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Datatype Properties

GetBehavior

Returns the current behavior given a mask.

Syntax

C++ 32 bit
C++ 64 bit
C# 32 bit
C# 64 bit
public const string enginedll = @"engine.dll";

[DllImport(enginedll, EntryPoint = "GetBehavior")]
public static extern UInt64 GetBehavior(Int64 model, UInt64 mask);

Property model

Size: 64 bit / 8 byte (value)
The handle to the model. The model handle is static during its existance. Several models can be opened simultaniously within one session. Different models are always independent, threads are allowed to be running on different models simultaniously.

Property mask

Size: 64 bit / 8 byte (value)
This mask or bitmask is data that is used for bitwise operations, i.e. the bits set in the mask are the bits affected in the setting or return value.

Example (based on pure API calls)

Here you can find code snippits that show how the API call GetBehavior can be used.

C++ 32 bit
C++ 64 bit
C# 32 bit
C# 64 bit
using RDF;      //  include at least engine.cs within your solution

const Int64 flagbit0 = 1;                           // 2^^0                          0000.0000..0000.0001
const Int64 flagbit1 = 2;                           // 2^^1                          0000.0000..0000.0010
const Int64 flagbit2 = 4;                           // 2^^2                          0000.0000..0000.0100
const Int64 flagbit3 = 8;                           // 2^^3                          0000.0000..0000.1000

const Int64 flagbit4 = 16;                          // 2^^4                          0000.0000..0001.0000
const Int64 flagbit5 = 32;                          // 2^^5                          0000.0000..0010.0000
const Int64 flagbit6 = 64;                          // 2^^6                          0000.0000..0100.0000
const Int64 flagbit7 = 128;                         // 2^^7                          0000.0000..1000.0000

const Int64 flagbit8 = 256;                         // 2^^8                          0000.0001..0000.0000
const Int64 flagbit9 = 512;                         // 2^^9                          0000.0010..0000.0000
const Int64 flagbit10 = 1024;                       // 2^^10                         0000.0100..0000.0000
const Int64 flagbit11 = 2048;                       // 2^^11                         0000.1000..0000.0000

const Int64 flagbit12 = 4096;                       // 2^^12                         0001.0000..0000.0000
const Int64 flagbit13 = 8192;                       // 2^^13                         0010.0000..0000.0000
const Int64 flagbit14 = 16384;                      // 2^^14                         0100.0000..0000.0000
const Int64 flagbit15 = 32768;                      // 2^^15                         1000.0000..0000.0000

const Int64 flagbit16 = 65536;                      // 2^^16   0000.0000..0000.0001  0000.0000..0000.0000
const Int64 flagbit17 = 131072;                     // 2^^17   0000.0000..0000.0010  0000.0000..0000.0000
const Int64 flagbit18 = 262144;                     // 2^^18   0000.0000..0000.0100  0000.0000..0000.0000
const Int64 flagbit19 = 524288;                     // 2^^19   0000.0000..0000.1000  0000.0000..0000.0000

const Int64 flagbit20 = 1048576;                    // 2^^20   0000.0000..0001.0000  0000.0000..0000.0000
const Int64 flagbit21 = 2097152;                    // 2^^21   0000.0000..0010.0000  0000.0000..0000.0000
const Int64 flagbit22 = 4194304;                    // 2^^22   0000.0000..0100.0000  0000.0000..0000.0000
const Int64 flagbit23 = 8388608;                    // 2^^23   0000.0000..1000.0000  0000.0000..0000.0000

const Int64 flagbit24 = 16777216;                   // 2^^24   0000.0001..0000.0000  0000.0000..0000.0000
const Int64 flagbit25 = 33554432;                   // 2^^25   0000.0010..0000.0000  0000.0000..0000.0000
const Int64 flagbit26 = 67108864;                   // 2^^26   0000.0100..0000.0000  0000.0000..0000.0000
const Int64 flagbit27 = 134217728;                  // 2^^27   0000.1000..0000.0000  0000.0000..0000.0000

const Int64 flagbit28 = 268435456;                  // 2^^28   0001.0000..0000.0000  0000.0000..0000.0000
const Int64 flagbit29 = 536870912;                  // 2^^29   0010.0000..0000.0000  0000.0000..0000.0000
const Int64 flagbit30 = (Int64) 1073741824;         // 2^^30   0100.0000..0000.0000  0000.0000..0000.0000
const Int64 flagbit31 = (Int64) 2147483648;         // 2^^31   1000.0000..0000.0000  0000.0000..0000.0000

static void Main(string[] args)
{
    Int64 model = RDF.engine.CreateModel();

    if (model != 0)
    {
        {
            //
            //  Initializing the mask with all possible options
            //
            Int64   setting = 0,
                    mask = RDF.engine.GetBehavior(0, 0);

            setting += 1 * flagbit8;        //    OFF / ON REMOVE ZERO VOLUME SOLIDS DURING PROCESSING

            setting += 0 * flagbit10;       //    OFF / ON INTEGRATE SEMANTIC GLOBAL POSITIONING (ONLY RELEVANT WHEN EMBEDDED IN STEP LIBRARY)
            setting += 0 * flagbit11;       //    OFF / ON FORCE CALCULATING WIREFRAME FOR CONCEPTUAL FACES IN NON-TRIVIAL CASES
            setting += 0 * flagbit12;       //    OFF / ON REMOVE DOUBLE LINING IN WIREFRAME (WILL SET BIT14 IN SETFORMAT)

            setting += 0 * flagbit29;       //    OFF / ON CREATE TRIANGLES WITH AREA ZERO (FOR CONSISTENCY)

            RDF.engine.SetBehavior(model, setting, mask);
        }

        //
        //  Check if a certain option is set
        //
        if (RDF.engine.GetBehavior(model, flagbit8) != 0)
        {
            //  Zero Volume solids are removed when found during processing
        }
        else
        {
            //  Zero Volume solids are kept when found during processing
        }

        if (RDF.engine.GetBehavior(model, flagbit29) != 0)
        {
            //  Triangles with zero area are kept for consistancy
        }
        else
        {
            //  Triangles with zero area are removed
        }

        {
            //
            //  Get all set options
            //
            Int64   setting = RDF.engine.GetBehavior(model, RDF.engine.GetBehavior(0, 0));

            if ((setting & flagbit8) != 0)
            {
                //  Zero Volume solids are removed when found during processing
            }
            else
            {
                //  Zero Volume solids are kept when found during processing
            }

            if ((setting & flagbit29) != 0)
            {
                //  Triangles with zero area are kept for consistancy
            }
            else
            {
                //  Triangles with zero area are removed
            }
        }
    }
}