void Statistics::RenderGlidePolar(HDC hdc, RECT rc) { ResetScale(); ScaleYFromValue(rc, 0); ScaleYFromValue(rc, GlidePolar::SinkRateFast(0,(int)(SAFTEYSPEED-1))); ScaleXFromValue(rc, 0); // GlidePolar::Vminsink); ScaleXFromValue(rc, SAFTEYSPEED); DrawXGrid(hdc, rc, 10.0/SPEEDMODIFY, 0, STYLE_THINDASHPAPER); DrawYGrid(hdc, rc, 1.0/LIFTMODIFY, 0, STYLE_THINDASHPAPER); int i; double sinkrate0, sinkrate1; for (i= GlidePolar::Vminsink; i< SAFTEYSPEED-1; i++) { sinkrate0 = GlidePolar::SinkRateFast(0,i); sinkrate1 = GlidePolar::SinkRateFast(0,i+1); DrawLine(hdc, rc, i, sinkrate0 , i+1, sinkrate1, STYLE_MEDIUMBLACK); } DrawXLabel(hdc, rc, TEXT("V")); DrawYLabel(hdc, rc, TEXT("w")); }
void Statistics::RenderClimb(HDC hdc, RECT rc) { ResetScale(); ScaleYFromData(rc, &flightstats.ThermalAverage); ScaleYFromValue(rc, MACCREADY); ScaleYFromValue(rc, 0); ScaleXFromValue(rc, 0); ScaleXFromValue(rc, flightstats.ThermalAverage.sum_n+1); DrawYGrid(hdc, rc, 1.0/LIFTMODIFY, 0, STYLE_THINDASHPAPER); DrawBarChart(hdc, rc, &flightstats.ThermalAverage); DrawLine(hdc, rc, 0, MACCREADY, flightstats.ThermalAverage.sum_n+1, MACCREADY, STYLE_REDTHICK); DrawTrendN(hdc, rc, &flightstats.ThermalAverage, STYLE_BLUETHIN); DrawXLabel(hdc, rc, TEXT("n")); DrawYLabel(hdc, rc, TEXT("w")); }
void Statistics::RenderTemperature(HDC hdc, RECT rc) { ResetScale(); int i; float hmin= 10000; float hmax= -10000; float tmin= (float)CuSonde::maxGroundTemperature; //RB Type cast fixed float tmax= (float)CuSonde::maxGroundTemperature; //RB Type cast fixed // find range for scaling of graph for (i=0; i<CUSONDE_NUMLEVELS-1; i++) { if (CuSonde::cslevels[i].nmeasurements) { hmin = min(hmin, i); hmax = max(hmax, i); tmin = (float)min(tmin, min(CuSonde::cslevels[i].tempDry, min(CuSonde::cslevels[i].airTemp, CuSonde::cslevels[i].dewpoint))); // RB fix casts tmax = (float)max(tmax, max(CuSonde::cslevels[i].tempDry, max(CuSonde::cslevels[i].airTemp, CuSonde::cslevels[i].dewpoint))); // RB fix casts } } ScaleYFromValue(rc, hmin); ScaleYFromValue(rc, hmax); ScaleXFromValue(rc, tmin); ScaleXFromValue(rc, tmax); for (i=0; i<CUSONDE_NUMLEVELS; i++) { if (CuSonde::cslevels[i].nmeasurements && CuSonde::cslevels[i+1].nmeasurements) { DrawLine(hdc, rc, CuSonde::cslevels[i].tempDry, i, CuSonde::cslevels[i+1].tempDry, (i+1), STYLE_REDTHICK); DrawLine(hdc, rc, CuSonde::cslevels[i].airTemp, i, CuSonde::cslevels[i+1].airTemp, (i+1), STYLE_MEDIUMBLACK); DrawLine(hdc, rc, CuSonde::cslevels[i].dewpoint, i, CuSonde::cslevels[i+1].dewpoint, i+1, STYLE_BLUETHIN); } } DrawXLabel(hdc, rc, TEXT("T°")); DrawYLabel(hdc, rc, TEXT("h")); }
void Statistics::RenderTask(LKSurface& Surface, const RECT& rc, const bool olcmode) { int i, j; unsigned int ui; double fXY_Scale = 1.5; double lat1 = 0; double lon1 = 0; double lat2 = 0; double lon2 = 0; double x1, y1, x2=0, y2=0; double lat_c, lon_c; double aatradius[MAXTASKPOINTS]; // find center ResetScale(); if ( (!ValidTaskPoint(0) || !ValidTaskPoint(1)) && !olcmode) { DrawNoData(Surface,rc); return; } for (i=0; i<MAXTASKPOINTS; i++) { aatradius[i]=0; } bool nowaypoints = true; for (i=0; i<MAXTASKPOINTS; i++) { if (ValidTaskPoint(i)) { lat1 = WayPointList[Task[i].Index].Latitude; lon1 = WayPointList[Task[i].Index].Longitude; ScaleYFromValue(rc, lat1); ScaleXFromValue(rc, lon1); nowaypoints = false; } } if (nowaypoints ) { DrawNoData(Surface, rc); return; } CPointGPSArray trace; CContestMgr::Instance().Trace(trace); for(ui=0; ui<trace.size(); ui++) { lat1 = trace[ui].Latitude(); lon1 = trace[ui].Longitude(); ScaleYFromValue(rc, lat1); ScaleXFromValue(rc, lon1); } const auto hfOldU = Surface.SelectObject(LK8InfoNormalFont); lat_c = (y_max+y_min)/2; lon_c = (x_max+x_min)/2; int nwps = 0; // find scale ResetScale(); lat1 = GPS_INFO.Latitude; lon1 = GPS_INFO.Longitude; x1 = (lon1-lon_c)*fastcosine(lat1); y1 = (lat1-lat_c); ScaleXFromValue(rc, x1*fXY_Scale); ScaleYFromValue(rc, y1*fXY_Scale); for (i=0; i<MAXTASKPOINTS; i++) { if (ValidTaskPoint(i)) { nwps++; lat1 = WayPointList[Task[i].Index].Latitude; lon1 = WayPointList[Task[i].Index].Longitude; x1 = (lon1-lon_c)*fastcosine(lat1); y1 = (lat1-lat_c); ScaleXFromValue(rc, x1*fXY_Scale); ScaleYFromValue(rc, y1*fXY_Scale); if (AATEnabled) { double aatlat; double aatlon; double bearing; double radius; if (ValidTaskPoint(i+1)) { if (Task[i].AATType == SECTOR) radius = Task[i].AATSectorRadius; else radius = Task[i].AATCircleRadius; for (j=0; j<4; j++) { bearing = j*360.0/4; FindLatitudeLongitude(WayPointList[Task[i].Index].Latitude, WayPointList[Task[i].Index].Longitude, bearing, radius, &aatlat, &aatlon); x1 = (aatlon-lon_c)*fastcosine(aatlat); y1 = (aatlat-lat_c); ScaleXFromValue(rc, x1); ScaleYFromValue(rc, y1); if (j==0) { aatradius[i] = fabs(aatlat-WayPointList[Task[i].Index].Latitude); } } } else { aatradius[i] = 0; } } } } for(ui=0; ui<trace.size(); ui++) { lat1 = trace[ui].Latitude(); lon1 = trace[ui].Longitude(); x1 = (lon1-lon_c)*fastcosine(lat1); y1 = (lat1-lat_c); ScaleXFromValue(rc, x1*fXY_Scale); ScaleYFromValue(rc, y1*fXY_Scale); } ScaleMakeSquare(rc); // draw aat areas if (AATEnabled) { for (i=MAXTASKPOINTS-1; i>0; i--) { if (ValidTaskPoint(i)) { lat1 = WayPointList[Task[i-1].Index].Latitude; lon1 = WayPointList[Task[i-1].Index].Longitude; lat2 = WayPointList[Task[i].Index].Latitude; lon2 = WayPointList[Task[i].Index].Longitude; x1 = (lon1-lon_c)*fastcosine(lat1); y1 = (lat1-lat_c); x2 = (lon2-lon_c)*fastcosine(lat2); y2 = (lat2-lat_c); #ifdef HAVE_HATCHED_BRUSH Surface.SelectObject(MapWindow::GetAirspaceBrushByClass(AATASK)); #else Surface.SelectObject(LKBrush_Yellow); #endif Surface.SelectObject(LK_WHITE_PEN); if (Task[i].AATType == SECTOR) { Surface.Segment((long)((x2-x_min)*xscale+rc.left+BORDER_X),(long)((y_max-y2)*yscale+rc.top),(long)(aatradius[i]*yscale),rc, Task[i].AATStartRadial, Task[i].AATFinishRadial); } else { Surface.DrawCircle((long)((x2-x_min)*xscale+rc.left+BORDER_X), (long)((y_max-y2)*yscale+rc.top), (long)(aatradius[i]*yscale), true); } } } } if (!AATEnabled) { for (i=MAXTASKPOINTS-1; i>0; i--) { if (ValidTaskPoint(i) && ValidTaskPoint(i-1)) { lat1 = WayPointList[Task[i-1].Index].Latitude; lon1 = WayPointList[Task[i-1].Index].Longitude; if (!ValidTaskPoint(1) ) { lat2 = GPS_INFO.Latitude; lon2 = GPS_INFO.Longitude; } else { lat2 = WayPointList[Task[i].Index].Latitude; lon2 = WayPointList[Task[i].Index].Longitude; } x1 = (lon1-lon_c)*fastcosine(lat1); y1 = (lat1-lat_c); x2 = (lon2-lon_c)*fastcosine(lat2); y2 = (lat2-lat_c); // DrawLine(hdc, rc, x1, y1, x2, y2, STYLE_DASHGREEN); if( ValidTaskPoint(4) && i <2) goto skip_FAI; #ifndef UNDITHER RenderFAISector ( Surface, rc, lat1, lon1, lat2, lon2, lat_c, lon_c,1, RGB_LIGHTYELLOW ); RenderFAISector ( Surface, rc, lat1, lon1, lat2, lon2, lat_c, lon_c,0, RGB_LIGHTCYAN ); #else RenderFAISector ( Surface, rc, lat1, lon1, lat2, lon2, lat_c, lon_c,1, RGB_LIGHTGREY ); RenderFAISector ( Surface, rc, lat1, lon1, lat2, lon2, lat_c, lon_c,0, RGB_GREY ); #endif skip_FAI: DrawLine(Surface, rc, x1, y1, x2, y2, STYLE_DASHGREEN); Surface.Segment((long)((x2-x_min)*xscale+rc.left+BORDER_X),(long)((y_max-y2)*yscale+rc.top),(long)(aatradius[i]*yscale),rc, Task[i].AATStartRadial, Task[i].AATFinishRadial); } } if( ValidTaskPoint(1) && ValidTaskPoint(3)) { lat1 = WayPointList[Task[3].Index].Latitude; lon1 = WayPointList[Task[3].Index].Longitude; lat2 = WayPointList[Task[1].Index].Latitude; lon2 = WayPointList[Task[1].Index].Longitude; #ifndef UNDITHER RenderFAISector ( Surface, rc, lat1, lon1, lat2, lon2, lat_c, lon_c,1, RGB_LIGHTYELLOW ); RenderFAISector ( Surface, rc, lat1, lon1, lat2, lon2, lat_c, lon_c,0, RGB_LIGHTCYAN ); #else RenderFAISector ( Surface, rc, lat1, lon1, lat2, lon2, lat_c, lon_c,1, RGB_LIGHTGREY ); RenderFAISector ( Surface, rc, lat1, lon1, lat2, lon2, lat_c, lon_c,0, RGB_GREY ); #endif } } // draw task lines and label for (i=MAXTASKPOINTS-1; i>0; i--) { if (ValidTaskPoint(i) && ValidTaskPoint(i-1)) { lat1 = WayPointList[Task[i-1].Index].Latitude; lon1 = WayPointList[Task[i-1].Index].Longitude; if (!ValidTaskPoint(1) ) { lat2 = GPS_INFO.Latitude; lon2 = GPS_INFO.Longitude; } else { lat2 = WayPointList[Task[i].Index].Latitude; lon2 = WayPointList[Task[i].Index].Longitude; } x1 = (lon1-lon_c)*fastcosine(lat1); y1 = (lat1-lat_c); x2 = (lon2-lon_c)*fastcosine(lat2); y2 = (lat2-lat_c); DrawLine(Surface, rc, x1, y1, x2, y2, STYLE_BLUETHIN); #if (WINDOWSPC>0) Surface.SetBackgroundOpaque(); #endif TCHAR text[100]; Surface.SetTextColor(RGB_BLUE); /* if ((i==nwps-1) && (Task[i].Index == Task[0].Index)) { _stprintf(text,TEXT("%0d"),1); DrawLabel(hdc, rc, text, x1+(x2-x1)/2, y1+(y2-y1)/2); } else */ { _stprintf(text,TEXT("%0d"),i); DrawLabel(Surface, rc, text, x1+(x2-x1)/2, y1+(y2-y1)/2); } if ((i==ActiveTaskPoint)&&(!AATEnabled)) { lat1 = GPS_INFO.Latitude; lon1 = GPS_INFO.Longitude; x1 = (lon1-lon_c)*fastcosine(lat1); y1 = (lat1-lat_c); DrawLine(Surface, rc, x1, y1, x2, y2, STYLE_REDTHICK); } } } // draw aat task line if (AATEnabled) { for (i=MAXTASKPOINTS-1; i>0; i--) { if (ValidTaskPoint(i) && ValidTaskPoint(i-1)) { if (i==1) { lat1 = WayPointList[Task[i-1].Index].Latitude; lon1 = WayPointList[Task[i-1].Index].Longitude; } else { lat1 = Task[i-1].AATTargetLat; lon1 = Task[i-1].AATTargetLon; } lat2 = Task[i].AATTargetLat; lon2 = Task[i].AATTargetLon; x1 = (lon1-lon_c)*fastcosine(lat1); y1 = (lat1-lat_c); x2 = (lon2-lon_c)*fastcosine(lat2); y2 = (lat2-lat_c); DrawLine(Surface, rc, x1, y1, x2, y2, STYLE_REDTHICK); } } } DrawXGrid(Surface, rc, 1.0, 0, STYLE_THINDASHPAPER, 1.0, false); DrawYGrid(Surface, rc, 1.0, 0, STYLE_THINDASHPAPER, 1.0, false); Surface.SelectObject(hfOldU); // Draw aircraft on top lat1 = GPS_INFO.Latitude; lon1 = GPS_INFO.Longitude; x1 = (lon1-lon_c)*fastcosine(lat1); y1 = (lat1-lat_c); Surface.SetBackgroundTransparent(); DrawLabel(Surface, rc, TEXT("+"), x1, y1); }
void Statistics::RenderTemperature(HDC hdc, const RECT rc) { ResetScale(); int i; float hmin= 10000; float hmax= -10000; float tmin= (float)CuSonde::maxGroundTemperature; float tmax= (float)CuSonde::maxGroundTemperature; // find range for scaling of graph for (i=0; i<CUSONDE_NUMLEVELS-1; i++) { if (CuSonde::cslevels[i].nmeasurements) { hmin = min(hmin, (float)i); hmax = max(hmax, (float)i); tmin = min(tmin, (float)min(CuSonde::cslevels[i].tempDry, (double)min(CuSonde::cslevels[i].airTemp, (double)CuSonde::cslevels[i].dewpoint))); tmax = max(tmax, (float)max(CuSonde::cslevels[i].tempDry, (double)max(CuSonde::cslevels[i].airTemp, (double)CuSonde::cslevels[i].dewpoint))); } } if (hmin>= hmax) { DrawNoData(hdc, rc); return; } ScaleYFromValue(rc, hmin); ScaleYFromValue(rc, hmax); ScaleXFromValue(rc, tmin); ScaleXFromValue(rc, tmax); bool labelDry = false; bool labelAir = false; bool labelDew = false; int ipos = 0; for (i=0; i<CUSONDE_NUMLEVELS-1; i++) { if (CuSonde::cslevels[i].nmeasurements && CuSonde::cslevels[i+1].nmeasurements) { ipos++; DrawLine(hdc, rc, CuSonde::cslevels[i].tempDry, i, CuSonde::cslevels[i+1].tempDry, (i+1), STYLE_REDTHICK); DrawLine(hdc, rc, CuSonde::cslevels[i].airTemp, i, CuSonde::cslevels[i+1].airTemp, (i+1), STYLE_MEDIUMBLACK); DrawLine(hdc, rc, CuSonde::cslevels[i].dewpoint, i, CuSonde::cslevels[i+1].dewpoint, i+1, STYLE_BLUETHIN); if (ipos> 2) { if (!labelDry) { DrawLabel(hdc, rc, TEXT("DALR"), CuSonde::cslevels[i+1].tempDry, i); labelDry = true; } else { if (!labelAir) { DrawLabel(hdc, rc, TEXT("Air"), CuSonde::cslevels[i+1].airTemp, i); labelAir = true; } else { if (!labelDew) { DrawLabel(hdc, rc, TEXT("Dew"), CuSonde::cslevels[i+1].dewpoint, i); labelDew = true; } } } } } } if(INVERTCOLORS) SetTextColor(hdc,RGB_DARKGREEN); else SetTextColor(hdc,RGB_GREEN); SetBkMode(hdc, OPAQUE); TCHAR text[80]; _stprintf(text,TEXT(" T/°C ")); DrawXLabel(hdc, rc, text); _stprintf(text,TEXT(" h/%s "),Units::GetAltitudeName()); DrawYLabel(hdc, rc, text); // DrawXLabel(hdc, rc, TEXT("T")TEXT(DEG)); // DrawYLabel(hdc, rc, TEXT("h")); }
void Statistics::RenderWind(HDC hdc, RECT rc) { int numsteps=10; int i; double h; Vector wind; bool found=true; double mag; LeastSquares windstats_mag; if (fabs(flightstats.Altitude_Ceiling.y_max -flightstats.Altitude_Base.y_min)<1) return; for (i=0; i<numsteps ; i++) { h = (flightstats.Altitude_Ceiling.y_max-flightstats.Altitude_Base.y_min)* i/(double)(numsteps-1)+flightstats.Altitude_Base.y_min; wind = windanalyser->windstore.getWind(h, &found); mag = sqrt(wind.x*wind.x+wind.y*wind.y); windstats_mag.least_squares_update(mag, h); } // ResetScale(); ScaleXFromValue(rc, 0); ScaleXFromData(rc, &windstats_mag); ScaleYFromData(rc, &windstats_mag); DrawYGrid(hdc, rc, 1000/ALTITUDEMODIFY, 0, STYLE_THINDASHPAPER); DrawXGrid(hdc, rc, 5/LIFTMODIFY, 0, STYLE_THINDASHPAPER); DrawLineGraph(hdc, rc, &windstats_mag, STYLE_MEDIUMBLACK); #define WINDVECTORMAG 25 numsteps = (int)((rc.bottom-rc.top)/WINDVECTORMAG)-1; // draw direction vectors POINT wv[4]; double dX, dY; double angle; double hfact; for (i=0; i<numsteps ; i++) { hfact = (i+1)/(double)(numsteps+1); h = (flightstats.Altitude_Ceiling.y_max-flightstats.Altitude_Base.y_min)* hfact+flightstats.Altitude_Base.y_min; wind = windanalyser->windstore.getWind(h, &found); if (windstats_mag.x_max == 0) windstats_mag.x_max=1; // prevent /0 problems wind.x /= windstats_mag.x_max; wind.y /= windstats_mag.x_max; mag = sqrt(wind.x*wind.x+wind.y*wind.y); if (mag<= 0.0) continue; angle = atan2(wind.x,-wind.y)*RAD_TO_DEG; wv[0].y = (int)((1-hfact)*(rc.bottom-rc.top))+rc.top; wv[0].x = (rc.right+rc.left)/2; dX = (mag*WINDVECTORMAG); dY = 0; rotate(dX,dY,angle); wv[1].x = (int)(wv[0].x + dX); wv[1].y = (int)(wv[0].y + dY); StyleLine(hdc, wv[0], wv[1], STYLE_MEDIUMBLACK); dX = (mag*WINDVECTORMAG-5); dY = -3; rotate(dX,dY,angle); wv[2].x = (int)(wv[0].x + dX); wv[2].y = (int)(wv[0].y + dY); StyleLine(hdc, wv[1], wv[2], STYLE_MEDIUMBLACK); dX = (mag*WINDVECTORMAG-5); dY = 3; rotate(dX,dY,angle); wv[3].x = (int)(wv[0].x + dX); wv[3].y = (int)(wv[0].y + dY); StyleLine(hdc, wv[1], wv[3], STYLE_MEDIUMBLACK); } DrawXLabel(hdc, rc, TEXT("w")); DrawYLabel(hdc, rc, TEXT("h")); }
void Statistics::RenderSpeed(LKSurface& Surface, const RECT& rc) { if ((flightstats.Task_Speed.sum_n<2) || !ValidTaskPoint(ActiveTaskPoint)) { DrawNoData(Surface, rc); return; } ResetScale(); ScaleXFromData(rc, &flightstats.Task_Speed); ScaleYFromData(rc, &flightstats.Task_Speed); ScaleYFromValue(rc, 0); ScaleXFromValue(rc, flightstats.Task_Speed.x_min+1.0); // in case no data ScaleXFromValue(rc, flightstats.Task_Speed.x_min); for(int j=1;j<MAXTASKPOINTS;j++) { if (ValidTaskPoint(j) && (flightstats.LegStartTime[j]>=0)) { double xx = (flightstats.LegStartTime[j]-CALCULATED_INFO.TaskStartTime)/3600.0; if (xx>=0) { DrawLine(Surface, rc, xx, y_min, xx, y_max, STYLE_REDTHICK); } } } DrawXGrid(Surface, rc, 0.5, flightstats.Task_Speed.x_min, STYLE_THINDASHPAPER, 0.5, true); /* DrawYGrid(hdc, rc, 10/TASKSPEEDMODIFY, 0, STYLE_THINDASHPAPER, 10, true);*/ if(Units::GetUserHorizontalSpeedUnit() == unStatuteMilesPerHour) { DrawYGrid(Surface, rc, 5.0/TASKSPEEDMODIFY, 0, STYLE_THINDASHPAPER, 5.0, true); } else { DrawYGrid(Surface, rc, 10/TASKSPEEDMODIFY, 0, STYLE_THINDASHPAPER, 10, true); } DrawLineGraph(Surface, rc, &flightstats.Task_Speed,STYLE_MEDIUMBLACK); DrawTrend(Surface, rc, &flightstats.Task_Speed, STYLE_BLUETHIN); if(INVERTCOLORS || IsDithered()) Surface.SetTextColor(RGB_DARKGREEN); else Surface.SetTextColor(RGB_GREEN); Surface.SetBackgroundOpaque(); TCHAR text[80]; DrawXLabel(Surface, rc, TEXT(" t/h ")); _stprintf(text,TEXT(" v/%s "),Units::GetHorizontalSpeedName()); DrawYLabel(Surface, rc, text); // DrawXLabel(hdc, rc, TEXT("t")); // DrawYLabel(hdc, rc, TEXT("V")); }
/***************************************************************** * Alpha Lima splitted RenderContest from Render Task for CC * adding FAI Sector display ****************************************************************/ void Statistics::RenderFAIOptimizer(LKSurface& Surface, const RECT& rc) { unsigned int ui; double fXY_Scale = 1.0; double lat0 = 0; double lon0 = 0; double lat1 = 0; double lon1 = 0; double lat2 = 0; double lon2 = 0; double x0, y0, x1, y1, x2=0, y2=0; double lat_c, lon_c; double lat_p = GPS_INFO.Latitude; double lon_p = GPS_INFO.Longitude; BOOL bFlat = false; #define DRAWPERCENT #ifdef DRAWPERCENT double fTotalPercent = 1.0; #endif ResetScale(); CContestMgr::CResult result = CContestMgr::Instance().Result(contestType, true); const CPointGPSArray &points = result.PointArray(); if(contestType == CContestMgr::TYPE_FAI_TRIANGLE) fXY_Scale = 1.5; // find center double fTotalDistance = result.Distance(); if (fTotalDistance < 1) fTotalDistance =1; CPointGPSArray trace; CContestMgr::Instance().Trace(trace); for(ui=0; ui<trace.size(); ui++) { lat1 = trace[ui].Latitude(); lon1 = trace[ui].Longitude(); ScaleYFromValue(rc, lat1); ScaleXFromValue(rc, lon1); } const auto hfOldU = Surface.SelectObject(LK8PanelUnitFont); BOOL bFAITri = CContestMgr::Instance().FAI(); double fDist, fAngle; lat_c = (y_max+y_min)/2; lon_c = (x_max+x_min)/2; double xp = (lon_p-lon_c)*fastcosine(lat_p); double yp = (lat_p-lat_c); // find scale ResetScale(); lat1 = GPS_INFO.Latitude; lon1 = GPS_INFO.Longitude; x1 = (lon1-lon_c)*fastcosine(lat1); y1 = (lat1-lat_c); ScaleXFromValue(rc, x1*fXY_Scale); ScaleYFromValue(rc, y1*fXY_Scale); for(ui=0; ui<trace.size(); ui++) { lat1 = trace[ui].Latitude(); lon1 = trace[ui].Longitude(); x1 = (lon1-lon_c)*fastcosine(lat1); y1 = (lat1-lat_c); ScaleXFromValue(rc, x1*fXY_Scale); ScaleYFromValue(rc, y1*fXY_Scale); } ScaleMakeSquare(rc); if(result.Type() == contestType) { for(ui=0; ui<points.size()-1; ui++) { lat1 = points[ui].Latitude(); lon1 = points[ui].Longitude(); lat2 = points[ui+1].Latitude(); lon2 = points[ui+1].Longitude(); x1 = (lon1-lon_c)*fastcosine(lat1); y1 = (lat1-lat_c); x2 = (lon2-lon_c)*fastcosine(lat2); y2 = (lat2-lat_c); DistanceBearing(lat1, lon1, lat2, lon2, &fDist, &fAngle); if( (ui <points.size()-2) && !bFlat && ((fDist / fTotalDistance ) > 0.05) ) { if(fDist > 5000) { #ifndef UNDITHER LKColor rgbCol = RGB_BLUE; switch(ui) { case 0: rgbCol = RGB_LIGHTYELLOW; break; case 1: rgbCol = RGB_LIGHTCYAN ; break; case 2: rgbCol = RGB_LIGHTGREEN ; break; default: break; } #else LKColor rgbCol = RGB_DARKBLUE; switch(ui) { case 0: rgbCol = RGB_LIGHTGREY; break; case 1: rgbCol = RGB_GREY ; break; case 2: rgbCol = RGB_MIDDLEGREY ; break; default: break; } #endif RenderFAISector ( Surface, rc, lat1, lon1, lat2, lon2, lat_c, lon_c,1, rgbCol ); RenderFAISector ( Surface, rc, lat1, lon1, lat2, lon2, lat_c, lon_c,0, rgbCol ); } } if((fDist / fTotalDistance ) > 0.45) /* prevent drawing almost same sectors */ bFlat = true; } // draw track for(ui=0; trace.size() && ui<trace.size()-1; ui++) { lat1 = trace[ui].Latitude(); lon1 = trace[ui].Longitude(); lat2 = trace[ui+1].Latitude(); lon2 = trace[ui+1].Longitude(); x1 = (lon1-lon_c)*fastcosine(lat1); y1 = (lat1-lat_c); x2 = (lon2-lon_c)*fastcosine(lat2); y2 = (lat2-lat_c); DrawLine(Surface, rc, x1, y1, x2, y2, STYLE_MEDIUMBLACK); } for(ui=0; ui<points.size()-1; ui++) { lat1 = points[ui].Latitude(); lon1 = points[ui].Longitude(); lat2 = points[ui+1].Latitude(); lon2 = points[ui+1].Longitude(); x1 = (lon1-lon_c)*fastcosine(lat1); y1 = (lat1-lat_c); x2 = (lon2-lon_c)*fastcosine(lat2); y2 = (lat2-lat_c); int style = STYLE_REDTHICK; if((ui > 0) && (ui < 3)) { style = STYLE_BLUETHIN; DistanceBearing(lat1, lon1, lat2, lon2, &fDist, &fAngle); #ifdef DRAWPERCENT if((result.Distance()> 5000) && bFAITri) { TCHAR text[180]; SIZE tsize; fTotalPercent -= fDist/result.Distance(); _stprintf(text, TEXT("%3.1f%%"), (fDist/result.Distance()*100.0)); Surface.GetTextSize(text, _tcslen(text), &tsize); #ifndef UNDITHER Surface.SetTextColor(RGB_BLUE); #else Surface.SetTextColor(RGB_BLACK); #endif Surface.DrawText(ScaleX(rc, x1 +( x2-x1)/2)-tsize.cx/2, ScaleY(rc,y1 + (y2-y1)/2), text, _tcslen(text)); } #endif DrawLine(Surface, rc, x1, y1, x2, y2, style); } } if(bFAITri) { if(points.size() >3) { if(ISPARAGLIDER) { lat0 = CContestMgr::Instance().GetBestNearClosingPoint().Latitude(); lon0 = CContestMgr::Instance().GetBestNearClosingPoint().Longitude(); lat1 = CContestMgr::Instance().GetBestClosingPoint().Latitude(); lon1 = CContestMgr::Instance().GetBestClosingPoint().Longitude(); x1 = (lon0-lon_c)*fastcosine(lat0); y1 = (lat0-lat_c); x2 = (lon1-lon_c)*fastcosine(lat1); y2 = (lat1-lat_c); DrawLine(Surface, rc, x1, y1, x2, y2, STYLE_ORANGETHIN ); //result.Predicted() ? STYLE_BLUETHIN : STYLE_REDTHICK); } lat1 = points[1].Latitude(); lon1 = points[1].Longitude(); lat2 = points[3].Latitude(); lon2 = points[3].Longitude(); x1 = (lon1-lon_c)*fastcosine(lat1); y1 = (lat1-lat_c); x2 = (lon2-lon_c)*fastcosine(lat2); y2 = (lat2-lat_c); DrawLine(Surface, rc, x1, y1, x2, y2, STYLE_THINDASHPAPER ); //result.Predicted() ? STYLE_BLUETHIN : STYLE_REDTHICK); #ifdef DRAWPERCENT TCHAR text[180]; SIZE tsize; _stprintf(text, TEXT("%3.1f%%"), (fTotalPercent*100.0)); Surface.GetTextSize(text, _tcslen(text), &tsize); #ifndef UNDITHER Surface.SetTextColor(RGB_LIGHTBLUE); #else Surface.SetTextColor(RGB_RED); #endif Surface.DrawText(ScaleX(rc, x1 +( x2-x1)/2)-tsize.cx/2, ScaleY(rc,y1 + (y2-y1)/2), text, _tcslen(text)); #endif lat0 = CContestMgr::Instance().GetClosingPoint().Latitude(); lon0 = CContestMgr::Instance().GetClosingPoint().Longitude(); x0 = (lon0-lon_c)*fastcosine(lat0); y0 = (lat0-lat_c); DrawLine(Surface, rc, xp, yp, x0, y0, STYLE_REDTHICK); } } } DrawXGrid(Surface, rc, 1.0, 0, STYLE_THINDASHPAPER, 1.0, false); DrawYGrid(Surface, rc, 1.0, 0, STYLE_THINDASHPAPER, 1.0, false); Surface.SetBackgroundTransparent(); #ifndef UNDITHER Surface.SetTextColor(RGB_MAGENTA); #else Surface.SetTextColor(RGB_BLACK); #endif DrawLabel(Surface, rc, TEXT("O"), xp, yp); Surface.SelectObject(hfOldU); }
/***************************************************************** * Alpha Lima splitted RenderContest from Render Task for CC * adding FAI Sector display ****************************************************************/ void Statistics::RenderContest(LKSurface& Surface, const RECT& rc) { if(contestType == CContestMgr::TYPE_FAI_TRIANGLE) RenderFAIOptimizer(Surface, rc); else { unsigned int ui; double fXY_Scale = 1.0; double lat1 = 0; double lon1 = 0; double lat2 = 0; double lon2 = 0; double x1, y1, x2=0, y2=0; double lat_c, lon_c; ResetScale(); CContestMgr::CResult result = CContestMgr::Instance().Result(contestType, true); const CPointGPSArray &points = result.PointArray(); // find center CPointGPSArray trace; CContestMgr::Instance().Trace(trace); for(ui=0; ui<trace.size(); ui++) { lat1 = trace[ui].Latitude(); lon1 = trace[ui].Longitude(); ScaleYFromValue(rc, lat1); ScaleXFromValue(rc, lon1); } const auto hfOldU = Surface.SelectObject(LK8PanelUnitFont); lat_c = (y_max+y_min)/2; lon_c = (x_max+x_min)/2; // find scale ResetScale(); lat1 = GPS_INFO.Latitude; lon1 = GPS_INFO.Longitude; x1 = (lon1-lon_c)*fastcosine(lat1); y1 = (lat1-lat_c); ScaleXFromValue(rc, x1*fXY_Scale); ScaleYFromValue(rc, y1*fXY_Scale); for(ui=0; ui<trace.size(); ui++) { lat1 = trace[ui].Latitude(); lon1 = trace[ui].Longitude(); x1 = (lon1-lon_c)*fastcosine(lat1); y1 = (lat1-lat_c); ScaleXFromValue(rc, x1*fXY_Scale); ScaleYFromValue(rc, y1*fXY_Scale); } ScaleMakeSquare(rc); // draw track for(ui=0; trace.size() && ui<trace.size()-1; ui++) { lat1 = trace[ui].Latitude(); lon1 = trace[ui].Longitude(); lat2 = trace[ui+1].Latitude(); lon2 = trace[ui+1].Longitude(); x1 = (lon1-lon_c)*fastcosine(lat1); y1 = (lat1-lat_c); x2 = (lon2-lon_c)*fastcosine(lat2); y2 = (lat2-lat_c); DrawLine(Surface, rc, x1, y1, x2, y2, STYLE_MEDIUMBLACK); } // Draw aircraft on top double lat_p = GPS_INFO.Latitude; double lon_p = GPS_INFO.Longitude; double xp = (lon_p-lon_c)*fastcosine(lat_p); double yp = (lat_p-lat_c); if(result.Type() == contestType) { for(ui=0; ui<points.size()-1; ui++) { lat1 = points[ui].Latitude(); lon1 = points[ui].Longitude(); lat2 = points[ui+1].Latitude(); lon2 = points[ui+1].Longitude(); x1 = (lon1-lon_c)*fastcosine(lat1); y1 = (lat1-lat_c); x2 = (lon2-lon_c)*fastcosine(lat2); y2 = (lat2-lat_c); int style = STYLE_REDTHICK; if((result.Type() == CContestMgr::TYPE_OLC_FAI || result.Type() == CContestMgr::TYPE_OLC_FAI_PREDICTED) && (ui==0 || ui==3)) { // triangle start and finish style = STYLE_DASHGREEN; } else if(result.Predicted() && (result.Type() == CContestMgr::TYPE_OLC_FAI_PREDICTED || ui == points.size() - 2)) { // predicted edge style = STYLE_BLUETHIN; } if((result.Type() == CContestMgr::TYPE_FAI_3_TPS) ||// TYPE_FAI_3_TPS_PREDICTED (result.Type() == CContestMgr::TYPE_FAI_3_TPS_PREDICTED) ) { } if((contestType != CContestMgr::TYPE_FAI_TRIANGLE) ) DrawLine(Surface, rc, x1, y1, x2, y2, style); } if(result.Type() == CContestMgr::TYPE_OLC_FAI || result.Type() == CContestMgr::TYPE_OLC_FAI_PREDICTED) { // draw the last edge of a triangle lat1 = points[1].Latitude(); lon1 = points[1].Longitude(); lat2 = points[3].Latitude(); lon2 = points[3].Longitude(); x1 = (lon1-lon_c)*fastcosine(lat1); y1 = (lat1-lat_c); x2 = (lon2-lon_c)*fastcosine(lat2); y2 = (lat2-lat_c); DrawLine(Surface, rc, x1, y1, x2, y2, result.Predicted() ? STYLE_BLUETHIN : STYLE_REDTHICK); } DrawXGrid(Surface, rc, 1.0, 0, STYLE_THINDASHPAPER, 1.0, false); DrawYGrid(Surface, rc, 1.0, 0, STYLE_THINDASHPAPER, 1.0, false); Surface.SelectObject(hfOldU); #ifndef UNDITHER Surface.SetTextColor(RGB_MAGENTA); #else Surface.SetTextColor(RGB_BLACK); #endif Surface.SetBackgroundTransparent(); DrawLabel(Surface, rc, TEXT("O"), xp, yp); } } }