/// <summary>
/// Fills in the event referred to by hEvent with an EE_ProfileEvent event that contains the profile data for the specified user.
/// </summary>
/// <param name="userId">user ID</param>
/// <returns>user profile</returns>
public Profile GetUserProfile(UInt32 userId)
{
Profile tempProfile = new Profile();
errorHandler(EdkDll.EE_GetUserProfile(userId, tempProfile.GetHandle()));
return tempProfile;
}
private void cogDataFileWrite(string filename)
{
FileStream fs;
fs = new FileStream(filename, FileMode.OpenOrCreate, FileAccess.ReadWrite);
BinaryWriter bw = new BinaryWriter(fs);
//准备不同类型的数据
profile = EmoEngine.Instance.GetUserProfile(0);
//利用Write 方法的多种重载形式写入数据
bw.Write(profile.GetBytes());
fs.Close();
bw.Close();
}
/// <summary>
/// Loads an EmoEngine profile for the specified user.
/// </summary>
/// <param name="userId">user ID</param>
/// <param name="profile">user profile previously returned from EmoEngine.</param>
public void SetUserProfile(UInt32 userId, Profile profile)
{
if (profile == null)
{
throw new NullReferenceException();
}
byte[] profileBytes = profile.GetBytes();
errorHandler(EdkDll.EE_SetUserProfile(userId, profileBytes, (UInt32)profileBytes.Length));
}
// 状态界面线程方法
void judge()
{
Thread.Sleep(1000);
while (true)
{
//执行 使得状态改变
p.judgeOnContact();
//连接状态
if (p.getConnectedStatus() == true)
{
string str = "已连接";
this.contactStatusDelegateMethod(str);
}
else
{
string str = "未连入";
this.contactStatusDelegateMethod(str);
electricPowerDelegateMethod(0, 5); //图形显示
electricPowerStatusDelegateMethod("0%"); //比例显示
this.starttimeDelegateMethod("00.00 s");
}
//电量的显示
if (p.getConnectedStatus() == true)
{
//开始时间的显示
double timeFromStart = ((double)((int)((p.getTimeFromStart() + 0.005) * 100))) / 100;
this.starttimeDelegateMethod(timeFromStart.ToString() + " s");
}
//电量的显示
if (p.getConnectedStatus() == true)
{
Int32 chargeLevel = p.getChargeLevel();
Int32 maxChargeLevel = p.getMaxChargeLevel();
if (chargeLevel < 0) chargeLevel = 0;
if (maxChargeLevel < 0) chargeLevel = 5;
String chargePercentage = ((Int32)((chargeLevel * 1.0 / maxChargeLevel) * 100)).ToString() + "%";
electricPowerDelegateMethod(chargeLevel, maxChargeLevel); //图形显示
electricPowerStatusDelegateMethod(chargePercentage); //比例显示
}
int signalStrength = p.getSignalStrength();
if (signalStrength == 2)
{
signalStrengthGoodDelegateMethod();
signalStrengthStatusDelegateMethod("强");
}
else if (signalStrength == 1)
{
signalStrengthBadDelegateMethod();
signalStrengthStatusDelegateMethod("弱");
}
else
{
signalStrengthNoSignalDelegateMethod();
signalStrengthStatusDelegateMethod("无信号");
p.disconnected();
}
//信号可用性的显示
if (p.getConnectedStatus() == true)
{
int numCqChan = p.getNumContactQualityChannelsChargeLevel();
EdkDll.EE_EEG_ContactQuality_t[] cqfc = p.getContactQualityFromAllChannels();
bool flagP3 = false;
bool flagP4 = false;
for (Int32 i = 0; i < numCqChan; ++i)
{
//信号差
if (cqfc[i] == EdkDll.EE_EEG_ContactQuality_t.EEG_CQ_VERY_BAD)
{
// P3信号
if (i == 0)
{
this.p3BadDelegateMethod();
flagP3 = false;
}
// P4信号
else if (i == 1)
{
this.p4BadDelegateMethod();
flagP4 = false;
}
// AF3信号
else if (i == 2 && flagP3 == true && flagP4 == true)
{
this.af3BadDelegateMethod();
}
// F7信号
else if (i == 3 && flagP3 == true && flagP4 == true)
{
this.f7BadDelegateMethod();
}
// F3信号
else if (i == 4 && flagP3 == true && flagP4 == true)
{
this.f3BadDelegateMethod();
}
// FC5信号
else if (i == 5 && flagP3 == true && flagP4 == true)
{
this.fc5BadDelegateMethod();
}
// T7信号
else if (i == 6 && flagP3 == true && flagP4 == true)
{
this.t7BadDelegateMethod();
}
// T7信号
else if (i == 7 && flagP3 == true && flagP4 == true)
{
this.p7BadDelegateMethod();
}
// O1信号
else if (i == 8 && flagP3 == true && flagP4 == true)
{
this.o1BadDelegateMethod();
}
// O2信号
else if (i == 9 && flagP3 == true && flagP4 == true)
{
this.o2BadDelegateMethod();
}
// P8信号
else if (i == 10 && flagP3 == true && flagP4 == true)
{
this.p8BadDelegateMethod();
}
// T8信号
else if (i == 11 && flagP3 == true && flagP4 == true)
{
this.t8BadDelegateMethod();
}
// FC6信号
else if (i == 12 && flagP3 == true && flagP4 == true)
{
this.fc6BadDelegateMethod();
}
// F4信号
else if (i == 13 && flagP3 == true && flagP4 == true)
{
this.f4BadDelegateMethod();
}
// F8信号
else if (i == 14 && flagP3 == true && flagP4 == true)
{
this.f8BadDelegateMethod();
}
// AF4信号
else if (i == 15 && flagP3 == true && flagP4 == true)
{
this.af4BadDelegateMethod();
}
}
//信号不好
else if (cqfc[i] == EdkDll.EE_EEG_ContactQuality_t.EEG_CQ_POOR)
{
// P3信号
if (i == 0)
{
this.p3PoorDelegateMethod();
flagP3 = false;
}
// P4信号
else if (i == 1)
{
this.p4PoorDelegateMethod();
flagP4 = false;
}
// AF3信号
else if (i == 2 && flagP3 == true && flagP4 == true)
{
this.af3PoorDelegateMethod();
}
// F7信号
else if (i == 3 && flagP3 == true && flagP4 == true)
{
this.f7PoorDelegateMethod();
}
// F3信号
else if (i == 4 && flagP3 == true && flagP4 == true)
{
this.f3PoorDelegateMethod();
}
// FC5信号
else if (i == 5 && flagP3 == true && flagP4 == true)
{
this.fc5PoorDelegateMethod();
}
// T7信号
else if (i == 6 && flagP3 == true && flagP4 == true)
{
this.t7PoorDelegateMethod();
}
// T7信号
else if (i == 7 && flagP3 == true && flagP4 == true)
{
this.p7PoorDelegateMethod();
}
// O1信号
else if (i == 8 && flagP3 == true && flagP4 == true)
{
this.o1PoorDelegateMethod();
}
// O2信号
else if (i == 9 && flagP3 == true && flagP4 == true)
{
this.o2PoorDelegateMethod();
}
// P8信号
else if (i == 10 && flagP3 == true && flagP4 == true)
{
this.p8PoorDelegateMethod();
}
// T8信号
else if (i == 11 && flagP3 == true && flagP4 == true)
{
this.t8PoorDelegateMethod();
}
// FC6信号
else if (i == 12 && flagP3 == true && flagP4 == true)
{
this.fc6PoorDelegateMethod();
}
// F4信号
else if (i == 13 && flagP3 == true && flagP4 == true)
{
this.f4PoorDelegateMethod();
}
// F8信号
else if (i == 14 && flagP3 == true && flagP4 == true)
{
this.f8PoorDelegateMethod();
}
// AF4信号
else if (i == 15 && flagP3 == true && flagP4 == true)
{
this.af4PoorDelegateMethod();
}
}
//信号良好
else if (cqfc[i] == EdkDll.EE_EEG_ContactQuality_t.EEG_CQ_FAIR)
{
// P3信号
if (i == 0)
{
this.p3FairDelegateMethod();
flagP3 = false;
}
// P4信号
else if (i == 1)
{
this.p4FairDelegateMethod();
flagP4 = false;
}
// AF3信号
else if (i == 2 && flagP3 == true && flagP4 == true)
{
this.af3FairDelegateMethod();
}
// F7信号
else if (i == 3 && flagP3 == true && flagP4 == true)
{
this.f7FairDelegateMethod();
}
// F3信号
else if (i == 4 && flagP3 == true && flagP4 == true)
{
this.f3FairDelegateMethod();
}
// FC5信号
else if (i == 5 && flagP3 == true && flagP4 == true)
{
this.fc5FairDelegateMethod();
}
// T7信号
else if (i == 6 && flagP3 == true && flagP4 == true)
{
this.t7FairDelegateMethod();
}
// T7信号
else if (i == 7 && flagP3 == true && flagP4 == true)
{
this.p7FairDelegateMethod();
}
// O1信号
else if (i == 8 && flagP3 == true && flagP4 == true)
{
this.o1FairDelegateMethod();
}
// O2信号
else if (i == 9 && flagP3 == true && flagP4 == true)
{
this.o2FairDelegateMethod();
}
// P8信号
else if (i == 10 && flagP3 == true && flagP4 == true)
{
this.p8FairDelegateMethod();
}
// T8信号
else if (i == 11 && flagP3 == true && flagP4 == true)
{
this.t8FairDelegateMethod();
}
// FC6信号
else if (i == 12 && flagP3 == true && flagP4 == true)
{
this.fc6FairDelegateMethod();
}
// F4信号
else if (i == 13 && flagP3 == true && flagP4 == true)
{
this.f4FairDelegateMethod();
}
// F8信号
else if (i == 14 && flagP3 == true && flagP4 == true)
{
this.f8FairDelegateMethod();
}
// AF4信号
else if (i == 15 && flagP3 == true && flagP4 == true)
{
this.af4FairDelegateMethod();
}
}
//信号好
else if (cqfc[i] == EdkDll.EE_EEG_ContactQuality_t.EEG_CQ_GOOD)
{
// P3信号
if (i == 0)
{
this.p3GoodDelegateMethod();
flagP3 = true;
}
// P4信号
else if (i == 1)
{
this.p4GoodDelegateMethod();
flagP4 = true;
}
// AF3信号
else if (i == 2 && flagP3 == true && flagP4 == true)
{
this.af3GoodDelegateMethod();
}
// F7信号
else if (i == 3 && flagP3 == true && flagP4 == true)
{
this.f7GoodDelegateMethod();
}
// F3信号
else if (i == 4 && flagP3 == true && flagP4 == true)
{
this.f3GoodDelegateMethod();
}
// FC5信号
else if (i == 5 && flagP3 == true && flagP4 == true)
{
this.fc5GoodDelegateMethod();
}
// T7信号
else if (i == 6 && flagP3 == true && flagP4 == true)
{
this.t7GoodDelegateMethod();
}
// T7信号
else if (i == 7 && flagP3 == true && flagP4 == true)
{
this.p7GoodDelegateMethod();
}
// O1信号
else if (i == 8 && flagP3 == true && flagP4 == true)
{
this.o1GoodDelegateMethod();
}
// O2信号
else if (i == 9 && flagP3 == true && flagP4 == true)
{
this.o2GoodDelegateMethod();
}
// P8信号
else if (i == 10 && flagP3 == true && flagP4 == true)
{
this.p8GoodDelegateMethod();
}
// T8信号
else if (i == 11 && flagP3 == true && flagP4 == true)
{
this.t8GoodDelegateMethod();
}
// FC6信号
else if (i == 12 && flagP3 == true && flagP4 == true)
{
this.fc6GoodDelegateMethod();
}
// F4信号
else if (i == 13 && flagP3 == true && flagP4 == true)
{
this.f4GoodDelegateMethod();
}
// F8信号
else if (i == 14 && flagP3 == true && flagP4 == true)
{
this.f8GoodDelegateMethod();
}
// AF4信号
else if (i == 15 && flagP3 == true && flagP4 == true)
{
this.af4GoodDelegateMethod();
}
}
//没信号
else
{
// P3信号
if (i == 0)
{
this.p3NoSignalDelegateMethod();
flagP3 = false;
}
// P4信号
else if (i == 1)
{
this.p4NoSignalDelegateMethod();
flagP4 = false;
}
if (flagP4 == false && flagP3 == false)
{
// 显示改为没信号
this.af3NoSignalDelegateMethod();
this.f7NoSignalDelegateMethod();
this.f3NoSignalDelegateMethod();
this.fc5NoSignalDelegateMethod();
this.t7NoSignalDelegateMethod();
this.p7NoSignalDelegateMethod();
this.o1NoSignalDelegateMethod();
this.o2NoSignalDelegateMethod();
this.p8NoSignalDelegateMethod();
this.t8NoSignalDelegateMethod();
this.fc6NoSignalDelegateMethod();
this.f4NoSignalDelegateMethod();
this.f8NoSignalDelegateMethod();
this.af4NoSignalDelegateMethod();
}
}
}
}
else
{
// 显示改为没信号
this.p3NoSignalDelegateMethod();
this.p4NoSignalDelegateMethod();
this.af3NoSignalDelegateMethod();
this.f7NoSignalDelegateMethod();
this.f3NoSignalDelegateMethod();
this.fc5NoSignalDelegateMethod();
this.t7NoSignalDelegateMethod();
this.p7NoSignalDelegateMethod();
this.o1NoSignalDelegateMethod();
this.o2NoSignalDelegateMethod();
this.p8NoSignalDelegateMethod();
this.t8NoSignalDelegateMethod();
this.fc6NoSignalDelegateMethod();
this.f4NoSignalDelegateMethod();
this.f8NoSignalDelegateMethod();
this.af4NoSignalDelegateMethod();
}
Thread.Sleep(100);
if (p.getConnectedStatus() == true && fll == true)
{
fll = false;
// 读取本地脑波数据
if (File.Exists(cogDataFileName))
{
EmoEngine.Instance.LoadUserProfile(0, cogDataFileName);
profile = EmoEngine.Instance.GetUserProfile(0);
EmoEngine.Instance.SetUserProfile(0, profile);
Console.WriteLine("load profile");
}
// 读取本地脑波已存在的数据数量
// 读取本地脑波数据
if (File.Exists(cogNumFileName))
{
cogNum = cogNumFileRead(cogNumFileName);
for (int i = 0; i < cogNum.Length; i++)
{
if (cogNum[i].ToString() == "N")
{
cogStatusOk_1DelegateMethod();
}
else if (cogNum[i].ToString() == "U")
{
cogStatusOk_2DelegateMethod();
}
else if (cogNum[i].ToString() == "D")
{
cogStatusOk_3DelegateMethod();
}
else if (cogNum[i].ToString() == "L")
{
cogStatusOk_4DelegateMethod();
}
else if (cogNum[i].ToString() == "R")
{
cogStatusOk_5DelegateMethod();
}
else if (cogNum[i].ToString() == "F")
{
cogStatusOk_6DelegateMethod();
}
else if (cogNum[i].ToString() == "B")
{
cogStatusOk_7DelegateMethod();
}
}
}
}
}
}