See samples: StartDevice.py, StopDevice.py.
Public Member Functions |
|
| FBDevice (str pName) | |
| Constructor. |
|
| AckOneBadSampleReceived () | |
| Acknowlege that one bad sample was
received (for statistical purposes). |
|
| AckOneSampleReceived () | |
| Acknowlege that one sample was received (for
statistical purposes). |
|
| AckOneSampleSent () | |
| Acknowlege that one sample was sent (for
statistical purposes). |
|
| bool | AnimationNodeNotify (FBAnimationNode pAnimationNode, FBEvaluateInfo pEvaluateInfo) |
| Notification function for animation thread.
|
|
| bool | FBCreate () |
| Open Reality Creation function. |
|
| FBDestroy () | |
| Open Reality destruction function. |
|
| RecordingDoneAnimation (FBAnimationNode pAnimationNode) | |
| When recording, finish animation. |
|
| RecordingInitAnimation (FBAnimationNode pAnimationNode) | |
| When recording, initialize animation.
|
|
Public Attributes |
|
| int | CommType |
| Read Write Property: Type of
communications. |
|
| str | HardwareVersionInfo |
| Read Write Property: Device
information: hardware version. |
|
| str | IconFilename |
| Read Write Property: Icon filename.
|
|
| str | Information |
| Read Write Property: Device
information: information. |
|
| FBModelTemplate | ModelTemplate |
| Component: Root of model template
structure. |
|
| bool | Online |
| Read Write Property: Is online?
|
|
| FBTime | RecordingStartTime |
| Read Only Property: The time at which
the recording started. |
|
| FBTime | RecordingStopTime |
| Read Only Property: The time at which
the recording stopped. |
|
| FBDeviceSamplingMode | SamplingMode |
| Read Write Property: Mode to use to
record device. |
|
| FBTime | SamplingPeriod |
| Read Write Property: How often a
device is evaluated in 1 second. If not set, the Period is based on
the internal variable from the [Sync] section of the
.Application.txt file (NTSC, PAL, CINEMA). If set to 0: the device
is evaluated on the Sync signal. When the sync occurs; the device
is schedule to be evaluated. There is no theoretical maximum value
but practically you should consider Scene complexity, system
resources, network speed, etc. |
|
| str | Status |
| Read Write Property: Device
information: status. |
|
| AckOneBadSampleReceived | ( | ) |
Acknowlege that one bad sample was received (for statistical purposes).
| AckOneSampleReceived | ( | ) |
Acknowlege that one sample was received (for statistical purposes).
| AckOneSampleSent | ( | ) |
Acknowlege that one sample was sent (for statistical purposes).
| bool AnimationNodeNotify | ( | FBAnimationNode | pAnimationNode, | |
| FBEvaluateInfo | pEvaluateInfo | |||
| ) |
Notification function for animation thread.
This function is called by the real-time engine in order to process animation information.
| pAnimationNode | Node containing the modified information. | |
| pEvaluateInfo | Information concerning the evaluation of the animation (time, etc.) |
| bool FBCreate | ( | ) |
Open Reality Creation function.
Reimplemented from FBComponent.
| FBDestroy | ( | ) |
Open Reality destruction function.
Reimplemented from FBComponent.
| RecordingDoneAnimation | ( | FBAnimationNode | pAnimationNode | ) |
When recording, finish animation.
| pAnimationNode | Animation node to write information to. |
| RecordingInitAnimation | ( | FBAnimationNode | pAnimationNode | ) |
When recording, initialize animation.
| pAnimationNode | Animation node to read information from. |
Read Write Property: Device information: hardware version.
Read Write Property: Icon filename.
Read Write Property: Device information: information.
Component: Root of model template structure.
Read Only Property: The time at which the recording started.
Read Only Property: The time at which the recording stopped.
Read Write Property: Mode to use to record device.
Read Write Property: How often a device is evaluated in 1 second. If not set, the Period is based on the internal variable from the [Sync] section of the .Application.txt file (NTSC, PAL, CINEMA). If set to 0: the device is evaluated on the Sync signal. When the sync occurs; the device is schedule to be evaluated. There is no theoretical maximum value but practically you should consider Scene complexity, system resources, network speed, etc.
1.5.3