color; /* Element edge color */
UF_SF_POST_elem_display_t elem_disp; /* Element display */
UF_SF_POST_display_marker_t display_marker; /* Marker display */
logical def_sw; /* whether to display as def */
logical undef_sw; /* whether to display undef fem*/
int num_vgrid; /* number of vgrid in p model */
UF_SF_POST_undef_disp_t undef_data; /* undeformed data structure */

/* NOTE : The following members are NOT used during UFT testing. They are
* here as placeholders to maintain parallelism with SFPPM_fem_disp_t_p
*/
logical mesh_disp_flag;
int mesh_group_count;
int *mesh_count; /* */
tag_t **mesh_tags; /* */
int **mesh_disp; /* */
int **mesh_post_id; /* int **mesh_geom_in_sync; /* };
typedef struct UF_SF_POST_def_disp_s UF_SF_POST_def_disp_t, *UF_SF_POST_def_disp_t_p;

/************ target **************/

enum UF_SF_POST_target_t
{
UF_SF_POST_TARGET_FREEFACE = 0,
UF_SF_POST_TARGET_VOLUME,
UF_SF_POST_TARGET_CUTTINGPLANE
};
typedef UF_SF_POST_target_t *UF_SF_POST_target_t_p;

struct UF_SF_POST_template_data_s
{
int post_view_id;
char filename_text_data[ MAX_FSPEC_BUFSIZE ];
int icon_toggle;
char name_text_data[ UF_CFI_MAX_FILE_NAME_BUFSIZE ];
int is_default;
};
typedef struct UF_SF_POST_template_data_s UF_SF_POST_template_data_t, *UF_SF_POST_template_data_t_p;

enum UF_SF_POST_template_type_t
{
UF_SF_POST_UNKNOWN_TEMPLATE_TYPE = -1,
UF_SF_POST_TEMPLATE_TYPE_LAYOUT,
UF_SF_POST_TEMPLATE_TYPE_POSTVIEW
};
typedef UF_SF_POST_template_type_t *UF_SF_POST_template_type_t_p;

enum UF_SF_POST_mark_arrow_style_t
{
UF_SF_POST_MARK_ARROW_STYLE_LINE,
UF_SF_POST_MARK_ARROW_STYLE_UMBRELLA,
UF_SF_POST_MARK_ARROW_STYLE_CYLINDER
};

enum UF_SF_POST_mark_tensor_style_t
{
UF_SF_POST_MARK_TENSOR_STYLE_ARROWS,
UF_SF_POST_MARK_TENSOR_STYLE_CROWSFEET,
UF_SF_POST_MARK_TENSOR_STYLE_BOX
};

enum UF_SF_POST_mark_color_type_t
{
UF_SF_POST_MARK_COLOR_RESULT,
UF_SF_POST_MARK_COLOR_ANNOTEXT,
UF_SF_POST_MARK_COLOR_SELECTED
};

enum UF_SF_POST_mark_size_type_t
{
UF_SF_POST_MARK_SIZE_RESULT,
UF_SF_POST_MARK_SIZE_CONSTANT
};

enum UF_SF_POST_mark_size_valtype_t
{
UF_SF_POST_MARK_SIZE_MODELPERCENT,
UF_SF_POST_MARK_SIZE_VALUE
};

enum UF_SF_POST_mark_loc_type_t
{
UF_SF_POST_MARK_AT_NODES,
UF_SF_POST_MARK_AT_ELEMCENTROID
};

enum UF_SF_POST_mark_hide_valtype_t
{
UF_SF_POST_MARK_HIDE_RESULTPERCENT,
UF_SF_POST_MARK_HIDE_VALUE
};

#undef EXPORTLIBRARY

#endif