void
TaskPointRenderer::Draw(const TaskPoint &tp, Layer layer)
{
const OrderedTaskPoint &otp = (const OrderedTaskPoint &)tp;
const AATPoint &atp = (const AATPoint &)tp;
switch (tp.GetType()) {
case TaskPointType::UNORDERED:
if (layer == LAYER_LEG && location.IsValid())
DrawTaskLine(location, tp.GetLocationRemaining());
if (layer == LAYER_SYMBOLS)
DrawBearing(tp);
index++;
break;
case TaskPointType::START:
index = 0;
DrawOrdered(otp, layer);
if (layer == LAYER_SYMBOLS) {
DrawBearing(tp);
DrawTarget(tp);
}
break;
case TaskPointType::AST:
index++;
DrawOrdered(otp, layer);
if (layer == LAYER_SYMBOLS) {
DrawBearing(tp);
DrawTarget(tp);
}
break;
case TaskPointType::AAT:
index++;
DrawOrdered(otp, layer);
if (layer == LAYER_SYMBOLS) {
DrawIsoline(atp);
DrawBearing(tp);
DrawTarget(tp);
}
break;
case TaskPointType::FINISH:
index++;
DrawOrdered(otp, layer);
if (layer == LAYER_SYMBOLS) {
DrawBearing(tp);
DrawTarget(tp);
}
break;
}
}
void C_CFPlayer::DrawTargets()
{
if (m_hDirectTarget != m_hDrawingDirectTarget)
{
m_hDrawingDirectTarget = m_hDirectTarget;
m_flReceivedDirectTarget = gpGlobals->curtime;
}
if (m_hRecursedTarget != m_hDrawingRecursedTarget)
{
m_hDrawingRecursedTarget = m_hRecursedTarget;
m_flReceivedRecursedTarget = gpGlobals->curtime;
}
for (int i = 1; i < gpGlobals->maxClients; i++)
{
C_BasePlayer* pPlayer = UTIL_PlayerByIndex(i);
if (!pPlayer)
continue;
C_CFPlayer* pCFPlayer = ToCFPlayer(pPlayer);
if ( this == pCFPlayer )
continue;
if (!pPlayer->IsAlive())
continue;
Vector vecTargetPosition = pCFPlayer->GetAbsOrigin() + Vector(0, 0, 10);
bool bTeammate = CFGameRules() && CFGameRules()->PlayerRelationship(this, pCFPlayer) == GR_TEAMMATE;
float flWooshTime = 0;
if (m_hDirectTarget == pCFPlayer)
flWooshTime = gpGlobals->curtime - m_flReceivedDirectTarget;
else
flWooshTime = gpGlobals->curtime - m_flReceivedRecursedTarget;
if ( (m_hDirectTarget == pCFPlayer || m_hRecursedTarget == pCFPlayer) )
{
DrawTarget(bTeammate?"effects/target_friend":"effects/target_enemy", vecTargetPosition, 0, flWooshTime);
}
if (m_hDirectTarget == pCFPlayer && m_hRecursedTarget != pCFPlayer && bTeammate)
{
QAngle angTarget;
VectorAngles((m_hRecursedTarget->GetAbsOrigin() - pCFPlayer->GetAbsOrigin()), angTarget);
DrawTarget(bTeammate?"effects/targeting_friend":"effects/targeting_enemy", vecTargetPosition, angTarget.y, flWooshTime);
}
if (pCFPlayer->m_hDirectTarget == this || pCFPlayer->m_hRecursedTarget == this)
{
QAngle angTarget;
VectorAngles((GetAbsOrigin() - pCFPlayer->GetAbsOrigin()), angTarget);
DrawTarget(bTeammate?"effects/targeting_friend":"effects/targeting_enemy", vecTargetPosition, angTarget.y, flWooshTime);
}
}
}
void DoPaint(HDC hdc)
{
const char szInstructions[] = "Please touch the center of the target.";
POINT p;
int i, n;
int old_rop;
POINT last = current_target_location;
HPEN hOldPen;
if (current_target == total_targets) {
RECT r = {10, yext/2, xext - 10, yext/2 + 40};
DrawDone(hdc, r);
return;
}
if (current_target == 0)
{
RECT r = {10, yext - 85, xext - 10, yext - 10};
DrawAbout(hdc, r);
}
current_target_location = GetTarget(current_target);
old_rop = SetROP2(hdc, R2_XORPEN);
hOldPen = SelectObject(hdc, GetStockObject(WHITE_PEN));
n = 20;
for (i=0; i < n; i++)
{
p.x = last.x + ((current_target_location.x - last.x) * i / n);
p.y = last.y + ((current_target_location.y - last.y) * i / n);
DrawTarget(hdc, p);
Sleep(60);
DrawTarget(hdc, p);
}
// final position
SetROP2(hdc, R2_COPYPEN);
SelectObject(hdc, GetStockObject(BLACK_PEN));
DrawTarget(hdc, current_target_location);
DrawLabel(hdc, current_target_location, szInstructions);
// put things back
SetROP2(hdc, old_rop);
SelectObject(hdc, hOldPen);
}
void SightedBomb(
float x, float y, // 메인 캐릭터의 좌표
float sx, float sy, // 조준의 좌표
float bvx, float bvy, // 폭탄의 속도
bool button // 버튼의 상태(눌렸으면 true)
) {
// 폭탄의 상태
static bool bombing=false; // 폭격중인지 아닌지를 나타내는 플래그
static float bx, by; // 폭탄의 좌표
static float tx, ty; // 착탄점의 좌표
// 폭격중이 아닐 때:
// 버튼이 눌렸다면 폭격을 수행함.
// 폭탄의 초기좌표와 착탄점의 좌표를 설정함.
if (!bombing) {
if (button) {
bombing=true;
bx=x;
by=y;
tx=sx;
ty=sy;
}
}
// 폭격중 일 때:
// 폭탄을 이동시킴.
// 폭탄이 착탄점에 도달하였다면 폭발시킴.
// 폭발의 구체적인 처리는 Explode 함수에서 수행하도록 함.
else {
bx+=bvx;
by+=bvy;
if (bx==tx && by==ty) {
Explode();
bombing=false;
}
}
// 메인 캐릭터와 조준을 그리기:
// 구체적인 처리는 DrawMyShip関数とDrawScope 함수에서 수행하기로 함.
// 조준과 지상물과의 접촉 판정 처리를 수행하면,
// 조준의 가장자리를 점멸하는 것도 가능.
DrawMyShip(x, y);
DrawScope(sx, sy);
// 폭격중인 경우에는 착탄점과 폭탄을 그림:
// 구체적인 처리는 DrawTarget 함수와 DrawBomb 함수에서 수행하기로 함.
if (bombing) {
DrawTarget(tx, ty);
DrawBomb(bx, by);
}
}
void
sstSequence::Draw( vsRenderQueue *queue )
{
vsDisplayList *list = queue->GetGenericList();
float musicTime = m_mode->GetMusicTime();
// vsColor baseColor = vsColor::Blue;
// vsColor c = vsColor::Blue;
for ( int i = 0; i < m_beatCount; i++ )
m_segment[i].m_color = vsColor::Blue * GetBrightnessForTimeDelta( musicTime - m_segment[i].m_time );
float starBrightness = 0.5f;
float starFadeInTime = 2.0f;
float starFadeOutTime = 2.0f;
if ( musicTime < m_start + starFadeInTime )
{
starBrightness = vsInterpolate( (musicTime-m_start) / starFadeInTime, 0.f, starBrightness );
}
else if ( musicTime < m_end - starFadeOutTime )
{
starBrightness = 0.5f;
}
else
{
float startFadingOutTime = m_end - starFadeOutTime;
starBrightness = vsInterpolate( (musicTime-startFadingOutTime) / starFadeOutTime, starBrightness, 0.f );
}
list->SetColor( vsColor(1.0f, 1.0f, 1.0f, starBrightness) );
for ( int i = 0; i < m_beatCount; i++ )
{
DrawStar( list, i );
}
for ( int i = 0; i < m_beatCount; i++ )
{
DrawTarget( list, i );
if ( i < m_beatCount-1 )
{
DrawConnectingLine( list, i, i+1 );
}
}
}
void DisplayCalibration(
IplImage* displayImage,
const QLCalibrationTarget* targets,
const QLCalibrationScore* leftScores,
const QLCalibrationScore* rightScores,
int numTargets,
const char * windowName)
{
int tx = 0;
int ty = 0;
//Clear the calibration window
memset(displayImage->imageData, 128, displayImage->imageSize);
//Loop through each target.
printf_s("\nCalibration Scores\n");
for (int i = 0; i < numTargets; i++)
{
// Draw the target positions
tx = (int)targets[i].x * displayImage->width / 100;
ty = (int)targets[i].y * displayImage->height / 100;
DrawTarget(displayImage, cvPoint(tx, ty), 20, CV_RGB(50, 50, 50));
// Draw the left
tx = (int)(targets[i].x + leftScores[i].x) * displayImage->width / 100;
ty = (int)(targets[i].y + leftScores[i].y) * displayImage->height / 100;
DrawCross(displayImage, cvPoint(tx, ty), 10, CV_RGB(0, 255, 255), 1);
// Draw the right
tx = (int)(targets[i].x + rightScores[i].x) * displayImage->width / 100;
ty = (int)(targets[i].y + rightScores[i].y) * displayImage->height / 100;
DrawCross(displayImage, cvPoint(tx, ty), 10, CV_RGB(255, 0, 0), 1);
cvShowImage(windowName, displayImage);
printf_s("%2.2f %2.2f ", leftScores[i].score, rightScores[i].score);
}
printf_s("\n");
};
void TargetLauncher::Refresh()
{
DrawTarget();
WeaponLauncher::Refresh();
}
void TargetLauncher::Draw()
{
WeaponLauncher::Draw();
DrawTarget();
}
void Display( void )
{
DoUpdateStep();
float scale2; /* real glui scale factor */
glutSetWindow( GrWindow );
glDrawBuffer( GL_BACK );
glClear( GL_COLOR_BUFFER_BIT | GL_DEPTH_BUFFER_BIT );
glEnable( GL_DEPTH_TEST );
glShadeModel( GL_FLAT );
glMatrixMode( GL_PROJECTION );
glLoadIdentity();
if (WhichProjection == ORTHO)
glOrtho(-3., 3., -1.7, 1.7, 0.1, 1000.);
//glOrtho(-3., 3., -3., 3., 0.1, 1000.);
else
gluPerspective(75., 1., 0.1, 1000.);
// gluPerspective(90., 1., 0.1, 1000.);
glMatrixMode( GL_MODELVIEW );
glLoadIdentity();
gluLookAt( -3., 0., 3., 0., 0., 0., 0., 1., 0. );
glTranslatef( TransXYZ[0], TransXYZ[1], -TransXYZ[2] );
glRotatef( Yrot, 0., 1., 0. );
glRotatef( Xrot, 1., 0., 0. );
glMultMatrixf( (const GLfloat *) RotMatrix );
glScalef( Scale, Scale, Scale );
scale2 = 1. + Scale2; /* because glui translation starts at 0. */
if( scale2 < MINSCALE )
scale2 = MINSCALE;
glScalef( scale2, scale2, scale2 );
if( AxesOn ) {
glDisable(GL_LIGHTING);
glCallList( AxesList );
glEnable(GL_LIGHTING);
}
GLUI_Master.set_glutIdleFunc( Animate );
DrawTarget(T);
if (WhichMethod != COMPARE) {
Tree* tree = ( WhichShape==YSHAPE ) ? &treeY : &treeDoubleY;
tree->Draw();
} else {
GLfloat blue[] = { 0.2f, 0.2f, 0.8f, 1.0f };
GLfloat green[] = { 0.3f, 0.6f, 0.3f, 1.0f };
glMaterialfv(GL_FRONT_AND_BACK, GL_AMBIENT_AND_DIFFUSE, green);
treeDoubleYDLS.Draw();
glMaterialfv(GL_FRONT_AND_BACK, GL_AMBIENT_AND_DIFFUSE, blue);
treeDoubleYSDLS.Draw();
}
if (EigenVectorsOn) {
if ( WhichMethod == SDLS || WhichMethod == DLS || WhichMethod == PURE_PSEUDO ) {
Jacobian* jacob;
switch ( WhichShape ) {
case YSHAPE:
jacob = jacobY;
break;
case DBLYSHAPE:
jacob = jacobDoubleY;
break;
default:
assert ( 0 );
}
jacob->DrawEigenVectors();
}
}
glFlush();
/* FOLLOWING BLOCK OF CODE USED FOR MAKING MOVIES
* if ( WhichMethod == JACOB_TRANS && WhichShape==DBLYSHAPE && (SleepCounter%SleepsPerStep)==0 ) {
* if (DumpCounter==0) {
* T = 0.0; // Set time back to zero
}
if ( DumpCounter >= DumpCounterStart && DumpCounter<DumpCounterEnd ) {
theScreenImage.LoadFromOpenglBuffer();
int fileNum = DumpCounter - DumpCounterStart;
char filename[23];
sprintf( filename, "JTRANSPOSE/temp%03d.bmp", fileNum );
theScreenImage.WriteBmpFile( filename );
}
DumpCounter++;
}
*/
glutSwapBuffers();
}
int main (void)
{
const double YS_PI=3.1415927;
FsOpenWindow(16, 16, 800, 600, 1);
int ObstaclesState[5];
int x1[5], y1[5], x2[5], y2[5];
int Point[10000];//trajectory
int p[10000],q[10000];//trajectory
srand((unsigned)time(NULL));
// for(int i=0;i<10000;i++)
// {
// Point[i]=1;
// }//draw points
for(int i=0;i<5;++i)
{
x1[i]=rand()%720;
y1[i]=rand()%520;
x2[i]=x1[i]+80+rand()%70;
y2[i]=y1[i]+80+rand()%70;
ObstaclesState[i]=1;
}
int terminate=0;
int y=0;
int x=30;
int a=55;
int b=545;
double m=1.0;
double dt=0.025;
int CannonballState=0;
int angle=30;
double vx;
double vy;
int Hit=0;
int TargetState=1;
while(0==terminate)
{
FsPollDevice();
angle++;
if(angle>=90) angle=0;
int key=FsInkey();
if(FSKEY_ESC==key)
{
terminate=1;
}
else if(FSKEY_SPACE==key)
{
if(0==CannonballState)
{
CannonballState=1;
vx=cos(angle*YS_PI/180)*400;
vy=-sin(angle*YS_PI/180)*400;
}
}
//draw screen
glClear(GL_COLOR_BUFFER_BIT|GL_DEPTH_BUFFER_BIT);
if(0!=ObstaclesState)
{
for(int i=0; i<5; ++i)
{
if(0!=ObstaclesState[i])
{
DrawObstacles(x1[i],y1[i],x2[i],y2[i]);
if(0!=CannonballState && 0!=CheckCollision(a, b, x1[i], y1[i], x2[i], y2[i]))
{
printf("Hit An Obstacle!\n");
ObstaclesState[i]=0;
CannonballState=0;
Hit=1;
a=55;
b=545;
}
}
if(0!=Hit)
{
DrawObstacles2(x1[i],y1[i],x2[i],y2[i]);
}
}
}
if(0!=TargetState)
{
if(0!=CannonballState && 0!=CheckHit(a, b, y))
{
printf("HitTarget!\n");
TargetState=0;
CannonballState=0;
break;
}
}
DrawCannonLine(x);
RotateCannonline(x, 90);
DrawCannon();
DrawTarget(y);
MoveTarget(y, 600);
if(0!=CannonballState)
{
DrawCannonball(a, b);
MoveCannonball(a, b, vx, vy, m, dt);
// for(int i=0;i<10000;i++)
// {
// Point[i]=1;
// }//draw points
// if(0!=Point)//not working
// {
for(int i=0; i<10000; ++i)
{
// if(0!=Point[i])
// {
p[i]=a;
// printf("%d\n",a);
q[i]=b;
// DrawTrajectory(p[i], q[i]);
/// }
// }
}
if(a>800||b>600)
{
CannonballState=0;
a=55;
b=545;
}
}
FsSwapBuffers();
FsSleep(25);
}
return 0;
}
void
RenderTaskPoint::Draw(const TaskPoint &tp, Layer layer)
{
const OrderedTaskPoint &otp = (const OrderedTaskPoint &)tp;
const AATPoint &atp = (const AATPoint &)tp;
switch (tp.GetType()) {
case TaskPoint::UNORDERED:
if (layer == LAYER_LEG)
DrawTaskLine(location, tp.GetLocationRemaining());
if (layer == LAYER_SYMBOLS)
DrawBearing(tp);
index++;
break;
case TaskPoint::START:
index = 0;
DrawOrdered(otp, layer);
if (layer == LAYER_SYMBOLS) {
DrawBearing(tp);
DrawTarget(tp);
}
break;
case TaskPoint::AST:
index++;
DrawOrdered(otp, layer);
if (layer == LAYER_SYMBOLS) {
DrawBearing(tp);
DrawTarget(tp);
}
break;
case TaskPoint::AAT:
index++;
DrawOrdered(otp, layer);
if (layer == LAYER_SYMBOLS) {
DrawIsoline(atp);
DrawBearing(tp);
DrawTarget(tp);
}
break;
case TaskPoint::FINISH:
index++;
DrawOrdered(otp, layer);
if (layer == LAYER_SYMBOLS) {
DrawBearing(tp);
DrawTarget(tp);
}
break;
case TaskPoint::ROUTE:
/* unreachable */
assert(false);
break;
}
}
bool CalibrateTarget(
QLCalibrationId calibrationId,
QLCalibrationTarget target,
IplImage* displayImage,
const char* windowName)
{
// Loop on this target until eye data was successfully collected for each
// eye.
QLCalibrationStatus status = QL_CALIBRATION_STATUS_OK;
do
{
//Clear the calibration window
memset(displayImage->imageData, 128, displayImage->imageSize);
// Display the cleared image buffer in the calibration window.
cvShowImage(windowName, displayImage);
// Wait for a little bit so show the blanked screen.
if(cvWaitKeyEsc == cvWaitKey(100))
return false;
// The target positions are in percentage of the area to be tracked so
// we need to scale to the calibration window size.
int tx = (int)target.x * displayImage->width / 100;
int ty = (int)target.y * displayImage->height / 100;
// Draw a target to the image buffer
DrawTarget(displayImage, cvPoint(tx, ty), 20, CV_RGB(0, 255, 0));
// Display the image buffer in the calibration window.
cvShowImage(windowName, displayImage);
// Wait a little bit so the user can see the target before we calibrate.
cvWaitKey(250);
// Calibrate the target for 1000 ms. This can be done two ways; blocking and
// non-blocking. For blocking set the block variable to true. for
// non-blocking set it to false.
bool block = false;
QLCalibration_Calibrate(calibrationId, target.targetId, 1500, block);
// When non-blocking is used, the status of the target needs to be
// polled to determine when it has finished. During the polling we can
// do other things like querying user input as we do here to see if
// the user wants to quit the calibration.
int keyPressed = 0;
while(!block &&
((keyPressed = cvWaitKey(10)) != cvWaitKeyEsc) &&
(QLCalibration_GetStatus(calibrationId, target.targetId, &status) == QL_ERROR_OK) &&
(status == QL_CALIBRATION_STATUS_CALIBRATING));
// If the user terminated the calibration early then return false.
if(keyPressed == cvWaitKeyEsc)
return false;
// Get the status of the target.
QLCalibration_GetStatus(calibrationId, target.targetId, &status);
}while(status != QL_CALIBRATION_STATUS_OK);
// Return true to indicate that the target has successfully been calibrated
return true;
};
void MapWindow::DrawInfoPage(HDC hdc, RECT rc, bool forceinit )
{
HFONT oldfont=0;
//SIZE TextSize;
TCHAR Buffer[LKSIZEBUFFERLARGE];
TCHAR BufferTitle[LKSIZEBUFFERTITLE];
TCHAR BufferValue[LKSIZEBUFFERVALUE];
TCHAR BufferUnit[LKSIZEBUFFERUNIT];
TCHAR Empty[2]; // 100407
int index=-1;
static short column[PANELCOLUMNS+1], hcolumn[(PANELCOLUMNS*2)+1], qcolumn[(PANELCOLUMNS*4)+1];
static short row[PANELROWS+1], hrow[(PANELCOLUMNS*2)+1], qrow[(PANELROWS*4)+1];
bool showunit=false;
_tcscpy(Empty,_T(""));
if (forceinit) DoInit[MDI_DRAWINFOPAGE]=true;
oldfont = (HFONT)SelectObject(hdc, LKINFOFONT); // save font
if (DoInit[MDI_DRAWINFOPAGE]) {
DoInit[MDI_DRAWINFOPAGE]=false;
// function can only be called in fullscreen and thus can be inited here
column[0]=LEFTLIMITER;
column[1]=((rc.right-RIGHTLIMITER-LEFTLIMITER)/PANELCOLUMNS)+LEFTLIMITER;
column[2]=column[1]*2-LEFTLIMITER;
column[3]=column[1]*3-LEFTLIMITER*2;
column[PANELCOLUMNS]=rc.right-RIGHTLIMITER;
row[0]=rc.top+TOPLIMITER;
row[1]=((rc.bottom-BottomSize-row[0]-BOTTOMLIMITER)/PANELROWS)+row[0];
row[2]=((rc.bottom-BottomSize-row[0]-BOTTOMLIMITER)/PANELROWS)*2+row[0];
row[3]=((rc.bottom-BottomSize-row[0]-BOTTOMLIMITER)/PANELROWS)*3+row[0];
row[PANELROWS]=rc.bottom-BottomSize-BOTTOMLIMITER;
hcolumn[0]=column[0];
hcolumn[1]=(column[1]-column[0])/2;
hcolumn[2]=column[1];
hcolumn[3]=(column[2]-column[1])/2+column[1];
hcolumn[4]=column[2];
hcolumn[5]=(column[3]-column[2])/2+column[2];
hcolumn[6]=column[3];
hcolumn[7]=(column[4]-column[3])/2+column[3];
hcolumn[8]=column[4];
hrow[0]=row[0];
hrow[1]=(row[1]-row[0])/2;
hrow[2]=row[1];
hrow[3]=(row[2]-row[1])/2+row[1];
hrow[4]=row[2];
hrow[5]=(row[3]-row[2])/2+row[2];
hrow[6]=row[3];
hrow[7]=(row[4]-row[3])/2+row[3];
hrow[8]=row[4];
qcolumn[0]=hcolumn[0];
qcolumn[1]=(hcolumn[1]-hcolumn[0])/2+hcolumn[0];
qcolumn[2]=hcolumn[1];
qcolumn[3]=(hcolumn[2]-hcolumn[1])/2+hcolumn[1];
qcolumn[4]=hcolumn[2];
qcolumn[5]=(hcolumn[3]-hcolumn[2])/2+hcolumn[2];
qcolumn[6]=hcolumn[3];
qcolumn[7]=(hcolumn[4]-hcolumn[3])/2+hcolumn[3];
qcolumn[8]=hcolumn[4];
qcolumn[9]=(hcolumn[5]-hcolumn[4])/2+hcolumn[4];
qcolumn[10]=hcolumn[5];
qcolumn[11]=(hcolumn[6]-hcolumn[5])/2+hcolumn[5];
qcolumn[12]=hcolumn[6];
qcolumn[13]=(hcolumn[7]-hcolumn[6])/2+hcolumn[6];
qcolumn[14]=hcolumn[7];
qcolumn[15]=(hcolumn[8]-hcolumn[7])/2+hcolumn[7];
qcolumn[16]=hcolumn[8];
qrow[0]=hrow[0];
qrow[1]=(hrow[1]-hrow[0])/2+hrow[0];
qrow[2]=hrow[1];
qrow[3]=(hrow[2]-hrow[1])/2+hrow[1];
qrow[4]=hrow[2];
qrow[5]=(hrow[3]-hrow[2])/2+hrow[2];
qrow[6]=hrow[3];
qrow[7]=(hrow[4]-hrow[3])/2+hrow[3];
qrow[8]=hrow[4];
qrow[9]=(hrow[5]-hrow[4])/2+hrow[4];
qrow[10]=hrow[5];
qrow[11]=(hrow[6]-hrow[5])/2+hrow[5];
qrow[12]=hrow[6];
qrow[13]=(hrow[7]-hrow[6])/2+hrow[6];
qrow[14]=hrow[7];
qrow[15]=(hrow[8]-hrow[7])/2+hrow[7];
qrow[16]=hrow[8];
qrow[5]+=NIBLSCALE(6);
qrow[6]+=NIBLSCALE(6);
qrow[7]+=NIBLSCALE(6);
qrow[8]+=NIBLSCALE(6)*2;
qrow[9]+=NIBLSCALE(6)*2;
qrow[10]+=NIBLSCALE(6)*2;
qrow[11]+=NIBLSCALE(6)*3;
qrow[12]+=NIBLSCALE(6)*3;
qrow[13]+=NIBLSCALE(6)*3;
} // doinit
#include "./LKMW3include2.cpp"
SelectObject(hdc, LK8PanelBigFont);
#include "./LKMW3include1.cpp"
int curtype; // 100404
bool ontarget=false;
FLARM_TRAFFIC *pTarget=NULL;
if ( (MapSpaceMode != MSM_INFO_TRF) && (MapSpaceMode != MSM_INFO_TARGET) ) {
curtype=CURTYPE;
} else {
if (MapSpaceMode == MSM_INFO_TRF)
curtype=IM_TRF + IM_TOP;
else
curtype=IM_TARGET + IM_TOP;
if (LKTargetIndex<0 || LKTargetIndex>=MAXTRAFFIC) {
ontarget=false;
} else {
if (DrawInfo.FLARM_Traffic[LKTargetIndex].ID <=0) {
ontarget=false;
} else {
ontarget=true;
pTarget=&DrawInfo.FLARM_Traffic[LKTargetIndex];
}
}
}
if (ontarget) DoTarget(&DrawInfo, &DerivedDrawInfo);
switch (LKevent) {
case LKEVENT_NONE:
break;
case LKEVENT_ENTER:
break;
case LKEVENT_NEWRUN:
break;
case LKEVENT_PAGEUP:
break;
case LKEVENT_PAGEDOWN:
break;
default:
break;
}
LKevent=LKEVENT_NONE;
COLORREF icolor; // 091229
// R0 C0 = status
SelectObject(hdc, LK8PanelMediumFont);
switch(curtype) {
case IM_THERMAL:
_stprintf(Buffer,_T("%d.%d %s"),ModeIndex, curtype+1, gettext(TEXT("_@M905_"))); // Thermal
break;
case IM_CRUISE:
_stprintf(Buffer,_T("%d.%d %s"),ModeIndex, curtype+1, gettext(TEXT("_@M906_"))); // Cruise
break;
case IM_TASK:
_stprintf(Buffer,_T("%d.%d %s"),ModeIndex, curtype+1, gettext(TEXT("_@M907_"))); // Task
break;
case IM_AUX:
_stprintf(Buffer,_T("%d.%d %s"),ModeIndex, curtype+1, gettext(TEXT("_@M908_"))); // Custom
break;
case IM_TRI:
#ifndef LKCOMPETITION
_stprintf(Buffer,_T("%d.%d %s"), ModeIndex, curtype+1, gettext(TEXT("_@M909_"))); // Turn
#else
_stprintf(Buffer,_T("%d.%d %s"), ModeIndex, curtype+1, gettext(TEXT("_@M1600_"))); // DISABLED
#endif
break;
case IM_HSI:
wsprintf(Buffer,_T("%d.%d %s"), ModeIndex, curtype+1, gettext(TEXT("_@M1860_"))); // HSI
break;
case IM_CONTEST:
_stprintf(Buffer,_T("%d.%d %s"), ModeIndex, curtype+1, gettext(TEXT("_@M957_"))); // Contest
break;
case IM_TRF+IM_TOP:
_stprintf(Buffer,_T("%d.%d %s"), ModeIndex, IM_TRF+1, gettext(TEXT("_@M910_"))); // Target
break;
case IM_TARGET+IM_TOP:
_stprintf(Buffer,_T("%d.%d %s"), ModeIndex, IM_TARGET+1, gettext(TEXT("_@M911_"))); // Sight
break;
default:
_stprintf(Buffer,_T("error"));
break;
}
LKWriteText(hdc, Buffer, qcolumn[0],qrow[0], 0, WTMODE_NORMAL, WTALIGN_LEFT, RGB_LIGHTGREEN, false);
// R0 C1
icolor=RGB_WHITE;
switch(curtype) {
case IM_THERMAL:
case IM_CRUISE:
case IM_TASK:
case IM_AUX:
if ( ValidTaskPoint(ActiveWayPoint) != false ) {
index = Task[ActiveWayPoint].Index;
if ( index >=0 ) {
_tcscpy(Buffer, WayPointList[index].Name);
} else {
_stprintf(Buffer,gettext(TEXT("_@M912_"))); // [no dest]
icolor=RGB_AMBER;
}
} else {
_stprintf(Buffer,gettext(TEXT("_@M912_"))); // [no dest]
icolor=RGB_AMBER;
}
break;
case IM_TRI:
#ifndef LKCOMPETITION
_stprintf(Buffer,gettext(TEXT("_@M913_"))); // Experimental
#else
_stprintf(Buffer,_T("---"));
#endif
break;
case IM_CONTEST:
case IM_HSI: //for the HSI the title text is computed in his section down
_stprintf(Buffer,gettext(TEXT("")));
break;
case IM_TRF+IM_TOP:
case IM_TARGET+IM_TOP:
if (ontarget) {
switch (pTarget->Status ) {
case LKT_GHOST:
icolor=RGB_LIGHTYELLOW;
break;
case LKT_ZOMBIE:
icolor=RGB_LIGHTRED;
break;
default:
icolor=RGB_WHITE;
break;
}
//TCHAR status[80];
if (_tcslen(pTarget->Name) == 1) {
_stprintf(Buffer,_T("%0x"),(unsigned)pTarget->ID);
} else {
_stprintf(Buffer,_T("%s"),pTarget->Name);
}
} else {
_stprintf(Buffer,gettext(TEXT("_@M914_"))); // [no target]
icolor=RGB_AMBER;
}
break;
default:
_stprintf(Buffer,_T("error"));
icolor=RGB_AMBER;
break;
}
LKWriteText(hdc, Buffer, qcolumn[8],qrow[1], 0, WTMODE_NORMAL, WTALIGN_CENTER, icolor, false);
// R0 C2 = time of day
if ( (curtype == (IM_TOP+IM_TRF)) || (curtype == (IM_TOP+IM_TARGET)) ) {
if (ontarget) {
TCHAR tpas[30];
Units::TimeToTextDown(tpas,(int)(DrawInfo.Time - pTarget->Time_Fix));
switch (pTarget->Status) {
case LKT_REAL:
_stprintf(Buffer,_T("LIVE"));
break;
case LKT_GHOST:
_stprintf(Buffer,_T("ghost %s\""),tpas);
break;
case LKT_ZOMBIE:
_stprintf(Buffer,_T("zombie %s\""),tpas);
break;
default:
_stprintf(Buffer,_T("??? %s\""),tpas);
break;
}
LKWriteText(hdc, Buffer, qcolumn[16],qrow[0], 0, WTMODE_NORMAL, WTALIGN_RIGHT, icolor, false);
} else {
LKFormatValue(LK_TIME_LOCALSEC, false, BufferValue, BufferUnit, BufferTitle); // 091219
LKWriteText(hdc, BufferValue, qcolumn[16],qrow[0], 0, WTMODE_NORMAL, WTALIGN_RIGHT, RGB_WHITE, false);
}
if ( curtype == (IM_TOP+IM_TARGET) ) goto label_Target;
} else {
LKFormatValue(LK_TIME_LOCALSEC, false, BufferValue, BufferUnit, BufferTitle); // 091219
LKWriteText(hdc, BufferValue, qcolumn[16],qrow[0], 0, WTMODE_NORMAL, WTALIGN_RIGHT, RGB_WHITE, false);
}
if (curtype == IM_TRI) goto label_TRI;
if (curtype == IM_HSI) goto label_HSI;
VDrawLine(hdc,rc, qcolumn[0],qrow[2],qcolumn[16],qrow[2],RGB_DARKGREEN);
VDrawLine(hdc,rc, qcolumn[0],qrow[8],qcolumn[16],qrow[8],RGB_DARKGREEN);
// R1 C1
showunit=false;
switch(curtype) {
case IM_THERMAL:
showunit=LKFormatValue(LK_NEXT_DIST, true, BufferValue, BufferUnit, BufferTitle);
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[4], &qcolumn[4], &qrow[3],&qrow[4],&qrow[2]);
break;
case IM_CRUISE:
case IM_TASK:
showunit=LKFormatValue(LK_NEXT_DIST, true, BufferValue, BufferUnit, BufferTitle);
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[4], &qcolumn[4], &qrow[3],&qrow[4],&qrow[2]);
break;
case IM_AUX:
index=GetInfoboxType(1);
showunit=LKFormatValue(index, false, BufferValue, BufferUnit, BufferTitle);
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[4], &qcolumn[4], &qrow[3],&qrow[4],&qrow[2]);
break;
case IM_CONTEST:
showunit=LKFormatValue(LK_OLC_CLASSIC_DIST, true, BufferValue, BufferUnit, BufferTitle);
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[4], &qcolumn[4], &qrow[3],&qrow[4],&qrow[2]);
break;
case IM_TRF+IM_TOP:
showunit=LKFormatValue(LK_TARGET_DIST, true, BufferValue, BufferUnit, BufferTitle);
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[4], &qcolumn[4], &qrow[3],&qrow[4],&qrow[2]);
break;
default:
LKFormatValue(LK_ERROR, false, BufferValue, BufferUnit, BufferTitle);
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[4], &qcolumn[4], &qrow[3],&qrow[4],&qrow[2]);
break;
}
// R1 C2
showunit=false;
switch(curtype) {
case IM_THERMAL:
showunit=LKFormatValue(LK_BRG, true, BufferValue, BufferUnit, BufferTitle);
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[8],&qcolumn[8], &qrow[3],&qrow[4],&qrow[2]);
break;
case IM_CRUISE:
case IM_TASK:
showunit=LKFormatValue(LK_BRGDIFF, true, BufferValue, BufferUnit, BufferTitle);
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[9],&qcolumn[8], &qrow[3],&qrow[4],&qrow[2]);
break;
case IM_CONTEST:
showunit=LKFormatValue(LK_OLC_FAI_DIST, true, BufferValue, BufferUnit, BufferTitle);
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[8],&qcolumn[8], &qrow[3],&qrow[4],&qrow[2]);
break;
case IM_AUX:
index=GetInfoboxType(2);
showunit=LKFormatValue(index, false, BufferValue, BufferUnit, BufferTitle);
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[8],&qcolumn[8], &qrow[3],&qrow[4],&qrow[2]);
break;
case IM_TRF+IM_TOP:
showunit=LKFormatValue(LK_TARGET_TO, true, BufferValue, BufferUnit, BufferTitle);
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[9],&qcolumn[8], &qrow[3],&qrow[4],&qrow[2]);
break;
default:
LKFormatValue(LK_ERROR, false, BufferValue, BufferUnit, BufferTitle);
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[9],&qcolumn[8], &qrow[3],&qrow[4],&qrow[2]);
break;
}
// R1 C3
showunit=false;
switch(curtype) {
case IM_THERMAL:
showunit=LKFormatValue(LK_NEXT_ALTDIFF, false, BufferValue, BufferUnit, BufferTitle);
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[12], &qcolumn[12], &qrow[3],&qrow[4],&qrow[2]);
break;
case IM_CRUISE:
case IM_TASK:
showunit=LKFormatValue(LK_NEXT_GR, false, BufferValue, BufferUnit, BufferTitle);
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[12], &qcolumn[12], &qrow[3],&qrow[4],&qrow[2]);
break;
case IM_CONTEST:
showunit=LKFormatValue(LK_OLC_LEAGUE_DIST, false, BufferValue, BufferUnit, BufferTitle);
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[12], &qcolumn[12], &qrow[3],&qrow[4],&qrow[2]);
break;
case IM_AUX:
index=GetInfoboxType(3);
showunit=LKFormatValue(index, false, BufferValue, BufferUnit, BufferTitle);
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[12], &qcolumn[12], &qrow[3],&qrow[4],&qrow[2]);
break;
case IM_TRF+IM_TOP:
showunit=LKFormatValue(LK_TARGET_GR, false, BufferValue, BufferUnit, BufferTitle);
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[12], &qcolumn[12], &qrow[3],&qrow[4],&qrow[2]);
break;
default:
LKFormatValue(LK_ERROR, false, BufferValue, BufferUnit, BufferTitle);
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[12], &qcolumn[12], &qrow[3],&qrow[4],&qrow[2]);
break;
}
// R1 C4
showunit=false;
switch(curtype) {
case IM_THERMAL:
showunit=LKFormatValue(LK_NEXT_GR, false, BufferValue, BufferUnit, BufferTitle);
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[16],&qcolumn[16],
&qrow[3],&qrow[4],&qrow[2]);
break;
case IM_CRUISE:
case IM_TASK:
showunit=LKFormatValue(LK_LD_AVR, false, BufferValue, BufferUnit, BufferTitle);
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[16],&qcolumn[16],
&qrow[3],&qrow[4],&qrow[2]);
break;
case IM_CONTEST:
showunit=LKFormatValue(LK_OLC_3TPS_DIST, false, BufferValue, BufferUnit, BufferTitle);
_tcscpy(BufferUnit,_T(""));
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[16],&qcolumn[16],
&qrow[3],&qrow[4],&qrow[2]);
break;
case IM_AUX:
index=GetInfoboxType(4);
showunit=LKFormatValue(index, false, BufferValue, BufferUnit, BufferTitle);
_tcscpy(BufferUnit,_T(""));
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[16],&qcolumn[16],
&qrow[3],&qrow[4],&qrow[2]);
break;
case IM_TRF+IM_TOP:
showunit=LKFormatValue(LK_TARGET_ALTARRIV, false, BufferValue, BufferUnit, BufferTitle);
_tcscpy(BufferUnit,_T(""));
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[16],&qcolumn[16],
&qrow[3],&qrow[4],&qrow[2]);
break;
default:
LKFormatValue(LK_ERROR, false, BufferValue, BufferUnit, BufferTitle);
_tcscpy(BufferUnit,_T(""));
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[16],&qcolumn[16],
&qrow[3],&qrow[4],&qrow[2]);
break;
}
// R2 C1
showunit=false;
switch(curtype) {
case IM_THERMAL:
showunit=LKFormatValue(LK_HNAV, false, BufferValue, BufferUnit, BufferTitle);
break;
case IM_CRUISE:
case IM_TASK:
showunit=LKFormatValue(LK_NEXT_ALTDIFF, false, BufferValue, BufferUnit, BufferTitle);
break;
case IM_CONTEST:
showunit=LKFormatValue(LK_OLC_CLASSIC_PREDICTED_DIST, false, BufferValue, BufferUnit, BufferTitle);
break;
case IM_AUX:
index=GetInfoboxType(5);
showunit=LKFormatValue(index, false, BufferValue, BufferUnit, BufferTitle);
break;
case IM_TRF+IM_TOP:
showunit=LKFormatValue(LK_TARGET_ALTDIFF, false, BufferValue, BufferUnit, BufferTitle);
break;
default:
LKFormatValue(LK_ERROR, false, BufferValue, BufferUnit, BufferTitle);
break;
}
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[4],&qcolumn[4], &qrow[6],&qrow[7],&qrow[5]);
// R2 C2
showunit=false;
switch(curtype) {
case IM_THERMAL:
showunit=LKFormatValue(LK_GNDSPEED, false, BufferValue, BufferUnit, BufferTitle);
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[8], &qcolumn[8], &qrow[6],&qrow[7],&qrow[5]);
break;
case IM_CRUISE:
case IM_TASK:
showunit=LKFormatValue(LK_BRG, true , BufferValue, BufferUnit, BufferTitle);
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[9], &qcolumn[8], &qrow[6],&qrow[7],&qrow[5]);
break;
case IM_CONTEST:
showunit=LKFormatValue(LK_OLC_FAI_PREDICTED_DIST, true , BufferValue, BufferUnit, BufferTitle);
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[8], &qcolumn[8], &qrow[6],&qrow[7],&qrow[5]);
break;
case IM_AUX:
index=GetInfoboxType(6);
showunit=LKFormatValue(index, false, BufferValue, BufferUnit, BufferTitle);
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[8], &qcolumn[8], &qrow[6],&qrow[7],&qrow[5]);
break;
case IM_TRF+IM_TOP:
showunit=LKFormatValue(LK_TARGET_BEARING, true , BufferValue, BufferUnit, BufferTitle);
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[9], &qcolumn[8], &qrow[6],&qrow[7],&qrow[5]);
break;
default:
LKFormatValue(LK_ERROR, false, BufferValue, BufferUnit, BufferTitle);
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[9], &qcolumn[8], &qrow[6],&qrow[7],&qrow[5]);
break;
}
// R2 C3
showunit=false;
switch(curtype) {
case IM_THERMAL:
showunit=LKFormatValue(LK_VARIO, false, BufferValue, BufferUnit, BufferTitle);
break;
case IM_CRUISE:
case IM_TASK:
showunit=LKFormatValue(LK_LD_CRUISE, false, BufferValue, BufferUnit, BufferTitle);
break;
case IM_CONTEST:
_tcscpy(BufferValue,_T(""));
_tcscpy(BufferTitle,_T(""));
break;
case IM_AUX:
index=GetInfoboxType(7);
showunit=LKFormatValue(index, false, BufferValue, BufferUnit, BufferTitle);
break;
case IM_TRF+IM_TOP:
showunit=LKFormatValue(LK_EMPTY, true , BufferValue, BufferUnit, BufferTitle);
break;
default:
LKFormatValue(LK_ERROR, false, BufferValue, BufferUnit, BufferTitle);
break;
}
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[12], &qcolumn[12],&qrow[6],&qrow[7],&qrow[5]);
// R2 C4
showunit=false;
switch(curtype) {
case IM_THERMAL:
showunit=LKFormatValue(LK_FL, false, BufferValue, BufferUnit, BufferTitle);
break;
case IM_CRUISE:
case IM_TASK:
showunit=LKFormatValue(LK_LD_INST, false, BufferValue, BufferUnit, BufferTitle);
break;
case IM_CONTEST:
showunit=LKFormatValue(LK_OLC_3TPS_PREDICTED_DIST, false, BufferValue, BufferUnit, BufferTitle);
_tcscpy(BufferUnit,_T(""));
break;
case IM_AUX:
index=GetInfoboxType(8);
showunit=LKFormatValue(index, false, BufferValue, BufferUnit, BufferTitle);
_tcscpy(BufferUnit,_T(""));
break;
case IM_TRF+IM_TOP:
showunit=LKFormatValue(LK_EMPTY, false, BufferValue, BufferUnit, BufferTitle);
break;
default:
LKFormatValue(LK_ERROR, false, BufferValue, BufferUnit, BufferTitle);
_tcscpy(BufferUnit,_T(""));
break;
}
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[16], &qcolumn[16],&qrow[6],&qrow[7],&qrow[5]);
// R3 C1
showunit=false;
switch(curtype) {
case IM_THERMAL:
showunit=LKFormatValue(LK_TC_GAIN, false, BufferValue, BufferUnit, BufferTitle);
break;
case IM_CRUISE:
showunit=LKFormatValue(LK_HNAV, false, BufferValue, BufferUnit, BufferTitle);
break;
case IM_TASK:
showunit=LKFormatValue(LK_FIN_ALTDIFF, false, BufferValue, BufferUnit, BufferTitle);
break;
case IM_CONTEST:
//showunit=LKFormatValue(LK_OLC_PLUS_SCORE, false, BufferValue, BufferUnit, BufferTitle);
showunit=LKFormatValue(LK_OLC_CLASSIC_SPEED, false, BufferValue, BufferUnit, BufferTitle);
break;
case IM_AUX:
index=GetInfoboxType(9);
showunit=LKFormatValue(index, false, BufferValue, BufferUnit, BufferTitle);
break;
case IM_TRF+IM_TOP:
showunit=LKFormatValue(LK_TARGET_ALT, false, BufferValue, BufferUnit, BufferTitle);
break;
default:
LKFormatValue(LK_ERROR, false, BufferValue, BufferUnit, BufferTitle);
break;
}
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[4], &qcolumn[4],&qrow[9],&qrow[10],&qrow[8]);
// R3 C2
showunit=false;
switch(curtype) {
case IM_THERMAL:
showunit=LKFormatValue(LK_TC_30S, false, BufferValue, BufferUnit, BufferTitle);
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[8], &qcolumn[8],&qrow[9],&qrow[10],&qrow[8]);
break;
case IM_CRUISE:
showunit=LKFormatValue(LK_TRACK, true, BufferValue, BufferUnit, BufferTitle);
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[9], &qcolumn[8],&qrow[9],&qrow[10],&qrow[8]);
break;
case IM_TASK:
showunit=LKFormatValue(LK_FIN_DIST, false, BufferValue, BufferUnit, BufferTitle);
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[8], &qcolumn[8],&qrow[9],&qrow[10],&qrow[8]);
break;
case IM_CONTEST:
//showunit=LKFormatValue(LK_OLC_PLUS_PREDICTED_SCORE, false, BufferValue, BufferUnit, BufferTitle);
showunit=LKFormatValue(LK_OLC_FAI_SPEED, false, BufferValue, BufferUnit, BufferTitle);
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[8], &qcolumn[8],&qrow[9],&qrow[10],&qrow[8]);
break;
case IM_AUX:
index=GetInfoboxType(10);
showunit=LKFormatValue(index, false, BufferValue, BufferUnit, BufferTitle);
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[8], &qcolumn[8],&qrow[9],&qrow[10],&qrow[8]);
break;
case IM_TRF+IM_TOP:
showunit=LKFormatValue(LK_TARGET_SPEED, false, BufferValue, BufferUnit, BufferTitle);
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[8], &qcolumn[8],&qrow[9],&qrow[10],&qrow[8]);
break;
default:
LKFormatValue(LK_ERROR, false, BufferValue, BufferUnit, BufferTitle);
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[9], &qcolumn[8],&qrow[9],&qrow[10],&qrow[8]);
break;
}
// R3 C3
showunit=false;
switch(curtype) {
case IM_THERMAL:
showunit=LKFormatValue(LK_TC_AVG, false, BufferValue, BufferUnit, BufferTitle);
break;
case IM_CRUISE:
showunit=LKFormatValue(LK_GNDSPEED, false, BufferValue, BufferUnit, BufferTitle);
break;
case IM_TASK:
showunit=LKFormatValue(LK_TASK_DISTCOV, false, BufferValue, BufferUnit, BufferTitle);
break;
case IM_CONTEST:
//showunit=LKFormatValue(LK_OLC_LEAGUE_SCORE, false, BufferValue, BufferUnit, BufferTitle);
showunit=LKFormatValue(LK_OLC_LEAGUE_SPEED, true, BufferValue, BufferUnit, BufferTitle);
break;
case IM_AUX:
index=GetInfoboxType(11);
showunit=LKFormatValue(index, false, BufferValue, BufferUnit, BufferTitle);
break;
case IM_TRF+IM_TOP:
showunit=LKFormatValue(LK_TARGET_VARIO, false, BufferValue, BufferUnit, BufferTitle);
break;
default:
LKFormatValue(LK_ERROR, false, BufferValue, BufferUnit, BufferTitle);
break;
}
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[12], &qcolumn[12],&qrow[9],&qrow[10],&qrow[8]);
// R3 C4
showunit=false;
switch(curtype) {
case IM_THERMAL:
showunit=LKFormatValue(LK_TC_ALL, false, BufferValue, BufferUnit, BufferTitle);
_tcscpy(BufferUnit,_T(""));
break;
case IM_CRUISE:
showunit=LKFormatValue(LK_FL, false, BufferValue, BufferUnit, BufferTitle);
break;
case IM_TASK:
showunit=LKFormatValue(LK_FIN_GR, false, BufferValue, BufferUnit, BufferTitle);
break;
case IM_CONTEST:
showunit=LKFormatValue(LK_OLC_3TPS_SPEED, true, BufferValue, BufferUnit, BufferTitle);
_tcscpy(BufferUnit,_T(""));
break;
case IM_AUX:
index=GetInfoboxType(12);
showunit=LKFormatValue(index, false, BufferValue, BufferUnit, BufferTitle);
_tcscpy(BufferUnit,_T(""));
break;
case IM_TRF+IM_TOP:
showunit=LKFormatValue(LK_TARGET_AVGVARIO, false, BufferValue, BufferUnit, BufferTitle);
_tcscpy(BufferUnit,_T(""));
break;
default:
LKFormatValue(LK_ERROR, false, BufferValue, BufferUnit, BufferTitle);
_tcscpy(BufferUnit,_T(""));
break;
}
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[16], &qcolumn[16],&qrow[9],&qrow[10],&qrow[8]);
// R4 C1
showunit=false;
switch(curtype) {
case IM_THERMAL:
showunit=LKFormatValue(LK_WIND, false, BufferValue, BufferUnit, BufferTitle);
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[5], &qcolumn[4],&qrow[12],&qrow[13],&qrow[11]);
break;
case IM_CRUISE:
showunit=LKFormatValue(LK_WIND, false, BufferValue, BufferUnit, BufferTitle);
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[5], &qcolumn[4],&qrow[12],&qrow[13],&qrow[11]);
break;
case IM_TASK:
showunit=LKFormatValue(LK_FIN_ALTDIFF0, false, BufferValue, BufferUnit, BufferTitle);
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[4], &qcolumn[4],&qrow[12],&qrow[13],&qrow[11]);
break;
case IM_CONTEST:
showunit=LKFormatValue(LK_OLC_PLUS_SCORE, false, BufferValue, BufferUnit, BufferTitle);
//showunit=LKFormatValue(LK_OLC_CLASSIC_SPEED, false, BufferValue, BufferUnit, BufferTitle);
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[4], &qcolumn[4],&qrow[12],&qrow[13],&qrow[11]);
break;
case IM_AUX:
index=GetInfoboxType(13);
showunit=LKFormatValue(index, false, BufferValue, BufferUnit, BufferTitle);
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[4], &qcolumn[4],&qrow[12],&qrow[13],&qrow[11]);
break;
case IM_TRF+IM_TOP:
LKFormatValue(LK_EMPTY, false, BufferValue, BufferUnit, BufferTitle);
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[4], &qcolumn[4],&qrow[12],&qrow[13],&qrow[11]);
break;
default:
LKFormatValue(LK_ERROR, false, BufferValue, BufferUnit, BufferTitle);
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[4], &qcolumn[4],&qrow[12],&qrow[13],&qrow[11]);
break;
}
// R4 C2
showunit=false;
switch(curtype) {
case IM_THERMAL:
showunit=LKFormatValue(LK_EMPTY, false, BufferValue, BufferUnit, BufferTitle);
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[9], &qcolumn[9],&qrow[12],&qrow[13],&qrow[11]);
break;
case IM_CRUISE:
showunit=LKFormatValue(LK_TL_AVG, false, BufferValue, BufferUnit, BufferTitle);
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[9], &qcolumn[9],&qrow[12],&qrow[13],&qrow[11]);
break;
case IM_TASK:
showunit=LKFormatValue(LK_LKFIN_ETE, false, BufferValue, BufferUnit, BufferTitle);
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[9], &qcolumn[9],&qrow[12],&qrow[13],&qrow[11]);
break;
case IM_CONTEST:
//showunit=LKFormatValue(LK_OLC_FAI_SPEED, false, BufferValue, BufferUnit, BufferTitle);
showunit=LKFormatValue(LK_OLC_PLUS_PREDICTED_SCORE, false, BufferValue, BufferUnit, BufferTitle);
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[8], &qcolumn[8],&qrow[12],&qrow[13],&qrow[11]);
break;
case IM_AUX:
index=GetInfoboxType(14);
showunit=LKFormatValue(index, false, BufferValue, BufferUnit, BufferTitle);
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[8], &qcolumn[8],&qrow[12],&qrow[13],&qrow[11]);
break;
case IM_TRF+IM_TOP:
showunit=LKFormatValue(LK_TARGET_EIAS, false, BufferValue, BufferUnit, BufferTitle);
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[8], &qcolumn[8],&qrow[12],&qrow[13],&qrow[11]);
break;
default:
LKFormatValue(LK_ERROR, false, BufferValue, BufferUnit, BufferTitle);
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[9], &qcolumn[9],&qrow[12],&qrow[13],&qrow[11]);
break;
}
// R4 C3
showunit=false;
switch(curtype) {
case IM_THERMAL:
showunit=LKFormatValue(LK_EMPTY, false, BufferValue, BufferUnit, BufferTitle);
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[13], &qcolumn[13],&qrow[12],&qrow[13],&qrow[11]);
break;
case IM_CRUISE:
showunit=LKFormatValue(LK_TC_ALL, false, BufferValue, BufferUnit, BufferTitle);
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[13], &qcolumn[13],&qrow[12],&qrow[13],&qrow[11]);
break;
case IM_TASK:
showunit=LKFormatValue(LK_SPEEDTASK_ACH, true, BufferValue, BufferUnit, BufferTitle);
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[13], &qcolumn[13],&qrow[12],&qrow[13],&qrow[11]);
break;
case IM_CONTEST:
//showunit=LKFormatValue(LK_OLC_LEAGUE_SPEED, true, BufferValue, BufferUnit, BufferTitle);
showunit=LKFormatValue(LK_OLC_LEAGUE_SCORE, false, BufferValue, BufferUnit, BufferTitle);
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[12], &qcolumn[12],&qrow[12],&qrow[13],&qrow[11]);
break;
case IM_AUX:
index=GetInfoboxType(15);
showunit=LKFormatValue(index, false, BufferValue, BufferUnit, BufferTitle);
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[12], &qcolumn[12],&qrow[12],&qrow[13],&qrow[11]);
break;
case IM_TRF+IM_TOP:
showunit=LKFormatValue(LK_EMPTY, false, BufferValue, BufferUnit, BufferTitle);
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[13], &qcolumn[13],&qrow[12],&qrow[13],&qrow[11]);
break;
default:
LKFormatValue(LK_ERROR, false, BufferValue, BufferUnit, BufferTitle);
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[13], &qcolumn[13],&qrow[12],&qrow[13],&qrow[11]);
break;
}
// R4 C4
showunit=false;
switch(curtype) {
case IM_THERMAL:
showunit=LKFormatValue(LK_EMPTY, false, BufferValue, BufferUnit, BufferTitle);
break;
case IM_CRUISE:
case IM_TASK:
showunit=LKFormatValue(LK_MC, true, BufferValue, BufferUnit, BufferTitle);
break;
case IM_CONTEST:
_tcscpy(BufferValue,_T(""));
_tcscpy(BufferTitle,_T(""));
//showunit=LKFormatValue(LK_OLC_3TPS_SPEED, true, BufferValue, BufferUnit, BufferTitle);
break;
case IM_AUX:
index=GetInfoboxType(16);
showunit=LKFormatValue(index, false, BufferValue, BufferUnit, BufferTitle);
_tcscpy(BufferUnit,_T(""));
break;
case IM_TRF+IM_TOP:
showunit=LKFormatValue(LK_EMPTY, true, BufferValue, BufferUnit, BufferTitle);
break;
default:
LKFormatValue(LK_ERROR, false, BufferValue, BufferUnit, BufferTitle);
_tcscpy(BufferUnit,_T(""));
break;
}
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[16], &qcolumn[16],&qrow[12],&qrow[13],&qrow[11]);
goto label_End;
// This is the TRI page
//
// ATTENTION PLEASE
// Some values are using direct access to CALCULATED_INFO for fast responses.
// Other values are using the copy of struct made 1 second later
//
label_TRI:
#ifndef LKCOMPETITION
VDrawLine(hdc,rc, qcolumn[0],qrow[2],qcolumn[16],qrow[2],RGB_DARKGREEN);
DrawTRI(hdc, rc);
showunit=true; // 091219
if (ScreenLandscape) {
// right
LKFormatValue(LK_TRACK, true, BufferValue, BufferUnit, BufferTitle);
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[14], &qcolumn[14],&qrow[3],&qrow[4],&qrow[2]);
LKFormatValue(LK_GNDSPEED, true, BufferValue, BufferUnit, BufferTitle);
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[14], &qcolumn[14],&qrow[6],&qrow[7],&qrow[5]);
LKFormatValue(LK_HNAV, true, BufferValue, BufferUnit, BufferTitle);
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[15], &qcolumn[15],&qrow[9],&qrow[10],&qrow[8]);
LKFormatValue(LK_VARIO, true, BufferValue, BufferUnit, BufferTitle);
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[14], &qcolumn[14],&qrow[12],&qrow[13],&qrow[11]);
// left
LKFormatValue(LK_IAS, true, BufferValue, BufferUnit, BufferTitle);
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[3], &qcolumn[3],&qrow[6],&qrow[7],&qrow[5]);
LKFormatValue(LK_BANK_ANGLE, true, BufferValue, BufferUnit, BufferTitle);
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[4], &qcolumn[4],&qrow[3],&qrow[4],&qrow[2]);
LKFormatValue(LK_GLOAD, true, BufferValue, BufferUnit, BufferTitle);
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[3], &qcolumn[3],&qrow[9],&qrow[10],&qrow[8]);
LKFormatValue(LK_ODOMETER, true, BufferValue, BufferUnit, BufferTitle);
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[4], &qcolumn[4],&qrow[12],&qrow[13],&qrow[11]);
} else {
// right
LKFormatValue(LK_TRACK, true, BufferValue, BufferUnit, BufferTitle);
_tcscpy(BufferUnit,_T(""));
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[14], &qcolumn[14],&qrow[3],&qrow[4],&qrow[2]);
LKFormatValue(LK_GNDSPEED, true, BufferValue, BufferUnit, BufferTitle);
_tcscpy(BufferUnit,_T(""));
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[16], &qcolumn[16],&qrow[6],&qrow[7],&qrow[5]);
LKFormatValue(LK_HNAV, true, BufferValue, BufferUnit, BufferTitle);
_tcscpy(BufferUnit,_T(""));
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[16], &qcolumn[16],&qrow[9],&qrow[10],&qrow[8]);
LKFormatValue(LK_VARIO, true, BufferValue, BufferUnit, BufferTitle);
_tcscpy(BufferUnit,_T(""));
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[16], &qcolumn[16],&qrow[12],&qrow[13],&qrow[11]);
// left
LKFormatValue(LK_IAS, true, BufferValue, BufferUnit, BufferTitle);
_tcscpy(BufferUnit,_T(""));
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[3], &qcolumn[3],&qrow[6],&qrow[7],&qrow[5]);
LKFormatValue(LK_BANK_ANGLE, true, BufferValue, BufferUnit, BufferTitle);
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[4], &qcolumn[4],&qrow[3],&qrow[4],&qrow[2]);
LKFormatValue(LK_GLOAD, true, BufferValue, BufferUnit, BufferTitle);
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[3], &qcolumn[3],&qrow[9],&qrow[10],&qrow[8]);
LKFormatValue(LK_ODOMETER, true, BufferValue, BufferUnit, BufferTitle);
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[4], &qcolumn[4],&qrow[12],&qrow[13],&qrow[11]);
}
#if 0
_stprintf(BufferValue,_T("%0.1f"),CALCULATED_INFO.TurnRate);
_stprintf(BufferTitle,_T("Rate"));
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[3], &qcolumn[3],&qrow[9],&qrow[10],&qrow[8]);
LKFormatValue(LK_GLOAD, true, BufferValue, BufferUnit, BufferTitle);
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[4], &qcolumn[4],&qrow[12],&qrow[13],&qrow[11]);
#endif
wsprintf(BufferTitle, gettext(TEXT("_@M915_"))); // NOT FOR IFR USAGE
SelectObject(hdc, LK8PanelSmallFont);
LKWriteText(hdc, BufferTitle, qcolumn[8],qrow[12], 0, WTMODE_OUTLINED, WTALIGN_CENTER, RGB_ORANGE, false);
#endif // not in LKCOMPETITION
goto label_End; // End of TRI
// This is the HSI page
label_HSI:
VDrawLine(hdc,rc, qcolumn[0],qrow[2],qcolumn[16],qrow[2],RGB_DARKGREEN);
static bool showQFU=false;
static bool showVFRlanding=false;
HSIreturnStruct HSI;
HSI=DrawHSI(hdc,rc);
if(HSI.landing) {
showVFRlanding=!showVFRlanding; //make it blinking
if(HSI.usingQFU) showQFU=!showVFRlanding;
else showQFU=false;
} else {
showVFRlanding=false;
if(HSI.usingQFU) showQFU=!showQFU; //make it blinking
else showQFU=false;
}
if(showVFRlanding || showQFU) { //show QFU or "VFR landing"
if(showVFRlanding) {
wsprintf(Buffer,TEXT("VFR %s"),gettext(TEXT("_@M931_"))); //TODO: toupper()
icolor=INVERTCOLORS?RGB_YELLOW:RGB_DARKYELLOW;
}
if(showQFU) {
#ifndef __MINGW32__
wsprintf(Buffer, TEXT("QFU: %d\xB0"),WayPointList[Task[ActiveWayPoint].Index].RunwayDir);
#else
wsprintf(Buffer, TEXT("QFU: %d°"),WayPointList[Task[ActiveWayPoint].Index].RunwayDir);
#endif
icolor=RGB_GREEN;
}
} else { //show next waypoint name
icolor=RGB_WHITE;
if(ValidTaskPoint(ActiveWayPoint)) {
if(Task[ActiveWayPoint].Index >=0) _tcscpy(Buffer, WayPointList[Task[ActiveWayPoint].Index].Name);
else {
wsprintf(Buffer,gettext(TEXT("_@M912_"))); // [no dest]
icolor=RGB_AMBER;
}
} else {
wsprintf(Buffer,gettext(TEXT("_@M912_"))); // [no dest]
icolor=RGB_AMBER;
}
}
SelectObject(hdc, LK8PanelMediumFont);
LKWriteText(hdc, Buffer, qcolumn[8],qrow[1], 0, WTMODE_NORMAL, WTALIGN_CENTER, icolor, false);
showunit=true;
if (ScreenLandscape) {
LKFormatValue(LK_NEXT_ETE, true, BufferValue, BufferUnit, BufferTitle);
_tcscpy(BufferUnit,_T(""));
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[4], &qcolumn[4],&qrow[3],&qrow[4],&qrow[2]);
LKFormatValue(LK_NEXT_DIST, true, BufferValue, BufferUnit, BufferTitle);
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[3], &qcolumn[3],&qrow[7],&qrow[8],&qrow[6]);
LKFormatValue(LK_NEXT_ETA, true, BufferValue, BufferUnit, BufferTitle);
_tcscpy(BufferUnit,_T(""));
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[4], &qcolumn[4],&qrow[12],&qrow[13],&qrow[11]);
if(!HSI.approach) { //if not landing print also dist, ETE and ETA respect task end
LKFormatValue(LK_FIN_ETE, true, BufferValue, BufferUnit, BufferTitle);
_tcscpy(BufferUnit,_T(""));
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[16], &qcolumn[16],&qrow[3],&qrow[4],&qrow[2]);
LKFormatValue(LK_FIN_DIST, true, BufferValue, BufferUnit, BufferTitle);
if(ScreenSize==ss800x480 || ScreenSize==ss480x272)
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[15], &qcolumn[15],&qrow[7],&qrow[8],&qrow[6]);
else {
_tcscpy(BufferUnit,_T(""));
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[16], &qcolumn[16],&qrow[7],&qrow[8],&qrow[6]);
}
LKFormatValue(LK_FIN_ETA, true, BufferValue, BufferUnit, BufferTitle);
_tcscpy(BufferUnit,_T(""));
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[16], &qcolumn[16],&qrow[12],&qrow[13],&qrow[11]);
} else { //show other interesting things for landing
int col=16;
bool unitInvisible=true;
if(ScreenSize==ss800x480 || ScreenSize==ss480x272) {
col=15;
unitInvisible=false;
}
LKFormatValue(LK_IAS, true, BufferValue, BufferUnit, BufferTitle);
if(unitInvisible) _tcscpy(BufferUnit,_T(""));
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[col], &qcolumn[col],&qrow[3],&qrow[4],&qrow[2]);
LKFormatValue(LK_HAGL, true, BufferValue, BufferUnit, BufferTitle);
if(unitInvisible) _tcscpy(BufferUnit,_T(""));
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[col], &qcolumn[col],&qrow[12],&qrow[13],&qrow[11]);
}
} else {
LKFormatValue(LK_NEXT_ETE, true, BufferValue, BufferUnit, BufferTitle);
_tcscpy(BufferUnit,_T(""));
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[4], &qcolumn[4],&qrow[3],&qrow[4],&qrow[2]);
LKFormatValue(LK_NEXT_DIST, true, BufferValue, BufferUnit, BufferTitle);
_tcscpy(BufferUnit,_T(""));
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[3], &qcolumn[3],&qrow[6],&qrow[7],&qrow[5]);
LKFormatValue(LK_NEXT_ETA, true, BufferValue, BufferUnit, BufferTitle);
_tcscpy(BufferUnit,_T(""));
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[4], &qcolumn[4],&qrow[12],&qrow[13],&qrow[11]);
if(!HSI.approach) { //if not landing print also dist, ETE and ETA respect task end
LKFormatValue(LK_FIN_ETE, true, BufferValue, BufferUnit, BufferTitle);
_tcscpy(BufferUnit,_T(""));
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[16], &qcolumn[16],&qrow[3],&qrow[4],&qrow[2]);
LKFormatValue(LK_FIN_DIST, true, BufferValue, BufferUnit, BufferTitle);
_tcscpy(BufferUnit,_T(""));
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[16], &qcolumn[16],&qrow[6],&qrow[7],&qrow[5]);
LKFormatValue(LK_FIN_ETA, true, BufferValue, BufferUnit, BufferTitle);
_tcscpy(BufferUnit,_T(""));
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[16], &qcolumn[16],&qrow[12],&qrow[13],&qrow[11]);
} else {
LKFormatValue(LK_IAS, true, BufferValue, BufferUnit, BufferTitle);
_tcscpy(BufferUnit,_T(""));
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[16], &qcolumn[16],&qrow[3],&qrow[4],&qrow[2]);
LKFormatValue(LK_HAGL, true, BufferValue, BufferUnit, BufferTitle);
_tcscpy(BufferUnit,_T(""));
WriteInfo(hdc, &showunit, BufferValue, BufferUnit, BufferTitle, &qcolumn[16], &qcolumn[16],&qrow[12],&qrow[13],&qrow[11]);
}
}
goto label_End; // End of HSI
// Traffic Target page
label_Target:
VDrawLine(hdc,rc, qcolumn[0],qrow[2],qcolumn[16],qrow[2],RGB_DARKGREEN);
// pass the sight rectangle to use on the screen. Warning: DrawTarget will cache these values
// and will not use them after the first run time anymore...
DrawTarget(hdc, rc, qrow[3],qrow[15],qcolumn[3],qcolumn[13]);
showunit=false; // 091219
// left
showunit=LKFormatValue(LK_TARGET_DIST, true, BufferValue, BufferUnit, BufferTitle);
WriteInfo(hdc, &showunit, BufferValue, Empty, BufferTitle, &qcolumn[3], &qcolumn[3],&qrow[3],&qrow[4],&qrow[2]);
showunit=LKFormatValue(LK_TARGET_EIAS, true, BufferValue, BufferUnit, BufferTitle);
WriteInfo(hdc, &showunit, BufferValue, Empty, BufferTitle, &qcolumn[3], &qcolumn[3],&qrow[6],&qrow[7],&qrow[5]);
showunit=LKFormatValue(LK_TARGET_AVGVARIO, true, BufferValue, BufferUnit, BufferTitle);
WriteInfo(hdc, &showunit, BufferValue, Empty, BufferTitle, &qcolumn[3], &qcolumn[3],&qrow[9],&qrow[10],&qrow[8]);
showunit=LKFormatValue(LK_TARGET_GR, true, BufferValue, BufferUnit, BufferTitle);
WriteInfo(hdc, &showunit, BufferValue, Empty, BufferTitle, &qcolumn[3], &qcolumn[3],&qrow[12],&qrow[13],&qrow[11]);
// right
showunit=LKFormatValue(LK_TARGET_ALTDIFF, true, BufferValue, BufferUnit, BufferTitle);
WriteInfo(hdc, &showunit, BufferValue, Empty, BufferTitle, &qcolumn[16], &qcolumn[16],&qrow[3],&qrow[4],&qrow[2]);
showunit=LKFormatValue(LK_EMPTY, true, BufferValue, BufferUnit, BufferTitle);
WriteInfo(hdc, &showunit, BufferValue, Empty, BufferTitle, &qcolumn[16], &qcolumn[16],&qrow[6],&qrow[7],&qrow[5]);
showunit=LKFormatValue(LK_EMPTY, true, BufferValue, BufferUnit, BufferTitle);
WriteInfo(hdc, &showunit, BufferValue, Empty, BufferTitle, &qcolumn[16], &qcolumn[16],&qrow[9],&qrow[10],&qrow[8]);
showunit=LKFormatValue(LK_TARGET_ALTARRIV, true, BufferValue, BufferUnit, BufferTitle);
WriteInfo(hdc, &showunit, BufferValue, Empty, BufferTitle, &qcolumn[16], &qcolumn[16],&qrow[12],&qrow[13],&qrow[11]);
label_End:
// restore font and return
SelectObject(hdc, oldfont);
}