Additional methods for the shaft calculation are:
•VARIANT_BOOL importREXS([in] BSTR p_path);
Import system in REXS format
•VARIANT_BOOL exportREXS([in] BSTR p_path);
Export system in REXS format
•void resizeLoadSpectrum([in] int p_count);
Resize load spectrum, which needs to be active.
•VARIANT_BOOL setLoadSpectrumElement([in] int p_id, [in] BSTR p_component, [in] int p_index, [in] double p_value);
Set data for load spectrum element
•VARIANT_BOOL setPosition([in] int p_id, [in] double p_position);
Set position for force or support
•SAFEARRAY(VARIANT) getShaftIds();
Get list of shaft IDs
•SAFEARRAY(VARIANT) getForceIds();
Get list of force IDs
•SAFEARRAY(VARIANT) getSupportIds();
Get list of support IDs
•SAFEARRAY(VARIANT) getSectionIds();
Get list of section IDs
•SAFEARRAY(VARIANT) getBearingIds();
Get list of bearing IDs
•SAFEARRAY(VARIANT) getBallscrewIds();
Get list of ballscrew IDs
•SAFEARRAY(VARIANT) getGroupIds();
Get list of group IDs
•SAFEARRAY(VARIANT) getElasticPartIds();
Get list of elastic part IDs
•int getShaftIdByName([in] BSTR p_name);
Get ID for first shaft with given name. Returns zero if not found.
•int getForceIdByName([in] BSTR p_name);
Get ID for first force with given name. Returns zero if not found.
•int getSupportIdByName([in] BSTR p_name);
Get ID for first support with given name. Returns zero if not found.
•int getSectionIdByName([in] BSTR p_name);
Get ID for first section with given name. Returns zero if not found.
•int getBearingIdByName([in] BSTR p_name);
Get ID for first bearing with given name. Returns zero if not found.
•int getBallscrewIdByName([in] BSTR p_name);
Get ID for first ballscrew with given name. Returns zero if not found.
•int getElasticPartIdByName([in] BSTR p_name);
Get ID for first elastic part with given name. Returns zero if not found.
•BSTR getName([in] int p_id);
Get element name for ID
•VARIANT getIDVar([in] int p_id, [in] BSTR p_name);
Get variable for element with given ID
•VARIANT_BOOL setIDVar([in] int p_id, [in] BSTR p_name, [in] VARIANT p_value);
Set variable for element with given ID
•VARIANT_BOOL resizeIDArray([in] int p_id, [in] BSTR p_name, [in] int p_count);
Resize array variable for element with given ID
•MesysRBC* getBearingModule([in] int p_id);
Get bearing calculation for given ID as copy
•VARIANT_BOOL setBearingModule([in] int p_id, [in] MesysRBC* p1);
Set bearing calculation for given ID
•MesysBALLSCREW* getBallScrewModule([in] int p_id);
Get ballscrew calculation for given ID as copy
•VARIANT_BOOL setBallScrewModule([in] int p_id, [in] MesysBALLSCREW* p1);
Set ballscrew calculation for given ID
•double getForceValue([in] int p_id, [in] BSTR p_name);
Get parameters for force elements like 'x', 'b', 'Fx', 'Fy', 'Fz', 'Mx', 'My', 'Mz'
•VARIANT_BOOL setForceValue([in] int p_id, [in] BSTR p_name, [in] double p_value);
Set parameters for force elements like 'x', 'b', 'Fx', 'Fy', 'Fz', 'Mx', 'My', 'Mz'
