Method class for start-, target data, motion time, etc. More...

#include <ER_CAPI.H>

Inheritance diagram for ER_CAPI_MOP_DATA:

Static Public Member Functions
static ER_DllExport IPO_MODE *	inq_ipo_data_ipo_mode (void)
	Current interpolation mode The interpolation mode is one of JOINT=0 Motion type Synchro PTP CP=1 Motion type LIN CIRC=2 Motion type CIRC WAIT=3 Motion type WAIT SLEW=4 Motion type SLEW. More...

static ER_DllExport float *	inq_ipo_data_gtime (void)
	global Simulation time [s] for complete work cell More...

static ER_DllExport float *	inq_ipo_data_ctime (void)
	Current motion time [s] for cRobot The current motion time is the elapsed time on the way to the next target. More...

static ER_DllExport float *	inq_ipo_data_dt_ipo (void)
	Interpolation step size [s] for cRobot. More...

static ER_DllExport float *	inq_ipo_data_lead_time (void)
	Time before the motion starts [s] for cRobot. More...

static ER_DllExport float *	inq_ipo_data_lag_time (void)
	Time after the current move [s] for cRobot. More...

static ER_DllExport int *	inq_ipo_data_ipo_in_position (void)
	Indicator, cRobot has reached its target position. More...

static ER_DllExport float *	inq_ipo_data_old_q (void)
	Joint data at last interpolation step. More...

static ER_DllExport float *	inq_ipo_data_new_q (void)
	Joint data at current interpolation step. More...

static ER_DllExport frame *	inq_ipo_data_old_T (void)
	TCP location at last interpolation step. More...

static ER_DllExport frame *	inq_ipo_data_new_T (void)
	TCP location at current interpolation step. More...

static ER_DllExport int *	inq_ipo_data_ipo_step_loop (void)
	Trajectory Execution is called sim_step or at ipo_step rate The sim_step rate is normally lower than the ipo_step rate. More...

static ER_DllExport int *	inq_ipo_data_skip_call_inv_kin (void)
	Decides if the inverse kinematics has been already called by the user defined trajectory planner, in case of a CP motion type (LIN, CIRC) Normally the inverse kinematics is called after the executable part of the user defined trajectory planner has calculated a new target location. In some cases it makes sense that the user defined trajectory planner calls the inverse kinematics by itself. In this case the user defined trajectory planner must set *inq_ipo_data_skip_call_inv_kin() each time, to determine that the inverse kinematics has been already called. More...

Static Public Member Functions inherited from ER_CAPI_MOP
static ER_DllExport void **	inq_ipo_jnt_usr_ptr (void)
	Access user pointer for joint interpolation in er_ipo.dll This allows the user to allocate individual memory. EASY-ROB administrates this pointer, related to the current device See example given for ER_CAPI_ROB_KIN::inq_kin_usr_ptr() More...

static ER_DllExport void **	inq_ipo_cp_usr_ptr (void)
	Access user pointer for linear interpolation in er_ipo.dll This allows the user to allocate individual memory. EASY-ROB administrates this pointer, related to the current device See example given for ER_CAPI_ROB_KIN::inq_kin_usr_ptr() More...

static ER_DllExport void **	inq_ipo_circ_usr_ptr (void)
	Access user pointer for circular interpolation in er_ipo.dll This allows the user to allocate individual memory. EASY-ROB administrates this pointer, related to the current device See example given for ER_CAPI_ROB_KIN::inq_kin_usr_ptr() More...

Static Public Member Functions inherited from ER_CAPI_DEVICES
static ER_DllExport int	data_update_all_devices (void)
	Forces mathematical update for all devices, use before calling chk_limits(::AUX_UPDATE_IDX_COLLISION) Calculates for alle devices the forward kinematics, all joints coorsys and the devices location w.r.t world. More...

static ER_DllExport int	inq_Get_n_devices (void)
	Get number of current loaded robots in a workcell. More...

static ER_DllExport int	inq_Get_c_device_idx (void)
	Get current device idx [1..n_devices]. More...

static ER_DllExport ER_UID	inq_Get_c_device_uid (void)
	Get current device unique id. More...

static ER_DllExport int	inq_Set_device_idx (int device_idx)
	Sets current device idx [1..n_devices]. More...

static ER_DllExport int	inq_Set_device_uid (ER_UID device_uid)
	Sets current device unique id. More...

static ER_DllExport int	inq_Set_device_name (char *device_name)
	Sets current device by name of the robot Remarks A device name must be unique. More...

static ER_DllExport int	inq_Get_device_idx_by_uid (ER_UID uid)
	Gets device idx by device unique id if the uid is not valid, -1 is returned. More...

static ER_DllExport ER_UID	inq_Get_device_uid_by_idx (int idx)
	Get device unique uid by device idx if idx is not valid, -1 is returned. More...

static ER_DllExport char *	inq_Get_device_name_by_uid (ER_UID uid)
	Get device name by device unique id if uid is not valid, NULL is returned. More...

static ER_DllExport char *	inq_Get_device_name_by_idx (int idx)
	Get device name by device idx [1..n_devices] if idx is not valid, NULL is returned. More...

static ER_DllExport int	inq_Get_device_idx_by_name (char *device_name)
	Get device idx by device name if 'device name' is not valid, -1 is returned. More...

static ER_DllExport ER_UID	inq_Get_device_uid_by_name (char *device_name)
	Get device unique uid by device name if 'device name' is not valid, -1 is returned. More...

static ER_DllExport int *	inq_device_ref_sys_type (void)
	Reference type of the current device The reference type (attach location) can be one of the following values. REF_NO_REF, REF_BASE, REF_TOOL, REF_WORLD, REF_WOBJ, REF_TAG, REF_CAD, REF_TIP, REF_JNT, REF_GRAB. More...

static ER_DllExport char *	inq_device_ref_sys_type_name (void)
	Reference type name of the current device The reference type name (name of attach location) depends of one of the following values. REF_NO_REF, REF_BASE, REF_TOOL, REF_WORLD, REF_WOBJ, REF_TAG, REF_CAD, REF_TIP, REF_JNT, REF_GRAB See also inq_device_ref_sys_type() More...

static ER_DllExport int *	inq_device_ref_sys_grp (void)
	Reference group of current device The reference group depends on the attach location. e.g.: If the cDevice is attacehd to another robot, the returned reference group will ROBOT_GRP If the cDevice is not attached, the returned reference group will be UNDEF_GRP The reference group is one of UNDEF_GRP=-1, ROBOT_GRP=0, TOOL_GRP=1, BODY_GRP=2. More...

static ER_DllExport ER_UID *	inq_device_ref_sys_grp_uid (void)
	Unique ID of reference device/robot The Unique ID depends on the attach location. More...

static ER_DllExport char *	inq_device_ref_sys_name (void)
	Reference name of the current device The reference type name (name of attach location) depends of one of the following values. REF_NO_REF, REF_BASE, REF_TOOL, REF_WORLD, REF_WOBJ, REF_TAG, REF_CAD, REF_TIP, REF_JNT, REF_GRAB See also inq_device_ref_sys_type(), inq_device_ref_sys_type_name() Remarks In case of the reference type is REF_CAD, the name of the reference body is returned. More...

static ER_DllExport int *	inq_device_ref_sys_jnt_idx (void)
	Reference joint idx of the cDevice, if the reference type is REF_JNT The index of reference joint is returned For active joints a positive value > 0 is returned For passive joints a negative value < 0 is returned 0 is returned if the cDevice is attached to the robot base or if the reference type is not REF_JNT. More...

static ER_DllExport int	Device_Create (char *robot_name)
	Creates a new device with one rotational axis in z direction. More...

static ER_DllExport int	Device_ReAttach_by_name (int new_reference_type, char *new_reference_device_name, int new_reference_jnt_idx, bool keep_world_position)
	Attaches the current device to another device Attaches the current device to another device, given by `new_reference_device_name` The attach location can be one of the following values. REF_NO_REF - no reference system defined REF_BASE - reference system is robot Base coorsys REF_TOOL - reference system is robot Tool, Tcp coorsys REF_WORLD - reference system is World, Inertia coorsys REF_WOBJ - reference system is path work object REF_TAG - reference system is tag REF_CAD - reference system is geometry REF_TIP - reference system is robot Flange, Tip coorsys REF_JNT - reference system is a robot Joint REF_GRAB - reference system is robot Flange, Tip coorsys Parameter `keep_world_position` determine if the current device will keep its current world position or will "jump" to the defined attach location See also Device_ReAttach_by_idx(), Device_ReAttach_by_uid() Remarks Make sure that the device to be attached to is current inq_Set_device_idx() More...

static ER_DllExport int	Device_ReAttach_by_idx (int new_reference_type, int new_reference_device_idx, int new_reference_jnt_idx, bool keep_world_position)
	Attaches the current device to another device Attaches the current device to another device, given by `new_reference_device_idx` The attach location can be one of the following values. REF_NO_REF - no reference system defined REF_BASE - reference system is robot Base coorsys REF_TOOL - reference system is robot Tool, Tcp coorsys REF_WORLD - reference system is World, Inertia coorsys REF_WOBJ - reference system is path work object REF_TAG - reference system is tag REF_CAD - reference system is geometry REF_TIP - reference system is robot Flange, Tip coorsys REF_JNT - reference system is a robot Joint REF_GRAB - reference system is robot Flange, Tip coorsys Parameter `keep_world_position` determine if the current device will keep its current world position or will "jump" to the defined attach location See also Device_ReAttach_by_name(), Device_ReAttach_by_uid() Remarks Make sure that the device to be attached to is current inq_Set_device_idx() The device idx is within [1..n_devices]. More...

static ER_DllExport int	Device_ReAttach_by_uid (int new_reference_type, ER_UID new_reference_device_uid, int new_reference_jnt_idx, bool keep_world_position)
	Attaches the current device to another device Attaches the current device to another device, given by `new_reference_device_uid` The attach location can be one of the following values. REF_NO_REF - no reference system defined REF_BASE - reference system is robot Base coorsys REF_TOOL - reference system is robot Tool, Tcp coorsys REF_WORLD - reference system is World, Inertia coorsys REF_WOBJ - reference system is path work object REF_TAG - reference system is tag REF_CAD - reference system is geometry REF_TIP - reference system is robot Flange, Tip coorsys REF_JNT - reference system is a robot Joint REF_GRAB - reference system is robot Flange, Tip coorsys Parameter `keep_world_position` determine if the current device will keep its current world position or will "jump" to the defined attach location See also Device_ReAttach_by_name(), Device_ReAttach_by_idx() Remarks Make sure that the device to be attached to is current inq_Set_device_idx() More...

static ER_DllExport int	Tool_Device_by_name (char *tool_device_name)
	Sets tool data to the device specified by name The current device takes over the current tool data of the device `tool_device_name` See also Tool_Device_by_idx(), Tool_Device_by_uid() Remarks This is not a copy of the tool data. The new tool data for the current device is calculated by the transformtion from the current device tip to the tcp location of the tool device. More...

static ER_DllExport int	Tool_Device_by_idx (int tool_device_idx)
	Sets tool data to the device specified by idx The current device takes over the current tool data of the device `tool_device_idx` See also Tool_Device_by_name(), Tool_Device_by_uid() Remarks This is not a copy of the tool data. The new tool data for the current device is calculated by the transformtion from the current device tip to the tcp location of the tool device. More...

static ER_DllExport int	Tool_Device_by_uid (ER_UID tool_device_uid)
	Sets tool data to the device specified by unique id The current device takes over the current tool data of the device `tool_device_uid` See also Tool_Device_by_name(), Tool_Device_by_idx() Remarks This is not a copy of the tool data. The new tool data for the current device is calculated by the transformtion from the current device tip to the tcp location of the tool device. More...

static ER_DllExport int *	inq_device_link_ref_sys_type (void)
	Linkage reference type of the current device The linkage reference type can be one of the following values. REF_NO_REF if cDevice is not synchrnized REF_JNT if cDevice is linked by joint to another device See inq_device_link_ref_sys_grp_uid(), inq_device_link_ref_sys_jnt_link_idx(), Device_Link_by_name() More...

static ER_DllExport int *	inq_device_sync_ref_sys_type (void)
	Obsolete, use inq_device_link_ref_sys_type() More...

static ER_DllExport char *	inq_device_link_ref_sys_type_name (void)
	Linkage reference type name of the current device The linkage reference type name depends on the inq_device_link_ref_sys_type() and can be one of the following values. REF_NO_REF if cDevice is not synchrnized REF_JNT if cDevice is linked by joint to another device See inq_device_link_ref_sys_type() More...

static ER_DllExport char *	inq_device_sync_ref_sys_type_name (void)
	Obsolete, use inq_device_link_ref_sys_type_name() More...

static ER_DllExport ER_UID *	inq_device_link_ref_sys_grp_uid (void)
	Linkage Unique ID of the reference device current device The Unique ID depends on the linkage reference type, which is REF_JNT if linked. More...

static ER_DllExport ER_UID *	inq_device_sync_ref_sys_grp_uid (void)
	Obsolete, use inq_device_link_ref_sys_grp_uid() More...

static ER_DllExport int *	inq_device_link_ref_sys_jnt_link_idx (void)
	Linkage joint index vector, if the linkage reference type is REF_JNT and valid unique ID exist The joint index vector contains for each active Jnt a linkage index This linkage index is 0 if linked with an active joint of a sync. ref. device < 0 if linked with a passive joint of a sync. ref. device = 0 if no linkage See inq_device_link_ref_sys_type(), inq_device_link_ref_sys_grp_uid. More...

static ER_DllExport int *	inq_device_sync_ref_sys_jnt_sync_idx (void)
	Obsolete, use inq_device_link_ref_sys_jnt_link_idx() More...

static ER_DllExport int	Device_Link_by_name (int new_reference_type, char new_reference_device_name=NULL, int new_reference_jnt_link_idx=NULL)
	Link current device to another device by name `new_reference_type` one of REF_NO_REF=0 or REF_JNT=9 `new_reference_device_name` name of device to synchonize with `new_reference_jnt_sync_idx` reference joint idxs for each Jnt, if new_reference_type is REF_JNT See Device_Link_by_idx(), Device_Link_by_uid() More...

static ER_DllExport int	Device_Sync_by_name (int new_reference_type, char new_reference_device_name=NULL, int new_reference_jnt_link_idx=NULL)
	Obsolete, use Device_Link_by_name() More...

static ER_DllExport int	Device_Link_by_idx (int new_reference_type, int new_reference_device_idx=0, int *new_reference_jnt_link_idx=NULL)
	Link current device to another device by idx `new_reference_type` one of REF_NO_REF=0 or REF_JNT=9 `new_reference_device_idx` idx of device to synchonize with, [1..n_devices] `new_reference_jnt_sync_idx` reference joint idxs for each Jnt, if new_reference_type is REF_JNT See Device_Link_by_name(), Device_Link_by_uid() More...

static ER_DllExport int	Device_Sync_by_idx (int new_reference_type, int new_reference_device_idx=0, int *new_reference_jnt_link_idx=NULL)
	Obsolete, use Device_Link_by_idx() More...

static ER_DllExport int	Device_Link_by_uid (int new_reference_type, ER_UID new_reference_device_uid=0, int *new_reference_jnt_link_idx=NULL)
	Link current device to another device by uid `new_reference_type` one of REF_NO_REF=0 or REF_JNT=9 `new_reference_device_uid` uid of device to synchonize with `new_reference_jnt_sync_idx` reference joint idxs for each Jnt, if new_reference_type is REF_JNT See Device_Link_by_name(), Device_Link_by_idx() More...

static ER_DllExport int	Device_Sync_by_uid (int new_reference_type, ER_UID new_reference_device_uid=0, int *new_reference_jnt_link_idx=NULL)
	Obsolete, use Device_Link_by_uid() More...

Additional Inherited Members
Static Public Attributes inherited from ER_CAPI_MOP
static ER_CAPI_MOP_DATA	er_capi_mop_data
	Method class for start-, target data, motion time, etc. More...

static ER_CAPI_MOP_PATH	er_capi_mop_path
	Method class for path specifications, motion type (PTP, LIN, CIRC), speeds, acceleration, waiting time, etc. More...

static ER_CAPI_MOP_PREP	er_capi_mop_prep
	Method class for trajectory planning (preparation) More...

static ER_CAPI_MOP_EXEC	er_capi_mop_exec
	Method class for trajectory execution. More...

static ER_CAPI_MOP_AUTOPATH	er_capi_mop_autopath
	Method class for collision free motion planning. More...

static ER_CAPI_MOP_AUTOPATH_SDK	er_capi_mop_autopath_sdk
	Method class for collision free motion planning. More...

Static Public Attributes inherited from ER_CAPI_DEVICES
static ER_CAPI_ROB	er_capi_rob
	Method class kinematics and transformations. More...

static ER_CAPI_MOP	er_capi_mop
	Method class for trajectory planning and -execution. More...

Static Public Attributes inherited from ER_CAPI
static ER_CAPI_USER_IO	er_capi_user_io
	Method class for interaction with EASY-ROB. More...

static ER_CAPI_DEVICES	er_capi_devices
	Method class to create, attach, update devices, for kinematics calculations and for trajectory planning and -execution. More...

static ER_CAPI_SIM	er_capi_sim
	Method class for simulation settings. More...

static ER_CAPI_TARGETS	er_capi_targets
	Method class for paths and tags. More...

static ER_CAPI_CAD	er_capi_cad
	Method class for for 3D CAD Data import and -export, changing attributes and positions. More...

static ER_CAPI_SYS	er_capi_sys
	Method class for mathematical calculations, simulation status, units. More...

Detailed Description

Method class for start-, target data, motion time, etc.

Member Function Documentation

◆ inq_ipo_data_ctime()

static ER_DllExport float* ER_CAPI_MOP_DATA::inq_ipo_data_ctime ( void )

static

Current motion time [s] for cRobot
The current motion time is the elapsed time on the way to the next target.

Return values

pointer to current motion time

◆ inq_ipo_data_dt_ipo()

static ER_DllExport float* ER_CAPI_MOP_DATA::inq_ipo_data_dt_ipo ( void )

static

Interpolation step size [s] for cRobot.

Return values

pointer to interpolation step size

◆ inq_ipo_data_gtime()

static ER_DllExport float* ER_CAPI_MOP_DATA::inq_ipo_data_gtime ( void )

static

global Simulation time [s] for complete work cell

Return values

pointer to global simulation time

◆ inq_ipo_data_ipo_in_position()

static ER_DllExport int* ER_CAPI_MOP_DATA::inq_ipo_data_ipo_in_position ( void )

static

Indicator, cRobot has reached its target position.

Return values

1	- Robot is in target position
0	- Robot is not in target position

◆ inq_ipo_data_ipo_mode()

static ER_DllExport IPO_MODE* ER_CAPI_MOP_DATA::inq_ipo_data_ipo_mode ( void )

static

Current interpolation mode
The interpolation mode is one of
JOINT=0 Motion type Synchro PTP
CP=1 Motion type LIN
CIRC=2 Motion type CIRC
WAIT=3 Motion type WAIT
SLEW=4 Motion type SLEW.

Return values

pointer to interpolation mode

◆ inq_ipo_data_ipo_step_loop()

static ER_DllExport int* ER_CAPI_MOP_DATA::inq_ipo_data_ipo_step_loop ( void )

static

Trajectory Execution is called sim_step or at ipo_step rate
The sim_step rate is normally lower than the ipo_step rate.

Return values

0	- Trajectory Execution rate is sim_step
1	- Trajectory Execution rate is ipo_step

◆ inq_ipo_data_lag_time()

static ER_DllExport float* ER_CAPI_MOP_DATA::inq_ipo_data_lag_time ( void )

static

Time after the current move [s] for cRobot.

Return values

pointer to lag time

◆ inq_ipo_data_lead_time()

static ER_DllExport float* ER_CAPI_MOP_DATA::inq_ipo_data_lead_time ( void )

static

Time before the motion starts [s] for cRobot.

Return values

pointer to lead time

◆ inq_ipo_data_new_q()

static ER_DllExport float* ER_CAPI_MOP_DATA::inq_ipo_data_new_q ( void )

static

Joint data at current interpolation step.

Return values

pointer to current joints, KIN_DOFS

◆ inq_ipo_data_new_T()

static ER_DllExport frame* ER_CAPI_MOP_DATA::inq_ipo_data_new_T ( void )

static

TCP location at current interpolation step.

Return values

pointer to FRAME

◆ inq_ipo_data_old_q()

static ER_DllExport float* ER_CAPI_MOP_DATA::inq_ipo_data_old_q ( void )

static

Joint data at last interpolation step.

Return values

pointer to previous joints, KIN_DOFS

◆ inq_ipo_data_old_T()

static ER_DllExport frame* ER_CAPI_MOP_DATA::inq_ipo_data_old_T ( void )

static

TCP location at last interpolation step.

Return values

pointer to FRAME

◆ inq_ipo_data_skip_call_inv_kin()

static ER_DllExport int* ER_CAPI_MOP_DATA::inq_ipo_data_skip_call_inv_kin ( void )

static

Decides if the inverse kinematics has been already called by the user defined trajectory planner, in case of a CP motion type (LIN, CIRC)
Normally the inverse kinematics is called after the executable part of the user defined trajectory planner has calculated a new target location. In some cases it makes sense that the user defined trajectory planner calls the inverse kinematics by itself. In this case the user defined trajectory planner must set *inq_ipo_data_skip_call_inv_kin() each time, to determine that the inverse kinematics has been already called.

Return values

0	- Inv_Kin is called internally
1	- Inv_Kin has been already called by User defined trajectory planner

The documentation for this class was generated from the following file:

ER_CAPI.H

Static Public Member Functions

Additional Inherited Members

Detailed Description

Member Function Documentation

◆ inq_ipo_data_ctime()

◆ inq_ipo_data_dt_ipo()

◆ inq_ipo_data_gtime()

◆ inq_ipo_data_ipo_in_position()

◆ inq_ipo_data_ipo_mode()

◆ inq_ipo_data_ipo_step_loop()

◆ inq_ipo_data_lag_time()

◆ inq_ipo_data_lead_time()

◆ inq_ipo_data_new_q()

◆ inq_ipo_data_new_T()

◆ inq_ipo_data_old_q()

◆ inq_ipo_data_old_T()

◆ inq_ipo_data_skip_call_inv_kin()