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Script/API Functions And Classes

Computation

void SetComputationFileName( int file_type, string file_name ) Set the file name for the results of a computation described by the file_type enum.
string ComputeMassProps( int set, int num_slices ) Compute the mass properties of the geometry in the set. Num_slices dictates accuracy. Return the geom_id of the resulting mesh.
string ComputeCompGeom( int set, bool half_mesh, int file_type ) Compute the wetted area/volume of the geometry in the set.
string ComputePlaneSlice( int set, int num_slices, vec3d norm, bool auto_bnd, double start_bnd = 0, double end_bnd = 0 ) Slice the geometry in the set. Define the orientation of the plane with norm. Set the start and end slices manually or set auto_bnd = TRUE.
string ComputeAwaveSlice( int set, int num_slices, int num_rots, double ang_control, bool comp_ang, vec3d norm, bool auto_bnd, double start_bnd = 0, double end_bnd = 0) Slice the geometry in the set using cones.
void ComputeDegenGeom( int set, int file_type ) Compute degenerate geometry from the components in the set and export to the specfied file type.
void ComputeCFDMesh( int set, int file_type ) Compute the CFD mesh from the geometry in the set and export and export to the specfied file type.
void SetCFDMeshVal( int type, double val ) Set the values required to control meshing (tri sizes, far fields, wakes, etc)
void SetCFDWakeFlag( string geom_id, bool flag ) Turn wake on/off for given geometry
void DeleteAllCFDSources() Delete all mesh size sources.
void AddDefaultSources() Add default sources for all geometry.
void AddCFDSource( int type, const string & geom_id, int surf_index, double l1, double r1, double u1, double w1, double l2 = 0, double r2 = 0, double u2 = 0, double w2 = 0 )
Add a CFD mesh source of specified type to geom. l1 = length of tri, r1 = radius of source, u1 and w1 are parametric coordinates.

ErrorObj Class

ErrorObj Class containing information about an error event.
int ErrorObj::GetErrorCode() Return the error code from this error object.
string ErrorObj::GetErrorString() Return the error string from this error object.

Error Functions

bool GetErrorLastCallFlag() Return true if last call resulted in an error.
int GetNumTotalErrors() Return the number of errors on the stack.
ErrorObj PopLastError() Return and remove the last error object on the stack.
ErrorObj GetLastError() Return but do not remove the last error object on the stack.
VSPExit( int error_code ) Exits program with provided error code

File I/O Functions

string GetVSPFileName()
void ReadVSPFile( string file_name ) Read a vsp geometry file. Clear old geometry first.
void WriteVSPFile( string file_name, int set ) Write geometry in set to file.
void InsertVSPFile( string file_name, string parent_id ) Read a vsp geometry file and insert it as a child of parent geometry.
void ExportFile( string file_name, int set, int export_type ) Export the geometry components in the set to a file.
string ImportFile( string file_name, int import_type, string parent ) Import a file and insert it as a child of parent.

Geom

array<string>@ GetGeomTypes() Get a vector of available geometry type strings.
string AddGeom( string geom_type, string parent = string() ) Add a geometry component to the vehicle. Add as a child of parent (if defined).
void CutGeomToClipboard(string geom_id) Remove the geometry component and place in clipboard.
void CopyGeomToClipboard(const string & in geom_id) Copy the geometry component to the clipboard.
void PasteGeomClipboard( string parent_id = string() ) Copy the components in the clipboard to the vehicle. Add as a child of parent (if defined).
array<string>@ FindGeoms() Return a vector of string containing all geom ids in vehicle.
array<string>@ FindGeomsWithName(string name) Returns a vector of geom id with the input name.
void SetGeomName( string geom_id, string name ) Set the geom name.
string GetGeomName( string geom_id ) Return the name of the geom.
array<string>@ GetGeomParmIDs(string geom_id ) Get a vector of all parm ids for this geom.
string GetParm(string geom_id, string name, string group ) Returns the parm id.
int GetNumXSecSurfs( string geom_id ) Return the number of cross-section surf for this geom.
int GetNumMainSurfs( string geom_id ) Return the number of VspSurfs for this geom.
string AddSubSurf( string geom_id, int set ) Add a sub surface to the geometry. A string ID is returned which can be used with FindParm to edit the sub surface.
void DeleteSubSurf( string geom_id, string subsurf_id ) Delete sub surface given geom ID and sub surface ID.
void CutXSec( string geom_id, int index ) Cut cross section (or wing section depending on geometry type).
void CopyXSec( string geom_id, int index ) Copy cross section to clipboard.
void PasteXSec( string geom_id, int index ) Paste cross section from clipboard to xsec at index.
void InsertXSec( strin geom_id, int index, int type ) Insert xsec of provided type after index.

Wing Section Functions

void SetDriverGroup(const string&in, int, int, int, int)

Container Functions

array<string>@ FindContainers()
array<string>@ FindContainersWithName(const string&in)
string FindContainer(const string&in, int)
string GetContainerName(const string&in)
array<string>@ FindContainerGroupNames(const string&in)
array<string>@ FindContainerParmIDs(const string&in)

Matrix4d Class

Matrix4d Double 4×4 matrix class.
Matrix4d::Matrix4d() Default constructor, loads identity matrix.
void Matrix4d::loadIdentity() Loads identity matrix.
void Matrix4d::translatef( double x, double y, double z) Sets translation and pre-multiply current matrix.
void Matrix4d::rotateX( double) Sets rotation about x-axis and pre-multiply current matrix.
void Matrix4d::rotateY( double) Sets rotation about y-axis and pre-multiply current matrix.
void Matrix4d::rotateZ( double) Sets rotation about z-axis and pre-multiply current matrix.
void Matrix4d::scale( double) Sets scale and pre-multiply current matrix.
vec3d Matrix4d::xform( vec3d ) Tranform vector and return result.
vec3d Matrix4d::getAngles() Return the current angle about each axis.
void Matrix4d::loadXZRef() Set identity matrix and reflection about XZ plane.
void Matrix4d::loadXYRef() Set identity matrix and reflection about XY plane.
void Matrix4d::loadYZRef() Set identity matrix and reflection about YZ plane.
void Matrix4d::affineInverse() Invert matrix of rotations and translation (not scale or shear).
void Matrix4d::buildXForm(vec3d pos, vec3d rot, vec3d center_of_rot) Build a matrix to translate to pos and rot about center of rotation.

Parm Functions

bool ValidParm( string id ) Check if parm is valid.
double SetParmVal(string parm_id, double val ) Set the parm value. Returns new parm value (may be different that input because of limits).
double SetParmVal(string geom_id, string name, string group, double val ) Find the parm and set value.
double SetParmValUpdate(string parm_id, double val ) Set the parm limit and update.
double SetParmValUpdate(string geom_id, string name, string group, double val ) Find the parm, set value and update.
double GetParmVal(string parm_id ) Returns the parms value.
double GetParmVal( string geom_id, string name, string group ) Find the parm and return the parms value.
int GetIntParmVal(string parm_id ) Returns the parms value as an int.
bool GetBoolParmVal(string parm_id ) Returns the parms value as a bool.
double SetParmValLimits(string parm_id, double val, double lower_limit, double upper_limit ) Set the parm limits.
void SetParmUpperLimit( string parm_id, double val ) Set parm upper limit.
double GetParmUpperLimit( string parm_id ) Get parm upper limit.
void SetParmLowerLimit( string parm_id, double val ) Set parm lower limit.
double GetParmLowerLimit( string parm_id ) Get parm lower limit.
int GetParmType( string parm_id ) Get parm type.
string GetParmName( string parm_id ) Returns parm name string.
string GetParmGroupName(const string&in)
string GetParmDisplayGroupName(const string&in)
string GetParmContainer( string parm_id ) Returns the parm container's id string.
void SetParmDescript( string parm_id, string description ) Sets the full description for this parm.
string FindParm( string parm_container_id, string name, string group ) Find a parm ID given parm container id, name and group.

Results

int GetNumResults( string name ) Get the number of stored results with the input name.
string FindResultsID( string name, int index = 0 ) Get the results id string for the input name and index.
string FindLatestResultsID( string name ) Get the results id for the latest results with the input name.
int GetNumData( string results_id, string data_name ) Get the number of data entries with the input results_id and data name.
array<string>@ GetAllResultsNames() Returns a vector of string containing all available result names.
array<string>@ GetAllDataNames( string results_id ) Returns a vector of strings containing all the data names for the given result id.
array<int>@ GetIntResults( string result_id, string data_name, int index = 0) Returns a vector of ints containing the result data for the given result_id, data_name, and index.
array<double>@ GetDoubleResults( string result_id, string data_name, int index = 0) Returns a vector of doubles containing the result data for the given result_id, data_name, and index.
array<int>@ GetStringResults( string result_id, string data_name, int index = 0) Returns a vector of strings containing the result data for the given result_id, data_name, and index.
array<int>@ GetVec3dResults( string result_id, string data_name, int index = 0) Returns a vector of vec3d containing the result data for the given result_id, data_name, and index.
string CreateGeomResults(string geom_id, string name ) Create points, cross-section and/or triangles in the results depending on type of geometry.
void DeleteAllResults() Delete all results from memory.
void DeleteResult( string id ) Delete result with specified id.
void WriteResultsCSVFile(string id, string file_name ) Write the specified results to a csv file.
WriteTestResults()

Set Functions

int GetNumSets() Returns the number of geometry sets
void SetSetName( int index, string name ) Set the sets name.
string GetSetName( int index ) Get the sets name.
array<string>@ GetGeomSetAtIndex( int index ) Returns an array of geom ids that belong to the set.
array<string>@ GetGeomSet( string name )() Returns an array of geom ids that belong to the named set.
bool GetSetFlag( string geom_id, int set_index ) Returns true is geom belongs to set.
void SetSetFlag( string geom_id, int set_index, bool flag ) Set the geometry set flag.

Utility Functions

void Print( string, bool ) Print string to console with optional line return.
void Print( int, bool ) Print int to console with optional line return.
void Print( double, bool ) Print double to console with optional line return.
void Print( vec3d, bool ) Print vec3d to console with optional line return.
double Min( double, double ) Returns min of two doubles.
double Max( double, double ) Returns max of two doubles.
double Rad2Deg( double ) Convert radians to degrees.
double Deg2Rad( double ) Convert degrees to radians.

vec3d Class

vec3d Vector of 3 doubles class.
vec3d::vec3d() Default constructor, loads zeros.
vec3d::vec3d(double x, double y, double z) Constructor, loads input values.
vec3d::vec3d(vec3d vin) Constructor, loads input values from vin
double vec3d::[ int index ] Index operator, returns value at index.
double vec3d::[ int index ] Index operator, returns value at index.
+ Operator Add two vec3d: A = B + C
- Operator Subtract two vec3d: A = B - C
* Operator Multiply two vec3d: A = B * C
* Operator Multiply vec3d and scalar: A = B*double
/ Operator Divide vec3d and scalar: A = B/double
double vec3d::x() Returns x value (vec3d[0]);
double vec3d::y() Returns y value (vec3d[1]);
double vec3d::z() Returns z value (vec3d[2]);
vec3d set_xyz(double x, double y, double z) Set all three values.
vec3d set_x(double x) Set x value
vec3d set_y(double y) Set y value
vec3d set_z(double z) Set z value
void rotate_x(double cos_alpha, double sin_alpha) Rotate about the x-axis by angle theta. Input sin/cos theta
void rotate_y(double cos_alpha, double sin_alpha) Rotate about the y-axis by angle theta. Input sin/cos theta
void rotate_z(double cos_alpha, double sin_alpha) Rotate about the z-axis by angle theta. Input sin/cos theta
void offset_x(double offset) Add offset to x.
void offset_y(double offset) Add offset to y.
void offset_z(double offset) Add offset to z.
vec3d reflect_xy() Reflect vec across xy plane.
vec3d reflect_xz() Reflect vec across xz plane.
vec3d reflect_yz() Reflect vec across yz plane.
double mag() Compute and return magnitude of vector.
void normalize() Normalize the vec.
double dist(vec3d a, vec3d b) Compute the distance between two vectors.
double dist_squared(vec3d a, vec3d b) Compute the distance squared between two vectors.
double dot(vec3d a, vec3d b) Compute the dot product of two vectors.
vec3d cross(vec3d a, vec3d b) Compute the cross product of two vectors.
double angle(vec3d a, vec3d b) Compute the angle between two vectors
double signed_angle(vec3d a, vec3d b, vec3d ref ) Compute the signed angle between two vectors given a reference vector.
double cos_angle(vec3d a, vec3d b ) Compute the cos of the angle between two vecs.
vec3d RotateArbAxis(vec3d p, double theta, vec3d axis ) Rotate the vector about an arbitrary axis.
array<vec3d>@ GetProxyVec3dArray()
void SetVec3dArray(array<vec3d>@)

Vehicle Functions

void Update() Force an update of the geometry.
void ClearVSPModel() Clear all geometry.

XSec

int GetXSecShape( string xsec_id ) Get the xsec curve type.
double GetXSecWidth( string xsec_id ) Return the xsec width.
double GetXSecHeight( string xsec_id ) Return the xsec height.
void SetXSecWidthHeight( string xsec_id, double w, double h ) Set the width and height of the xsec.
array<string>@ GetXSecParmIDs(string xsec_id ) Returns a vector of all parm ids in the xsec.
string GetXSecParm( string xsec_id, string name ) Returns the parm id given the xsec id and parm name.
array<vec3d>@ ReadFileXSec(string xsec_id, string file_name ) Read the xsec points from a file and return them in the array. XSec type must be XS_FILE_FUSE.
void SetXSecPnts( string xsec_id, array<vec3d>@ pnt_arr ) Interpolate the given array of points for the xsec curve. XSec type must be XS_FILE_FUSE.
vec3d ComputeXSecPnt( string xsec_id, double fract ) Compute a point on the xsec given the u fraction between 0 and 1.
vec3d ComputeXSecTan( string xsec_id, double fract ) Compute a tangent on the xsec given the u fraction between 0 and 1.
void SetXSecContinuity( string, int cx ) Set the continuity at the xsec (0,1 or 2)
void SetXSecTanAngles( string xsec_id, int side, double top, double right = 0, double bottom = 0, double left = 0 ) Set the tangent angles (degrees) at the xsec. Values left blank will be copied (top→bottom→right→left).
void SetXSecTanStrengths( string xsec_id, int side, double top, double right = 0, double bottom = 0, double left = 0 ) Set the tangent strengths (degrees) at the xsec. Values left blank will be copied (top→bottom→right→left).
void SetXSecCurvatures( string xsec_id, int side, double top, double right = 0, double bottom = 0, double left = 0 ) Set the curvatue angles (degrees) at the xsec. Values left blank will be copied (top→bottom→right→left).
void ResetXSecSkinParms( string xsec_id ) Reset all xsec skim parms to default
void ReadFileAirfoil(const string&in, const string&in)
void SetAirfoilPnts(const string&in, array<vec3d>@, array<vec3d>@)
array<vec3d>@ GetAirfoilUpperPnts(const string&in)
array<vec3d>@ GetAirfoilLowerPnts(const string&in)

XSec Surf

string GetXSecSurf( string geom_id, int index ) Return the xsec surf id.
int GetNumXSec( string xsec_surf_id ) Return the number of cross sections in the xsec surf.
string GetXSec( string xsec_surf_id, int xsec_index ) Retuyrn the xsec id given the xsec_surf id and index.
string AppendXSec - Removed
void CutXSec - Removed use this version
void CopyXSec - Removed use this version
void PasteXSec - Removed use this version
string InsertXSec - Removed use this version
void ChangeXSecShape( string xsec_surf_id, int xsec_index, int type ) Change the xsec at xsec_index to the given type.
void SetXSecSurfGlobalXForm( string xsec_surf_id, Matrix4d mat ) Set the global transform mat for the given xsec_surf.
Matrix4d GetXSecSurfGlobalXForm( string xsec_surf_id ) Return the global transform mat for the given xsec_surf.

Custom Component Functions

string AddParm( int type, string name, string group ) Add parm to custom component. Returns parm id string.
string GetCurrCustomGeom() Return the current active custom geom id.
string GetCustomParm( int )
int AddGui( int type, string label = string(), string parm_name = string(), string group_name = string(), double range = 10.0 ) Add a GUI device the the custom geom definition. If parm_name and group_name are provided then UpdateGui is not required.
void UpdateGui( int, const string & in )
string AddXSecSurf() Add a cross-section surface to the active custom component. Returns xsecsurf id string.
void RemoveXSecSurf(const string & in xsec_id) Remove the xsec surf from the active custom component.
void ClearXSecSurfs() Remove all xsec surfs.
void SkinXSecSurf( bool closed_flag = false ) Skin all the xsec surf attached to the custom component.
void CloneSurf(int index, Matrix4d mat) Clone the xsec surf and transform by mat.
void TransformSurf( int, Matrix4d & in )
void SetVspSurfType(int, int = - 1)
void SetVspSurfCfdType(int, int = - 1)
void SetCustomXSecLoc( string xsec_id, vec3d loc ) Set the cross section location.
vec3d GetCustomXSecLoc(const string&in)
void SetCustomXSecRot( string xsec_id, vec3d rot ) Set the cross section rotation.
vec3d GetCustomXSecRot(const string&in)
bool CheckClearTriggerEvent( int gui_id ) Check for a trigger event and clear trigger if found.
void SetupCustomDefaultSource(int, int, double, double, double, double, double = 0, double = 0, double = 0, double = 0)
void ClearAllCustomDefaultSources()
void SetCustomCenter(double, double, double)
string AppendXSec(const string&in, int)
string AppendCustomXSec( int xsec_surf_id, int type ) Append a xsec to the xsec_surf. Returns xsec id.
void CutCustomXSec( sint xsec_surf_id, int index ) Cut the xsec at index
void CopyCustomXSec( sint xsec_surf_id, int index ) Copy the xsec at index to the clipboard.
void PasteCustomXSec( sint xsec_surf_id, int index ) Paste clipboard xsec to index
string InsertCustomXSec( int xsec_surf_id, int index, int type ) Insert a xsec to the xsec_surf after index.

void AddInput(const string&in, int, const string&in, const string&in, const string&in)
void AddOutput(const string&in, int, const string&in, const string&in, const string&in)
void SetVar(const string&in, double)
double GetVar(const string&in)

Design Variable Functions

void ReadApplyDESFile(const string&in)
void WriteDESFile(const string&in)
void ReadApplyXDDMFile(const string&in)
void WriteXDDMFile(const string&in)
int GetNumDesignVars()
void AddDesignVar(const string&in, int)
void DeleteAllDesignVars()
string GetDesignVar(int)
int GetDesignVarType(int)

Script/API Enums

Absolute or Relative Flag Enums

ABS
REL

CFD Control Type Enums

CFD_MIN_EDGE_LEN
CFD_MAX_EDGE_LEN
CFD_MAX_GAP
CFD_NUM_CIRCLE_SEGS
CFD_GROWTH_RATIO
CFD_LIMIT_GROWTH_FLAG
CFD_INTERSECT_SUBSURFACE_FLAG
CFD_HALF_MESH_FLAG
CFD_FAR_FIELD_FLAG
CFD_FAR_MAX_EDGE_LEN
CFD_FAR_MAX_GAP
CFD_FAR_NUM_CIRCLE_SEGS
CFD_FAR_SIZE_ABS_FLAG
CFD_FAR_LENGTH
CFD_FAR_WIDTH
CFD_FAR_HEIGHT
CFD_FAR_X_SCALE
CFD_FAR_Y_SCALE
CFD_FAR_Z_SCALE
CFD_FAR_LOC_MAN_FLAG
CFD_FAR_LOC_X
CFD_FAR_LOC_Y
CFD_FAR_LOC_Z
CFD_WAKE_SCALE
CFD_WAKE_ANGLE

CFD Mesh Source Type Enums

POINT_SOURCE
LINE_SOURCE
BOX_SOURCE

VSP Surface Behavior Type Enums

NORMAL_SURF
WING_SURF
DISK_SURF

VSP CFD Surface Behavior Type Enums

CFD_NORMAL
CFD_NEGATIVE
CFD_TRANSPARENT

Computation File Enums

NO_FILE_TYPE
COMP_GEOM_TXT_TYPE
COMP_GEOM_CSV_TYPE
DRAG_BUILD_TSV_TYPE
SLICE_TXT_TYPE
MASS_PROP_TXT_TYPE
DEGEN_GEOM_CSV_TYPE
DEGEN_GEOM_M_TYPE
CFD_STL_TYPE
CFD_POLY_TYPE
CFD_TRI_TYPE
CFD_OBJ_TYPE
CFD_DAT_TYPE
CFD_KEY_TYPE
CFD_GMSH_TYPE
CFD_SRF_TYPE
CFD_TKEY_TYPE

Cross Section Type Enums

XSEC_FUSE
XSEC_STACK
XSEC_NUM_TYPES

Cross Sections Curve Type Enums

XS_POINT
XS_CIRCLE
XS_ELLIPSE
XS_SUPER_ELLIPSE
XS_ROUNDED_RECTANGLE
XS_GENERAL_FUSE
XS_FILE_FUSE
XS_FOUR_SERIES
XS_SIX_SERIES
XS_BICONVEX
XS_WEDGE
XS_BEZIER
XS_FILE_AIRFOIL

Cross Sections Side Enums

XSEC_BOTH_SIDES
XSEC_LEFT_SIDE
XSEC_RIGHT_SIDE

Cross Section Width Shift Enums

XS_SHIFT_LE
XS_SHIFT_MID
XS_SHIFT_TE

Wing Driver Selection Enums

AR_WSECT_DRIVER
SPAN_WSECT_DRIVER
AREA_WSECT_DRIVER
TAPER_WSECT_DRIVER
AVEC_WSECT_DRIVER
ROOTC_WSECT_DRIVER
TIPC_WSECT_DRIVER
SECSWEEP_WSECT_DRIVER

Cross Section Closure Type Enums

CLOSE_NONE
CLOSE_SKEWLOW
CLOSE_SKEWUP
CLOSE_SKEWBOTH
CLOSE_EXTRAP
CLOSE_NUM_TYPES

Cross Section Trim Type Enums

TRIM_NONE
TRIM_X
TRIM_THICK
TRIM_NUM_TYPES

Direction Index Enums

X_DIR
Y_DIR
Z_DIR

Symmetry Code Enums

SYM_XY
SYM_XZ
SYM_YZ
SYM_ROT_X
SYM_ROT_Y
SYM_ROT_Z
SYM_PLANAR_TYPES
SYM_NUM_TYPES

Error Code Enums

VSP_OK
VSP_INVALID_PTR
VSP_CANT_FIND_TYPE
VSP_CANT_FIND_PARM
VSP_CANT_FIND_NAME
VSP_INVALID_GEOM_ID
VSP_FILE_DOES_NOT_EXIST
VSP_FILE_WRITE_FAILURE
VSP_WRONG_XSEC_TYPE
VSP_WRONG_FILE_TYPE
VSP_INDEX_OUT_RANGE
VSP_INVALID_XSEC_ID

Export Type Enums

EXPORT_FELISA
EXPORT_XSEC
EXPORT_STL
EXPORT_AWAVE
EXPORT_NASCART
EXPORT_POVRAY
EXPORT_CART3D
EXPORT_VORXSEC
EXPORT_XSECGEOM
EXPORT_GMSH
EXPORT_X3D

GUI Device Enums

GDEV_TAB
GDEV_SCROLL_TAB
GDEV_GROUP
GDEV_PARM_BUTTON
GDEV_INPUT
GDEV_SLIDER
GDEV_LOG_SLIDER
GDEV_SLIDER_ADJ_RANGE
GDEV_CHECK_BUTTON
GDEV_RADIO_BUTTON
GDEV_TOGGLE_BUTTON
GDEV_TRIGGER_BUTTON
GDEV_TOGGLE_RADIO_GROUP
GDEV_COUNTER
GDEV_CHOICE
GDEV_ADD_CHOICE_ITEM
GDEV_SLIDER_INPUT
GDEV_SLIDER_ADJ_RANGE_INPUT
GDEV_SLIDER_ADJ_RANGE_TWO_INPUT
GDEV_FRACT_PARM_SLIDER
GDEV_INDEX_SELECTOR
GDEV_STRING_INPUT
GDEV_COLOR_PICKER
GDEV_YGAP
GDEV_DIVIDER_BOX
GDEV_BEGIN_SAME_LINE
GDEV_END_SAME_LINE
GDEV_FORCE_WIDTH
GDEV_SET_FORMAT

Import Type Enums

IMPORT_STL
IMPORT_NASCART
IMPORT_CART3D_TRI
IMPORT_XSEC_MESH
IMPORT_PTS

Parm Type Enums

PARM_DOUBLE_TYPE
PARM_INT_TYPE
PARM_BOOL_TYPE
PARM_FRACTION_TYPE
PARM_STRING_TYPE

Set Type Enums

SET_ALL
SET_SHOWN
SET_NOT_SHOWN
SET_FIRST_USER

Sub Surface Type Enums

SS_LINE
SS_RECTANGLE
SS_ELLIPSE

XDDM Quantity Type Enums

XDDM_VAR
XDDM_CONST

AngelScript Functions And Classes

Script Language

Array Class

Math Functions

String Class

api.txt · Last modified: 2015/09/09 05:33 by jfenbert