void MapWindow::MapWaypointLabelSortAndRender(Canvas &canvas) {
qsort(&MapWaypointLabelList,
MapWaypointLabelListCount,
sizeof(MapWaypointLabel_t),
MapWaypointLabelListCompare);
// now draw task/landable waypoints in order of range (closest last)
// writing unconditionally
for (int j = MapWaypointLabelListCount - 1; j >= 0; j--){
MapWaypointLabel_t *E = &MapWaypointLabelList[j];
// draws if they are in task unconditionally,
// otherwise, does comparison
if (E->inTask) {
TextInBox(canvas, E->Name, E->Pos.x,
E->Pos.y, E->Mode, MapRect,
NULL);
}
}
// now draw normal waypoints in order of range (furthest away last)
// without writing over each other (or the task ones)
for (unsigned i = 0; i < MapWaypointLabelListCount; i++) {
MapWaypointLabel_t *E = &MapWaypointLabelList[i];
if (!E->inTask) {
TextInBox(canvas, E->Name, E->Pos.x,
E->Pos.y, E->Mode, MapRect, &label_block);
}
}
}
void MapWindow::DrawCpuStats(HDC hdc, RECT rc) {
if (Appearance.InverseInfoBox == true) return;
TCHAR Buffer[LKSIZEBUFFERLARGE];
TextInBoxMode_t TextDisplayMode = {0};
TextDisplayMode.Color = RGB_WHITE;
TextDisplayMode.WhiteBorder = 1; // inside a white circle
TextDisplayMode.Border = 1; // add a black border to the circle
#if (WINDOWSPC>0)
wsprintf(Buffer,_T("CPU Draw=%d Calc=%d us"), Cpu_Draw, Cpu_Calc);
#else
wsprintf(Buffer,_T("CPU Draw=%d Calc=%d ms"), Cpu_Draw, Cpu_Calc);
#endif
TextInBox(hdc, &rc, Buffer, 000, 200 , 0, &TextDisplayMode, false);
#if (WINDOWSPC>0)
wsprintf(Buffer,_T("CPU Inst=%d PortA=%d PortB=%d us"), Cpu_Instrument, Cpu_PortA, Cpu_PortB);
#else
wsprintf(Buffer,_T("CPU Inst=%d PortA=%d PortB=%d ms"), Cpu_Instrument, Cpu_PortA, Cpu_PortB);
#endif
TextInBox(hdc, &rc, Buffer, 000, 240 , 0, &TextDisplayMode, false);
//wsprintf(Buffer,_T("Landsc=%d Geom=%d"), InfoBoxLayout::landscape, InfoBoxLayout::InfoBoxGeometry);
//TextInBox(hdc, Buffer, 000, 280 , 0, TextDisplayMode, false);
//wsprintf(Buffer,_T("Recents=%d"), RecentNumber);
//TextInBox(hdc, Buffer, 000, 280 , 0, TextDisplayMode, false);
}
void
GlueMapWindow::DrawPanInfo(Canvas &canvas) const
{
GeoPoint location = render_projection.GetGeoLocation();
TextInBoxMode mode;
mode.mode = RenderMode::RM_OUTLINED_INVERTED;
mode.bold = true;
mode.align = A_RIGHT;
UPixelScalar padding = Layout::FastScale(4);
UPixelScalar height = Fonts::map_bold.GetHeight();
PixelScalar y = 0 + padding;
PixelScalar x = render_projection.GetScreenWidth() - padding;
if (terrain) {
short elevation = terrain->GetTerrainHeight(location);
if (!RasterBuffer::IsSpecial(elevation)) {
StaticString<64> elevation_short, elevation_long;
FormatUserAltitude(fixed(elevation),
elevation_short.buffer(), elevation_short.MAX_SIZE);
elevation_long = _("Elevation: ");
elevation_long += elevation_short;
TextInBox(canvas, elevation_long, x, y, mode,
render_projection.GetScreenWidth(),
render_projection.GetScreenHeight());
y += height;
}
}
TCHAR buffer[256];
FormatGeoPoint(location, buffer, ARRAY_SIZE(buffer), _T('\n'));
TCHAR *start = buffer;
while (true) {
TCHAR *newline = _tcschr(start, _T('\n'));
if (newline != NULL)
*newline = _T('\0');
TextInBox(canvas, start, x, y, mode,
render_projection.GetScreenWidth(),
render_projection.GetScreenHeight());
y += height;
if (newline == NULL)
break;
start = newline + 1;
}
}
void MapWindow::DrawDebug(HDC hdc, RECT rc) {
TCHAR Buffer[LKSIZEBUFFERLARGE];
TextInBoxMode_t TextDisplayMode = {0};
TextDisplayMode.Color = RGB_WHITE;
TextDisplayMode.WhiteBorder = 1; // inside a white circle
TextDisplayMode.Border = 1; // add a black border to the circle
_stprintf(Buffer,_T("ModeIndex=%d CURTYPE=%d MSM=%d"), ModeIndex, ModeType[ModeIndex],MapSpaceMode );
TextInBox(hdc, &rc, Buffer, 000, 200 , 0, &TextDisplayMode, false);
_stprintf(Buffer,_T("MTableTop=%d ModeTable=%d=MSM"), ModeTableTop[ModeIndex], ModeTable[ModeIndex][ModeType[ModeIndex]] );
TextInBox(hdc, &rc, Buffer, 000, 240 , 0, &TextDisplayMode, false);
}
void
GlueMapWindow::DrawGPSStatus(Canvas &canvas, const PixelRect &rc,
const NMEAInfo &info) const
{
const TCHAR *txt;
MaskedIcon *icon = NULL;
if (!info.connected) {
icon = &Graphics::hGPSStatus2;
txt = _("GPS not connected");
} else if (!info.location_available) {
icon = &Graphics::hGPSStatus1;
txt = _("GPS waiting for fix");
} else {
return; // early exit
}
int x = rc.left + Layout::FastScale(2);
int y = rc.bottom - Layout::FastScale(35);
icon->draw(canvas, x, y);
x += icon->get_size().cx + Layout::FastScale(4);
y = rc.bottom - Layout::FastScale(34);
TextInBoxMode mode;
mode.Mode = RoundedBlack;
mode.Bold = true;
TextInBox(canvas, txt, x, y, mode, rc, NULL);
}
void
WindArrowRenderer::Draw(Canvas &canvas, const Angle screen_angle,
const SpeedVector wind, const PixelPoint pos,
const PixelRect rc, WindArrowStyle arrow_style)
{
// Draw arrow (and tail)
const unsigned length = uround(Quadruple(wind.norm));
DrawArrow(canvas, pos, wind.bearing - screen_angle, length, arrow_style);
// Draw wind speed label
StaticString<12> buffer;
buffer.Format(_T("%i"), iround(Units::ToUserWindSpeed(wind.norm)));
canvas.SetTextColor(COLOR_BLACK);
canvas.Select(*look.font);
const unsigned offset = uround(M_SQRT2 * wind.norm);
BulkPixelPoint label[] = {
{ 18, -26 - int(offset) },
};
PolygonRotateShift(label, ARRAY_SIZE(label),
pos, wind.bearing - screen_angle);
TextInBoxMode style;
style.align = TextInBoxMode::Alignment::CENTER;
style.vertical_position = TextInBoxMode::VerticalPosition::CENTERED;
style.shape = LabelShape::OUTLINED;
TextInBox(canvas, buffer, label[0].x, label[0].y, style, rc);
}
void MapWindow::DrawGPSStatus(Canvas &canvas, const RECT rc)
{
if (Basic().Connected
&& !Basic().NAVWarning
&& Basic().SatellitesUsed)
// nothing to do, all OK
return;
TCHAR gpswarningtext1[] = TEXT("GPS not connected");
TCHAR gpswarningtext2[] = TEXT("GPS waiting for fix");
TextInBoxMode_t TextInBoxMode = {2};
TCHAR *txt=NULL;
Bitmap *bmp=NULL;
if (!Basic().Connected) {
bmp = &MapGfx.hGPSStatus2;
txt = gpswarningtext1;
} else
if (Basic().NAVWarning || (Basic().SatellitesUsed == 0)) {
bmp = &MapGfx.hGPSStatus2;
txt = gpswarningtext2;
} else {
return; // early exit
}
draw_bitmap(canvas, *bmp,
rc.left + IBLSCALE(2),
rc.bottom +IBLSCALE(Appearance.GPSStatusOffset.y - 22),
0, 0, 20, 20, false);
TextInBox(canvas, gettext(txt),
rc.left+IBLSCALE(24),
rc.bottom+IBLSCALE(Appearance.GPSStatusOffset.y-19),
TextInBoxMode, rc);
}
void
GlueMapWindow::DrawGPSStatus(Canvas &canvas, const PixelRect &rc,
const NMEAInfo &info) const
{
const TCHAR *txt;
const MaskedIcon *icon;
if (!info.alive) {
icon = &look.no_gps_icon;
txt = _("GPS not connected");
} else if (!info.location_available) {
icon = &look.waiting_for_fix_icon;
txt = _("GPS waiting for fix");
} else
// early exit
return;
PixelScalar x = rc.left + Layout::FastScale(2);
PixelScalar y = rc.bottom - Layout::FastScale(35);
icon->Draw(canvas, x, y);
x += icon->GetSize().cx + Layout::FastScale(4);
y = rc.bottom - Layout::FastScale(34);
TextInBoxMode mode;
mode.shape = LabelShape::ROUNDED_BLACK;
const Font &font = *look.overlay_font;
canvas.Select(font);
TextInBox(canvas, txt, x, y, mode, rc, nullptr);
}
static void
MapWaypointLabelRender(Canvas &canvas, UPixelScalar width, UPixelScalar height,
LabelBlock &label_block,
WaypointLabelList &labels)
{
labels.Sort();
for (const auto &l : labels) {
canvas.Select(l.bold ? Fonts::map_bold : Fonts::map);
TextInBox(canvas, l.Name, l.Pos.x, l.Pos.y, l.Mode,
width, height, &label_block);
}
}
bool
TextInBox(Canvas &canvas, const TCHAR *Value, int x, int y,
TextInBoxMode_t Mode,
unsigned screen_width, unsigned screen_height,
LabelBlock *label_block)
{
PixelRect rc;
rc.left = 0;
rc.top = 0;
rc.right = screen_width;
rc.bottom = screen_height;
return TextInBox(canvas, Value, x, y, Mode, rc, label_block);
}
static void
MapWaypointLabelRender(Canvas &canvas, unsigned width, unsigned height,
LabelBlock &label_block,
WaypointLabelList &labels,
const WaypointLook &look)
{
labels.Sort();
for (const auto &l : labels) {
canvas.Select(l.bold ? *look.bold_font : *look.font);
TextInBox(canvas, l.Name, l.Pos.x, l.Pos.y, l.Mode,
width, height, &label_block);
}
}
// LK Status message
void MapWindow::DrawLKStatus(HDC hdc, RECT rc) {
TextInBoxMode_t TextDisplayMode = {0};
TCHAR Buffer[LKSIZEBUFFERLARGE];
short bottomlines;
short middlex=(rc.right-rc.left)/2;
short left=rc.left+NIBLSCALE(5);
short contenttop=rc.top+NIBLSCALE(50);
TextDisplayMode.Color = RGB_BLACK;
TextDisplayMode.NoSetFont = 1;
//TextDisplayMode.AlligneRight = 0;
TextDisplayMode.AlligneCenter = 1;
TextDisplayMode.WhiteBold = 1;
TextDisplayMode.Border = 1;
// HFONT oldfont=(HFONT)Surface.SelectObject(LK8PanelBigFont);
switch(ModeIndex) {
case LKMODE_MAP:
_stprintf(Buffer,TEXT("MAP mode, 1 of 1"));
break;
case LKMODE_INFOMODE:
_stprintf(Buffer,TEXT("%d-%d"), ModeIndex,CURTYPE+1);
break;
case LKMODE_WP:
_stprintf(Buffer,TEXT("%d-%d"), ModeIndex,CURTYPE+1);
break;
case LKMODE_NAV:
_stprintf(Buffer,TEXT("%d-%d"), ModeIndex,CURTYPE+1);
break;
default:
_stprintf(Buffer,TEXT("UNKOWN mode"));
break;
}
TextInBox(hdc, &rc, Buffer, middlex, 200 , 0, &TextDisplayMode, false);
//Surface.SelectObject(oldfont);
return;
}
void
GlueMapWindow::DrawPanInfo(Canvas &canvas) const
{
if (!render_projection.IsValid())
return;
GeoPoint location = render_projection.GetGeoLocation();
TextInBoxMode mode;
mode.shape = LabelShape::OUTLINED;
mode.align = TextInBoxMode::Alignment::RIGHT;
const Font &font = *look.overlay_font;
canvas.Select(font);
UPixelScalar padding = Layout::FastScale(4);
UPixelScalar height = font.GetHeight();
PixelScalar y = 0 + padding;
PixelScalar x = render_projection.GetScreenWidth() - padding;
if (compass_visible)
/* don't obscure the north arrow */
/* TODO: obtain offset from CompassRenderer */
y += Layout::Scale(19) + Layout::FastScale(13);
if (terrain) {
short elevation = terrain->GetTerrainHeight(location);
if (!RasterBuffer::IsSpecial(elevation)) {
StaticString<64> elevation_short, elevation_long;
FormatUserAltitude(fixed(elevation),
elevation_short.buffer(), elevation_short.MAX_SIZE);
elevation_long = _("Elevation: ");
elevation_long += elevation_short;
TextInBox(canvas, elevation_long, x, y, mode,
render_projection.GetScreenWidth(),
render_projection.GetScreenHeight());
y += height;
}
}
TCHAR buffer[256];
FormatGeoPoint(location, buffer, ARRAY_SIZE(buffer), _T('\n'));
TCHAR *start = buffer;
while (true) {
TCHAR *newline = _tcschr(start, _T('\n'));
if (newline != nullptr)
*newline = _T('\0');
TextInBox(canvas, start, x, y, mode,
render_projection.GetScreenWidth(),
render_projection.GetScreenHeight());
y += height;
if (newline == nullptr)
break;
start = newline + 1;
}
}
void MapWindow::DrawFinalGlide(Canvas &canvas, const RECT rc)
{
/*
POINT Scale[18] = {
{5,-50 }, {14,-60 }, {23, -50},
{5,-40 }, {14,-50 }, {23, -40},
{5,-30 }, {14,-40 }, {23, -30},
{5,-20 }, {14,-30 }, {23, -20},
{5,-10 }, {14,-20 }, {23, -10},
{5, 0 }, {14,-10 }, {23, 0},
};*/
POINT GlideBar[6] =
{ {0,0},{9,-9},{18,0},{18,0},{9,0},{0,0} };
POINT GlideBar0[6] =
{ {0,0},{9,-9},{18,0},{18,0},{9,0},{0,0} };
TCHAR Value[10];
int Offset;
int Offset0;
int i;
if (task.Valid()){
const int y0 = ( (rc.bottom - rc.top )/2)+rc.top;
// 60 units is size, div by 8 means 60*8 = 480 meters.
Offset = ((int)Calculated().TaskAltitudeDifference)/8;
Offset0 = ((int)Calculated().TaskAltitudeDifference0)/8;
// TODO feature: should be an angle if in final glide mode
if(Offset > 60) Offset = 60;
if(Offset < -60) Offset = -60;
Offset = IBLSCALE(Offset);
if(Offset<0) {
GlideBar[1].y = IBLSCALE(9);
}
if(Offset0 > 60) Offset0 = 60;
if(Offset0 < -60) Offset0 = -60;
Offset0 = IBLSCALE(Offset0);
if(Offset0<0) {
GlideBar0[1].y = IBLSCALE(9);
}
for(i=0;i<6;i++)
{
GlideBar[i].y += y0;
GlideBar[i].x = IBLSCALE(GlideBar[i].x)+rc.left;
}
GlideBar[0].y -= Offset;
GlideBar[1].y -= Offset;
GlideBar[2].y -= Offset;
for(i=0;i<6;i++)
{
GlideBar0[i].y += y0;
GlideBar0[i].x = IBLSCALE(GlideBar0[i].x)+rc.left;
}
GlideBar0[0].y -= Offset0;
GlideBar0[1].y -= Offset0;
GlideBar0[2].y -= Offset0;
if ((Offset<0)&&(Offset0<0)) {
// both below
if (Offset0!= Offset) {
int dy = (GlideBar0[0].y-GlideBar[0].y)
+(GlideBar0[0].y-GlideBar0[3].y);
dy = max(IBLSCALE(3), dy);
GlideBar[3].y = GlideBar0[0].y-dy;
GlideBar[4].y = GlideBar0[1].y-dy;
GlideBar[5].y = GlideBar0[2].y-dy;
GlideBar0[0].y = GlideBar[3].y;
GlideBar0[1].y = GlideBar[4].y;
GlideBar0[2].y = GlideBar[5].y;
} else {
Offset0 = 0;
}
} else if ((Offset>0)&&(Offset0>0)) {
// both above
GlideBar0[3].y = GlideBar[0].y;
GlideBar0[4].y = GlideBar[1].y;
GlideBar0[5].y = GlideBar[2].y;
if (abs(Offset0-Offset)<IBLSCALE(4)) {
Offset= Offset0;
}
}
// draw actual glide bar
if (Offset<=0) {
if (Calculated().LandableReachable) {
canvas.select(MapGfx.hpFinalGlideBelowLandable);
canvas.select(MapGfx.hbFinalGlideBelowLandable);
} else {
canvas.select(MapGfx.hpFinalGlideBelow);
canvas.select(MapGfx.hbFinalGlideBelow);
}
} else {
canvas.select(MapGfx.hpFinalGlideAbove);
canvas.select(MapGfx.hbFinalGlideAbove);
}
canvas.polygon(GlideBar, 6);
// draw glide bar at mc 0
if (Offset0<=0) {
if (Calculated().LandableReachable) {
canvas.select(MapGfx.hpFinalGlideBelowLandable);
canvas.hollow_brush();
} else {
canvas.select(MapGfx.hpFinalGlideBelow);
canvas.hollow_brush();
}
} else {
canvas.select(MapGfx.hpFinalGlideAbove);
canvas.hollow_brush();
}
if (Offset!=Offset0) {
canvas.polygon(GlideBar0, 6);
}
// JMW draw x on final glide bar if unreachable at current Mc
// hpAircraftBorder
if ((Calculated().TaskTimeToGo>0.9*ERROR_TIME)
|| ((GlidePolar::GetMacCready()<0.01)
&& (Calculated().TaskAltitudeDifference<0))) {
canvas.select(MapGfx.hpAircraftBorder);
POINT Cross[4] = { {-5, -5},
{ 5, 5},
{-5, 5},
{ 5, -5} };
for (i=0; i<4; i++) {
Cross[i].x = IBLSCALE(Cross[i].x+9);
Cross[i].y = IBLSCALE(Cross[i].y+9)+y0;
}
canvas.polygon(Cross, 2);
canvas.polygon(&Cross[2], 2);
}
if (Appearance.IndFinalGlide == fgFinalGlideDefault){
_stprintf(Value,TEXT("%1.0f "),
ALTITUDEMODIFY*Calculated().TaskAltitudeDifference);
if (Offset>=0) {
Offset = GlideBar[2].y+Offset+IBLSCALE(5);
} else {
if (Offset0>0) {
Offset = GlideBar0[1].y-IBLSCALE(15);
} else {
Offset = GlideBar[2].y+Offset-IBLSCALE(15);
}
}
TextInBoxMode_t TextInBoxMode = {1|8};
TextInBox(canvas, Value, 0, (int)Offset, TextInBoxMode, rc);
} else
if (Appearance.IndFinalGlide == fgFinalGlideAltA){
SIZE TextSize;
int y = GlideBar[3].y;
// was ((rc.bottom - rc.top )/2)-rc.top-
// Appearance.MapWindowBoldFont.CapitalHeight/2-1;
int x = GlideBar[2].x+IBLSCALE(1);
const Bitmap *Bmp;
POINT BmpPos;
POINT BmpSize;
_stprintf(Value, TEXT("%1.0f"),
Units::ToUserAltitude(Calculated().TaskAltitudeDifference));
canvas.select(MapWindowBoldFont);
TextSize = canvas.text_size(Value);
canvas.white_brush();
canvas.white_pen();
canvas.rectangle(x, y,
x + IBLSCALE(1) + TextSize.cx,
y + Appearance.MapWindowBoldFont.CapitalHeight +
IBLSCALE(2));
canvas.text(x + IBLSCALE(1),
y + Appearance.MapWindowBoldFont.CapitalHeight -
Appearance.MapWindowBoldFont.AscentHeight +
IBLSCALE(1),
Value);
if (Units::GetUnitBitmap(Units::GetUserAltitudeUnit(),
&Bmp, &BmpPos, &BmpSize, 0)){
draw_bitmap(canvas, *Bmp,
x + TextSize.cx + IBLSCALE(1), y,
BmpPos.x, BmpPos.y,
BmpSize.x, BmpSize.y, false);
}
}
}
}
void MapWindow::DrawWindAtAircraft2(Canvas &canvas, const POINT Orig, const RECT rc) {
int i;
POINT Start;
TCHAR sTmp[12];
static SIZE tsize = {0,0};
if (Calculated().WindSpeed<1) {
return; // JMW don't bother drawing it if not significant
}
if (tsize.cx == 0){
canvas.select(MapWindowBoldFont);
tsize = canvas.text_size(TEXT("99"));
tsize.cx = tsize.cx/2;
}
canvas.select(MapGfx.hpWind);
canvas.select(MapGfx.hbWind);
int wmag = iround(4.0*Calculated().WindSpeed);
Start.y = Orig.y;
Start.x = Orig.x;
int kx = tsize.cx/InfoBoxLayout::scale/2;
POINT Arrow[7] = { {0,-20}, {-6,-26}, {0,-20},
{6,-26}, {0,-20},
{8+kx, -24},
{-8-kx, -24}};
for (i=1;i<4;i++)
Arrow[i].y -= wmag;
PolygonRotateShift(Arrow, 7, Start.x, Start.y,
Calculated().WindBearing-DisplayAngle);
canvas.polygon(Arrow, 5);
if (SettingsMap().WindArrowStyle==1) {
POINT Tail[2] = {{0,-20}, {0,-26-min(20,wmag)*3}};
double angle = AngleLimit360(Calculated().WindBearing-DisplayAngle);
for(i=0; i<2; i++) {
if (InfoBoxLayout::scale>1) {
Tail[i].x *= InfoBoxLayout::scale;
Tail[i].y *= InfoBoxLayout::scale;
}
protateshift(Tail[i], angle, Start.x, Start.y);
}
// optionally draw dashed line
Pen dash_pen(Pen::DASH, 1, Color(0, 0, 0));
canvas.select(dash_pen);
canvas.line(Tail[0], Tail[1]);
}
_stprintf(sTmp, TEXT("%i"), iround(Calculated().WindSpeed * SPEEDMODIFY));
TextInBoxMode_t TextInBoxMode = { 16 | 32 }; // JMW test {2 | 16};
if (Arrow[5].y>=Arrow[6].y) {
TextInBox(canvas, sTmp, Arrow[5].x-kx, Arrow[5].y, TextInBoxMode, rc);
} else {
TextInBox(canvas, sTmp, Arrow[6].x-kx, Arrow[6].y, TextInBoxMode, rc);
}
}
void
FinalGlideBarRenderer::Draw(Canvas &canvas, const PixelRect &rc,
const DerivedInfo &calculated,
const GlideSettings &glide_settings,
const bool final_glide_bar_mc0_enabled) const
{
#ifdef ENABLE_OPENGL
const GLEnable blend(GL_BLEND);
#endif
RasterPoint GlideBar[6] = {
{ 0, 0 }, { 9, -9 }, { 18, 0 }, { 18, 0 }, { 9, 0 }, { 0, 0 }
};
RasterPoint GlideBar0[4] = {
{ 0, 0 }, { 9, -9 }, { 9, 0 }, { 0, 0 }
};
RasterPoint clipping_arrow[6] = {
{ 0, 0 }, { 9, 9 }, { 18, 0 }, { 18, 6 }, { 9, 15 }, { 0, 6 }
};
RasterPoint clipping_arrow0[4] = {
{ 0, 0 }, { 9, 9 }, { 9, 15 }, { 0, 6 }
};
TCHAR Value[10];
const TaskStats &task_stats = calculated.task_stats;
const ElementStat &total = task_stats.total;
const GlideResult &solution = total.solution_remaining;
const GlideResult &solution_mc0 = total.solution_mc0;
if (!task_stats.task_valid || !solution.IsOk() || !solution_mc0.IsDefined())
return;
const int y0 = (rc.bottom + rc.top) / 2;
PixelScalar dy_glidebar = 0;
PixelScalar dy_glidebar0 = 0;
FormatUserAltitude(solution.SelectAltitudeDifference(glide_settings),
Value, false);
canvas.Select(*look.font);
const PixelSize text_size = canvas.CalcTextSize(Value);
PixelScalar clipping_arrow_offset = Layout::Scale(4);
PixelScalar clipping_arrow0_offset = Layout::Scale(4);
// 468 meters is it's size. Will be divided by 9 to fit screen resolution.
int altitude_difference = (int)
solution.SelectAltitudeDifference(glide_settings);
int altitude_difference0 = (int)
solution_mc0.SelectAltitudeDifference(glide_settings);
// TODO feature: should be an angle if in final glide mode
// cut altitude_difference at +- 468 meters (55 units)
if (altitude_difference > 468)
altitude_difference = 468;
if (altitude_difference < -468)
altitude_difference = -468;
// 55 units is size, 468 meters div by 9 means 55.
int Offset = altitude_difference / 9;
Offset = Layout::Scale(Offset);
if (altitude_difference <= 0) {
GlideBar[1].y = Layout::Scale(9);
dy_glidebar = text_size.cy + 2;
} else {
GlideBar[1].y = -Layout::Scale(9);
clipping_arrow[1].y = -clipping_arrow[1].y;
clipping_arrow[3].y = -clipping_arrow[3].y;
clipping_arrow[4].y = -clipping_arrow[4].y;
clipping_arrow[5].y = -clipping_arrow[5].y;
clipping_arrow_offset = -clipping_arrow_offset;
dy_glidebar = -1;
}
// cut altitude_difference0 at +- 468 meters (55 units)
if (altitude_difference0 > 468)
altitude_difference0 = 468;
if (altitude_difference0 < -468)
altitude_difference0 = -468;
// 55 units is size, therefore div by 9.
int Offset0 = altitude_difference0 / 9;
Offset0 = Layout::Scale(Offset0);
if (altitude_difference0 <= 0) {
GlideBar0[1].y = Layout::Scale(9);
dy_glidebar0 = text_size.cy + 2;
} else {
GlideBar0[1].y = -Layout::Scale(9);
clipping_arrow0[1].y = -clipping_arrow0[1].y;
clipping_arrow0[2].y = -clipping_arrow0[2].y;
clipping_arrow0[3].y = -clipping_arrow0[3].y;
clipping_arrow0_offset = -clipping_arrow0_offset;
dy_glidebar0 = -1;
}
for (unsigned i = 0; i < 6; i++) {
GlideBar[i].y += y0 + dy_glidebar;
GlideBar[i].x = Layout::Scale(GlideBar[i].x) + rc.left;
}
GlideBar[0].y -= Offset;
GlideBar[1].y -= Offset;
GlideBar[2].y -= Offset;
for (unsigned i = 0; i < 4; i++) {
GlideBar0[i].y += y0 + dy_glidebar0;
GlideBar0[i].x = Layout::Scale(GlideBar0[i].x) + rc.left;
}
GlideBar0[0].y -= Offset0;
GlideBar0[1].y -= Offset0;
if ((altitude_difference0 >= altitude_difference) && (altitude_difference > 0)) {
// both above and mc0 arrow larger than mc arrow
GlideBar0[2].y = GlideBar[1].y; // both below
GlideBar0[3].y = GlideBar[0].y;
}
// prepare clipping arrow
for (unsigned i = 0; i < 6; i++) {
clipping_arrow[i].y = Layout::Scale(clipping_arrow[i].y) + y0 - Offset
+ clipping_arrow_offset + dy_glidebar;
clipping_arrow[i].x = Layout::Scale(clipping_arrow[i].x) + rc.left;
}
// prepare clipping arrow mc0
for (unsigned i = 0; i < 4; i++) {
clipping_arrow0[i].y = Layout::Scale(clipping_arrow0[i].y) + y0 - Offset0
+ clipping_arrow0_offset + dy_glidebar0;
clipping_arrow0[i].x = Layout::Scale(clipping_arrow0[i].x) + rc.left;
}
// draw actual glide bar
if (altitude_difference <= 0) {
if (calculated.common_stats.landable_reachable) {
canvas.Select(look.pen_below_landable);
canvas.Select(look.brush_below_landable);
} else {
canvas.Select(look.pen_below);
canvas.Select(look.brush_below);
}
} else {
canvas.Select(look.pen_above);
canvas.Select(look.brush_above);
}
canvas.DrawPolygon(GlideBar, 6);
// draw clipping arrow
if ((altitude_difference <= -468 ) || (altitude_difference >= 468))
canvas.DrawPolygon(clipping_arrow, 6);
// draw glide bar at mc 0
if (altitude_difference0 <= 0 && final_glide_bar_mc0_enabled) {
if (calculated.common_stats.landable_reachable) {
canvas.Select(look.pen_below_landable);
canvas.Select(look.brush_below_landable_mc0);
} else {
canvas.Select(look.pen_below);
canvas.Select(look.brush_below_mc0);
}
} else {
canvas.Select(look.pen_above);
canvas.Select(look.brush_above_mc0);
}
if ( ( (altitude_difference != altitude_difference0) || (altitude_difference0 < 0) )
&& final_glide_bar_mc0_enabled) {
canvas.DrawPolygon(GlideBar0, 4);
if ((altitude_difference0 <= -468 ) || (altitude_difference0 >= 468))
canvas.DrawPolygon(clipping_arrow0, 4);
}
// draw cross (x) on final glide bar if unreachable at current Mc
// or above final glide but impeded by obstacle
int cross_sign = 0;
if (!total.IsAchievable())
cross_sign = 1;
if (calculated.terrain_warning && (altitude_difference>0))
cross_sign = -1;
if (cross_sign != 0) {
canvas.Select(task_look.bearing_pen);
canvas.DrawLine(Layout::Scale(9 - 5), y0 + cross_sign * Layout::Scale(9 - 5),
Layout::Scale(9 + 5), y0 + cross_sign * Layout::Scale(9 + 5));
canvas.DrawLine(Layout::Scale(9 - 5), y0 + cross_sign * Layout::Scale(9 + 5),
Layout::Scale(9 + 5), y0 + cross_sign * Layout::Scale(9 - 5));
}
canvas.SetTextColor(COLOR_BLACK);
canvas.SetBackgroundColor(COLOR_WHITE);
TextInBoxMode style;
style.shape = LabelShape::ROUNDED_BLACK;
style.move_in_view = true;
if (text_size.cx < Layout::Scale(18)) {
style.align = TextInBoxMode::Alignment::RIGHT;
TextInBox(canvas, Value, Layout::Scale(18), y0, style, rc);
} else
TextInBox(canvas, Value, 0, y0, style, rc);
}
void
VarioBarRenderer::Draw(Canvas &canvas, const PixelRect &rc,
const MoreData &basic,
const DerivedInfo &calculated,
const GlidePolar &glide_polar,
const bool vario_bar_avg_enabled) const
{
#ifdef ENABLE_OPENGL
const ScopeAlphaBlend alpha_blend;
#endif
RasterPoint VarioBar[6] = {
{ 0, 0 }, { 9, -9 }, { 18, 0 }, { 18, 0 }, { 9, 0 }, { 0, 0 }
};
RasterPoint VarioBarAvg[4] = {
{ 0, 0 }, { 9, -9 }, { 9, 0 }, { 0, 0 }
};
RasterPoint clipping_arrow[6] = {
{ 0, 0 }, { 9, 9 }, { 18, 0 }, { 18, 6 }, { 9, 15 }, { 0, 6 }
};
RasterPoint clipping_arrow_av[4] = {
{ 0, 0 }, { 9, 9 }, { 9, 15 }, { 0, 6 }
};
RasterPoint mc_arrow[6] = {
{ 0, 0 }, { 9, -9 }, { 18, 0 }, { 18, -2 }, { 9, -11 }, { 0, -2 }
};
TCHAR Value[10];
const int y0 = (rc.bottom + rc.top) / 2;
/* NOTE: size_divisor replaces the fixed value 9 that was used throughout
* the code sink which caused fixed size rendering regardless of
* map size (except the effects of Layout::Scale()). This method
* is not usable with variable map sizes (e.g. because of the cross-section
* area). size_divisor is used to introduce a screen size dependent scaling.
* That workaround is an ugly hack and needs a rework. */
const auto size_divisor =
std::max((fixed) Layout::Scale(70 / (rc.bottom - rc.top)), fixed(0.15));
PixelScalar dy_variobar = 0;
PixelScalar dy_variobar_av = 0;
PixelScalar dy_variobar_mc = 0;
PixelScalar clipping_arrow_offset = Layout::Scale(4);
PixelScalar clipping_arrow_av_offset = Layout::Scale(4);
// PixelScalar clipping_arrow_mc_offset = Layout::Scale(4);
auto vario_gross = basic.brutto_vario;
FormatUserVerticalSpeed(vario_gross, Value, false, true);
canvas.Select(*look.font);
const PixelSize text_size = canvas.CalcTextSize(Value);
auto vario_avg = calculated.average;
// cut vario_gross at +- 5 meters/s
if (vario_gross > fixed(5))
vario_gross = fixed(5);
if (vario_gross < fixed(-5))
vario_gross = fixed(-5);
int Offset = (int)(vario_gross / size_divisor);
Offset = Layout::Scale(Offset);
if (!positive(vario_gross)) {
VarioBar[1].y = Layout::Scale(9);
dy_variobar = text_size.cy + 2;
} else {
VarioBar[1].y = -Layout::Scale(9);
clipping_arrow[1].y = -clipping_arrow[1].y;
clipping_arrow[3].y = -clipping_arrow[3].y;
clipping_arrow[4].y = -clipping_arrow[4].y;
clipping_arrow[5].y = -clipping_arrow[5].y;
clipping_arrow_offset = -clipping_arrow_offset;
dy_variobar = -1;
}
// cut vario_avg at +- 5 meters/s
if (vario_avg > fixed(5))
vario_avg = fixed(5);
if (vario_avg < fixed(-5))
vario_avg = fixed(-5);
int OffsetAvg = int(vario_avg / size_divisor);
OffsetAvg = Layout::Scale(OffsetAvg);
if (!positive(vario_avg)) {
VarioBarAvg[1].y = Layout::Scale(9);
dy_variobar_av = text_size.cy + 2;
} else {
VarioBarAvg[1].y = -Layout::Scale(9);
clipping_arrow_av[1].y = -clipping_arrow_av[1].y;
clipping_arrow_av[2].y = -clipping_arrow_av[2].y;
clipping_arrow_av[3].y = -clipping_arrow_av[3].y;
clipping_arrow_av_offset = -clipping_arrow_av_offset;
dy_variobar_av = -1;
}
//clip MC Value
auto mc_val = glide_polar.GetMC();
if (mc_val > fixed(5))
mc_val = fixed(5);
if (!positive(mc_val)) {
dy_variobar_mc = text_size.cy + 2;
}else{
dy_variobar_mc = -1;
}
int OffsetMC = int(mc_val / size_divisor);
OffsetMC = Layout::Scale(OffsetMC);
for (unsigned i = 0; i < 6; i++) {
VarioBar[i].y += y0 + dy_variobar;
VarioBar[i].x = rc.right - Layout::Scale(VarioBar[i].x);
}
VarioBar[0].y -= Offset;
VarioBar[1].y -= Offset;
VarioBar[2].y -= Offset;
for (unsigned i = 0; i < 4; i++) {
VarioBarAvg[i].y += y0 + dy_variobar_av;
VarioBarAvg[i].x = rc.right-Layout::Scale(VarioBarAvg[i].x);
}
VarioBarAvg[0].y -= OffsetAvg;
VarioBarAvg[1].y -= OffsetAvg;
// prepare mc arrow
for (unsigned i = 0; i < 6; i++) {
mc_arrow[i].y = Layout::Scale(mc_arrow[i].y) + y0
- OffsetMC + dy_variobar_mc;
mc_arrow[i].x = rc.right - Layout::Scale(mc_arrow[i].x);
}
// prepare clipping arrow
for (unsigned i = 0; i < 6; i++) {
clipping_arrow[i].y = Layout::Scale(clipping_arrow[i].y) + y0 - Offset
+ clipping_arrow_offset + dy_variobar;
clipping_arrow[i].x = rc.right - Layout::Scale(clipping_arrow[i].x);
}
// prepare clipping avg
for (unsigned i = 0; i < 4; i++) {
clipping_arrow_av[i].y = Layout::Scale(clipping_arrow_av[i].y) + y0 - OffsetAvg
+ clipping_arrow_av_offset + dy_variobar_av;
clipping_arrow_av[i].x = rc.right-Layout::Scale(clipping_arrow_av[i].x);
}
// draw actual vario bar
if (!positive(vario_gross)) {
canvas.Select(look.pen_sink);
canvas.Select(look.brush_sink);
} else {
canvas.Select(look.pen_climb);
canvas.Select(look.brush_climb);
}
canvas.DrawPolygon(VarioBar, 6);
// draw clipping arrow
if (vario_gross <= fixed(-5) || vario_gross >= fixed(5))
canvas.DrawPolygon(clipping_arrow, 6);
// draw avg vario bar
if (!positive(vario_avg) && vario_bar_avg_enabled) {
canvas.Select(look.pen_sink);
canvas.Select(look.brush_sink_avg);
} else {
canvas.Select(look.pen_climb);
canvas.Select(look.brush_climb_avg);
}
canvas.DrawPolygon(VarioBarAvg, 4);
if (vario_avg <= fixed(-5.0) || vario_avg >= fixed(5.0))
canvas.DrawPolygon(clipping_arrow_av, 4);
//draw MC arrow
canvas.Select(look.pen_mc);
canvas.Select(look.brush_mc);
canvas.DrawPolygon(mc_arrow, 6);
//draw text
canvas.SetTextColor(COLOR_BLACK);
canvas.SetBackgroundColor(COLOR_WHITE);
TextInBoxMode style;
style.shape = LabelShape::ROUNDED_BLACK;
style.move_in_view = true;
if (text_size.cx < Layout::Scale(18)) {
style.align = TextInBoxMode::Alignment::RIGHT;
TextInBox(canvas, Value, rc.right, y0, style, rc);
} else
TextInBox(canvas, Value, rc.right-Layout::Scale(18), y0, style, rc);
}
// This is painting traffic icons on the screen.
void MapWindow::LKDrawFLARMTraffic(LKSurface& Surface, const RECT& rc, const ScreenProjection& _Proj, const POINT& Orig_Aircraft) {
if (!EnableFLARMMap) return;
if (!DrawInfo.FLARM_Available) return;
// init scaled coords for traffic icon
static int iCircleSize = 7;
static int iRectangleSize = 4;
static short tscaler=0;
if (DoInit[MDI_DRAWFLARMTRAFFIC]) {
switch (ScreenSize) {
case ss480x640:
case ss480x800:
case ss800x480:
case ss640x480:
iCircleSize = 9;
iRectangleSize = 5;
tscaler=NIBLSCALE(7)-2;
break;
case ss240x320:
case ss272x480:
case ss320x240:
case ss480x272:
case ss480x234:
case ss400x240:
iCircleSize = 7;
iRectangleSize = 4;
tscaler=NIBLSCALE(13)-2;
break;
default:
iCircleSize = 7;
iRectangleSize = 4;
tscaler=NIBLSCALE(7);
break;
}
DoInit[MDI_DRAWFLARMTRAFFIC]=false;
}
POINT Arrow[5];
TCHAR lbuffer[50];
const auto hpold = Surface.SelectObject(LKPen_Black_N1);
int i;
int painted=0;
// double dX, dY;
TextInBoxMode_t displaymode = {0};
displaymode.NoSetFont = 1;
#if 0
double screenrange = GetApproxScreenRange();
double scalefact = screenrange/6000.0; // FIX 100820
#endif
const auto oldfont = Surface.SelectObject(LK8MapFont);
for (i=0,painted=0; i<FLARM_MAX_TRAFFIC; i++) {
// limit to 10 icons map traffic
if (painted>=10) {
i=FLARM_MAX_TRAFFIC;
continue;
}
if ( (DrawInfo.FLARM_Traffic[i].ID !=0) && (DrawInfo.FLARM_Traffic[i].Status != LKT_ZOMBIE) ) {
painted++;
double target_lon;
double target_lat;
target_lon = DrawInfo.FLARM_Traffic[i].Longitude;
target_lat = DrawInfo.FLARM_Traffic[i].Latitude;
#if (0) // No scaling, wrong
if ((EnableFLARMMap==2)&&(scalefact>1.0)) {
double distance;
double bearing;
DistanceBearing(DrawInfo.Latitude, DrawInfo.Longitude, target_lat, target_lon, &distance, &bearing);
FindLatitudeLongitude(DrawInfo.Latitude, DrawInfo.Longitude, bearing, distance*scalefact, &target_lat, &target_lon);
}
#endif
POINT sc, sc_name, sc_av;
sc = _Proj.LonLat2Screen(target_lon, target_lat);
sc_name = sc;
sc_name.y -= NIBLSCALE(16);
sc_av = sc_name;
_tcscpy(lbuffer,_T(""));
if (DrawInfo.FLARM_Traffic[i].Cn && DrawInfo.FLARM_Traffic[i].Cn[0]!=_T('?')) { // 100322
_tcscat(lbuffer,DrawInfo.FLARM_Traffic[i].Cn);
}
if (DrawInfo.FLARM_Traffic[i].Average30s>=0.1) {
size_t len = _tcslen(lbuffer);
if (len > 0)
_stprintf(lbuffer + len,_T(":%.1f"),LIFTMODIFY*DrawInfo.FLARM_Traffic[i].Average30s);
else
_stprintf(lbuffer,_T("%.1f"),LIFTMODIFY*DrawInfo.FLARM_Traffic[i].Average30s);
}
displaymode.Border=1;
if (_tcslen(lbuffer)>0)
TextInBox(Surface, &rc, lbuffer, sc.x+tscaler, sc.y+tscaler, &displaymode, false);
// red circle
if ((DrawInfo.FLARM_Traffic[i].AlarmLevel>0) && (DrawInfo.FLARM_Traffic[i].AlarmLevel<4)) {
DrawBitmapIn(Surface, sc, hFLARMTraffic,true);
}
#if 1 // 1
Arrow[0].x = -4;
Arrow[0].y = 5;
Arrow[1].x = 0;
Arrow[1].y = -6;
Arrow[2].x = 4;
Arrow[2].y = 5;
Arrow[3].x = 0;
Arrow[3].y = 2;
Arrow[4].x = -4;
Arrow[4].y = 5;
for (int q=0; q < 5; q++)
{
Arrow[q].x = (LONG) ((double)Arrow[q].x * 1.7);
Arrow[q].y = (LONG) ((double)Arrow[q].y * 1.7);
}
#else
Arrow[0].x = scaler[0];
Arrow[0].y = scaler[1];
Arrow[1].x = 0;
Arrow[1].y = scaler[2];
Arrow[2].x = scaler[3];
Arrow[2].y = scaler[1];
Arrow[3].x = 0;
Arrow[3].y = scaler[4];
Arrow[4].x = scaler[0];
Arrow[4].y = scaler[1];
#endif
/*
switch (DrawInfo.FLARM_Traffic[i].Status) { // 100321
case LKT_GHOST:
Surface.SelectObject(yellowBrush);
break;
case LKT_ZOMBIE:
Surface.SelectObject(redBrush);
break;
default:
Surface.SelectObject(greenBrush);
break;
}
*/
/*************************************************************************
* calculate climb color
*************************************************************************/
int iVarioIdx = (int)(2*DrawInfo.FLARM_Traffic[i].Average30s -0.5)+NO_VARIO_COLORS/2;
if(iVarioIdx < 0) iVarioIdx =0;
if(iVarioIdx >= NO_VARIO_COLORS) iVarioIdx =NO_VARIO_COLORS-1;
Surface.SelectObject(*variobrush[iVarioIdx]);
switch (DrawInfo.FLARM_Traffic[i].Status) { // 100321
case LKT_GHOST:
Surface.Rectangle(sc.x-iRectangleSize, sc.y-iRectangleSize,sc.x+iRectangleSize, sc.y+iRectangleSize);
break;
case LKT_ZOMBIE:
Surface.DrawCircle(sc.x, sc.x, iCircleSize, rc, true );
break;
default:
PolygonRotateShift(Arrow, 5, sc.x, sc.y, DrawInfo.FLARM_Traffic[i].TrackBearing - DisplayAngle);
Surface.Polygon(Arrow,5);
break;
}
}
}
Surface.SelectObject(oldfont);
Surface.SelectObject(hpold);
}
//
// Called by LKDrawLook8000, this is what happens when we change mapspace mode, advancing through types.
// We paint infopages, nearest, tri, etc.etc.
// Normally there is plenty of cpu available because the map is not even calculated.
// This is why we bring to the Draw thread, in the nearest pages case, also calculations.
//
void MapWindow::DrawMapSpace(HDC hdc, RECT rc ) {
HFONT oldfont;
HBRUSH hB;
TextInBoxMode_t TextDisplayMode = {0};
TCHAR Buffer[LKSIZEBUFFERLARGE*2];
#ifdef DRAWLKSTATUS
bool dodrawlkstatus=false;
#endif
static POINT p[10];
if (MapSpaceMode==MSM_WELCOME) {
if (INVERTCOLORS)
hB=LKBrush_Petrol;
else
hB=LKBrush_Mlight;
} else {
if (INVERTCOLORS)
hB=LKBrush_Mdark;
else
hB=LKBrush_Mlight;
}
oldfont = (HFONT)SelectObject(hdc, LKINFOFONT); // save font
if (MapSpaceMode!=MSM_WELCOME) FillRect(hdc,&rc, hB);
if (DoInit[MDI_DRAWMAPSPACE]) {
p[0].x=0; p[0].y=rc.bottom-BottomSize-NIBLSCALE(2); p[1].x=rc.right-1; p[1].y=p[0].y;
p[2].x=0; p[2].y=0; p[3].x=rc.right-1; p[3].y=0; // 091230 right-1
p[4].x=0; p[4].y=0; p[5].x=0; p[5].y=rc.bottom-BottomSize-NIBLSCALE(2);
p[6].x=rc.right-1; p[6].y=0; p[7].x=rc.right-1; p[7].y=rc.bottom-BottomSize-NIBLSCALE(2); // 091230 right-1
// p[8].x=0; p[8].y=rc.bottom-BottomSize-NIBLSCALE(2); p[9].x=rc.right; p[9].y=p[8].y;
/*
StartupStore(_T("DOINIT DRAWMAPSPACE 21=%d=%d 22=%d=%d 23=%d=%d 24=%d=%d 31=%d=%d 32=%d=%d\n"),
ConfIP[LKMODE_WP][0],ConfIP21,
ConfIP[LKMODE_WP][1],ConfIP22,
ConfIP[LKMODE_WP][2],ConfIP23,
ConfIP[LKMODE_WP][3],ConfIP24,
ConfIP[LKMODE_NAV][0],ConfIP31,
ConfIP[LKMODE_NAV][1],ConfIP32);
*/
if (MapSpaceMode==MSM_WELCOME) LoadSplash(hdc,_T("LKPROFILE"));
DoInit[MDI_DRAWMAPSPACE]=false;
}
// Paint borders in green, but only in nearest pages and welcome
if (MapSpaceMode==MSM_WELCOME || (!IsMultiMap() && MapSpaceMode!=MSM_MAP) )
{
if (INVERTCOLORS) {
_DrawLine(hdc, PS_SOLID, NIBLSCALE(1), p[2], p[3], RGB_GREEN, rc);
_DrawLine(hdc, PS_SOLID, NIBLSCALE(1), p[4], p[5], RGB_GREEN, rc);
_DrawLine(hdc, PS_SOLID, NIBLSCALE(1), p[6], p[7], RGB_GREEN, rc);
_DrawLine(hdc, PS_SOLID, NIBLSCALE(1), p[0], p[1], RGB_GREEN, rc);
} else {
_DrawLine(hdc, PS_SOLID, NIBLSCALE(1), p[2], p[3], RGB_DARKGREEN, rc);
_DrawLine(hdc, PS_SOLID, NIBLSCALE(1), p[4], p[5], RGB_DARKGREEN, rc);
_DrawLine(hdc, PS_SOLID, NIBLSCALE(1), p[6], p[7], RGB_DARKGREEN, rc);
_DrawLine(hdc, PS_SOLID, NIBLSCALE(1), p[0], p[1], RGB_DARKGREEN, rc);
}
}
#ifdef DRAWLKSTATUS
if (LKevent==LKEVENT_NEWRUN) dodrawlkstatus=true;
#endif
// We are entering mapspacemodes with no initial check on configured subpages.
// Thus we need to ensure that the page is really available, or find the first valid.
// However, this will prevent direct customkey access to pages!
// Instead, we do it when we call next page from InfoPageChange
// if (!ConfIP[ModeIndex][CURTYPE]) NextModeType();
switch (MapSpaceMode) {
case MSM_WELCOME:
#if (1)
if (!DrawInfo.NAVWarning) {
static double firsttime=DrawInfo.Time;
// delayed automatic exit from welcome mode
if ( DrawInfo.Time > (firsttime+1.0) ) {
SetModeType(LKMODE_MAP,MP_MOVING);
LKevent=LKEVENT_NONE;
if (EnableSoundModes) LKSound(_T("LK_BEEP1.WAV"));
RefreshMap();
break;
}
}
#endif
if(GlobalModelType==MODELTYPE_PNA_MINIMAP)
{
SetModeType(LKMODE_MAP,MP_MOVING);
LKevent=LKEVENT_NONE;
break;
}
DrawWelcome8000(hdc, rc);
break;
case MSM_MAPTRK:
SetSideviewPage(IM_HEADING);
LKDrawMultimap_Asp(hdc,rc);
break;
case MSM_MAPWPT:
#if 0
// If there is no destination, force jump to the map
if (GetOvertargetIndex()<0) {
SetModeType(LKMODE_MAP,MP_MOVING);
LKevent=LKEVENT_NONE;
break;
}
#endif
SetSideviewPage(IM_NEXT_WP);
LKDrawMultimap_Asp(hdc,rc);
break;
case MSM_MAPASP:
SetSideviewPage(IM_NEAR_AS);
LKDrawMultimap_Asp(hdc,rc);
break;
case MSM_MAPRADAR:
LKDrawMultimap_Radar(hdc,rc);
break;
case MSM_VISUALGLIDE:
SetSideviewPage(IM_VISUALGLIDE);
LKDrawMultimap_Asp(hdc,rc);
break;
case MSM_MAPTEST:
LKDrawMultimap_Test(hdc,rc);
break;
case MSM_LANDABLE:
case MSM_NEARTPS:
case MSM_AIRPORTS:
DrawNearest(hdc, rc);
break;
case MSM_AIRSPACES:
DrawAspNearest(hdc, rc);
break;
case MSM_COMMON:
case MSM_RECENT:
DrawCommon(hdc, rc);
break;
case MSM_MAP:
break;
case MSM_INFO_THERMAL:
case MSM_INFO_CRUISE:
case MSM_INFO_TASK:
case MSM_INFO_AUX:
case MSM_INFO_TRI:
case MSM_INFO_HSI:
case MSM_INFO_TRF:
case MSM_INFO_TARGET:
case MSM_INFO_CONTEST:
DrawInfoPage(hdc,rc, false);
break;
case MSM_TRAFFIC:
DrawTraffic(hdc,rc);
break;
case MSM_THERMALS:
DrawThermalHistory(hdc,rc);
break;
default:
memset((void*)&TextDisplayMode, 0, sizeof(TextDisplayMode));
TextDisplayMode.Color = RGB_WHITE;
TextDisplayMode.NoSetFont = 1;
TextDisplayMode.AlligneCenter = 1;
SelectObject(hdc, LK8TargetFont);
_stprintf(Buffer,TEXT("MapSpaceMode=%d"),MapSpaceMode);
TextInBox(hdc, &rc, Buffer, (rc.right-rc.left)/2, NIBLSCALE(50) , 0, &TextDisplayMode, false);
break;
}
#ifdef DRAWLKSTATUS
// no need to clear dodrawlkstatus, it is already reset at each run
if (dodrawlkstatus) DrawLKStatus(hdc, rc);
#endif
SelectObject(hdc, oldfont);
}
//
// Called by DrawThread
//
void MapWindow::DrawLKAlarms(HDC hDC, const RECT rc) {
static unsigned short displaycounter=0;
static short oldvalidalarm=-1;
short validalarm=-1;
// Alarms are working only with a valid GPS fix. No navigator, no alarms.
if (DrawInfo.NAVWarning) return;
// give priority to the lowest alarm in list
if (CheckAlarms(2)) validalarm=2;
if (CheckAlarms(1)) validalarm=1;
if (CheckAlarms(0)) validalarm=0;
// If we have a new alarm, play sound if available and enabled
if (validalarm>=0) {
if (EnableSoundModes) {
switch (validalarm) {
case 0:
LKSound(_T("LK_ALARM_ALT1.WAV"));
break;
case 1:
LKSound(_T("LK_ALARM_ALT2.WAV"));
break;
case 2:
LKSound(_T("LK_ALARM_ALT3.WAV"));
break;
default:
break;
}
}
displaycounter=12; // seconds to display alarm on screen, resetting anything set previously
}
// Now paint message, even for passed alarms
if (displaycounter) {
if (--displaycounter>60) displaycounter=0; // safe check
TCHAR textalarm[100];
short currentalarm=0;
if (validalarm>=0) {
currentalarm=validalarm;
oldvalidalarm=validalarm;
} else
if (oldvalidalarm>=0) currentalarm=oldvalidalarm; // safety check
switch(currentalarm) {
case 0:
case 1:
case 2:
wsprintf(textalarm,_T("%s %d: %s %d"),
gettext(_T("_@M1650_")), currentalarm+1, gettext(_T("_@M1651_")), // ALARM ALTITUDE
((int)((double)LKalarms[currentalarm].triggervalue*ALTITUDEMODIFY)));
break;
default:
break;
}
HFONT oldfont=NULL;
if (ScreenLandscape)
oldfont=(HFONT)SelectObject(hDC,LK8TargetFont);
else
oldfont=(HFONT)SelectObject(hDC,LK8MediumFont);
TextInBoxMode_t TextInBoxMode = {0};
TextInBoxMode.Color = RGB_WHITE;
TextInBoxMode.NoSetFont=1;
TextInBoxMode.AlligneCenter = 1;
TextInBoxMode.WhiteBorder = 1;
TextInBoxMode.Border = 1;
// same position for gps warnings: if navwarning, then no alarms. So no overlapping.
TextInBox(hDC, &rc, textalarm , (rc.right-rc.left)/2, (rc.bottom-rc.top)/3, 0, &TextInBoxMode);
SelectObject(hDC,oldfont);
}
}
void
FinalGlideBarRenderer::Draw(Canvas &canvas, const PixelRect &rc,
const DerivedInfo &calculated) const
{
RasterPoint GlideBar[6] = {
{ 0, 0 }, { 9, -9 }, { 18, 0 }, { 18, 0 }, { 9, 0 }, { 0, 0 }
};
RasterPoint GlideBar0[6] = {
{ 0, 0 }, { 9, -9 }, { 18, 0 }, { 18, 0 }, { 9, 0 }, { 0, 0 }
};
TCHAR Value[10];
if (!calculated.task_stats.task_valid ||
!calculated.task_stats.total.solution_remaining.IsOk() ||
!calculated.task_stats.total.solution_mc0.IsDefined())
return;
const int y0 = (rc.bottom + rc.top) / 2;
// 60 units is size, div by 8 means 60*8 = 480 meters.
int Offset = ((int)calculated.task_stats.total.solution_remaining.altitude_difference) / 8;
int Offset0 = ((int)calculated.task_stats.total.solution_mc0.altitude_difference) / 8;
// TODO feature: should be an angle if in final glide mode
if (Offset > 60)
Offset = 60;
if (Offset < -60)
Offset = -60;
Offset = Layout::Scale(Offset);
if (Offset < 0)
GlideBar[1].y = Layout::Scale(9);
if (Offset0 > 60)
Offset0 = 60;
if (Offset0 < -60)
Offset0 = -60;
Offset0 = Layout::Scale(Offset0);
if (Offset0 < 0)
GlideBar0[1].y = Layout::Scale(9);
for (unsigned i = 0; i < 6; i++) {
GlideBar[i].y += y0;
GlideBar[i].x = Layout::Scale(GlideBar[i].x) + rc.left;
}
GlideBar[0].y -= Offset;
GlideBar[1].y -= Offset;
GlideBar[2].y -= Offset;
for (unsigned i = 0; i < 6; i++) {
GlideBar0[i].y += y0;
GlideBar0[i].x = Layout::Scale(GlideBar0[i].x) + rc.left;
}
GlideBar0[0].y -= Offset0;
GlideBar0[1].y -= Offset0;
GlideBar0[2].y -= Offset0;
if ((Offset < 0) && (Offset0 < 0)) {
// both below
if (Offset0 != Offset) {
PixelScalar dy = (GlideBar0[0].y - GlideBar[0].y) +
(GlideBar0[0].y - GlideBar0[3].y);
dy = max(Layout::Scale(3), dy);
GlideBar[3].y = GlideBar0[0].y - dy;
GlideBar[4].y = GlideBar0[1].y - dy;
GlideBar[5].y = GlideBar0[2].y - dy;
GlideBar0[0].y = GlideBar[3].y;
GlideBar0[1].y = GlideBar[4].y;
GlideBar0[2].y = GlideBar[5].y;
} else {
Offset0 = 0;
}
} else if ((Offset > 0) && (Offset0 > 0)) {
// both above
GlideBar0[3].y = GlideBar[0].y;
GlideBar0[4].y = GlideBar[1].y;
GlideBar0[5].y = GlideBar[2].y;
if (abs(Offset0 - Offset) < Layout::Scale(4))
Offset = Offset0;
}
// draw actual glide bar
if (Offset <= 0) {
if (calculated.common_stats.landable_reachable) {
canvas.Select(look.hpFinalGlideBelowLandable);
canvas.Select(look.hbFinalGlideBelowLandable);
} else {
canvas.Select(look.hpFinalGlideBelow);
canvas.Select(look.hbFinalGlideBelow);
}
} else {
canvas.Select(look.hpFinalGlideAbove);
canvas.Select(look.hbFinalGlideAbove);
}
canvas.polygon(GlideBar, 6);
// draw glide bar at mc 0
if (Offset0 <= 0) {
if (calculated.common_stats.landable_reachable) {
canvas.Select(look.hpFinalGlideBelowLandable);
canvas.SelectHollowBrush();
} else {
canvas.Select(look.hpFinalGlideBelow);
canvas.SelectHollowBrush();
}
} else {
canvas.Select(look.hpFinalGlideAbove);
canvas.SelectHollowBrush();
}
if (Offset != Offset0)
canvas.polygon(GlideBar0, 6);
// draw cross (x) on final glide bar if unreachable at current Mc
// or above final glide but impeded by obstacle
int cross_sign = 0;
if (!calculated.task_stats.total.IsAchievable())
cross_sign = 1;
if (calculated.terrain_warning && (Offset>0))
cross_sign = -1;
if (cross_sign != 0) {
canvas.Select(task_look.bearing_pen);
canvas.line(Layout::Scale(9 - 5), y0 + cross_sign * Layout::Scale(9 - 5),
Layout::Scale(9 + 5), y0 + cross_sign * Layout::Scale(9 + 5));
canvas.line(Layout::Scale(9 - 5), y0 + cross_sign * Layout::Scale(9 + 5),
Layout::Scale(9 + 5), y0 + cross_sign * Layout::Scale(9 - 5));
}
Units::FormatUserAltitude(calculated.task_stats.total.solution_remaining.altitude_difference,
Value, ARRAY_SIZE(Value),
false);
if (Offset >= 0)
Offset = GlideBar[2].y + Offset + Layout::Scale(5);
else if (Offset0 > 0)
Offset = GlideBar0[1].y - Layout::Scale(15);
else
Offset = GlideBar[2].y + Offset - Layout::Scale(15);
canvas.SetTextColor(COLOR_BLACK);
canvas.SetBackgroundColor(COLOR_WHITE);
TextInBoxMode style;
style.mode = RM_ROUNDED_BLACK;
style.bold = true;
style.move_in_view = true;
TextInBox(canvas, Value, 0, (int)Offset, style, rc);
}
void
FinalGlideBarRenderer::Draw(Canvas &canvas, const PixelRect &rc,
const DerivedInfo &calculated,
const GlideSettings &glide_settings,
const bool final_glide_bar_mc0_enabled) const
{
#ifdef ENABLE_OPENGL
const ScopeAlphaBlend alpha_blend;
#endif
BulkPixelPoint GlideBar[6] = {
{ 0, 0 }, { 9, -9 }, { 18, 0 }, { 18, 0 }, { 9, 0 }, { 0, 0 }
};
BulkPixelPoint GlideBar0[4] = {
{ 0, 0 }, { 9, -9 }, { 9, 0 }, { 0, 0 }
};
BulkPixelPoint clipping_arrow[6] = {
{ 0, 0 }, { 9, 9 }, { 18, 0 }, { 18, 6 }, { 9, 15 }, { 0, 6 }
};
BulkPixelPoint clipping_arrow0[4] = {
{ 0, 0 }, { 9, 9 }, { 9, 15 }, { 0, 6 }
};
TCHAR Value[10];
const TaskStats &task_stats = calculated.task_stats;
const ElementStat &total = task_stats.total;
const GlideResult &solution = total.solution_remaining;
const GlideResult &solution_mc0 = total.solution_mc0;
if (!task_stats.task_valid || !solution.IsOk() || !solution_mc0.IsDefined())
return;
const int y0 = (rc.bottom + rc.top) / 2;
/* NOTE: size_divisor replaces the fixed value 9 that was used throughout
* the code below which caused fixed size rendering regardless of
* map size (except the effects of Layout::Scale()). This method
* is not usable with variable map sizes (e.g. because of the cross-section
* area). size_divisor is used to introduce a screen size dependent scaling.
* That workaround is an ugly hack and needs a rework. */
const int size_divisor =
std::max(Layout::Scale(3000u / rc.GetHeight()), 4u);
int dy_glidebar = 0;
int dy_glidebar0 = 0;
FormatUserAltitude(solution.SelectAltitudeDifference(glide_settings),
Value, false);
canvas.Select(*look.font);
const PixelSize text_size = canvas.CalcTextSize(Value);
int clipping_arrow_offset = Layout::Scale(4);
int clipping_arrow0_offset = Layout::Scale(4);
// 468 meters is it's size. Will be divided by 9 to fit screen resolution.
int altitude_difference = (int)
solution.SelectAltitudeDifference(glide_settings);
int altitude_difference0 = (int)
solution_mc0.SelectAltitudeDifference(glide_settings);
// TODO feature: should be an angle if in final glide mode
// cut altitude_difference at +- 468 meters (55 units)
if (altitude_difference > 468)
altitude_difference = 468;
if (altitude_difference < -468)
altitude_difference = -468;
// 55 units is size, 468 meters div by 9 means 55.
int Offset = altitude_difference / size_divisor;
Offset = Layout::Scale(Offset);
if (altitude_difference <= 0) {
GlideBar[1].y = Layout::Scale(9);
dy_glidebar = text_size.cy + 2;
} else {
GlideBar[1].y = -Layout::Scale(9);
clipping_arrow[1].y = -clipping_arrow[1].y;
clipping_arrow[3].y = -clipping_arrow[3].y;
clipping_arrow[4].y = -clipping_arrow[4].y;
clipping_arrow[5].y = -clipping_arrow[5].y;
clipping_arrow_offset = -clipping_arrow_offset;
dy_glidebar = -1;
}
// cut altitude_difference0 at +- 468 meters (55 units)
if (altitude_difference0 > 468)
altitude_difference0 = 468;
if (altitude_difference0 < -468)
altitude_difference0 = -468;
// 55 units is size, therefore div by 9.
int Offset0 = altitude_difference0 / size_divisor;
Offset0 = Layout::Scale(Offset0);
if (altitude_difference0 <= 0) {
GlideBar0[1].y = Layout::Scale(9);
dy_glidebar0 = text_size.cy + 2;
} else {
GlideBar0[1].y = -Layout::Scale(9);
clipping_arrow0[1].y = -clipping_arrow0[1].y;
clipping_arrow0[2].y = -clipping_arrow0[2].y;
clipping_arrow0[3].y = -clipping_arrow0[3].y;
clipping_arrow0_offset = -clipping_arrow0_offset;
dy_glidebar0 = -1;
}
for (unsigned i = 0; i < 6; i++) {
GlideBar[i].y += y0 + dy_glidebar;
GlideBar[i].x = Layout::Scale(GlideBar[i].x) + rc.left;
}
GlideBar[0].y -= Offset;
GlideBar[1].y -= Offset;
GlideBar[2].y -= Offset;
for (unsigned i = 0; i < 4; i++) {
GlideBar0[i].y += y0 + dy_glidebar0;
GlideBar0[i].x = Layout::Scale(GlideBar0[i].x) + rc.left;
}
GlideBar0[0].y -= Offset0;
GlideBar0[1].y -= Offset0;
if ((altitude_difference0 >= altitude_difference) && (altitude_difference > 0)) {
// both above and mc0 arrow larger than mc arrow
GlideBar0[2].y = GlideBar[1].y; // both below
GlideBar0[3].y = GlideBar[0].y;
}
// prepare clipping arrow
for (unsigned i = 0; i < 6; i++) {
clipping_arrow[i].y = Layout::Scale(clipping_arrow[i].y) + y0 - Offset
+ clipping_arrow_offset + dy_glidebar;
clipping_arrow[i].x = Layout::Scale(clipping_arrow[i].x) + rc.left;
}
// prepare clipping arrow mc0
for (unsigned i = 0; i < 4; i++) {
clipping_arrow0[i].y = Layout::Scale(clipping_arrow0[i].y) + y0 - Offset0
+ clipping_arrow0_offset + dy_glidebar0;
clipping_arrow0[i].x = Layout::Scale(clipping_arrow0[i].x) + rc.left;
}
// draw actual glide bar
if (altitude_difference <= 0) {
if (calculated.common_stats.landable_reachable) {
canvas.Select(look.pen_below_landable);
canvas.Select(look.brush_below_landable);
} else {
canvas.Select(look.pen_below);
canvas.Select(look.brush_below);
}
} else {
canvas.Select(look.pen_above);
canvas.Select(look.brush_above);
}
canvas.DrawPolygon(GlideBar, 6);
// draw clipping arrow
if ((altitude_difference <= -468 ) || (altitude_difference >= 468))
canvas.DrawPolygon(clipping_arrow, 6);
// draw glide bar at mc 0
if (altitude_difference0 <= 0 && final_glide_bar_mc0_enabled) {
if (calculated.common_stats.landable_reachable) {
canvas.Select(look.pen_below_landable);
canvas.Select(look.brush_below_landable_mc0);
} else {
canvas.Select(look.pen_below);
canvas.Select(look.brush_below_mc0);
}
} else {
canvas.Select(look.pen_above);
canvas.Select(look.brush_above_mc0);
}
if ( ( (altitude_difference != altitude_difference0) || (altitude_difference0 < 0) )
&& final_glide_bar_mc0_enabled) {
canvas.DrawPolygon(GlideBar0, 4);
if ((altitude_difference0 <= -468 ) || (altitude_difference0 >= 468))
canvas.DrawPolygon(clipping_arrow0, 4);
}
// draw cross (x) on final glide bar if unreachable at current Mc
// or above final glide but impeded by obstacle
int cross_sign = 0;
if (!total.IsAchievable())
cross_sign = 1;
if (calculated.terrain_warning_location.IsValid() &&
altitude_difference > 0 )
cross_sign = -1;
if (cross_sign != 0) {
canvas.Select(task_look.bearing_pen);
canvas.DrawLine(Layout::Scale(9 - 5), y0 + cross_sign * Layout::Scale(9 - 5),
Layout::Scale(9 + 5), y0 + cross_sign * Layout::Scale(9 + 5));
canvas.DrawLine(Layout::Scale(9 - 5), y0 + cross_sign * Layout::Scale(9 + 5),
Layout::Scale(9 + 5), y0 + cross_sign * Layout::Scale(9 - 5));
}
canvas.SetTextColor(COLOR_BLACK);
canvas.SetBackgroundColor(COLOR_WHITE);
TextInBoxMode style;
style.shape = LabelShape::ROUNDED_BLACK;
style.move_in_view = true;
if (text_size.cx < Layout::Scale(18)) {
style.align = TextInBoxMode::Alignment::RIGHT;
TextInBox(canvas, Value, Layout::Scale(18), y0, style, rc);
} else
TextInBox(canvas, Value, 0, y0, style, rc);
}
void MapWindow::DrawWaypointsNew(HDC hdc, const RECT rc)
{
unsigned int i;
int bestwp=-1;
TCHAR Buffer[LKSIZEBUFFER];
TCHAR Buffer2[LKSIZEBUFFER];
TCHAR sAltUnit[LKSIZEBUFFERUNIT];
TextInBoxMode_t TextDisplayMode = {0};
static int resizer[10]={ 20,20,20,3,5,8,10,12,0 };
// if pan mode, show full names
int pDisplayTextType = DisplayTextType;
if (!WayPointList) return;
_tcscpy(sAltUnit, Units::GetAltitudeName());
MapWaypointLabelListCount = 0;
int arrivalcutoff=0, foundairport=0;
bool isairport;
bool islandpoint;
// setting decluttericons will not paint outlanding, and use minrunway to declutter even more
bool decluttericons=false;
// inrange : max scale allowed to print non-landable waypoints
bool inrange=true;
// minimal size of a runway to paint it while decluttering
int minrunway=0;
//
// RealScale
//
// 2km 1.42
// 3.5km 2.5
// 5km 3.57
// 7.5km 5.35
// 10km 7.14
// 15km 10.71
// 20km 14.28
// 25km 17.85
// 40km 28.57
// 50km 35.71
// 75km 53.57
switch(DeclutterMode) {
case dmDisabled:
//inrange=(MapWindow::zoom.RealScale() <=18 ? true:false); // 17.85, 25km scale
inrange=(MapWindow::zoom.RealScale() <=15 ? true:false); // 14.28, 20km scale
decluttericons=false;
break;
case dmLow:
inrange=(MapWindow::zoom.RealScale() <=11 ? true:false); // 10.71, 15km scale
decluttericons=(MapWindow::zoom.RealScale() >=14 ? true : false);
minrunway=200;
break;
case dmMedium:
inrange=(MapWindow::zoom.RealScale() <=10 ? true:false);
decluttericons=(MapWindow::zoom.RealScale() >=10 ? true : false);
minrunway=400;
break;
case dmHigh:
inrange=(MapWindow::zoom.RealScale() <=10 ? true:false);
decluttericons=(MapWindow::zoom.RealScale() >=10 ? true : false);
minrunway=800;
break;
case dmVeryHigh:
inrange=(MapWindow::zoom.RealScale() <=10 ? true:false);
decluttericons=(MapWindow::zoom.RealScale() >=10 ? true : false);
minrunway=1600;
break;
default:
LKASSERT(0);
break;
}
if (MapWindow::zoom.RealScale() <=20) for(i=0;i<NumberOfWayPoints;i++) {
if (WayPointList[i].Visible != TRUE ) continue; // false may not be FALSE?
if (WayPointCalc[i].IsAirport) {
if (WayPointList[i].Reachable == FALSE) {
SelectObject(hDCTemp,hBmpAirportUnReachable);
} else {
SelectObject(hDCTemp,hBmpAirportReachable);
if ( arrivalcutoff < (int)(WayPointList[i].AltArivalAGL)) {
arrivalcutoff = (int)(WayPointList[i].AltArivalAGL);
bestwp=i; foundairport++;
}
}
} else {
if ( WayPointCalc[i].IsOutlanding ) {
// outlanding
if (WayPointList[i].Reachable == FALSE)
SelectObject(hDCTemp,hBmpFieldUnReachable);
else {
SelectObject(hDCTemp,hBmpFieldReachable);
// get the outlanding as bestwp only if no other choice
if (foundairport == 0) {
// do not set arrivalcutoff: any next reachable airport is better than an outlanding
if ( arrivalcutoff < (int)(WayPointList[i].AltArivalAGL)) bestwp=i;
}
}
} else continue; // do not draw icons for normal turnpoints here
}
if(Appearance.IndLandable == wpLandableDefault)
{
double fScaleFact =MapWindow::zoom.RealScale();
if(fScaleFact < 0.1) fScaleFact = 0.1; // prevent division by zero
fScaleFact = zoom.DrawScale();
if(fScaleFact > 20000.0) fScaleFact = 20000.0; // limit to prevent huge airfiel symbols
if(fScaleFact < 1600) fScaleFact = 1600; // limit to prevent tiny airfiel symbols
if (decluttericons) {
if (WayPointCalc[i].IsAirport && (WayPointList[i].RunwayLen>minrunway || WayPointList[i].RunwayLen==0)) {
DrawRunway(hdc,&WayPointList[i],rc, fScaleFact);
}
} else
DrawRunway(hdc,&WayPointList[i],rc, fScaleFact);
}
else
{
DrawBitmapX(hdc, WayPointList[i].Screen.x-10, WayPointList[i].Screen.y-10, 20,20, hDCTemp,0,0,SRCPAINT,false);
DrawBitmapX(hdc, WayPointList[i].Screen.x-10, WayPointList[i].Screen.y-10, 20,20, hDCTemp,20,0,SRCAND,false);
}
} // for all waypoints
if (foundairport==0 && bestwp>=0) arrivalcutoff = (int)WayPointList[bestwp].AltArivalAGL;
for(i=0;i<NumberOfWayPoints;i++)
{
if(WayPointList[i].Visible )
{
bool irange = false;
bool intask = false;
bool islandable; // isairport+islandpoint
bool excluded=false;
bool dowrite;
intask = WaypointInTask(i);
dowrite = intask; // initially set only for intask
memset((void*)&TextDisplayMode, 0, sizeof(TextDisplayMode));
// airports are also landpoints. should be better handled
isairport=((WayPointList[i].Flags & AIRPORT) == AIRPORT);
islandpoint=((WayPointList[i].Flags & LANDPOINT) == LANDPOINT);
islandable=WayPointCalc[i].IsLandable;
// always in range if MapScale <=10
irange = inrange;
if(MapWindow::zoom.RealScale() > 20) {
SelectObject(hDCTemp,hInvSmall);
irange=false;
goto NiklausWirth; // with compliments
}
if (decluttericons) {
if (! (WayPointCalc[i].IsAirport && (WayPointList[i].RunwayLen>minrunway || WayPointList[i].RunwayLen==0))) {
SelectObject(hDCTemp,hInvSmall);
irange=false;
goto NiklausWirth;
}
}
if( islandable ) {
if(WayPointList[i].Reachable){
TextDisplayMode.Reachable = 1;
if ( isairport )
SelectObject(hDCTemp,hBmpAirportReachable);
else
SelectObject(hDCTemp,hBmpFieldReachable);
if ((GetMultimap_Labels()<MAPLABELS_ALLOFF)||intask) {
dowrite = true;
// exclude outlandings worst than visible airports, only when there are visible reachable airports!
if ( isairport==false && islandpoint==true ) {
if ( (int)WayPointList[i].AltArivalAGL >=2000 ) { // more filter
excluded=true;
} else {
if ( (bestwp>=0) && (i==(unsigned)bestwp) && (foundairport==0) ) { // this outlanding is the best option
isairport=true;
islandpoint=false; // make it an airport TODO paint it as best
} else
{
if ( foundairport >0 ) {
if ( (int)WayPointList[i].AltArivalAGL <= arrivalcutoff ) {
excluded=true;
}
}
}
}
} else
// do not display airport arrival if close to the best so far.
// ex: best arrival is 1200m, include onlye below 1200/4 (prevent division by zero)
// This way we only display far points, and skip closer points
// WE NEED MORE INFO ABOUT LANDING POINTS: THE .CUP FORMAT WILL LET US KNOW WHAT IS
// BEST TO SHOW AND WHAT IS NOT. Winpilot format is useless here.
{
dowrite=true;// TEST FIX not necessary probably
// it's an airport
if ( (bestwp>=0) && (i != (unsigned)bestwp) && (arrivalcutoff>600) ) {
if ( (arrivalcutoff / ((int)WayPointList[i].AltArivalAGL+1))<4 ) {
excluded=true;
}
}
}
}
} else // landable waypoint is unreachable
{
dowrite=true;
if ( isairport ) {
SelectObject(hDCTemp,hBmpAirportUnReachable);
} else {
SelectObject(hDCTemp,hBmpFieldUnReachable);
}
}
} else { // waypoint is an ordinary turnpoint
if(MapWindow::zoom.RealScale() > 4) {
if (BlackScreen)
SelectObject(hDCTemp,hInvSmall);
else
SelectObject(hDCTemp,hSmall);
} else {
if (BlackScreen)
SelectObject(hDCTemp,hInvTurnPoint);
else
SelectObject(hDCTemp,hTurnPoint);
}
} // end landable-not landable
NiklausWirth:
if (intask || (OutlinedTp==(OutlinedTp_t)otAll) ) {
TextDisplayMode.WhiteBold = 1;
TextDisplayMode.Color=RGB_WHITE;
}
// No matter of how we thought to draw it, let it up to the user..
switch(NewMapDeclutter) {
case 0:
excluded=false; // no decluttering: show all airports and outlandings
break;
case 1:
if ( isairport ) excluded=false; // show all airports, declutter outlandings
break;
default:
break; // else work normally
}
// here come both turnpoints and landables..
if( intask || irange || dowrite) { // irange always set when MapScale <=10
bool draw_alt = TextDisplayMode.Reachable && ((GetMultimap_Labels()<MAPLABELS_ONLYTOPO) || intask); // 100711 reachable landing point!
if (excluded==true) draw_alt=false; // exclude close outlandings
switch(pDisplayTextType) {
case DISPLAYNAME:
case DISPLAYFIRSTTHREE:
case DISPLAYFIRSTFIVE:
case DISPLAYFIRST8:
case DISPLAYFIRST10:
case DISPLAYFIRST12:
dowrite = (GetMultimap_Labels()<MAPLABELS_ONLYTOPO) || intask || islandable; // 100711
if ( (islandable && !isairport) && MapWindow::zoom.RealScale() >=10 ) dowrite=0; // FIX then no need to go further
// 101215
if (DisplayTextType == DISPLAYNAME) {
_tcscpy(Buffer2,WayPointList[i].Name);
} else {
LK_tcsncpy(Buffer2, WayPointList[i].Name, resizer[DisplayTextType]);
}
// ConvToUpper(Buffer2);
if (draw_alt) {
if ( ArrivalValue == (ArrivalValue_t) avAltitude ) {
if ( (MapBox == (MapBox_t)mbUnboxedNoUnit) || (MapBox == (MapBox_t)mbBoxedNoUnit) )
wsprintf(Buffer, TEXT("%s:%d"), Buffer2, (int)(WayPointList[i].AltArivalAGL*ALTITUDEMODIFY));
else
wsprintf(Buffer, TEXT("%s:%d%s"), Buffer2, (int)(WayPointList[i].AltArivalAGL*ALTITUDEMODIFY), sAltUnit);
} else
wsprintf(Buffer, TEXT("%s:%d"), Buffer2, (int)WayPointCalc[i].GR);
if ( (MapBox == (MapBox_t)mbBoxed) || (MapBox == (MapBox_t)mbBoxedNoUnit)) {
TextDisplayMode.Border = 1;
TextDisplayMode.WhiteBold = 0;
} else
TextDisplayMode.WhiteBold = 1; // outlined
TextDisplayMode.Color=RGB_WHITE;
} else {
//wsprintf(Buffer, TEXT("%s"),Buffer2);
_tcscpy(Buffer,Buffer2);
if (islandable && isairport) {
TextDisplayMode.WhiteBold = 1; // outlined
TextDisplayMode.Color=RGB_WHITE;
}
}
break;
case DISPLAYNUMBER:
dowrite = (GetMultimap_Labels()<MAPLABELS_ONLYTOPO) || intask || islandable;
if ( (islandable && !isairport) && MapWindow::zoom.RealScale() >=10 ) dowrite=0; // FIX then no need to go further
if (draw_alt) {
if ( ArrivalValue == (ArrivalValue_t) avAltitude ) {
if ( (MapBox == (MapBox_t)mbUnboxedNoUnit) || (MapBox == (MapBox_t)mbBoxedNoUnit) )
wsprintf(Buffer, TEXT("%d:%d"), WayPointList[i].Number, (int)(WayPointList[i].AltArivalAGL*ALTITUDEMODIFY));
else
wsprintf(Buffer, TEXT("%d:%d%s"), WayPointList[i].Number, (int)(WayPointList[i].AltArivalAGL*ALTITUDEMODIFY), sAltUnit);
} else
wsprintf(Buffer, TEXT("%d:%d"), WayPointList[i].Number, (int)(WayPointCalc[i].GR));
if ( (MapBox == (MapBox_t)mbBoxed) || (MapBox == (MapBox_t)mbBoxedNoUnit)) {
TextDisplayMode.Border = 1;
TextDisplayMode.WhiteBold = 0;
} else
TextDisplayMode.WhiteBold = 1; // outlined
TextDisplayMode.Color=RGB_WHITE;
} else {
wsprintf(Buffer, TEXT("%d"),WayPointList[i].Number);
if (islandable && isairport) {
TextDisplayMode.WhiteBold = 1; // outlined
TextDisplayMode.Color=RGB_WHITE;
}
}
break;
case DISPLAYNAMEIFINTASK:
dowrite = intask;
if (intask) {
if (draw_alt) {
if ( ArrivalValue == (ArrivalValue_t) avAltitude ) {
if ( (MapBox == (MapBox_t)mbUnboxedNoUnit) || (MapBox == (MapBox_t)mbBoxedNoUnit) )
wsprintf(Buffer, TEXT("%s:%d"),
WayPointList[i].Name,
(int)(WayPointList[i].AltArivalAGL*ALTITUDEMODIFY));
else
wsprintf(Buffer, TEXT("%s:%d%s"),
WayPointList[i].Name,
(int)(WayPointList[i].AltArivalAGL*ALTITUDEMODIFY),
sAltUnit);
} else
wsprintf(Buffer, TEXT("%s:%d"),
WayPointList[i].Name,
(int)(WayPointCalc[i].GR));
if ( (MapBox == (MapBox_t)mbBoxed) || (MapBox == (MapBox_t)mbBoxedNoUnit)) {
TextDisplayMode.Border = 1;
TextDisplayMode.WhiteBold = 0;
} else
TextDisplayMode.WhiteBold = 1; // outlined
TextDisplayMode.Color=RGB_WHITE;
}
else {
wsprintf(Buffer, TEXT("%s"),WayPointList[i].Name);
// TODO CHECK THIS, UNTESTED..
if (islandable && isairport) {
TextDisplayMode.WhiteBold = 1; // outlined
TextDisplayMode.Color=RGB_WHITE;
}
}
}
else {
wsprintf(Buffer, TEXT(" "));
dowrite=true;
}
break;
case DISPLAYNONE:
dowrite = (GetMultimap_Labels()<MAPLABELS_ONLYTOPO) || intask || islandable;
if (draw_alt) {
if ( ArrivalValue == (ArrivalValue_t) avAltitude ) {
if ( (MapBox == (MapBox_t)mbUnboxedNoUnit) || (MapBox == (MapBox_t)mbBoxedNoUnit) )
wsprintf(Buffer, TEXT("%d"),
(int)(WayPointList[i].AltArivalAGL*ALTITUDEMODIFY));
else
wsprintf(Buffer, TEXT("%d%s"),
(int)(WayPointList[i].AltArivalAGL*ALTITUDEMODIFY),
sAltUnit);
} else
wsprintf(Buffer, TEXT("%d"),
(int)(WayPointCalc[i].GR) );
if ( (MapBox == (MapBox_t)mbBoxed) || (MapBox == (MapBox_t)mbBoxedNoUnit)) {
TextDisplayMode.Border = 1;
TextDisplayMode.WhiteBold = 0;
} else
TextDisplayMode.WhiteBold = 1; // outlined
TextDisplayMode.Color=RGB_WHITE;
}
else {
wsprintf(Buffer, TEXT(" "));
}
break;
default:
#if (WINDOWSPC<1)
//ASSERT(0);
#endif
break;
} // end intask/irange/dowrite
if (MapWindow::zoom.RealScale()<20 && islandable && dowrite) {
TextInBox(hdc, &rc, Buffer, WayPointList[i].Screen.x+5, WayPointList[i].Screen.y, 0, &TextDisplayMode, true);
dowrite=false; // do not pass it along
}
// Do not show takeoff for gliders, check TakeOffWayPoint
if (i==RESWP_TAKEOFF) {
if (TakeOffWayPoint) {
intask=false; // 091031 let TAKEOFF be decluttered
WayPointList[i].Visible=TRUE;
} else {
WayPointList[i].Visible=FALSE;
dowrite=false;
}
}
if(i==RESWP_OPTIMIZED) {
dowrite = DoOptimizeRoute();
}
if (dowrite) {
MapWaypointLabelAdd(
Buffer,
WayPointList[i].Screen.x+5,
WayPointList[i].Screen.y,
&TextDisplayMode,
(int)(WayPointList[i].AltArivalAGL*ALTITUDEMODIFY),
intask,islandable,isairport,excluded,i,WayPointList[i].Style);
}
} // end if intask
{ ; }
} // if visible
} // for all waypoints
qsort(&MapWaypointLabelList, MapWaypointLabelListCount, sizeof(MapWaypointLabel_t), MapWaypointLabelListCompare);
int j;
// now draw task/landable waypoints in order of range (closest last)
// writing unconditionally
for (j=MapWaypointLabelListCount-1; j>=0; j--){
MapWaypointLabel_t *E = &MapWaypointLabelList[j];
// draws if they are in task unconditionally,
// otherwise, does comparison
if ( E->inTask || (E->isLandable && !E->isExcluded) ) {
TextInBox(hdc, &rc, E->Name, E->Pos.x, E->Pos.y, 0, &(E->Mode), false);
// At low zoom, dont print the bitmap because drawn task would make it look offsetted
if(MapWindow::zoom.RealScale() > 2) continue;
// If we are at low zoom, use a dot for icons, so we dont clutter the screen
if(MapWindow::zoom.RealScale() > 1) {
if (BlackScreen)
SelectObject(hDCTemp,hInvSmall);
else
SelectObject(hDCTemp,hSmall);
} else {
if (BlackScreen)
SelectObject(hDCTemp,hInvTurnPoint);
else
SelectObject(hDCTemp,hTurnPoint);
}
DrawBitmapX(hdc,
E->Pos.x-10,
E->Pos.y-10,
20,20,
hDCTemp,0,0,SRCPAINT,false);
DrawBitmapX(hdc,
E->Pos.x-10,
E->Pos.y-10,
20,20,
hDCTemp,20,0,SRCAND,false);
} // wp in task
} // for all waypoint, searching for those in task
// now draw normal waypoints in order of range (furthest away last)
// without writing over each other (or the task ones)
for (j=0; j<MapWaypointLabelListCount; j++) {
MapWaypointLabel_t *E = &MapWaypointLabelList[j];
if (!E->inTask && !E->isLandable ) {
if ( TextInBox(hdc, &rc, E->Name, E->Pos.x, E->Pos.y, 0, &(E->Mode), true) == true) {
// If we are at low zoom, use a dot for icons, so we dont clutter the screen
if(MapWindow::zoom.RealScale() > 4) {
if (BlackScreen)
SelectObject(hDCTemp,hInvSmall);
else
SelectObject(hDCTemp,hSmall);
} else {
// We switch all styles in the correct order, to force a jump table by the compiler
// It would be much better to use an array of bitmaps, but no time to do it for 3.0
switch(E->style) {
case STYLE_NORMAL:
goto turnpoint;
break;
// These are not used here in fact
case STYLE_AIRFIELDGRASS:
case STYLE_OUTLANDING:
case STYLE_GLIDERSITE:
case STYLE_AIRFIELDSOLID:
goto turnpoint;
break;
case STYLE_MTPASS:
SelectObject(hDCTemp,hMountpass);
break;
case STYLE_MTTOP:
SelectObject(hDCTemp,hMountop);
break;
case STYLE_SENDER:
SelectObject(hDCTemp,hSender);
break;
case STYLE_VOR:
goto turnpoint;
break;
case STYLE_NDB:
SelectObject(hDCTemp,hNdb);
break;
case STYLE_COOLTOWER:
goto turnpoint;
break;
case STYLE_DAM:
SelectObject(hDCTemp,hDam);
break;
case STYLE_TUNNEL:
goto turnpoint;
break;
case STYLE_BRIDGE:
SelectObject(hDCTemp,hBridge);
break;
case STYLE_POWERPLANT:
case STYLE_CASTLE:
goto turnpoint;
break;
case STYLE_INTERSECTION:
SelectObject(hDCTemp,hIntersect);
break;
case STYLE_TRAFFIC:
goto turnpoint;
break;
case STYLE_THERMAL:
SelectObject(hDCTemp,hLKThermal);
break;
case STYLE_MARKER:
SelectObject(hDCTemp,hBmpMarker);
break;
default:
turnpoint:
if (BlackScreen)
SelectObject(hDCTemp,hInvTurnPoint);
else
SelectObject(hDCTemp,hTurnPoint);
break;
} // switch estyle
} // below zoom threshold
// We dont do stretching here. We are using different bitmaps for hi res.
// The 20x20 size is large enough to make much bigger icons than the old ones.
DrawBitmapX(hdc,
E->Pos.x-10,
E->Pos.y-10,
20,20,
hDCTemp,0,0,SRCPAINT,false);
DrawBitmapX(hdc,
E->Pos.x-10,
E->Pos.y-10,
20,20,
hDCTemp,20,0,SRCAND,false);
}
}
}
} // end DrawWaypoint
void
GlueMapWindow::DrawMapScale(Canvas &canvas, const PixelRect &rc,
const MapWindowProjection &projection) const
{
if (!projection.IsValid())
return;
StaticString<80> buffer;
fixed map_width = projection.GetScreenWidthMeters();
const Font &font = *look.overlay_font;
canvas.Select(font);
FormatUserMapScale(map_width, buffer.buffer(), true);
PixelSize text_size = canvas.CalcTextSize(buffer);
const PixelScalar text_padding_x = Layout::GetTextPadding();
const PixelScalar height = font.GetCapitalHeight()
+ Layout::GetTextPadding();
PixelScalar x = 0;
look.map_scale_left_icon.Draw(canvas, 0, rc.bottom - height);
x += look.map_scale_left_icon.GetSize().cx;
canvas.DrawFilledRectangle(x, rc.bottom - height,
x + 2 * text_padding_x + text_size.cx,
rc.bottom, COLOR_WHITE);
canvas.SetBackgroundTransparent();
canvas.SetTextColor(COLOR_BLACK);
x += text_padding_x;
canvas.DrawText(x,
rc.bottom - font.GetAscentHeight() - Layout::Scale(1),
buffer);
x += text_padding_x + text_size.cx;
look.map_scale_right_icon.Draw(canvas, x, rc.bottom - height);
buffer.clear();
if (GetMapSettings().auto_zoom_enabled)
buffer = _T("AUTO ");
switch (follow_mode) {
case FOLLOW_SELF:
break;
case FOLLOW_PAN:
buffer += _T("PAN ");
break;
}
const UIState &ui_state = GetUIState();
if (ui_state.auxiliary_enabled) {
buffer += ui_state.panel_name;
buffer += _T(" ");
}
if (Basic().gps.replay)
buffer += _T("REPLAY ");
else if (Basic().gps.simulator) {
buffer += _("Simulator");
buffer += _T(" ");
}
if (GetComputerSettings().polar.ballast_timer_active)
buffer.AppendFormat(
_T("BALLAST %d LITERS "),
(int)GetComputerSettings().polar.glide_polar_task.GetBallastLitres());
if (weather != nullptr && weather->GetParameter() > 0) {
const TCHAR *label = weather->ItemLabel(weather->GetParameter());
if (label != nullptr)
buffer += label;
}
if (!buffer.empty()) {
int y = rc.bottom - height;
TextInBoxMode mode;
mode.vertical_position = TextInBoxMode::VerticalPosition::ABOVE;
mode.shape = LabelShape::OUTLINED;
TextInBox(canvas, buffer, 0, y, mode, rc, nullptr);
}
}
void MapWindow::DrawGlideThroughTerrain(LKSurface& Surface, const RECT& rc) {
LKPen hpOld;
//double h,dh;
TCHAR hbuf[10];
static bool doinit=true;
static TextInBoxMode_t tmode = {0};
bool wrotevalue=false;
if (doinit) {
memset((void*)&tmode, 0, sizeof(TextInBoxMode_t));
tmode.Border=1;
doinit=false;
}
#ifdef GTL2
bool ValidTP = ValidTaskPoint(ActiveWayPoint);
// draw glide terrain line around next WP
bool DrawGTL2 = ValidTP && (FinalGlideTerrain > 2);
static bool LastDrewGTL2 = false;
if (DrawGTL2) {
int wp_index = (DoOptimizeRoute() || ACTIVE_WP_IS_AAT_AREA) ?
RESWP_OPTIMIZED : TASKINDEX;
double alt_arriv = WayPointCalc[wp_index].AltArriv[AltArrivMode];
// Calculate arrival altitude at the next waypoint relative to
// the "terrain height" safety setting.
if (CheckSafetyAltitudeApplies(wp_index))
alt_arriv += SAFETYALTITUDEARRIVAL/10; // AGL
alt_arriv -= SAFETYALTITUDETERRAIN/10; // rel. to "terrain height"
if (alt_arriv <= 0) DrawGTL2 = false;
}
if (LastDrewGTL2 != DrawGTL2) {
LastDrewGTL2 = DrawGTL2;
if (!DrawGTL2) ClearGTL2(); // clear next-WP glide terrain line
}
#endif
hpOld = Surface.SelectObject(hpTerrainLineBg);
#ifdef GTL2
// Draw the wide, solid part of the glide terrain line.
#else
// draw a dashed perimetral line first
#endif
Surface.Polyline(Groundline,NUMTERRAINSWEEPS+1, rc);
// draw perimeter if selected and during a flight
#ifdef GTL2
if (((FinalGlideTerrain == 1) || (FinalGlideTerrain == 3)) ||
((!IsMultimapTerrain() || !DerivedDrawInfo.Flying) && FinalGlideTerrain)) {
#else
if ((FinalGlideTerrain==1) || ((!IsMultimapTerrain() || !DerivedDrawInfo.Flying) && (FinalGlideTerrain==2))) {
#endif
Surface.SelectObject(hpTerrainLine);
Surface.Polyline(Groundline,NUMTERRAINSWEEPS+1, rc);
}
#ifdef GTL2
// draw glide terrain line around next waypoint
if (DrawGTL2) {
// Draw a solid white line.
Surface.SelectObject(LKPen_White_N2);
Surface.Polyline(Groundline2, NUMTERRAINSWEEPS+1, rc);
// Draw a dashed red line.
Surface.DrawDashPoly(NIBLSCALE(2), RGB_RED, Groundline2, NUMTERRAINSWEEPS+1, rc);
}
#endif
// draw red cross obstacles only if destination looks reachable!
// only if using OVT_TASK of course!
#ifdef GTL2
if ((OvertargetMode == OVT_TASK) && DerivedDrawInfo.Flying && ValidTP)
#else
if ( (OvertargetMode==OVT_TASK) && DerivedDrawInfo.Flying && ValidTaskPoint(ActiveWayPoint))
#endif
if (WayPointCalc[TASKINDEX].AltArriv[AltArrivMode] >0) {
POINT sc;
// If calculations detected an obstacle...
if ((DerivedDrawInfo.TerrainWarningLatitude != 0.0) &&(DerivedDrawInfo.TerrainWarningLongitude != 0.0)) {
// only if valid position, and visible
if (DerivedDrawInfo.FarObstacle_Lon >0)
if (PointVisible(DerivedDrawInfo.FarObstacle_Lon, DerivedDrawInfo.FarObstacle_Lat)) {
LatLon2Screen(DerivedDrawInfo.FarObstacle_Lon, DerivedDrawInfo.FarObstacle_Lat, sc);
DrawBitmapIn(Surface, sc, hTerrainWarning,true);
if (DerivedDrawInfo.FarObstacle_AltArriv <=-50 || DerivedDrawInfo.FarObstacle_Dist<5000 ) {
_stprintf(hbuf,_T(" %.0f"),ALTITUDEMODIFY*DerivedDrawInfo.FarObstacle_AltArriv);
TextInBox(Surface,&rc,hbuf,sc.x+NIBLSCALE(15), sc.y, 0, &tmode,false);
wrotevalue=true;
}
} // visible far obstacle
if (PointVisible(DerivedDrawInfo.TerrainWarningLongitude, DerivedDrawInfo.TerrainWarningLatitude)) {
LatLon2Screen(DerivedDrawInfo.TerrainWarningLongitude, DerivedDrawInfo.TerrainWarningLatitude, sc);
DrawBitmapIn(Surface, sc, hTerrainWarning,true);
#if 0
// 091203 add obstacle altitude on moving map
h = max(0,RasterTerrain::GetTerrainHeight(DerivedDrawInfo.TerrainWarningLatitude,
DerivedDrawInfo.TerrainWarningLongitude));
if (h==TERRAIN_INVALID) h=0; //@ 101027 FIX but unused
dh = CALCULATED_INFO.NavAltitude - h - (SAFETYALTITUDETERRAIN/10);
_stprintf(hbuf,_T(" %.0f"),ALTITUDEMODIFY*dh);
TextInBox(hDC,&rc,hbuf,sc.x+NIBLSCALE(10), sc.y, 0, tmode,false);
#else
// if far obstacle was painted with value...
if (wrotevalue) {
// if it is not too near the nearest..
if ( (fabs(DerivedDrawInfo.FarObstacle_Lon - DerivedDrawInfo.TerrainWarningLongitude) >0.02) &&
(fabs(DerivedDrawInfo.FarObstacle_Lat - DerivedDrawInfo.TerrainWarningLatitude) >0.02)) {
// and it the arrival altitude is actually negative (rounding terrain errors?)
if ( DerivedDrawInfo.ObstacleAltArriv <=-50)
// and there is a significant difference in the numbers, then paint value also for nearest
if ( fabs(DerivedDrawInfo.ObstacleAltArriv - DerivedDrawInfo.FarObstacle_AltArriv) >100 ) {
_stprintf(hbuf,_T(" %.0f"),ALTITUDEMODIFY*DerivedDrawInfo.ObstacleAltArriv);
TextInBox(Surface,&rc,hbuf,sc.x+NIBLSCALE(15), sc.y, 0, &tmode,false);
}
}
} else {
// else paint value only if meaningful or very close to us
// -1 to 10m become -1 for rounding errors
if ( (DerivedDrawInfo.ObstacleAltArriv >-1) && (DerivedDrawInfo.ObstacleAltArriv <10))
DerivedDrawInfo.ObstacleAltArriv=-1;
if (DerivedDrawInfo.ObstacleAltArriv <=-50 ||
((DerivedDrawInfo.ObstacleAltArriv<0) && (DerivedDrawInfo.ObstacleDistance<5000)) ) {
_stprintf(hbuf,_T(" %.0f"),ALTITUDEMODIFY*DerivedDrawInfo.ObstacleAltArriv);
TextInBox(Surface,&rc,hbuf,sc.x+NIBLSCALE(15), sc.y, 0, &tmode,false);
}
}
#endif
} // visible nearest obstacle
} // obstacles detected
} // within glide range
Surface.SelectObject(hpOld);
}
// This is painting traffic icons on the screen.
void MapWindow::LKDrawFLARMTraffic(HDC hDC, RECT rc, POINT Orig_Aircraft) {
if (!EnableFLARMMap) return;
if (!DrawInfo.FLARM_Available) return;
// init scaled coords for traffic icon
static int iCircleSize = 7;
static int iRectangleSize = 4;
static short scaler[5];
static short tscaler=0;
if (DoInit[MDI_DRAWFLARMTRAFFIC]) {
switch (ScreenSize) {
case ss480x640:
case ss480x800:
case ss896x672:
case ss800x480:
case ss640x480:
iCircleSize = 9;
iRectangleSize = 5;
scaler[0]=-1*(NIBLSCALE(4)-2);
scaler[1]=NIBLSCALE(5)-2;
scaler[2]=-1*(NIBLSCALE(6)-2);
scaler[3]=NIBLSCALE(4)-2;
scaler[4]=NIBLSCALE(2)-2;
tscaler=NIBLSCALE(7)-2;
break;
case ss240x320:
case ss272x480:
case ss320x240:
case ss480x272:
case ss720x408:
case ss480x234:
case ss400x240:
iCircleSize = 7;
iRectangleSize = 4;
scaler[0]=-1*(NIBLSCALE(8)-2);
scaler[1]=NIBLSCALE(10)-2;
scaler[2]=-1*(NIBLSCALE(12)-2);
scaler[3]=NIBLSCALE(8)-2;
scaler[4]=NIBLSCALE(4)-2;
tscaler=NIBLSCALE(13)-2;
break;
default:
iCircleSize = 7;
iRectangleSize = 4;
scaler[0]=-1*NIBLSCALE(4);
scaler[1]=NIBLSCALE(5);
scaler[2]=-1*NIBLSCALE(6);
scaler[3]=NIBLSCALE(4);
scaler[4]=NIBLSCALE(2);
tscaler=NIBLSCALE(7);
break;
}
DoInit[MDI_DRAWFLARMTRAFFIC]=false;
}
HPEN hpold;
HPEN thinBlackPen = LKPen_Black_N1;
POINT Arrow[5];
TCHAR lbuffer[50];
hpold = (HPEN)SelectObject(hDC, thinBlackPen);
int i;
int painted=0;
// double dX, dY;
TextInBoxMode_t displaymode = {0};
displaymode.NoSetFont = 1;
#if 0
double screenrange = GetApproxScreenRange();
double scalefact = screenrange/6000.0; // FIX 100820
#endif
HFONT oldfont = (HFONT)SelectObject(hDC, LK8MapFont);
for (i=0,painted=0; i<FLARM_MAX_TRAFFIC; i++) {
// limit to 10 icons map traffic
if (painted>=10) {
i=FLARM_MAX_TRAFFIC;
continue;
}
if ( (DrawInfo.FLARM_Traffic[i].ID !=0) && (DrawInfo.FLARM_Traffic[i].Status != LKT_ZOMBIE) ) {
painted++;
double target_lon;
double target_lat;
target_lon = DrawInfo.FLARM_Traffic[i].Longitude;
target_lat = DrawInfo.FLARM_Traffic[i].Latitude;
#if (0) // No scaling, wrong
if ((EnableFLARMMap==2)&&(scalefact>1.0)) {
double distance;
double bearing;
DistanceBearing(DrawInfo.Latitude, DrawInfo.Longitude, target_lat, target_lon, &distance, &bearing);
FindLatitudeLongitude(DrawInfo.Latitude, DrawInfo.Longitude, bearing, distance*scalefact, &target_lat, &target_lon);
}
#endif
POINT sc, sc_name, sc_av;
LatLon2Screen(target_lon, target_lat, sc);
sc_name = sc;
sc_name.y -= NIBLSCALE(16);
sc_av = sc_name;
wsprintf(lbuffer,_T(""));
if (DrawInfo.FLARM_Traffic[i].Cn && DrawInfo.FLARM_Traffic[i].Cn[0]!=_T('?')) { // 100322
_tcscat(lbuffer,DrawInfo.FLARM_Traffic[i].Cn);
}
if (DrawInfo.FLARM_Traffic[i].Average30s>=0.1) {
if (_tcslen(lbuffer) >0)
_stprintf(lbuffer,_T("%s:%.1f"),lbuffer,LIFTMODIFY*DrawInfo.FLARM_Traffic[i].Average30s);
else
_stprintf(lbuffer,_T("%.1f"),LIFTMODIFY*DrawInfo.FLARM_Traffic[i].Average30s);
}
displaymode.Border=1;
if (_tcslen(lbuffer)>0)
TextInBox(hDC, lbuffer, sc.x+tscaler, sc.y+tscaler, 0, &displaymode, false);
// red circle
if ((DrawInfo.FLARM_Traffic[i].AlarmLevel>0) && (DrawInfo.FLARM_Traffic[i].AlarmLevel<4)) {
DrawBitmapIn(hDC, sc, hFLARMTraffic,true);
}
#if 0
Arrow[0].x = -4;
Arrow[0].y = 5;
Arrow[1].x = 0;
Arrow[1].y = -6;
Arrow[2].x = 4;
Arrow[2].y = 5;
Arrow[3].x = 0;
Arrow[3].y = 2;
Arrow[4].x = -4;
Arrow[4].y = 5;
#endif
Arrow[0].x = scaler[0];
Arrow[0].y = scaler[1];
Arrow[1].x = 0;
Arrow[1].y = scaler[2];
Arrow[2].x = scaler[3];
Arrow[2].y = scaler[1];
Arrow[3].x = 0;
Arrow[3].y = scaler[4];
Arrow[4].x = scaler[0];
Arrow[4].y = scaler[1];
/*
switch (DrawInfo.FLARM_Traffic[i].Status) { // 100321
case LKT_GHOST:
SelectObject(hDC, yellowBrush);
break;
case LKT_ZOMBIE:
SelectObject(hDC, redBrush);
break;
default:
SelectObject(hDC, greenBrush);
break;
}
*/
/*************************************************************************
* calculate climb color
*************************************************************************/
int iVarioIdx = (int)(2*DrawInfo.FLARM_Traffic[i].Average30s -0.5)+NO_VARIO_COLORS/2;
if(iVarioIdx < 0) iVarioIdx =0;
if(iVarioIdx >= NO_VARIO_COLORS) iVarioIdx =NO_VARIO_COLORS-1;
SelectObject(hDC, *variobrush[iVarioIdx]);
switch (DrawInfo.FLARM_Traffic[i].Status) { // 100321
case LKT_GHOST:
Rectangle(hDC, sc.x-iRectangleSize, sc.y-iRectangleSize,sc.x+iRectangleSize, sc.y+iRectangleSize);
break;
case LKT_ZOMBIE:
Circle(hDC, sc.x, sc.x, iCircleSize, rc, true, true );
break;
default:
PolygonRotateShift(Arrow, 5, sc.x, sc.y, DrawInfo.FLARM_Traffic[i].TrackBearing - DisplayAngle);
Polygon(hDC,Arrow,5);
break;
}
}
}
SelectObject(hDC, oldfont);
SelectObject(hDC, hpold);
}
void MapWindow::DrawAirspaceLabels(HDC hdc, const RECT rc, const POINT Orig_Aircraft)
{
static short int label_sequencing_divider = 0;
CAirspaceList::const_iterator it;
const CAirspaceList& airspaces_to_draw = CAirspaceManager::Instance().GetAirspacesForWarningLabels();
if (label_sequencing_divider) --label_sequencing_divider;
// Draw warning position and label on top of all airspaces
if (1) {
CCriticalSection::CGuard guard(CAirspaceManager::Instance().MutexRef());
for (it=airspaces_to_draw.begin(); it != airspaces_to_draw.end(); ++it) {
if ((*it)->WarningLevel() > awNone) {
POINT sc;
double lon;
double lat;
int vdist;
AirspaceWarningDrawStyle_t vlabeldrawstyle, hlabeldrawstyle;
bool distances_ready = (*it)->GetWarningPoint(lon, lat, hlabeldrawstyle, vdist, vlabeldrawstyle);
TCHAR hbuf[NAME_SIZE+16], vDistanceText[16];
TextInBoxMode_t TextDisplayMode = {0};
bool hlabel_draws = false;
bool vlabel_draws = false;
// Horizontal warning point
if (distances_ready && (hlabeldrawstyle > awsHidden) && PointVisible(lon, lat)) {
LatLon2Screen(lon, lat, sc);
DrawBitmapIn(hdc, sc, hAirspaceWarning,true);
Units::FormatUserAltitude(vdist, vDistanceText, sizeof(vDistanceText)/sizeof(vDistanceText[0]));
_tcscpy(hbuf, (*it)->Name());
wcscat(hbuf, TEXT(" "));
wcscat(hbuf, vDistanceText);
switch (hlabeldrawstyle) {
default:
case awsHidden:
case awsBlack:
TextDisplayMode.Color = RGB_BLACK;
break;
case awsAmber:
TextDisplayMode.Color = RGB_ORANGE;
break;
case awsRed:
TextDisplayMode.Color = RGB_RED;
break;
} // sw
TextDisplayMode.SetTextColor = 1;
TextDisplayMode.AlligneCenter = 1;
if ( (MapBox == (MapBox_t)mbBoxed) || (MapBox == (MapBox_t)mbBoxedNoUnit)) {
TextDisplayMode.Border = 1;
} else {
if (TextDisplayMode.Color==RGB_BLACK)
TextDisplayMode.WhiteBold = 0; // no black outline for black background..
else
TextDisplayMode.WhiteBold = 1; // outlined
}
hlabel_draws = TextInBox(hdc, &rc, hbuf, sc.x, sc.y+NIBLSCALE(15), 0, &TextDisplayMode, true);
}
// Vertical warning point
if (distances_ready && vlabeldrawstyle > awsHidden) {
//DrawBitmapIn(hdc, Orig_Aircraft, hAirspaceWarning);
Units::FormatUserAltitude(vdist, vDistanceText, sizeof(vDistanceText)/sizeof(vDistanceText[0]));
_tcscpy(hbuf, (*it)->Name());
wcscat(hbuf, TEXT(" "));
wcscat(hbuf, vDistanceText);
switch (vlabeldrawstyle) {
default:
case awsHidden:
case awsBlack:
TextDisplayMode.Color = RGB_BLACK;
break;
case awsAmber:
TextDisplayMode.Color = RGB_ORANGE;
break;
case awsRed:
TextDisplayMode.Color = RGB_RED;
break;
} // sw
TextDisplayMode.SetTextColor = 1;
TextDisplayMode.AlligneCenter = 1;
if ( (MapBox == (MapBox_t)mbBoxed) || (MapBox == (MapBox_t)mbBoxedNoUnit)) {
TextDisplayMode.Border = 1;
} else {
if (TextDisplayMode.Color==RGB_BLACK)
TextDisplayMode.WhiteBold = 0; // no black outline for black background..
else
TextDisplayMode.WhiteBold = 1; // outlined
}
vlabel_draws = TextInBox(hdc, &rc, hbuf, Orig_Aircraft.x, Orig_Aircraft.y+NIBLSCALE(15), 0, &TextDisplayMode, true);
}
if (!label_sequencing_divider) CAirspaceManager::Instance().AirspaceWarningLabelPrinted(**it, hlabel_draws || vlabel_draws);
}// if warnlevel>awnone
}//for
}// if(1) mutex
if (!label_sequencing_divider) label_sequencing_divider=3; // Do label sequencing slower than update rate
}
//
// Final Glide Bar, revised for variometer gauge
//
void MapWindow::DrawFinalGlide(HDC hDC, const RECT rc)
{
SIZE TextSize;
if ((GlideBarMode == (GlideBarMode_t)gbDisabled)) {
GlideBarOffset=0;
return;
}
POINT GlideBar[6] = { {0,0},{9,-9},{18,0},{18,0},{9,0},{0,0} };
POINT GlideBar0[6] = { {0,0},{9,-9},{18,0},{18,0},{9,0},{0,0} };
HPEN hpOld;
HBRUSH hbOld;
TCHAR Value[10];
int Offset;
int Offset0;
int i;
int lkVarioOffset=0, minBar, maxBar;
if (LKVarioBar)
lkVarioOffset=LKVarioSize+NIBLSCALE(2); //@ 091114
// 091114
switch(ScreenSize) {
case (ScreenSize_t)ss480x234:
case (ScreenSize_t)ss480x272:
case (ScreenSize_t)ss720x408:
minBar=-40;
maxBar=40;
break;
case (ScreenSize_t)ss800x480:
case (ScreenSize_t)ss400x240:
minBar=-45;
maxBar=45;
break;
default:
minBar=-50; // was 60
maxBar=50;
break;
}
LockTaskData(); // protect from external task changes
bool invalidbar=false;
#if 101004
int barindex;
barindex=GetOvertargetIndex();
if (barindex>=0) {
#else
if (ValidTaskPoint(ActiveWayPoint)) {
#endif
const int y0 = ( (rc.bottom - rc.top )/2)+rc.top;
#if 110609
if ( ValidTaskPoint(1) && OvertargetMode == OVT_TASK && GlideBarMode == (GlideBarMode_t)gbFinish ) {
// Before the start, there is no task altitude available!
if (DerivedDrawInfo.ValidStart) {
Offset = ((int)DerivedDrawInfo.TaskAltitudeDifference)/8;
Offset0 = ((int)DerivedDrawInfo.TaskAltitudeDifference0)/8;
} else {
// In this case, print an invalid bar
invalidbar=true;
Offset=0;
Offset0=0;
}
} else {
Offset=(int)WayPointCalc[barindex].AltArriv[AltArrivMode];
Offset0=Offset;
}
#else
// This is wrong, we are painting values relative to MC and ignoring safetyMC
if (OvertargetMode != OVT_TASK) { //@ 101004
Offset=(int)WayPointCalc[barindex].AltArriv[AltArrivMode];
Offset0=Offset;
} else {
// 60 units is size, div by 8 means 60*8 = 480 meters.
if ( (GlideBarMode == (GlideBarMode_t)gbFinish)) {
Offset = ((int)DerivedDrawInfo.TaskAltitudeDifference)/8;
Offset0 = ((int)DerivedDrawInfo.TaskAltitudeDifference0)/8;
} else {
Offset = ((int)DerivedDrawInfo.NextAltitudeDifference)/8;
Offset0 = ((int)DerivedDrawInfo.NextAltitudeDifference0)/8;
}
}
#endif
// TODO feature: should be an angle if in final glide mode
if(Offset > maxBar) Offset = maxBar;
if(Offset < minBar) Offset = minBar;
Offset = IBLSCALE(Offset);
if(Offset<0) {
GlideBar[1].y = NIBLSCALE(9);
}
if(Offset0 > maxBar) Offset0 = maxBar;
if(Offset0 < minBar) Offset0 = minBar;
Offset0 = IBLSCALE(Offset0);
if(Offset0<0) {
GlideBar0[1].y = NIBLSCALE(9);
}
for(i=0; i<6; i++) {
GlideBar[i].y += y0;
// if vario activated
GlideBar[i].x = IBLSCALE(GlideBar[i].x)+rc.left+lkVarioOffset; //@ 091114
}
GlideBar[0].y -= Offset;
GlideBar[1].y -= Offset;
GlideBar[2].y -= Offset;
for(i=0; i<6; i++) {
GlideBar0[i].y += y0;
GlideBar0[i].x = IBLSCALE(GlideBar0[i].x)+rc.left+lkVarioOffset; //@ 091114
}
GlideBar0[0].y -= Offset0;
GlideBar0[1].y -= Offset0;
GlideBar0[2].y -= Offset0;
if ((Offset<0)&&(Offset0<0)) {
// both below
if (Offset0!= Offset) {
int dy = (GlideBar0[0].y-GlideBar[0].y) +(GlideBar0[0].y-GlideBar0[3].y);
dy = max(NIBLSCALE(3), dy);
GlideBar[3].y = GlideBar0[0].y-dy;
GlideBar[4].y = GlideBar0[1].y-dy;
GlideBar[5].y = GlideBar0[2].y-dy;
GlideBar0[0].y = GlideBar[3].y;
GlideBar0[1].y = GlideBar[4].y;
GlideBar0[2].y = GlideBar[5].y;
} else {
Offset0 = 0;
}
} else if ((Offset>0)&&(Offset0>0)) {
// both above
GlideBar0[3].y = GlideBar[0].y;
GlideBar0[4].y = GlideBar[1].y;
GlideBar0[5].y = GlideBar[2].y;
if (abs(Offset0-Offset)<NIBLSCALE(4)) {
Offset= Offset0;
}
}
// draw actual glide bar
if (Offset<=0) {
hpOld = (HPEN)SelectObject(hDC, hpFinalGlideBelow);
hbOld = (HBRUSH)SelectObject(hDC, LKBrush_Red);
} else {
hpOld = (HPEN)SelectObject(hDC, hpFinalGlideAbove);
hbOld = (HBRUSH)SelectObject(hDC, LKBrush_Green);
}
Polygon(hDC,GlideBar,6);
// in case of invalid bar because finish mode with real task but no valid start, we skip
if (invalidbar) {
_tcscpy(Value,_T("---"));
goto _skipout;
}
// draw glide bar at mc 0 and X only for OVT_TASK 101004
// we dont have mc0 calc ready for other overtargets, not granted at least
if (OvertargetMode == OVT_TASK) {
if (Offset0<=0) {
SelectObject(hDC, hpFinalGlideBelow);
SelectObject(hDC, GetStockObject(HOLLOW_BRUSH));
} else {
SelectObject(hDC, hpFinalGlideAbove);
SelectObject(hDC, GetStockObject(HOLLOW_BRUSH));
}
if (Offset!=Offset0) {
Polygon(hDC,GlideBar0,6);
}
// Draw an X on final glide bar if unreachable at current Mc
if ( (GlideBarMode == (GlideBarMode_t)gbFinish) ) {
if ((DerivedDrawInfo.TaskTimeToGo>0.9*ERROR_TIME) ||
((MACCREADY<0.01) && (DerivedDrawInfo.TaskAltitudeDifference<0))) {
SelectObject(hDC, LKPen_White_N2);
POINT Cross[4] = { {-5, -5}, { 5, 5}, {-5, 5}, { 5, -5} };
for (i=0; i<4; i++) {
Cross[i].x = IBLSCALE(Cross[i].x+9)+lkVarioOffset; //@ 091114
Cross[i].y = IBLSCALE(Cross[i].y+9)+y0;
}
Polygon(hDC,Cross,2);
Polygon(hDC,&Cross[2],2);
}
} else {
if ((MACCREADY<0.01) && (DerivedDrawInfo.NextAltitudeDifference<0)) {
SelectObject(hDC, LKPen_White_N2);
POINT Cross[4] = { {-5, -5}, { 5, 5}, {-5, 5}, { 5, -5} };
for (i=0; i<4; i++) {
Cross[i].x = IBLSCALE(Cross[i].x+9)+lkVarioOffset;
Cross[i].y = IBLSCALE(Cross[i].y+9)+y0;
}
Polygon(hDC,Cross,2);
Polygon(hDC,&Cross[2],2);
}
}
}
// draw boxed value in the center
if (OvertargetMode == OVT_TASK ) { //@ 101004
// A task is made of at least 2 tps, otherwise its a goto
if (( (GlideBarMode == (GlideBarMode_t)gbFinish) && ValidTaskPoint(1)) ) {
if(ISPARAGLIDER && DerivedDrawInfo.TaskAltitudeDifference > 0.0) {
if ( (ALTITUDEMODIFY*DerivedDrawInfo.TaskAltitudeArrival) <ALTDIFFLIMIT) //@ 091114
_stprintf(Value,TEXT(" --- "));
else
_stprintf(Value,TEXT("%1.0f "), ALTITUDEMODIFY*DerivedDrawInfo.TaskAltitudeArrival);
} else {
if ( (ALTITUDEMODIFY*DerivedDrawInfo.TaskAltitudeDifference) <ALTDIFFLIMIT) //@ 091114
_stprintf(Value,TEXT(" --- "));
else
_stprintf(Value,TEXT("%1.0f "), ALTITUDEMODIFY*DerivedDrawInfo.TaskAltitudeDifference);
}
} else {
if ( (ALTITUDEMODIFY*WayPointCalc[barindex].AltArriv[AltArrivMode]) < ALTDIFFLIMIT)
_stprintf(Value,TEXT(" --- "));
else
_stprintf(Value,TEXT("%1.0f "), ALTITUDEMODIFY*WayPointCalc[barindex].AltArriv[AltArrivMode]);
/*
* Well this was the reason why the glidebar value was out of sync with overlays
if ( (ALTITUDEMODIFY*DerivedDrawInfo.NextAltitudeDifference) < ALTDIFFLIMIT) //@ 091114
_stprintf(Value,TEXT(" --- "));
else
_stprintf(Value,TEXT("%1.0f "), ALTITUDEMODIFY*DerivedDrawInfo.NextAltitudeDifference);
*/
}
} else {
if ( (ALTITUDEMODIFY*WayPointCalc[barindex].AltArriv[AltArrivMode]) < ALTDIFFLIMIT)
_stprintf(Value,TEXT(" --- "));
else
_stprintf(Value,TEXT("%1.0f "), ALTITUDEMODIFY*WayPointCalc[barindex].AltArriv[AltArrivMode]);
}
_skipout:
// in case of invalidbar we get here with Offset 0
if (Offset>=0) {
Offset = GlideBar[2].y+Offset+NIBLSCALE(5);
} else {
if (Offset0>0) {
Offset = GlideBar0[1].y-NIBLSCALE(15);
} else {
Offset = GlideBar[2].y+Offset-NIBLSCALE(15);
}
}
// VENTA10
GetTextExtentPoint(hDC, Value, _tcslen(Value), &TextSize);
GlideBarOffset=max(NIBLSCALE(11),(int)TextSize.cx) - NIBLSCALE(2);
TextInBoxMode_t TextInBoxMode = {0};
TextInBoxMode.Border = true; //={1|8};
TextInBoxMode.Reachable = true;
// boxed numbers are a bit too much on the left, so increase the offset
TextInBox(hDC, &rc,Value, lkVarioOffset+NIBLSCALE(1), (int)Offset, 0, &TextInBoxMode); //@ 091114
SelectObject(hDC, hbOld);
SelectObject(hDC, hpOld);
} else GlideBarOffset=0; // 091125 BUGFIX glidebaroffset is zero when no task point
{
UnlockTaskData();
}
}
/**
* Draws the GliderLink traffic icons onto the given canvas
* @param canvas Canvas for drawing
*/
void
MapWindow::DrawGLinkTraffic(Canvas &canvas,
const PixelPoint aircraft_pos) const
{
#ifdef ANDROID
// Return if FLARM icons on moving map are disabled
if (!GetMapSettings().show_flarm_on_map)
return;
const GliderLinkTrafficList &traffic = Basic().glink_data.traffic;
if (traffic.IsEmpty())
return;
const MoreData &basic = Basic();
const WindowProjection &projection = render_projection;
canvas.Select(*traffic_look.font);
// Circle through the GliderLink targets
for (const auto &traf : traffic.list) {
// Save the location of the target
GeoPoint target_loc = traf.location;
// Points for the screen coordinates for the icon, name and average climb
PixelPoint sc, sc_name, sc_av, sc_alt;
// If FLARM target not on the screen, move to the next one
if (!projection.GeoToScreenIfVisible(target_loc, sc))
continue;
// Draw the callsign above the icon
sc_name = sc;
sc_name.x -= Layout::Scale(10);
sc_name.y -= Layout::Scale(15);
// Draw the average climb to the right of the icon
sc_av = sc;
sc_av.x += Layout::Scale(10);
sc_av.y -= Layout::Scale(8);
// Location of altitude label
sc_alt = sc;
sc_alt.x -= Layout::Scale(10);
sc_alt.y -= Layout::Scale(0);
TextInBoxMode mode;
mode.shape = LabelShape::OUTLINED;
mode.align = TextInBoxMode::Alignment::RIGHT;
// If callsign/name available draw it to the canvas
if (traf.HasName() && !StringIsEmpty(traf.name))
TextInBox(canvas, traf.name, sc_name.x, sc_name.y,
mode, GetClientRect());
if (traf.climb_rate_received) {
// If average climb data available draw it to the canvas
TCHAR label_avg[100];
FormatUserVerticalSpeed(traf.climb_rate,
label_avg, false);
mode.align = TextInBoxMode::Alignment::LEFT;
TextInBox(canvas, label_avg, sc_av.x, sc_av.y, mode, GetClientRect());
}
// use GPS altitude to be consistent with GliderLink
if(basic.gps_altitude_available && traf.altitude_received
&& fabs(double(traf.altitude) - basic.gps_altitude) >= 100.0) {
// If average climb data available draw it to the canvas
TCHAR label_alt[100];
double alt = (double(traf.altitude) - basic.gps_altitude) / 100.0;
FormatRelativeUserAltitude(alt, label_alt, false);
mode.align = TextInBoxMode::Alignment::RIGHT;
TextInBox(canvas, label_alt, sc_alt.x, sc_alt.y, mode, GetClientRect());
}
TrafficRenderer::Draw(canvas, traffic_look, traf,
traf.track - projection.GetScreenAngle(), sc);
}
#endif
}
/**
* Draws the FLARM traffic icons onto the given canvas
* @param canvas Canvas for drawing
*/
void
MapWindow::DrawFLARMTraffic(Canvas &canvas,
const PixelPoint aircraft_pos) const
{
// Return if FLARM icons on moving map are disabled
if (!GetMapSettings().show_flarm_on_map)
return;
// Return if FLARM data is not available
const TrafficList &flarm = Basic().flarm.traffic;
if (flarm.IsEmpty())
return;
const WindowProjection &projection = render_projection;
// if zoomed in too far out, dont draw traffic since it will be too close to
// the glider and so will be meaningless (serves only to clutter, cant help
// the pilot)
if (projection.GetMapScale() > 7300)
return;
canvas.Select(*traffic_look.font);
// Circle through the FLARM targets
for (auto it = flarm.list.begin(), end = flarm.list.end();
it != end; ++it) {
const FlarmTraffic &traffic = *it;
if (!traffic.location_available)
continue;
// Save the location of the FLARM target
GeoPoint target_loc = traffic.location;
// Points for the screen coordinates for the icon, name and average climb
PixelPoint sc, sc_name, sc_av;
// If FLARM target not on the screen, move to the next one
if (!projection.GeoToScreenIfVisible(target_loc, sc))
continue;
// Draw the name 16 points below the icon
sc_name = sc;
sc_name.y -= Layout::Scale(20);
// Draw the average climb value above the icon
sc_av = sc;
sc_av.y += Layout::Scale(5);
TextInBoxMode mode;
mode.shape = LabelShape::OUTLINED;
// JMW TODO enhancement: decluttering of FLARM altitudes (sort by max lift)
int dx = sc_av.x - aircraft_pos.x;
int dy = sc_av.y - aircraft_pos.y;
// only draw labels if not close to aircraft
if (dx * dx + dy * dy > Layout::Scale(30 * 30)) {
// If FLARM callsign/name available draw it to the canvas
if (traffic.HasName() && !StringIsEmpty(traffic.name))
TextInBox(canvas, traffic.name, sc_name.x, sc_name.y,
mode, GetClientRect());
if (traffic.climb_rate_avg30s >= 0.1) {
// If average climb data available draw it to the canvas
TCHAR label_avg[100];
FormatUserVerticalSpeed(traffic.climb_rate_avg30s,
label_avg, false);
TextInBox(canvas, label_avg, sc_av.x, sc_av.y, mode, GetClientRect());
}
}
auto color = FlarmFriends::GetFriendColor(traffic.id);
TrafficRenderer::Draw(canvas, traffic_look, traffic,
traffic.track - projection.GetScreenAngle(),
color, sc);
}
}
