// Use Awake() to initialize field variables.
public void Awake()
{
//It is assumed that all the necessary components are already attached to CommHub gameObject, which is referred to by
// gameObject field of this object, the current instance of the current Class.
m_displayController = this.gameObject.GetComponent <DisplayScriptTreeOfVoice>();
m_actionPlanController = this.gameObject.GetComponent <ActionPlanController>();
m_actionPlanUpdateController = this.gameObject.GetComponent <ActionPlanUpdateController>();
m_boidsController = this.gameObject.GetComponent <SimpleBoidsTreeOfVoice>();
m_boidsRenderer = this.gameObject.GetComponent <BoidRendererTreeOfVoice>();
m_actionPlanFileManager = this.gameObject.GetComponent <ActionPlanFileManager>();
//debugging
m_LEDColorGenController = this.gameObject.GetComponent <LEDColorGenController>(); // compute Shader use
if (m_LEDColorGenController == null)
{
Debug.LogError("The component LEDColorGenController should be added to CommHub");
// Application.Quit();
}
m_pointerEventsController = this.gameObject.GetComponent <PointerEventsController>();
// this gets the reference to the instance of class PointerEventsController
// The instance is automatically created (by new PointerEventsController() ) when the component is added to the gameObject
// The gameboject will has the reference to that instance.
m_IRSensorMasterController = this.gameObject.GetComponent <IRSensorMasterController>();
m_LEDMasterController = this.gameObject.GetComponent <LEDMasterController>();
m_neuroHeadSetController = this.gameObject.GetComponent <NeuroHeadSetController>();
}
private void Awake()
{
m_LEDColorGenController = this.gameObject.GetComponent <LEDColorGenController>();
m_boids = this.gameObject.GetComponent <SimpleBoidsTreeOfVoice>();
if (m_boidLEDInstanceMaterial == null)
{
Debug.LogError("The global Variable m_boidLEDInstanceMaterial is not defined in Inspector");
// EditorApplication.Exit(0);
Application.Quit();
//return;
}
m_instanceMeshCircle = new CircleMesh(m_unitRadius);
// m_instanceMeshCylinder = new CylinderMesh(m_unitHeight, m_cylinderRadiusScale, nbSides, nbHeightSeg);
//m_boidInstanceMesh = m_instanceMeshCylinder.m_mesh;
m_boidInstanceMesh = m_instanceMeshCircle.m_mesh;
m_boidLEDArgsBuffer = new ComputeBuffer(
1,
m_boidLEDArgs.Length * sizeof(uint),
ComputeBufferType.IndirectArguments
);
} // Awake()
// Use Awake() to initialize field variables.
public void Awake()
{
//ActionPlanController m_actionPlanController;
//ActionPlanUpdateController m_actionPlanUpdateController;
//SimpleBoidsTreeOfVoice m_boidsController;
//BoidsRendererTreeOfVoice m_boidsRenderer;
//DictManager m_dictManager;
//LEDColorGenController m_ledColorGenController;
//ButtonEventController m_buttonEventController;
//PointerEventsController m_pointerEventsController;
//IRSensorMasterController m_irSensorMasterController;
//LEDMasterController m_ledMasterController;
//NeuroHeadSetController m_neuroHeadSetController;
//m_actionPlanController = gameObject.GetComponent<ActionPlanController>();
m_actionPlanUpdateController = gameObject.GetComponent <ActionPlanUpdateController>();
//m_boidsController = gameObject.GetComponent<SimpleBoidsTreeOfVoice>();
// m_boidsRenderer = gameObject.GetComponent<BoidsRendererTreeOfVoice>();
m_dictManager = gameObject.GetComponent <DictManager>();
m_ledColorGenController = gameObject.GetComponent <LEDColorGenController>(); // compute Shader use
m_pointerEventsController = gameObject.GetComponent <PointerEventsController>();
// this gets the reference to the instance of class PointerEventsController
// The instance is automatically created (by new PointerEventsController() ) when the component is added to the gameObject
// The gameboject will has the reference to that instance.
//m_irSensorMasterController = gameObject.GetComponent<IRSensorMasterController>(); //IRSensorMasterControlle component should be added to CommHub game object
m_ledMasterController = gameObject.GetComponent <LEDMasterController>(); //LEDMasterController component should be added to CommHub game object
//m_neuroHeadSetController = gameObject.GetComponent<NeuroHeadSetController>(); //NeuroHeadSetController component should be added to CommHub game object
//In Start(): call actionPlanController.InitActionPlan
//pointerEventController.onDrag += actionPlanController.ChangeActionTimes;
//pointerEventController.onDrag += actionPlanController.RedrawActionPlan ==> NO, NO: all drawings are controlled by the Renderer Components such as
// CanvasRenderer and LineRenderer. All you need to change is to change the locations and properties of the gameobjects involved.
//pointerEventController.onPointerClick += actionPlanController.MergeOrSplitActionFields;;
// two right mouse clicks merge or split the fields based on the position of the mouse within the field
//inputField.onEndEdit += actionPlanController.ChangeActionValues
//neuroHeadSetController.onReceived += boidsController.ChangeColorOfElectrodeBoids
//irsensorMasterController.onReceived += boidsController.ChangeBrightnessOfInnerCircleBoids;
// In Update call boidsController.SampleColorsAtLEDPoints
// In Update call ledMasterController.SendLEDData
// uiMenuController.onLoadActionPlan += actionPlanController.LoadActionPlan
// uiMenuController.onSaveActionPlan += actionPlanController.SaveActionPlan
}
//https://www.codeproject.com/Questions/1178661/How-do-I-receive-a-byte-array-over-the-serial-port
//That is most likely because you only read the first byte.
//Serial ports are extremely slow and you need to keep checking whether there is any data ready to read,
//you cannot assume that you will get the complete message on your first attempt.
//int MyInt = 1;
//byte[] b = BitConverter.GetBytes(MyInt);
//serialPort1.Write(b,0,4);
void Start()
{
//m_ledColorGenController.m_ledSenderHandler += UpdateLEDArray; // THis is moved to CommHub.cs
// public delegate LEDSenderHandler (byte[] LEDArray); defined in LEDColorGenController
// public event LEDSenderHandler m_ledSenderHandler;
m_LEDColorGenController = this.gameObject.GetComponent<LEDColorGenController>();
//m_LEDCount = m_LEDColorGenController.m_totalNumOfLEDs + 2;
m_LEDCount = m_LEDColorGenController.m_totalNumOfLEDs;
void Start()
{
//m_ledColorGenController = gameObject.GetComponent<LEDColorGenController>();
////It is assumed that all the necessary components are already attached to CommHub gameObject, which is referred to by
//// gameObject field variable. gameObject.GetComponent<LEDColorGenController>() == this.gameObject.GetComponent<LEDColorGenController>();
//if (m_ledColorGenController == null)
//{
// Debug.LogError("The global Variable m_ledColorGenController is not defined");
// Application.Quit();
//}
//m_ledColorGenController.m_ledSenderHandler += UpdateLEDArray; // THis is moved to CommHub.cs
// public delegate LEDSenderHandler (byte[] LEDArray); defined in LEDColorGenController
// public event LEDSenderHandler m_ledSenderHandler;
m_LEDColorGenController = this.gameObject.GetComponent <LEDColorGenController>();
m_LEDCount = m_LEDColorGenController.m_totalNumOfLEDs;
m_LEDArray = new byte[m_LEDCount * 3]; // 280*3 = 840 < 1024
// define an action
m_updateArduino = () => {
//Debug.Log("Thread Run Test");
//Write(byte[] buffer, int offset, int count);
// for debugging, comment out:
try
{
m_serialPort.Write(m_LEDArray, 0, m_LEDArray.Length);
}
catch (Exception ex)
{
Debug.Log("Error:" + ex.ToString());
}
// The WriteBufferSize of the Serial Port is 1024, whereas that of Arduino is 64; m_LEDArray is 200 * 3 = 600 bytes less than
// the Serial Port size.
//https://stackoverflow.com/questions/22768668/c-sharp-cant-read-full-buffer-from-serial-port-arduino
};
m_Thread = new Thread(new ThreadStart(m_updateArduino)); // ThreadStart() is a delegate (pointer type)
// Thread state = unstarted
}
//https://www.codeproject.com/Questions/1178661/How-do-I-receive-a-byte-array-over-the-serial-port
//That is most likely because you only read the first byte.
//Serial ports are extremely slow and you need to keep checking whether there is any data ready to read,
//you cannot assume that you will get the complete message on your first attempt.
//int MyInt = 1;
//byte[] b = BitConverter.GetBytes(MyInt);
//serialPort1.Write(b,0,4);
void Start()
{
//m_ledColorGenController.m_ledSenderHandler += UpdateLEDArray; // THis is moved to CommHub.cs
// public delegate LEDSenderHandler (byte[] LEDArray); defined in LEDColorGenController
// public event LEDSenderHandler m_ledSenderHandler;
m_LEDColorGenController = this.gameObject.GetComponent <LEDColorGenController>();
//m_LEDCount = m_LEDColorGenController.m_totalNumOfLEDs + 2;
m_LEDCount = m_LEDColorGenController.m_totalNumOfLEDs;
m_LEDArray = new byte[m_LEDCount * 3]; // 186*3 < 1024
// define an action
m_updateArduino = () => {
try
{ //https://social.msdn.microsoft.com/Forums/vstudio/en-US/93583332-d307-4552-bd61-9a2adfcf2480/serial-port-write-method-is-blocking-execution?forum=vbgeneral
//Yes, the Write methods do block , until all data have been passed from the serial port driver to the UART FIFO.
//Usually, this is not a problem.It will not block "forever," just for as long as it takes.
//For example, if you were to send a 2K byte string, at 9600 bps, the write method would take about 2 seconds to return.
//Write(byte[] buffer, int offset, int count);
m_serialPort.Write(m_startByte, 0, 1);
m_serialPort.Write(m_LEDArray, 0, m_LEDArray.Length);
}
catch (Exception ex)
{
Debug.Log("Error:" + ex.ToString());
}
// The WriteBufferSize of the Serial Port is 1024, whereas that of Arduino is 64; m_LEDArray is 200 * 3 = 600 bytes less than
// the Serial Port size.
//https://stackoverflow.com/questions/22768668/c-sharp-cant-read-full-buffer-from-serial-port-arduino
};
// m_Thread = new Thread(new ThreadStart(m_updateArduino)); // ThreadStart() is a delegate (pointer type)
// Thread state = unstarted
}// void Start()
private void Start()
{
if (m_actionPlanController == null)
{
Debug.LogError(" m_actionPlanController should be set before use");
Application.Quit();
}
m_actionPlan = m_actionPlanController.m_actionPlan;
m_inputFieldContainer = m_actionPlanController.m_inputFieldContainer;
// In Start(): call actionPlanController.InitActionPlan
m_pointerEventsController.onDrag += m_actionPlanUpdateController.ChangeActionTime;
//pointerEventController.onDrag += actionPlanController.RedrawActionPlan ==> NO, NO: all drawings are controlled by the Renderer Components such as
// CanvasRenderer and LineRenderer. All you need to change is to change the locations and properties of the gameobjects involved.
m_pointerEventsController.onPointerClick += m_actionPlanUpdateController.MergeOrSplitActionField;
//two right mouse clicks merge or split the fields based on the position of the mouse within the field
// inputField.onEndEdit += actionPlanController.ChangeActionValues ==> This will be done within actionPlanController.initActionPlan
//m_neuroHeadSetController.onAverageSignalReceived += m_ledColorGenController.UpdateLEDResponseParameter;
//m_irSensorMasterController.onAverageSignalReceived += m_ledColorGenController.UpdateColorBrightnessParameter;
//In Update call m_boidsController.SampleColorsAtLEDPoints
//In Update call ledMasterController.SendLEDData
// m_actionPlanController.loadButton.onClick.AddListener(m_dictManager.LoadActionPlan ) ;
//m_actionPlanController.saveButton.onClick.AddListener( m_dictManager.SaveActionPlan) ;
m_ledColorGenController = gameObject.GetComponent <LEDColorGenController>();
//It is assumed that all the necessary components are already attached to CommHub gameObject, which is referred to by
// gameObject field variable. gameObject.GetComponent<LEDColorGenController>() == this.gameObject.GetComponent<LEDColorGenController>();
if (m_ledColorGenController == null)
{
Debug.LogError("The global Variable m_ledColorGenController is not defined");
Application.Quit();
}
m_ledColorGenController.m_ledSenderHandler += m_ledMasterController.UpdateLEDArray;
// Define Event Handlers for InputField Event
for (int i = 0; i < m_actionPlan.Count; i++)
{
KeyValuePair <string, List <SimpleBoidsTreeOfVoice.Action> > dictItem = m_actionPlan.ElementAt(i);
for (int j = 0; j < dictItem.Value.Count; j++)
{
// Get the reference to m_inputFieldContainer[i][j].GetComponent<InputField>()
InputField _inputField = m_inputFieldContainer[i][j].GetComponent <InputField>();
int indexToTimedAction = j;
m_inputFieldContainer[i][j].GetComponent <InputField>().onEndEdit.AddListener
(
val =>
{
//if (Input.GetKeyDown(KeyCode.Return) || Input.GetKeyDown(KeyCode.KeypadEnter))
// {
// Debug.Log("End edit on enter");
OnValueInput(m_actionPlan, dictItem.Key, indexToTimedAction, _inputField);
// }
}
);
} // for j
} // for i
} //Start()
