int normal_draw(dxO& dxo)override{
try{
try{
IsDataModeMUIBut.set(Pint(70, 20), "Data");
dxo.draw(Pint(5, 5), IsDataModeMUIBut);
}
catch(const hmLib::inquiries::unconnected_exception&){
dxo.draw(Pint(5, 5), dxoStrP(Pint(70, 20), "Data", getClr(error, strobj)));
}
try{
dxo.draw(Pint(80, 5), dxoBUITimeStr(this, Pint(70, 20), (boost::format("%.1f��") % Value).str(), Time));
}
catch(const hmLib::inquiries::unconnected_exception&){
dxo.draw(Pint(80, 5), dxoStrP(Pint(70, 20), "NoCnct", getClr(error, strobj)));
}
}
catch(const hmLib::exceptions::exception& Excp){
dxo.draw(Pint(5, 5), dxoButIO(getSize(), std::string("=ERR=") + Excp.what(), getClr(error, butobj), true, CLR::White, ALI::left));
}
return 0;
}
int normal_draw(dxO& dxo)override{
try{
try{
IsDataModeMUIBut.set(Pint(70, 20), "Data");
dxo.draw(Pint(5, 5), IsDataModeMUIBut);
}
catch(const hmLib::inquiries::unconnected_exception&){
dxo.draw(Pint(5, 5), dxoStrP(Pint(70, 20), "Data", getClr(error, strobj)));
}
try{
int gpsCh;
dxRGB clr;
if(inq_getPic_GPSCh() == inq_getRequest_GPSCh()){ clr = getClr(normal, butobj); } else{ clr = getClr(active, butobj); }
if(inq_getRequest_GPSCh()){ gpsCh = 1; } else{ gpsCh = 0; }
SetGPSNumBut.set(Pint(70, 20), (boost::format("GPS#:%d") % (int)gpsCh).str(), clr);
auto ans = dxo.draw(Pint(80, 5), SetGPSNumBut);
if(ans == -1){
signal_changeGPSCh();
}
}
catch(const hmLib::inquiries::unconnected_exception&){
dxo.draw(Pint(80, 5), dxoStrP(Pint(70, 20), "NoCnct", getClr(error, strobj)));
}
try{
auto Data = GPSData;//inquiry_getGPSData();
auto Time = Data.getTime();
dxo.draw(Pint(155, 5), dxoStrP(Pint(70, 20), (boost::format("Fail:%d") % static_cast<int>(Data.getFail())).str(), getTimeStrClr(Time)));
}
catch(const hmLib::inquiries::unconnected_exception&){
dxo.draw(Pint(155, 5), dxoStrP(Pint(70, 20), "NoCnct", getClr(error, strobj)));
}
}
catch(const hmLib::exceptions::exception& Excp){
dxo.draw(Pint(0, 0), dxoButIO(getSize(), std::string("=ERR=") + Excp.what(), getClr(error, butobj), true, CLR::White, ALI::left));
}
return 0;
}
int normal_draw(dxO& dxo)override{
try{
try{
DataModeMUIBut.set(Pint(70, 20), "Data");
dxo.draw(Pint(5, 5), DataModeMUIBut);
}
catch(const hmLib::inquiries::unconnected_exception&){
dxo.draw(Pint(5, 5), dxoStrP(Pint(70, 20), "CO2", getClr(error, strobj)));
}
try{
dxo.draw(Pint(80, 5), dxoBUITimeStr(this, Pint(70, 20), (boost::format("%.1fppm") % Data.value()).str(), Data.time()));
dxo.draw(Pint(155, 5), dxoBUITimeStr(this, Pint(70, 20), (boost::format("0x%04x") % Data.raw_value()).str(), Data.time()));
}
catch(const hmLib::inquiries::unconnected_exception&){
dxo.draw(Pint(80, 5), dxoStrP(Pint(70, 20), "NoCnct", getClr(error, strobj)));
}
}
catch(const hmLib::exceptions::exception& Excp){
dxo.draw(Pint(5, 5), dxoButIO(getSize(), std::string("=ERR=") + Excp.what(), getClr(error, butobj), true, CLR::White, ALI::left));
}
try{
SensorPWMUIBut.set(Pint(70, 20), "SensorPW");
dxo.draw(Pint(80, 30), SensorPWMUIBut);
}
catch(const hmLib::inquiries::unconnected_exception&){
dxo.draw(Pint(80, 30), dxoStrP(Pint(70, 20), "NoCnct", getClr(error, strobj)));
}
try{
PumpPWMUIBut.set(Pint(70, 20), "PumpPW");
dxo.draw(Pint(155, 30), PumpPWMUIBut);
}
catch(const hmLib::inquiries::unconnected_exception&){
dxo.draw(Pint(155, 30), dxoStrP(Pint(70, 20), "NoCnct", getClr(error, strobj)));
}
return 0;
}
virtual int drawIn(dxO& _dxo,DrawFuncType* _pDrawFunc){
if(MoveAreaSize.x<=0 || MoveAreaSize.y<=0)return 0;
_dxo.movePos(-viewpos);
int ans=(*_pDrawFunc)(_dxo);
Rint rect=_dxo.getArea();
adjDrawArea(rect);
_dxo.movePos(viewpos);
if(rect.pos2.x-rect.pos1.x>MoveAreaSize.x){
Pint tabpos;
Pint tabsize;
tabsize.x=MoveAreaSize.x*(MoveAreaSize.x-10)/(rect.pos2.x-rect.pos1.x);
if(tabsize.x<5)tabsize.x=5;
tabsize.y=10;
tabpos.x=viewpos.x-rect.pos1.x;
tabpos.y=0;
_dxo.draw(Pint(0,MoveAreaSize.y-10),dxoSlider(Pint(MoveAreaSize.x-10,10),tabsize,tabpos,Pint(rect.pos2.x-rect.pos1.x-MoveAreaSize.x,0),MoveAreaClr),true,196);
// dxo::Draw(dxoTab(pos+Pint(0,MoveAreaSize.y-10),Pint(MoveAreaSize.x-10,10),tabsize,tabpos,Pint(rect.pos2.x-rect.pos1.x-MoveAreaSize.x,0),Color,128,FrameTabBlend*AreaBlend/255));
viewpos.x=tabpos.x+rect.pos1.x;
}
if(rect.pos2.y-rect.pos1.y>MoveAreaSize.y){
Pint tabpos;
Pint tabsize;
tabsize.y=MoveAreaSize.y*(MoveAreaSize.y-10)/(rect.pos2.y-rect.pos1.y);
if(tabsize.y<5)tabsize.y=5;
tabsize.x=10;
tabpos.y=viewpos.y-rect.pos1.y;
tabpos.x=0;
_dxo.draw(Pint(MoveAreaSize.x-10,0),dxoSlider(Pint(10,MoveAreaSize.y-10),tabsize,tabpos,Pint(0,rect.pos2.y-rect.pos1.y-MoveAreaSize.y),MoveAreaClr),true,196);
// dxo::Draw(dxoTab(pos+Pint(MoveAreaSize.x-10,0),Pint(10,MoveAreaSize.y-10),tabsize,tabpos,Pint(0,rect.pos2.y-rect.pos1.y-MoveAreaSize.y),Color,128,FrameTabBlend*AreaBlend/255));
viewpos.y=tabpos.y+rect.pos1.y;
}
if(!(rect.pos2-rect.pos1<=MoveAreaSize)){
_dxo.draw(MoveAreaSize-Pint(10,10),dxoButIO(Pint(10,10),"",MoveAreaClr,false),true,196);
// dxo::Draw(dxoButIO(pos+MoveAreaSize-Pint(10,10),Pint(10,10),Color,1,"",0,POS::center,FrameTabBlend*AreaBlend/255,0));
}
return 0;
}
//virtual int fndraw(dxO& dxf);
int normal_draw(dxO& dxo)override{
// FILE 書き込みボタン
if(dxo.draw(Pint(5, 5), dxoButIO(Pint(105, 20), "FILE 接続", getClr(normal, butobj), isActive), true) == 1){
if(!isActive){
// Open signal
signal_require_activate("");
} else{
// Close signal
signal_require_inactivate();
}
}
// 状態表示
if(isActive){
dxo.draw(Pint(115, 5), dxoStrP(Pint(105, 20), "Opened", getClr(normal, strobj)));
} else{
dxo.draw(Pint(115, 5), dxoStrP(Pint(105, 20), "Closed", getClr(invalid, strobj)));
}
return 0;
}
//virtual int fndraw(dxO& dxf);
virtual int redraw(dxO& dxo){
int ans;
// RS系列についての制御系UI
// 接続ボタン
if(dxo.draw(Pint(10, 10), dxoButIO(Pint(220, 40), "RS接続", Clr, IsRSOpen), !IsFOMAOpen) == 1){
if(!IsRSOpen){
// Open signal
signal_require_openRS(RS_BaudRate, RS_PortCh);
if(PortFileLinkFlag) signal_require_openFile();
} else{
// Close signal
signal_require_closeRS();
if(PortFileLinkFlag) signal_require_closeFile();
}
}
// チャンネル選択
ans = dxo.draw(Pint(30, 60), dxoButLR(Pint(200, 20), hmstd::fStr("%2dch", RS_PortCh), hm::sel((!IsRSOpen && !IsFOMAOpen), Clr, SubClr)), (!IsRSOpen && !IsFOMAOpen));
if(!IsRSOpen && !IsFOMAOpen){
if(ans == 1)RS_PortCh = (RS_PortCh + 1) % 13;
if(ans == 10)RS_PortCh = (RS_PortCh + 12) % 13;
}
// ボーレート
ans = dxo.draw(Pint(30, 90), dxoButLR(Pint(200, 20), hmstd::fStr("%5dbps", RS_BaudRate), hm::sel((!IsRSOpen && !IsFOMAOpen), Clr, SubClr)), (!IsRSOpen && !IsFOMAOpen));
if(!IsRSOpen && !IsFOMAOpen){
if(ans == 1)RS_BaudRate *= 2;
if(ans == 10)RS_BaudRate /= 2;
if(RS_BaudRate > 38400)RS_BaudRate = 2400;
if(RS_BaudRate < 2400)RS_BaudRate = 38400;
}
// FOMA系についての制御系UI
// 接続ボタン
if(dxo.draw(Pint(10, 130), dxoButIO(Pint(220, 40), "FOMA接続", Clr, IsFOMAOpen), !IsRSOpen) == 1){
if(!IsFOMAOpen){
// Open signal
signal_require_openFOMA(FOMA_BaudRate, FOMA_PortCh);
if(PortFileLinkFlag) signal_require_openFile();
} else{
// Close siganal
signal_require_closeFOMA();
if(PortFileLinkFlag) signal_require_closeFile();
}
}
//チャンネル選択
ans = dxo.draw(Pint(30, 180), dxoButLR(Pint(200, 20), hmstd::fStr("%2dch", FOMA_PortCh), hm::sel((!IsRSOpen && !IsFOMAOpen), Clr, SubClr)), (!IsRSOpen && !IsFOMAOpen));
if(!IsRSOpen && !IsFOMAOpen){
if(ans == 1)FOMA_PortCh = (FOMA_PortCh + 1) % 13;
if(ans == 10)FOMA_PortCh = (FOMA_PortCh + 12) % 13;
}
//ボーレート
ans = dxo.draw(Pint(30, 210), dxoButLR(Pint(200, 20), hmstd::fStr("%5dbps", FOMA_BaudRate), hm::sel((!IsRSOpen && !IsFOMAOpen), Clr, SubClr)), (!IsRSOpen && !IsFOMAOpen));
if((!IsRSOpen && !IsFOMAOpen)){
if(ans == 1)FOMA_BaudRate *= 2;
if(ans == 10)FOMA_BaudRate /= 2;
if(FOMA_BaudRate > 38400)FOMA_BaudRate = 2400;
if(FOMA_BaudRate < 2400)FOMA_BaudRate = 38400;
}
//保存のリンクフラグ
if(dxo.draw(Pint(10, 250), dxoCheck(Pint(200, 20), "接続と保存をリンクする", 20, Clr, PortFileLinkFlag)) == 1){
if(!IsRSOpen && !IsFOMAOpen){
PortFileLinkFlag = !PortFileLinkFlag;
}
}
return 0;
}
