//改变摄像机场景状态
private void SetCamtype(CamType type)
{
if (Camtype != type)
{
Camtype = type;
}
}
private void IPDisconnectButton_Click(object sender, EventArgs e)
{
USBCamGroupBox.Enabled = true;
ipCameraDriver.StopCamera();
IPConnectButton.Enabled = true;
IPDisconnectButton.Enabled = false;
mode = CamType.None;
}
public void Initialize(Transform Player)
{
camNum = 3;
cameraType = CamType.FP;
startRotation = charObj.transform.eulerAngles.y;
x = transform.eulerAngles.y;
y = transform.eulerAngles.x;
charObj = Player;
SetCameraValues();
}
/// <summary>
/// Funkcja obsługująca zdarzenie wciśnięcia przycisku połączenia z kamerą.
/// </summary>
/// <param name="sender">Referencja do obiektu wywołującego zdarzenie.</param>
/// <param name="e">Dane zdarzenia.</param>
private void ConnectButtonPressed(object sender, EventArgs e)
{
if (DeviceComboBox.SelectedIndex > -1)
{
if (cameraDriver.ConnectToCamera(NewCameraFrame, DeviceComboBox.SelectedIndex))
{
MovementDetectionButton.Enabled = true;
IPCamGroupBox.Enabled = false;
mode = CamType.USB;
}
}
}
IEnumerator SwitchCameraInternal(CamType target)
{
yield return(StartCoroutine(Fader.FadeOut()));
cameras[(int)camStatus].enabled = false;
camStatus = target;
cameras[(int)target].enabled = true;
//TODO change worldspace event cam
yield return(StartCoroutine(Fader.FadeIn()));
}
private void IPConnectButton_Click(object sender, EventArgs e)
{
String URL = URLtextBox.Text;
if (ipCameraDriver.ConnectToCamera(NewCameraFrame, URL))
{
IPDisconnectButton.Enabled = true;
IPConnectButton.Enabled = false;
MovementDetectionButton.Enabled = true;
mode = CamType.IP;
USBCamGroupBox.Enabled = false;
}
}
/// <summary>
/// Funkcja obsługująca zdarzenie wciśnięcia przycisku zatrzymania przechwytywania obrazu.
/// </summary>
/// <param name="sender">Referencja do obiektu wywołującego zdarzenie.</param>
/// <param name="e">Dane zdarzenia.</param>
private void StopButtonPressed(object sender, EventArgs e)
{
cameraDriver.StopCamera();
MovementDetectionButton.Enabled = false;
if (thread != null)
{
if (thread.IsAlive)
{
thread.Abort();
}
}
IPCamGroupBox.Enabled = true;
mode = CamType.None;
}
void ChangeCamType()
{
if (camNum == 1)
{
cameraType = CamType.SP;
camNum = 2;
}
else if (camNum == 2)
{
cameraType = CamType.TP; camNum = 3;
}
else if (camNum == 3)
{
cameraType = CamType.FP; camNum = 1;
}
}
//改变摄像机数据
private void SetCaminfo(Caminfo info)
{
CamholdType = info.CamHoldtype;
CamStaticPos = info.CamStaticPos;
CamStaticAngles = info.CamStaticAngles;
CamAnglesMoveSpeed = info.CamAnglesMoveSpeed;
CamPosMoveSpeed = info.CamPosMoveSpeed;
CamPosMoveTime = info.CamPosMoveTime;
CamAnglesMoveTime = info.CamAnglesMoveTime;
CamCenterDeviant = info.CamCenterDeviant;
CamPosDeviant = info.CamPosDeviant;
Camtype = info.CamType;
Camtagtype = info.CamTagType;
CamAnglesMovetype = info.CamAnglesMovetype;
CamPosmoveType = info.CamPosMovetype;
Camlooktype = info.Camlooktype;
CamLookSpeed = info.CamLookSpeed;
}
public CamOutBaseData(
MbeLayer.LayerValue _layer,
CamType _ctype,
Shape _shape,
int _width,
int _height,
Point _pt0,
Point _pt1)
{
layer = _layer;
code = "";
ctype = _ctype;
shape = _shape;
width = _width;
height = _height;
pt0 = _pt0;
pt1 = _pt1;
}
// Dynamic && SplitDynamic
public void SwitchCamType(CamType _t, Vector3 _position)
{
// If the changing type is not the correct one, exit
if (_t != CamType.Dynamic && _t != CamType.SplitDynamic)
{
return;
}
// Set the new type after checking if the distance and type are correct
float _dist = Vector2.Distance(ban.position, lux.position);
if (_t == CamType.SplitDynamic && _dist < MaxCamZoom)
{
_t = CamType.Dynamic;
}
currentCamType = _t;
// Set the given position
targetPositionCamBan = new Vector3(targetPositionCamBan.x, targetPositionCamBan.y, _position.z);
targetPositionCamLux = new Vector3(targetPositionCamLux.x, targetPositionCamLux.y, _position.z);
if (currentCamType == CamType.SplitDynamic)
{
// Activate the split
ToggleSplit(true);
// Sets the correct angle of the split
Vector3 _dir = ban.position - lux.position;
float _angle = Mathf.Atan2(_dir.y, _dir.x) * Mathf.Rad2Deg;
mask.transform.eulerAngles = new Vector3(0, 0, _angle - 90);
render.transform.localEulerAngles = new Vector3(0, 0, -_angle + 90);
}
// Disable the split it the type doesn't need it
else if (currentCamType == CamType.Dynamic)
{
ToggleSplit(false);
}
}
// SplitFixe
public void SwitchCamType(CamType _t, float _angle, float _zoom)
{
// If the changing type is not the correct one, exit
if (_t != CamType.SplitFixe)
{
return;
}
// Set the nexw type
currentCamType = _t;
// Set the given position
targetPositionCamBan = new Vector3(targetPositionCamBan.x, targetPositionCamBan.y, _zoom);
targetPositionCamLux = new Vector3(targetPositionCamLux.x, targetPositionCamLux.y, _zoom);
// Sets the correct angle of the split
SplitAngle = _angle;
// Activate the split
ToggleSplit(true);
}
// Fixe
public void SwitchCamType(CamType _t, Vector3 _position, float _zoom)
{
// If the changing type is not the correct one, exit
if (_t != CamType.Fixe)
{
return;
}
// Set the nexw type
currentCamType = _t;
// Set the given position
targetPositionCamBan = new Vector3(targetPositionCamBan.x, targetPositionCamBan.y, _position.z);
targetPositionCamLux = new Vector3(targetPositionCamLux.x, targetPositionCamLux.y, _position.z);
// Set the camera position with correct zoom
//if (IsOrtho)
camLux.SetCam(_position, _zoom);
//else
// camLux.SetCam(_position);
// Disable the split
ToggleSplit(false);
}
//anysee _anysee = null;
#endregion
//ctor
/// <summary>
/// Initializes a new instance of the <see cref="ConditionalAccess"/> class.
/// </summary>
/// <param name="tunerFilter">The tuner filter.</param>
/// <param name="analyzerFilter">The capture filter.</param>
/// <param name="winTvUsbCiFilter">The WinTV CI filter.</param>
/// <param name="card">Determines the type of TV card</param>
public ConditionalAccess(IBaseFilter tunerFilter, IBaseFilter analyzerFilter, IBaseFilter winTvUsbCiFilter,
TvCardBase card)
{
try
{
//System.Diagnostics.Debugger.Launch();
if (card != null && card.DevicePath != null)
{
//fetch decrypt limit from DB and apply it.
TvBusinessLayer layer = new TvBusinessLayer();
Card c = layer.GetCardByDevicePath(card.DevicePath);
_decryptLimit = c.DecryptLimit;
_useCam = c.CAM;
_CamType = (CamType)c.CamType;
Log.Log.WriteFile("CAM is {0} model", _CamType);
}
_mapSubChannels = new Dictionary <int, ConditionalAccessContext>();
TunerDri driTuner = card as TunerDri;
if (driTuner != null)
{
_tunerDri = driTuner;
_ciMenu = driTuner;
}
if (tunerFilter == null && analyzerFilter == null)
{
return;
}
//DVB checks. Conditional Access & DiSEqC etc.
bool isDVBS = (card is TvCardDVBS);
bool isDVBT = (card is TvCardDVBT);
bool isDVBC = (card is TvCardDVBC);
if (isDVBC || isDVBS || isDVBT)
{
Log.Log.WriteFile("Check for KNC");
// Lookup device index of current card. only counting KNC cards by device path
int DeviceIndex = KNCDeviceLookup.GetDeviceIndex(card);
_knc = new KNCAPI(tunerFilter, (uint)DeviceIndex);
if (_knc.IsKNC)
{
//if (_knc.IsCamReady())
_ciMenu = _knc; // Register KNC CI Menu capabilities when CAM detected and ready
Log.Log.WriteFile("KNC card detected");
return;
}
Release.DisposeToNull(ref _knc);
Log.Log.WriteFile("Check for Digital Everywhere");
_digitalEveryWhere = new DigitalEverywhere(tunerFilter);
if (_digitalEveryWhere.IsDigitalEverywhere)
{
Log.Log.WriteFile("Digital Everywhere card detected");
_diSEqCMotor = new DiSEqCMotor(_digitalEveryWhere);
if (_digitalEveryWhere.IsCamReady())
{
Log.Log.WriteFile("Digital Everywhere registering CI menu capabilities");
_ciMenu = _digitalEveryWhere; // Register FireDTV CI Menu capabilities when CAM detected and ready
}
//_digitalEveryWhere.ResetCAM();
return;
}
Release.DisposeToNull(ref _digitalEveryWhere);
Log.Log.WriteFile("Check for Twinhan");
_twinhan = new Twinhan(tunerFilter);
if (_twinhan.IsTwinhan)
{
Log.Log.WriteFile("Twinhan card detected");
_diSEqCMotor = new DiSEqCMotor(_twinhan);
Log.Log.WriteFile("Twinhan registering CI menu capabilities");
_ciMenu = _twinhan; // Register Twinhan CI Menu capabilities when CAM detected and ready
return;
}
Release.DisposeToNull(ref _twinhan);
Log.Log.WriteFile("Check for TechnoTrend");
_technoTrend = new TechnoTrendAPI(tunerFilter);
if (_technoTrend.IsTechnoTrend)
{
////if (_technoTrend.IsCamPresent())
_ciMenu = _technoTrend; // Register Technotrend CI Menu capabilities
Log.Log.WriteFile("TechnoTrend card detected");
return;
}
Release.DisposeToNull(ref _technoTrend);
Log.Log.WriteFile("Check for Hauppauge");
_hauppauge = new Hauppauge(tunerFilter);
if (_hauppauge.IsHauppauge)
{
Log.Log.WriteFile("Hauppauge card detected");
Log.Log.WriteFile("Check for Hauppauge WinTV CI");
if (winTvUsbCiFilter != null)
{
Log.Log.WriteFile("WinTV CI detected in graph - using capabilities...");
_winTvCiModule = new WinTvCiModule(winTvUsbCiFilter);
Log.Log.WriteFile("WinTV CI registering CI menu capabilities");
_ciMenu = _winTvCiModule; // WinTv CI Menu capabilities
}
_diSEqCMotor = new DiSEqCMotor(_hauppauge);
return;
}
Release.DisposeToNull(ref _hauppauge);
Release.DisposeToNull(ref _winTvCiModule);
/*Log.Log.Info("Check for anysee");
* _anysee = new anysee(tunerFilter, analyzerFilter);
* if (_anysee.Isanysee)
* {
* Log.Log.Info("anysee device detected");
* return;
* }*/
Log.Log.WriteFile("Check for ProfRed");
_profred = new ProfRed(tunerFilter);
if (_profred.IsProfRed)
{
Log.Log.WriteFile("ProfRed card detected");
_diSEqCMotor = new DiSEqCMotor(_profred);
return;
}
Release.DisposeToNull(ref _profred);
// TeVii support
_TeVii = new TeVii();
_TeVii.Init(tunerFilter);
_TeVii.DevicePath = card.DevicePath;
Log.Log.WriteFile("Check for {0}", _TeVii.Provider);
_TeVii.CheckAndOpen();
if (_TeVii.IsSupported)
{
_diSEqCMotor = new DiSEqCMotor(_TeVii);
_HWProvider = _TeVii;
Log.Log.WriteFile("Check for Hauppauge WinTV CI");
if (winTvUsbCiFilter != null)
{
Log.Log.WriteFile("WinTV CI detected in graph - using capabilities...");
_winTvCiModule = new WinTvCiModule(winTvUsbCiFilter);
}
return;
}
Release.DisposeToNull(ref _TeVii);
// DigitalDevices support
_DigitalDevices = new DigitalDevices(tunerFilter);
if (_DigitalDevices.IsGenericBDAS)
{
_genericbdas = _DigitalDevices;
if (_DigitalDevices.IsSupported)
{
_ciMenu = _DigitalDevices;
}
return; // detected
}
Release.DisposeToNull(ref _DigitalDevices);
Log.Log.WriteFile("Check for Conexant based card");
_conexant = new ConexantBDA(tunerFilter);
if (_conexant.IsConexant)
{
Log.Log.WriteFile("Conexant BDA card detected");
Log.Log.WriteFile("Check for Hauppauge WinTV CI");
if (winTvUsbCiFilter != null)
{
Log.Log.WriteFile("WinTV CI detected in graph - using capabilities...");
_winTvCiModule = new WinTvCiModule(winTvUsbCiFilter);
}
return;
}
Release.DisposeToNull(ref _conexant);
Release.DisposeToNull(ref _winTvCiModule);
Log.Log.WriteFile("Check for GenPix BDA based card");
_genpix = new GenPixBDA(tunerFilter);
if (_genpix.IsGenPix)
{
Log.Log.WriteFile("GenPix BDA card detected");
Log.Log.WriteFile("Check for Hauppauge WinTV CI");
if (winTvUsbCiFilter != null)
{
Log.Log.WriteFile("WinTV CI detected in graph - using capabilities...");
_winTvCiModule = new WinTvCiModule(winTvUsbCiFilter);
}
return;
}
Release.DisposeToNull(ref _genpix);
Release.DisposeToNull(ref _winTvCiModule);
Log.Log.WriteFile("Check for Generic DVB-S card");
_genericbdas = new GenericBDAS(tunerFilter);
if (_genericbdas.IsGenericBDAS)
{
Log.Log.WriteFile("Generic BDA card detected");
Log.Log.WriteFile("Check for Hauppauge WinTV CI");
if (winTvUsbCiFilter != null)
{
Log.Log.WriteFile("WinTV CI detected in graph - using capabilities...");
_winTvCiModule = new WinTvCiModule(winTvUsbCiFilter);
}
return;
}
Release.DisposeToNull(ref _genericbdas);
//Final WinTV-CI check for DVB-T hybrid cards
Log.Log.WriteFile("Check for Hauppauge WinTV CI");
if (winTvUsbCiFilter != null)
{
Log.Log.WriteFile("WinTV CI detected in graph - using capabilities...");
_winTvCiModule = new WinTvCiModule(winTvUsbCiFilter);
return;
}
Release.DisposeToNull(ref _winTvCiModule);
}
//ATSC checks
bool isATSC = (card is TvCardATSC);
if (isATSC)
{
Log.Log.WriteFile("Check for ViXS ATSC QAM card");
_isvixsatsc = new ViXSATSC(tunerFilter);
if (_isvixsatsc.IsViXSATSC)
{
Log.Log.WriteFile("ViXS ATSC QAM card detected");
return;
}
Release.DisposeToNull(ref _isvixsatsc);
Log.Log.WriteFile("Check for Generic ATSC QAM card");
_isgenericatsc = new GenericATSC(tunerFilter);
if (_isgenericatsc.IsGenericATSC)
{
Log.Log.WriteFile("Generic ATSC QAM card detected");
return;
}
Release.DisposeToNull(ref _isgenericatsc);
}
}
catch (Exception ex)
{
Log.Log.Write(ex);
}
}
//anysee _anysee = null;
#endregion
//ctor
/// <summary>
/// Initializes a new instance of the <see cref="ConditionalAccess"/> class.
/// </summary>
/// <param name="tunerFilter">The tuner filter.</param>
/// <param name="analyzerFilter">The capture filter.</param>
/// <param name="winTvUsbCiFilter">The WinTV CI filter.</param>
/// <param name="card">Determines the type of TV card</param>
public ConditionalAccess(IBaseFilter tunerFilter, IBaseFilter analyzerFilter, IBaseFilter winTvUsbCiFilter,
TvCardBase card)
{
try
{
//System.Diagnostics.Debugger.Launch();
if (card != null && card.DevicePath != null)
{
//fetch decrypt limit from DB and apply it.
TvBusinessLayer layer = new TvBusinessLayer();
Card c = layer.GetCardByDevicePath(card.DevicePath);
_decryptLimit = c.DecryptLimit;
_useCam = c.CAM;
_CamType = (CamType)c.CamType;
Log.Log.WriteFile("CAM is {0} model", _CamType);
}
_mapSubChannels = new Dictionary<int, ConditionalAccessContext>();
TunerDri driTuner = card as TunerDri;
if (driTuner != null)
{
_tunerDri = driTuner;
_ciMenu = driTuner;
}
if (tunerFilter == null && analyzerFilter == null)
return;
//DVB checks. Conditional Access & DiSEqC etc.
bool isDVBS = (card is TvCardDVBS);
bool isDVBT = (card is TvCardDVBT);
bool isDVBC = (card is TvCardDVBC);
if (isDVBC || isDVBS || isDVBT)
{
Log.Log.WriteFile("Check for KNC");
// Lookup device index of current card. only counting KNC cards by device path
int DeviceIndex = KNCDeviceLookup.GetDeviceIndex(card);
_knc = new KNCAPI(tunerFilter, (uint)DeviceIndex);
if (_knc.IsKNC)
{
//if (_knc.IsCamReady())
_ciMenu = _knc; // Register KNC CI Menu capabilities when CAM detected and ready
Log.Log.WriteFile("KNC card detected");
return;
}
Release.DisposeToNull(ref _knc);
Log.Log.WriteFile("Check for Digital Everywhere");
_digitalEveryWhere = new DigitalEverywhere(tunerFilter);
if (_digitalEveryWhere.IsDigitalEverywhere)
{
Log.Log.WriteFile("Digital Everywhere card detected");
_diSEqCMotor = new DiSEqCMotor(_digitalEveryWhere);
if (_digitalEveryWhere.IsCamReady())
{
Log.Log.WriteFile("Digital Everywhere registering CI menu capabilities");
_ciMenu = _digitalEveryWhere; // Register FireDTV CI Menu capabilities when CAM detected and ready
}
//_digitalEveryWhere.ResetCAM();
return;
}
Release.DisposeToNull(ref _digitalEveryWhere);
Log.Log.WriteFile("Check for Twinhan");
_twinhan = new Twinhan(tunerFilter);
if (_twinhan.IsTwinhan)
{
Log.Log.WriteFile("Twinhan card detected");
_diSEqCMotor = new DiSEqCMotor(_twinhan);
Log.Log.WriteFile("Twinhan registering CI menu capabilities");
_ciMenu = _twinhan; // Register Twinhan CI Menu capabilities when CAM detected and ready
return;
}
Release.DisposeToNull(ref _twinhan);
Log.Log.WriteFile("Check for TechnoTrend");
_technoTrend = new TechnoTrendAPI(tunerFilter);
if (_technoTrend.IsTechnoTrend)
{
////if (_technoTrend.IsCamPresent())
_ciMenu = _technoTrend; // Register Technotrend CI Menu capabilities
Log.Log.WriteFile("TechnoTrend card detected");
return;
}
Release.DisposeToNull(ref _technoTrend);
Log.Log.WriteFile("Check for Hauppauge");
_hauppauge = new Hauppauge(tunerFilter);
if (_hauppauge.IsHauppauge)
{
Log.Log.WriteFile("Hauppauge card detected");
Log.Log.WriteFile("Check for Hauppauge WinTV CI");
if (winTvUsbCiFilter != null)
{
Log.Log.WriteFile("WinTV CI detected in graph - using capabilities...");
_winTvCiModule = new WinTvCiModule(winTvUsbCiFilter);
Log.Log.WriteFile("WinTV CI registering CI menu capabilities");
_ciMenu = _winTvCiModule; // WinTv CI Menu capabilities
}
_diSEqCMotor = new DiSEqCMotor(_hauppauge);
return;
}
Release.DisposeToNull(ref _hauppauge);
Release.DisposeToNull(ref _winTvCiModule);
/*Log.Log.Info("Check for anysee");
_anysee = new anysee(tunerFilter, analyzerFilter);
if (_anysee.Isanysee)
{
Log.Log.Info("anysee device detected");
return;
}*/
Log.Log.WriteFile("Check for ProfRed");
_profred = new ProfRed(tunerFilter);
if (_profred.IsProfRed)
{
Log.Log.WriteFile("ProfRed card detected");
_diSEqCMotor = new DiSEqCMotor(_profred);
return;
}
Release.DisposeToNull(ref _profred);
// TeVii support
_TeVii = new TeVii();
_TeVii.Init(tunerFilter);
_TeVii.DevicePath = card.DevicePath;
Log.Log.WriteFile("Check for {0}", _TeVii.Provider);
_TeVii.CheckAndOpen();
if (_TeVii.IsSupported)
{
_diSEqCMotor = new DiSEqCMotor(_TeVii);
_HWProvider = _TeVii;
Log.Log.WriteFile("Check for Hauppauge WinTV CI");
if (winTvUsbCiFilter != null)
{
Log.Log.WriteFile("WinTV CI detected in graph - using capabilities...");
_winTvCiModule = new WinTvCiModule(winTvUsbCiFilter);
}
return;
}
Release.DisposeToNull(ref _TeVii);
// DigitalDevices support
_DigitalDevices = new DigitalDevices(tunerFilter);
if (_DigitalDevices.IsGenericBDAS)
{
_genericbdas = _DigitalDevices;
if (_DigitalDevices.IsSupported)
{
_ciMenu = _DigitalDevices;
}
return; // detected
}
Release.DisposeToNull(ref _DigitalDevices);
Log.Log.WriteFile("Check for Conexant based card");
_conexant = new ConexantBDA(tunerFilter);
if (_conexant.IsConexant)
{
Log.Log.WriteFile("Conexant BDA card detected");
Log.Log.WriteFile("Check for Hauppauge WinTV CI");
if (winTvUsbCiFilter != null)
{
Log.Log.WriteFile("WinTV CI detected in graph - using capabilities...");
_winTvCiModule = new WinTvCiModule(winTvUsbCiFilter);
}
return;
}
Release.DisposeToNull(ref _conexant);
Release.DisposeToNull(ref _winTvCiModule);
Log.Log.WriteFile("Check for GenPix BDA based card");
_genpix = new GenPixBDA(tunerFilter);
if (_genpix.IsGenPix)
{
Log.Log.WriteFile("GenPix BDA card detected");
Log.Log.WriteFile("Check for Hauppauge WinTV CI");
if (winTvUsbCiFilter != null)
{
Log.Log.WriteFile("WinTV CI detected in graph - using capabilities...");
_winTvCiModule = new WinTvCiModule(winTvUsbCiFilter);
}
return;
}
Release.DisposeToNull(ref _genpix);
Release.DisposeToNull(ref _winTvCiModule);
Log.Log.WriteFile("Check for Generic DVB-S card");
_genericbdas = new GenericBDAS(tunerFilter);
if (_genericbdas.IsGenericBDAS)
{
Log.Log.WriteFile("Generic BDA card detected");
Log.Log.WriteFile("Check for Hauppauge WinTV CI");
if (winTvUsbCiFilter != null)
{
Log.Log.WriteFile("WinTV CI detected in graph - using capabilities...");
_winTvCiModule = new WinTvCiModule(winTvUsbCiFilter);
}
return;
}
Release.DisposeToNull(ref _genericbdas);
//Final WinTV-CI check for DVB-T hybrid cards
Log.Log.WriteFile("Check for Hauppauge WinTV CI");
if (winTvUsbCiFilter != null)
{
Log.Log.WriteFile("WinTV CI detected in graph - using capabilities...");
_winTvCiModule = new WinTvCiModule(winTvUsbCiFilter);
return;
}
Release.DisposeToNull(ref _winTvCiModule);
}
//ATSC checks
bool isATSC = (card is TvCardATSC);
if (isATSC)
{
Log.Log.WriteFile("Check for ViXS ATSC QAM card");
_isvixsatsc = new ViXSATSC(tunerFilter);
if (_isvixsatsc.IsViXSATSC)
{
Log.Log.WriteFile("ViXS ATSC QAM card detected");
return;
}
Release.DisposeToNull(ref _isvixsatsc);
Log.Log.WriteFile("Check for Generic ATSC QAM card");
_isgenericatsc = new GenericATSC(tunerFilter);
if (_isgenericatsc.IsGenericATSC)
{
Log.Log.WriteFile("Generic ATSC QAM card detected");
return;
}
Release.DisposeToNull(ref _isgenericatsc);
}
}
catch (Exception ex)
{
Log.Log.Write(ex);
}
}
protected override void OnStart(float startTime)
{
_start = startTime;
_type = ParseEnum <CamType>(typeOptions[_typeSelect]);
if (_cam == null)
{
return;
}
// Do type-specific action
switch (_type)
{
case CamType.SetActive:
if (_gameManager == null)
{
Camera current = GameObject.FindGameObjectWithTag("MainCamera").GetComponent <Camera>();
current.tag = "InactiveCamera";
current.enabled = false;
//current.gameObject.SetActive(false);
_cam.tag = "MainCamera";
_cam.enabled = true;
//_cam.gameObject.SetActive(true);
}
else
{
_gameManager.SetCam(_cam);
}
break;
case CamType.LookAt:
if (_cam == null || _transformTo == null)
{
return;
}
if (_transitionLookAt)
{
_cam.transform.DOLookAt(_transformTo.position, _duration).SetEase(easer);
}
else
{
_cam.transform.LookAt(_transformTo);
}
break;
case CamType.SetTransformNow:
_cam.transform.position = _transformTo.position;
_cam.transform.rotation = _transformTo.rotation;
break;
case CamType.TransitionTransform:
if (_cam != null && _transformTo != null)
{
TransitTransform(_transformTo, _transformFrom, easer);
}
break;
case CamType.TransitionCam:
if (_cam == null || _camTo == null)
{
return;
}
if (_cam.orthographic != _camTo.orthographic)
{
Debug.Log("WARNING: TransitionCam has an orthographic & perspective cam as targets!");
}
TransitCam(_cam, _camTo, _duration, null, easer);
break;
case CamType.Shake:
if (_doShakePos)
{
_cam.DOShakePosition(_duration, _strength, _vibrato, _rndm).SetEase(easer);
}
if (_doShakeRot)
{
_cam.DOShakeRotation(_duration, _strength, _vibrato, _rndm).SetEase(easer);
}
break;
case CamType.OrthoSize:
_cam.DOOrthoSize(_orthoVal, _duration).SetEase(easer);
break;
/*
* case CamType.Zoom:
*
* if (_cam == null || _transformTo == null) return;
*
* //TODO calculations need work
*
* _zoomDir = ParseEnum<ZoomDirection>(zoomDirOptions[_zoomDirSelect]);
* Vector3 camPos = _cam.transform.position;
* Vector3 toPos = _transformTo.position;
* float dist = Vector3.Distance(camPos,toPos);
* Vector3 rotationDir = new Vector3(Mathf.Abs(camPos.x - toPos.x) / dist, Mathf.Abs(camPos.y - toPos.y) / dist, Mathf.Abs(camPos.z - toPos.z) / dist);
* rotationDir = rotationDir * _zoomVal * (float)_zoomDir;
* _cam.transform.LookAt(toPos);
* _cam.transform.DOMove(rotationDir, _duration).SetEase(easer).SetRelative();
*
* break;
*/
case CamType.SetProjection:
_cam.orthographic = _projectionType;
break;
default:
Debug.Log("Invalid CamAnimEvent type");
break;
}
}
public IEnumerator SwitchCamera(CamType target)
{
StopAllCoroutines();
yield return(StartCoroutine(SwitchCameraInternal(target)));
}
