void CGUIRadioButtonControl::SetRadioDimensions(float posX, float posY, float width, float height)
{
m_radioPosX = posX;
m_radioPosY = posY;
if (width)
{
m_imgRadioOnFocus.SetWidth(width);
m_imgRadioOnNoFocus.SetWidth(width);
m_imgRadioOffFocus.SetWidth(width);
m_imgRadioOffNoFocus.SetWidth(width);
m_imgRadioOnDisabled.SetWidth(width);
m_imgRadioOffDisabled.SetWidth(width);
}
if (height)
{
m_imgRadioOnFocus.SetHeight(height);
m_imgRadioOnNoFocus.SetHeight(height);
m_imgRadioOffFocus.SetHeight(height);
m_imgRadioOffNoFocus.SetHeight(height);
m_imgRadioOnDisabled.SetHeight(height);
m_imgRadioOffDisabled.SetHeight(height);
}
// use label2 to display the button value in case no
// dimensions were specified and there's no label2 yet.
if (GetLabel2().empty() && !width && !height)
m_useLabel2 = true;
SetPosition(GetXPosition(), GetYPosition());
}
bool CGUIEditControl::OnMessage(CGUIMessage &message)
{
if (message.GetMessage() == GUI_MSG_SET_TYPE)
{
SetInputType((INPUT_TYPE)message.GetParam1(), (int)message.GetParam2());
return true;
}
else if (message.GetMessage() == GUI_MSG_ITEM_SELECTED)
{
message.SetLabel(GetLabel2());
return true;
}
else if (message.GetMessage() == GUI_MSG_SET_TEXT &&
((message.GetControlId() <= 0 && HasFocus()) || (message.GetControlId() == GetID())))
{
SetLabel2(message.GetLabel());
UpdateText();
}
else if (message.GetMessage() == GUI_MSG_INPUT_TEXT_EDIT && HasFocus())
{
g_charsetConverter.utf8ToW(message.GetLabel(), m_edit);
m_editOffset = message.GetParam1();
m_editLength = message.GetParam2();
UpdateText(false);
return true;
}
return CGUIButtonControl::OnMessage(message);
}
bool CGUIEditControl::ValidateInput(const std::wstring &data) const
{
if (m_inputValidator == NULL)
return true;
return m_inputValidator(GetLabel2(), (void*)(m_inputValidatorData != NULL ? m_inputValidatorData : this));
}
std::string CGUIEditControl::GetDescriptionByIndex(int index) const
{
if (index == 0)
return GetDescription();
else if(index == 1)
return GetLabel2();
return "";
}
int ConvertData2(FILE *readdata_file, InputData *inputlist, TrafficRecord *traffic_record){
double avesum = 0;
// 最初のデータを生成するのに必要なトラフィック履歴を取得
for(int j=0; j<exparam.necessary_record; j++){
traffic_record[exparam.record_pointer].traffic = GetTraffic(readdata_file);
exparam.record_pointer++;
}
// 0番目の入力ベクトルは必要ない(real_traffic,real_level,base_levelがあればよい)
//0番目のデータ設定
inputlist[0].real_traffic = GetTraffic(readdata_file);
inputlist[0].record_index = exparam.record_pointer;
inputlist[0].base_level = GetBaseLevel(inputlist[0].real_traffic);
routerstate.level = inputlist[0].base_level;
inputlist[0].real_level = routerstate.level;
//TrafficRecord設定
traffic_record[exparam.record_pointer].traffic = inputlist[0].real_traffic;
traffic_record[exparam.record_pointer].base_level = inputlist[0].base_level;
traffic_record[exparam.record_pointer].real_level = inputlist[0].real_level;
//inputlist[0].labelの設定
inputlist[0].label[0] = 0;
inputlist[0].label[1] = -1;
inputlist[0].answer = -1;
routerstate.base_level = (int)exparam.maxlevel;
// traffic_recordをスライド
exparam.record_pointer++;
// トレーニングデータセットを用意
int k = 1;
subcounter = exparam.sleep;
while (k < exparam.data_length){
subcounter++;
//入力ベクトル設定部分
SetInputVector(&inputlist[k], &inputlist[k-1], traffic_record);
//inputlist[k]の設定
inputlist[k].real_traffic = GetTraffic(readdata_file);
inputlist[k].record_index = exparam.record_pointer;
if (k > exparam.sleep){
inputlist[k].base_level = GetBaseLevel2(inputlist[k].record_index, traffic_record);
}
else{
inputlist[k].base_level = GetBaseLevel(inputlist[k].real_traffic);
}
inputlist[k].real_level = routerstate.level;
//TrafficRecord設定
traffic_record[exparam.record_pointer].traffic = inputlist[k].real_traffic;
traffic_record[exparam.record_pointer].base_level = inputlist[k].base_level;
traffic_record[exparam.record_pointer].real_level = inputlist[k].real_level;
//inputlist[k].labelの設定(予測時はわからないよ)
if (k > exparam.sleep){
// label設定
GetLabel2(&inputlist[k-exparam.sleep], inputlist, traffic_record);
// ideal_level設定
inputlist[k-exparam.sleep].ideal_level = inputlist[k].base_level;
traffic_record[inputlist[exparam.trainnum].record_index].ideal_level = inputlist[exparam.trainnum].ideal_level;
routerstate.base_level = inputlist[k].base_level;
if (subcounter >= exparam.sleep){
routerstate.level = routerstate.base_level + inputlist[k].label[0] + inputlist[k].label[1];
subcounter = 0;
}
}
// traffic_recordをスライド
exparam.record_pointer++;
#ifdef RECORD
// WriteTrfRecFile(&traffic_record[k], recorddata_file);
#endif
k++;
}
return 0;
}
