void
FlipViewProc ()
{
if(twoBoards) { partnerUp = 1; DrawPosition(True, NULL); partnerUp = 0; }
flipView = !flipView;
DrawPosition(True, NULL);
}
void kwxLinearReg::OnMouse(wxMouseEvent& event)
{
if (m_iStato == 0 && event.Entering()) //dentro nel controllo
m_iStato = ENTERED ;
else if (m_iStato >= ENTERED && event.Leaving()) //fuori dal controllo
m_iStato = LEFT ;
else if (m_iStato == ENTERED && event.GetWheelRotation()) // process wheel event
{
//SetValue(m_iRealVal + (event.GetWheelRotation() * (m_iMax-m_iMin)/kwxLinearReg::MOUSE_STEP / event.GetWheelDelta()) );
SetValue(m_iRealVal + ( m_iBigStep * event.GetWheelRotation() / event.GetWheelDelta()) );
vSendEvent(); // send event
return;
}
else if (m_iStato == ENTERED && event.ButtonDClick()) // process double click
{
// wxLogTrace("Mouse Premuto") ;
m_mousePosition = event.GetPosition();
if( (m_iSnapRange<1) &&
(m_iStyle & STYLE_SNAP_DOUBLE_CLK) ){ // if no snapping was set..
vSetSnap2Tags(true); // ..snap to next tag.
DrawPosition() ;
vSetSnap2Tags(false);
return;
}
DrawPosition() ;
}
else if (m_iStato == ENTERED && event.LeftDown()) //click o inizio trascinamento
{
// wxLogTrace("Mouse Premuto") ;
m_iStato = DRAGED ;
if( (m_bEditing) ){ // if control is currently in edit mode
if(m_cCurrentRect.Contains(m_mousePosition)){ // mouse click was within text sourrounding rectangle
m_bEditing = false; // exit edit mode
m_iCaretPosition = 0; // reset edit caret position
SetValue(iConvert(m_strCurrent));
Refresh() ;
vSendEvent() ;
return;
}
}
m_mousePosition = event.GetPosition();
DrawPosition() ;
}
else if (m_iStato == DRAGED && event.LeftIsDown()) //trascinamento
{
// wxLogTrace("Mouse trascinato") ;
m_mousePosition = event.GetPosition();
DrawPosition() ;
}
else if (m_iStato == DRAGED && event.LeftUp()) //fine trascinamento o rilascio click
{
// wxLogTrace("Mouse rilasciato") ;
m_iStato = ENTERED ;
}
event.Skip(false);//
}
void NewAstList(char plr, char prog, int M1, int M2, int M3, int M4)
{
program = prog; /* Sets capsule/shuttle program for "Draws Astronaut attributes" section */
/* 1=Mercury/Vostok, 2=Gemini/Voskhod, 3=Apollo/Soyuz, 4=XMS-2/Lapot, 5=Jupiter/Kvartet */
/* This will be used to highlight the skills for each crew member's role -Leon */
fill_rectangle(13, 86, 231, 122, 3); /* Clear Astro Area */
display::graphics.setForegroundColor(1);
if (M1 > 0) {
retdel = Data->P[plr].Pool[M1 - 1].RetirementDelay; // Sets whether 'naut has announced retirement
sex = Data->P[plr].Pool[M1 - 1].Sex; // Sets whether 'naut is male or female
missions = Data->P[plr].Pool[M1 - 1].Missions;
AstNames(0, &Data->P[plr].Pool[M1 - 1].Name[0], Data->P[plr].Pool[M1 - 1].Mood);
AstStats(plr, 0, M1 - 1);
} else {
DrawPosition(prog, 1);
}
if (M2 > 0) {
retdel = Data->P[plr].Pool[M2 - 1].RetirementDelay; // Sets whether 'naut has announced retirement
sex = Data->P[plr].Pool[M2 - 1].Sex; // Sets whether 'naut is male or female
missions = Data->P[plr].Pool[M2 - 1].Missions;
AstNames(1, &Data->P[plr].Pool[M2 - 1].Name[0], Data->P[plr].Pool[M2 - 1].Mood);
AstStats(plr, 1, M2 - 1);
} else {
DrawPosition(prog, 2);
}
if (M3 > 0) {
retdel = Data->P[plr].Pool[M3 - 1].RetirementDelay; // Sets whether 'naut has announced retirement
sex = Data->P[plr].Pool[M3 - 1].Sex; // Sets whether 'naut is male or female
missions = Data->P[plr].Pool[M3 - 1].Missions;
AstNames(2, &Data->P[plr].Pool[M3 - 1].Name[0], Data->P[plr].Pool[M3 - 1].Mood);
AstStats(plr, 2, M3 - 1);
} else {
DrawPosition(prog, 3);
}
if (M4 > 0) {
retdel = Data->P[plr].Pool[M4 - 1].RetirementDelay; // Sets whether 'naut has announced retirement
sex = Data->P[plr].Pool[M4 - 1].Sex; // Sets whether 'naut is male or female
missions = Data->P[plr].Pool[M4 - 1].Missions;
AstNames(3, &Data->P[plr].Pool[M4 - 1].Name[0], Data->P[plr].Pool[M4 - 1].Mood);
AstStats(plr, 3, M4 - 1);
} else {
DrawPosition(prog, 4);
}
return;
}
void
ShowCoordsProc ()
{
appData.showCoords = !appData.showCoords;
MARK_MENU_ITEM("Options.ShowCoords", appData.showCoords);
DrawPosition(True, NULL);
}
void
BlindfoldProc ()
{
appData.blindfold = !appData.blindfold;
MARK_MENU_ITEM("Options.Blindfold", appData.blindfold);
DrawPosition(True, NULL);
}
void CStar::Draw(Vector _mypos, int _timecount){
if (!Visible)return;
_timecount += TimeGap;
DrawPos = DrawPosition(Pos, _mypos);
if(DrawPos.x<-Radius*2-50 || DrawPos.x>WINDOW_WIDTH+Radius*2+50) return;
if(DrawPos.y<-Radius*2-50 || DrawPos.y>WINDOW_HEIGHT+Radius*2+50)return;
if(Alive){
//Star
DrawRotaGraph((int)(DrawPos.x), (int)(DrawPos.y), 1, (_timecount%300)*PI/150, ImgStar, true) ;
//Enemy生成タイムゲージ
for(int i=0; i<3; i++){
DrawExtendGraph((int)DrawPos.x-12, (int)DrawPos.y-3+8*(i-1), (int)DrawPos.x+12, (int)DrawPos.y+3+8*(i-1), ImgStarGauge[0], true);
DrawExtendGraph((int)DrawPos.x-11, (int)DrawPos.y-2+8*(i-1), (int)(DrawPos.x-11 + 22 * (1+(_timecount%EnemyBirthTime[i])) / EnemyBirthTime[i]), (int)DrawPos.y+2+8*(i-1), ImgStarGauge[1], true);
}
}else{
//ティウンティウン]
for (int i=0; i<8; i++){
if(_timecount/5 % 2 == 0) DrawCircle((int)(DeadCircleDrawPos[i].x+DrawPos.x), (int)(DeadCircleDrawPos[i].y+DrawPos.y), 12, GetColor(255,100,0), false);
}
}
}
void CProgressCtrl :: SetPos (UINT iNewPos)
{
// prüfe Parameter
if (iNewPos <= m_iStart || iNewPos >= m_iEnd || m_iStart == m_iEnd)
return;
DrawPosition (iNewPos);
}
void CEnemy::Draw(Vector _mypos){
if(Alive){
Vector DrawPos = DrawPosition(Pos, _mypos);
if(DrawPos.x<-PicSizeX || DrawPos.x>WINDOW_WIDTH+PicSizeX) return;
if(DrawPos.y<-PicSizeY || DrawPos.y>WINDOW_HEIGHT+PicSizeY)return;
//敵絵
DrawRotaGraph((int)(DrawPos.x), (int)(DrawPos.y), 1, -GetAngle(_mypos), ImgEnemy[0], true);
DrawRotaGraph((int)(DrawPos.x), (int)(DrawPos.y), 1, -GetAngle(_mypos), ImgEnemy[1], true);
//HPゲージ
DrawExtendGraph((int)(DrawPos.x-Hp/2), (int)DrawPos.y+PicSizeY/2+5, (int)(DrawPos.x+Hp/2), (int)DrawPos.y+PicSizeY/2+4, ImgEnemy[2], true);
}
}
void CProgressCtrl :: SetRange (UINT iStart, UINT iEnd)
{
// alten Parameter löschen
m_iDrawPos = m_iStart = m_iEnd = m_iPos = 0;
m_dFaktor = 1.0;
// prüfe Parameter
if (iStart == iEnd || iStart > iEnd)
return;
// Rechteck nachbearbeiten
GetClientRect (&rc);
rc.left += iOffsX;
rc.top += iOffsY;
rc.right -= iOffsX;
rc.bottom -= iOffsY;
m_dFaktor = (double)(rc.right - rc.left) / (double)(iEnd - iStart);
m_iDrawPos = 0; // ZeichenPosition
m_iStart = iStart;
m_iEnd = iEnd;
DrawPosition (0); // Balken löschen
}
void SerializableRLE8AnimationFrame::simplifyColors() {
// Delete existing data
delete simplifiedColorData_;
simplifiedColorDataSize_ = width_ * height_;
simplifiedColorData_ = new char[simplifiedColorDataSize_];
internalColorMap.clear();
int colorNum = 0;
int pos = 0;
for (int j = 0; j < height_; j++) {
for (int i = 0; i < width_; i++) {
DrawColor pixel = getPixel(DrawPosition(i, j));
// Check if this color is in the map
ReverseColorMap::iterator colorCheck
= internalColorMap.find(pixel);
// Add color to map if it's not already there
if (colorCheck == internalColorMap.end()) {
internalColorMap.insert(
ReverseColorMapPair(pixel, colorNum));
// std::cout << "a: " << pixel.a() << std::endl;
// std::cout << "r: " << pixel.r() << std::endl;
// std::cout << "g: " << pixel.g() << std::endl;
// std::cout << "b: " << pixel.b() << std::endl;
// std::cout << std::endl;
++colorNum;
}
// Add compressed pixel
simplifiedColorData_[pos]
= static_cast<char>(internalColorMap.find(pixel)->second);
++pos;
}
}
}
DrawPosition SDL2GraphicSurface::drawPixels(const DrawPosition& pos,
const DrawColor& color,
int length) {
return DrawPosition();
}
/**
* The main capsule building interface.
*
* Programs refers to the Manned capsule programs, specifically the
* ones where astronauts may be assigned. This has the main control
* loop for the capsule building user interface.
*
* \param plr the country running the program
* \param prog the capsule style
*/
void Programs(char plr, char prog)
{
int i, max, chk, tst;
int now2 = 0, count = 0, grp = 0, BarA = 0;
int M[100], CrewCount[8];
char ksel = 0;
helpText = "i036";
keyHelpText = "k036";
for (i = 0; i < 100; i++) {
M[i] = -1;
}
if (prog > 4) {
max = 4;
} else if (prog == 4) {
max = 3;
} else {
max = prog;
}
music_start(M_PRGMTRG);
DrawProgs(plr, prog);
Flts(0, 0);
for (i = 0; i < ASTRONAUT_CREW_MAX; i++) {
CrewCount[i] = Data->P[plr].CrewCount[prog][i];
if (CrewCount[i] == 0) {
FltsTxt(i, 8);
}
if (CrewCount[i] < max && CrewCount[i] != 0) {
FltsTxt(i, 9);
}
if (CrewCount[i] == max) {
FltsTxt(i, 1);
}
}
for (i = 0; i < Data->P[plr].AstroCount; i++) {
if (Data->P[plr].Pool[i].Assign == prog
&& Data->P[plr].Pool[i].Crew == 0) {
M[count++] = i;
}
}
ShBox(26, 130 + BarA * 8, 152, 138 + BarA * 8);
DispLeft(plr, BarA, count, now2, &M[0]);
NewAstList(plr, prog, Data->P[plr].Crew[prog][grp][0],
Data->P[plr].Crew[prog][grp][1],
Data->P[plr].Crew[prog][grp][2], Data->P[plr].Crew[prog][grp][3]);
FadeIn(2, 10, 0, 0);
chk = CheckProgram(plr, prog);
if (chk == 0) {
if (plr == 0) {
Help("i113");
} else {
Help("i114");
}
music_stop();
return;
}
WaitForMouseUp();
while (1) {
key = 0;
GetMouse();
for (i = 0; i < 8; i++) {
// Right Select Box
if (x >= 27 && y >= (131 + i * 8) && x <= 151
&& y <= (137 + i * 8) && mousebuttons > 0
&& (now2 - BarA + i) <= (count - 1)) {
// Left
now2 -= BarA;
now2 += i;
BarA = i;
fill_rectangle(26, 129, 153, 195, 0);
DispLeft(plr, BarA, count, now2, &M[0]);
ShBox(26, 130 + BarA * 8, 152, 138 + BarA * 8);
BarSkill(plr, BarA, now2, &M[0]);
WaitForMouseUp();
ShBox(26, 130 + BarA * 8, 152, 138 + BarA * 8);
DispLeft(plr, BarA, count, now2, &M[0]);
}
}
if (mousebuttons > 0 || key > 0) { /* Gameplay */
if (((x >= 6 && y >= 130 && x <= 18 && y <= 161
&& mousebuttons > 0) || key == UP_ARROW)
&& count > 0) {
/* Lft Up */
InBox(6, 130, 18, 161);
for (i = 0; i < 50; i++) {
key = 0;
GetMouse();
delay(10);
if (mousebuttons == 0) {
if (BarA == 0)
if (now2 > 0) {
now2--;
fill_rectangle(26, 129, 153, 195, 0);
ShBox(26, 130 + BarA * 8, 152,
138 + BarA * 8);
DispLeft(plr, BarA, count, now2, &M[0]);
}
if (BarA > 0) {
fill_rectangle(26, 129, 153, 195, 0);
BarA--;
now2--;
ShBox(26, 130 + BarA * 8, 152, 138 + BarA * 8);
DispLeft(plr, BarA, count, now2, &M[0]);
}
i = 51;
}
}
while (mousebuttons == 1 || key == UP_ARROW) {
delay(100);
if (BarA == 0)
if (now2 > 0) {
now2--;
fill_rectangle(26, 129, 153, 195, 0);
ShBox(26, 130 + BarA * 8, 152, 138 + BarA * 8);
DispLeft(plr, BarA, count, now2, &M[0]);
}
if (BarA > 0) {
fill_rectangle(26, 129, 153, 195, 0);
BarA--;
now2--;
ShBox(26, 130 + BarA * 8, 152, 138 + BarA * 8);
DispLeft(plr, BarA, count, now2, &M[0]);
}
key = 0;
GetMouse();
}
OutBox(6, 130, 18, 161);
delay(10);
} else if (((x >= 6 && y >= 163 && x <= 18 && y <= 194
&& mousebuttons > 0) || key == DN_ARROW)
&& count > 0) {
/* Lft Dwn */
InBox(6, 163, 18, 194);
for (i = 0; i < 50; i++) {
key = 0;
GetMouse();
delay(10);
if (mousebuttons == 0) {
if (BarA == 7)
if (now2 < count - 1) {
now2++;
fill_rectangle(26, 129, 153, 195, 0);
ShBox(26, 130 + BarA * 8, 152,
138 + BarA * 8);
DispLeft(plr, BarA, count, now2, &M[0]);
}
if (BarA < 7)
if (now2 < count - 1) {
fill_rectangle(26, 129, 153, 195, 0);
BarA++;
now2++;
ShBox(26, 130 + BarA * 8, 152,
138 + BarA * 8);
DispLeft(plr, BarA, count, now2, &M[0]);
}
i = 51;
}
}
while (mousebuttons == 1 || key == DN_ARROW) {
delay(100);
if (BarA == 7)
if (now2 < count - 1) {
now2++;
fill_rectangle(26, 129, 153, 195, 0);
ShBox(26, 130 + BarA * 8, 152, 138 + BarA * 8);
DispLeft(plr, BarA, count, now2, &M[0]);
}
if (BarA < 7)
if (now2 < count - 1) {
fill_rectangle(26, 129, 153, 195, 0);
BarA++;
now2++;
ShBox(26, 130 + BarA * 8, 152, 138 + BarA * 8);
DispLeft(plr, BarA, count, now2, &M[0]);
}
key = 0;
GetMouse();
}
//WaitForMouseUp();
OutBox(6, 163, 18, 194);
} else if (key == K_HOME) {
fill_rectangle(26, 129, 153, 195, 0);
BarA = 0;
now2 = 0;
ShBox(26, 130 + BarA * 8, 152, 138 + BarA * 8);
DispLeft(plr, BarA, count, now2, &M[0]);
} else if (key == K_END) {
fill_rectangle(26, 129, 153, 195, 0);
BarA = MIN(count - 1, 7);
now2 = count - 1;
ShBox(26, 130 + BarA * 8, 152, 138 + BarA * 8);
DispLeft(plr, BarA, count, now2, &M[0]);
} else if (key == 'S') {
// Show Skill
ShBox(26, 130 + BarA * 8, 152, 138 + BarA * 8);
BarSkill(plr, BarA, now2, &M[0]);
} else if (((x >= 4 && y >= 86 && x <= 12 && y <= 92
&& mousebuttons > 0) || key == '1')
&& CrewCount[grp] >= 1) {
/* Display Man 1 */
InBox(4, 86, 12, 92);
AstLevel(plr, prog, grp, 0);
OutBox(4, 86, 12, 92);
} else if (((x >= 4 && y >= 95 && x <= 12 && y <= 101
&& mousebuttons > 0) || key == '2') && prog >= 2
&& CrewCount[grp] >= 2) {
/* Display Man 2 */
InBox(4, 95, 12, 101);
AstLevel(plr, prog, grp, 1);
OutBox(4, 95, 12, 101);
} else if (((x >= 4 && y >= 104 && x <= 12 && y <= 110
&& mousebuttons > 0) || key == '3') && prog >= 3
&& CrewCount[grp] >= 3) {
/* Display Man 3 */
InBox(4, 104, 12, 110);
AstLevel(plr, prog, grp, 2);
OutBox(4, 104, 12, 110);
} else if (((x >= 4 && y >= 113 && x <= 12 && y <= 119
&& mousebuttons > 0) || key == '4') && prog >= 5
&& CrewCount[grp] >= 4) {
/* Display Man 4 */
InBox(4, 113, 12, 119);
AstLevel(plr, prog, grp, 3);
OutBox(4, 113, 12, 119);
} else if (key == 'C') {
ClearIt();
ksel = grp; //save old flt crew
if (grp == 7) {
grp = 0;
} else {
++grp;
}
Flts(ksel, grp);
NewAstList(plr, prog, Data->P[plr].Crew[prog][grp][0],
Data->P[plr].Crew[prog][grp][1],
Data->P[plr].Crew[prog][grp][2],
Data->P[plr].Crew[prog][grp][3]);
if (key > 0) {
delay(150);
}
} else if (x >= 164 && y >= 139 && x <= 238 && y <= 151
&& mousebuttons > 0) {
/* Flt Crew I */
ClearIt();
Flts(grp, 0);
grp = 0;
NewAstList(plr, prog, Data->P[plr].Crew[prog][grp][0],
Data->P[plr].Crew[prog][grp][1],
Data->P[plr].Crew[prog][grp][2],
Data->P[plr].Crew[prog][grp][3]);
WaitForMouseUp();
} else if (x >= 164 && y >= 154 && x <= 238 && y <= 166
&& mousebuttons > 0) {
/* Flt Crew II */
ClearIt();
Flts(grp, 1);
grp = 1;
NewAstList(plr, prog, Data->P[plr].Crew[prog][grp][0],
Data->P[plr].Crew[prog][grp][1],
Data->P[plr].Crew[prog][grp][2],
Data->P[plr].Crew[prog][grp][3]);
WaitForMouseUp();
} else if (x >= 164 && y >= 169 && x <= 238 && y <= 181
&& mousebuttons > 0) {
/* Flt Crew III */
ClearIt();
Flts(grp, 2);
grp = 2;
NewAstList(plr, prog, Data->P[plr].Crew[prog][grp][0],
Data->P[plr].Crew[prog][grp][1],
Data->P[plr].Crew[prog][grp][2],
Data->P[plr].Crew[prog][grp][3]);
WaitForMouseUp();
} else if (x >= 164 && y >= 184 && x <= 238 && y <= 196
&& mousebuttons > 0) {
/* Flt Crew IV */
ClearIt();
Flts(grp, 3);
grp = 3;
NewAstList(plr, prog, Data->P[plr].Crew[prog][grp][0],
Data->P[plr].Crew[prog][grp][1],
Data->P[plr].Crew[prog][grp][2],
Data->P[plr].Crew[prog][grp][3]);
WaitForMouseUp();
} else if (x >= 241 && y >= 139 && x <= 315 && y <= 151
&& mousebuttons > 0) {
/* Flt Crew V */
ClearIt();
Flts(grp, 4);
grp = 4;
NewAstList(plr, prog, Data->P[plr].Crew[prog][grp][0],
Data->P[plr].Crew[prog][grp][1],
Data->P[plr].Crew[prog][grp][2],
Data->P[plr].Crew[prog][grp][3]);
WaitForMouseUp();
} else if (x >= 241 && y >= 154 && x <= 315 && y <= 166
&& mousebuttons > 0) {
/* Flt Crew VI */
ClearIt();
Flts(grp, 5);
grp = 5;
NewAstList(plr, prog, Data->P[plr].Crew[prog][grp][0],
Data->P[plr].Crew[prog][grp][1],
Data->P[plr].Crew[prog][grp][2],
Data->P[plr].Crew[prog][grp][3]);
WaitForMouseUp();
} else if (x >= 241 && y >= 169 && x <= 315 && y <= 181
&& mousebuttons > 0) {
/* Flt Crew VII */
ClearIt();
Flts(grp, 6);
grp = 6;
NewAstList(plr, prog, Data->P[plr].Crew[prog][grp][0],
Data->P[plr].Crew[prog][grp][1],
Data->P[plr].Crew[prog][grp][2],
Data->P[plr].Crew[prog][grp][3]);
WaitForMouseUp();
} else if (x >= 241 && y >= 184 && x <= 315 && y <= 196
&& mousebuttons > 0) {
/* Flt Crew VIII */
ClearIt();
Flts(grp, 7);
grp = 7;
NewAstList(plr, prog, Data->P[plr].Crew[prog][grp][0],
Data->P[plr].Crew[prog][grp][1],
Data->P[plr].Crew[prog][grp][2],
Data->P[plr].Crew[prog][grp][3]);
WaitForMouseUp();
} else if (((x >= 245 && y >= 88 && x <= 314 && y <= 100
&& mousebuttons > 0) || key == 'A')
&& CrewCount[grp] < max) {
/* Assign 'Naut */
if (Data->P[plr].Crew[prog][grp][CrewCount[grp]] == 0
&& count > 0) {
InBox(245, 88, 314, 100);
Data->P[plr].Crew[prog][grp][CrewCount[grp]] = M[now2] + 1;
AstNames(CrewCount[grp], &Data->P[plr].Pool[M[now2]].Name[0],
Data->P[plr].Pool[M[now2]].Mood);
Data->P[plr].Pool[M[now2]].Crew = grp + 1;
Data->P[plr].Pool[M[now2]].Task = CrewCount[grp];
Data->P[plr].Pool[M[now2]].Unassigned = 1;
for (i = now2; i < count; i++) {
M[i] = M[i + 1];
}
M[i] = -1;
count--;
if (now2 == count) {
if (now2 > 0) {
now2--;
}
if (BarA > 0) {
BarA--;
}
}
fill_rectangle(26, 129, 153, 195, 0);
ShBox(26, 130 + BarA * 8, 152, 138 + BarA * 8);
DispLeft(plr, BarA, count, now2, &M[0]);
CrewCount[grp]++;
Data->P[plr].CrewCount[prog][grp] = CrewCount[grp];
if (CrewCount[grp] == max) {
FltsTxt(grp, 1);
} else {
FltsTxt(grp, 9);
}
NewAstList(plr, prog, Data->P[plr].Crew[prog][grp][0],
Data->P[plr].Crew[prog][grp][1],
Data->P[plr].Crew[prog][grp][2],
Data->P[plr].Crew[prog][grp][3]);
WaitForMouseUp();
if (key > 0) {
delay(150);
}
OutBox(245, 88, 314, 100);
} /* End outer if */
} else if ((x >= 245 && y >= 106 && x <= 314 && y <= 118
&& mousebuttons > 0) || key == 'B') {
/* Break Group */
tst = Data->P[plr].Crew[prog][grp][0] - 1;
/* If the crew is assigned to a mission, create an alert
* that it cannot be broken while the mission is planned. */
if (Data->P[plr].Pool[tst].Prime > 0) {
OutBox(245, 106, 314, 118);
/* Copy the screen area into a buffer before drawing
* the dialog so it can be repainted after the dialog
* is dismissed */
display::LegacySurface buffer(170, 131);
buffer.copyFrom(display::graphics.legacyScreen(), 75, 43, 244, 173);
/* Draw the alert message */
ShBox(75, 43, 244, 173);
IOBox(81, 152, 238, 167);
InBox(81, 70, 238, 113);
fill_rectangle(82, 71, 237, 112, 7 + 3 * plr);
display::graphics.setForegroundColor(1);
draw_heading(118, 50, "PROBLEM", 0, -1);
draw_string(136, 162, "CONTINUE");
display::graphics.setForegroundColor(11);
draw_string(88, 80, "FLIGHT CREW ");
draw_number(0, 0, grp + 1);
draw_string(0, 0, " IS ALREADY");
draw_string(88, 88, "ASSIGNED TO THE ");
if (Data->P[plr].Pool[tst].Prime == 4
|| Data->P[plr].Pool[tst].Prime == 3) {
draw_string(0, 0, "PRIMARY");
} else {
draw_string(0, 0, "BACKUP");
}
draw_string(88, 96, "CREW OF A CURRENT MISSION:");
draw_string(88, 104, "CANNOT BREAK THIS CREW.");
WaitForMouseUp();
i = 1;
while (i == 1) {
key = 0;
GetMouse();
if (mousebuttons > 0 || key > 0) {
if ((x >= 83 && y >= 154 && x <= 236 && y <= 165
&& mousebuttons != 0) || key == K_ENTER) {
InBox(83, 154, 236, 165);
WaitForMouseUp();
OutBox(83, 154, 236, 165);
/* Closing the alert message.
* Redraw the screen behind it from buffer */
buffer.copyTo(display::graphics.legacyScreen(),
75, 43);
i = 2;
}
}
}
} else if (Data->P[plr].Crew[prog][grp][0] != 0) {
InBox(245, 106, 314, 118);
while (CrewCount[grp] > 0) {
M[count] =
Data->P[plr].Crew[prog][grp][CrewCount[grp] - 1] - 1;
Data->P[plr].Crew[prog][grp][CrewCount[grp] - 1] = 0;
Data->P[plr].Pool[M[count]].Crew = 0;
Data->P[plr].Pool[M[count]].Moved = 0;
Data->P[plr].Pool[M[now2]].Unassigned = 0;
CrewCount[grp]--;
count++;
}
ClearIt();
fill_rectangle(26, 129, 153, 195, 0);
FltsTxt(grp, 8);
ShBox(26, 130 + BarA * 8, 152, 138 + BarA * 8);
DispLeft(plr, BarA, count, now2, &M[0]);
for (i = 1; i < 5; i++) {
DrawPosition(prog, i);
}
WaitForMouseUp();
OutBox(245, 106, 314, 118);
}
} else if ((x >= 245 && y >= 5 && x <= 314 && y <= 17
&& mousebuttons > 0) || key == K_ENTER) {
/* Exit */
InBox(245, 5, 314, 17);
WaitForMouseUp();
if (key > 0) {
delay(150);
}
OutBox(245, 5, 314, 17);
delay(10);
for (i = 0; i < 8; i++) {
if (CrewCount[i] < max)
while (CrewCount[i] > 0) {
M[count] =
Data->P[plr].Crew[prog][i][CrewCount[i] - 1] - 1;
Data->P[plr].Crew[prog][i][CrewCount[i] - 1] = 0;
Data->P[plr].Pool[M[count]].Crew = 0;
Data->P[plr].CrewCount[prog][i] = 0;
CrewCount[i]--;
count++;
}
Data->P[plr].CrewCount[prog][i] = CrewCount[i];
}
for (i = 0; i < count; i++) {
Data->P[plr].Pool[M[i]].Assign = 0;
}
music_stop();
return; /* Done */
}
}
}
}
void DrawSpinningReels( LOGICAL init )
{
//Real sorry about all the static variables. It does look silly, but
//it is preferable to maintain the static-ly declared variables within this scope.
//could move them to the global, but right now it suits the task.
//Remember, this function is called 4 times a second, and it is only this function
//that uses these variables, so oh well. Call a spade a spade....they're static to
//keep persistent data.
int n;
static LOGICAL bInit[NUM_REELS]; //static to maintain state.
static uint32_t effectcount = 0; //static to maintain state.
static LOGICAL bPlaying = FALSE; //static to maintain state.
static int iBobble[5] = {0,-54,32,0,0}; //no need to declare this over and over 4 times a second.
static INDEX idxBobbleCount[NUM_REELS]; //static to maintain state.
uint32_t uiSmartYOffset = ( ( NUM_PICS - NUM_PICS_IN_WINDOW ) / 2 );
static uint32_t bBobbling[NUM_REELS];
// xlprintf(LOG_NOISE)("DrawSpinningReels, init is %s g.flags.bSpinning is %d"
// , (init?"TRUE":"FALSE")
// , g.flags.bSpinning
// );
for( n = 0; n < g.nReels; n++ )
{
if( init )
{
bInit[n] = TRUE;
if( !bPlaying )
{
SetReelSpeedStep();
bPlaying = TRUE;
BlotScaledImageSizedTo( g.statussurface
, g.playing
, 0, 0
, 140, 68
);
}
}
if( g.bReelSpinning[n] )
{
//uiStartStep is each reel's random starting order.
if ( g.uiStartStep[n] )
{
g.uiStartStep[n]--;
}
else
{
{
//uiSpeedStep demonstrates speed of reel movement (FAST, medium, and ....slllowwww). And stop.stutter.stop.
if( g.uiSpeedStep[n] == 0 )
{
BlotImageSizedTo( g.subsurface[n]
, g.dodges[rand()%NUM_BLURS]
, 0, 0
, 0, 0, 96, (96 * NUM_PICS_IN_WINDOW)
);
//effectcount is how long reels should be speedy-blurry, and normal-blurry.
if( effectcount < (NUM_ITERATIONS / 2 ) )
effectcount++;
else
{
effectcount = 0;
g.uiSpeedStep[n]++;
}
}
else if( g.uiSpeedStep[n] == 1 )
{
BlotImageSizedTo( g.subsurface[n]
, g.blurs[rand()%NUM_BLURS]
, 0 ,0
, 0, 0, 96, (96 * NUM_PICS_IN_WINDOW)
);
if( effectcount < (NUM_ITERATIONS / 2 ) )
effectcount++;
else
{
effectcount = 0;
g.uiSpeedStep[n]++;
}
}
else if( g.uiSpeedStep[n] == 2 )
{
if( g.uiSpeedCounter[n] == 0 )
{
// could move this entire declaration into the global, and control the init process differently, but for now
// declaring static variable arrays suit the task. the reason why these arrays are static is that
// state needs to be maintained every time the function is entered and exited, and these variables are
// not really global (that is, this scope is the only scope that counts).
// count[n] counts the number of times the reel has spun before it begins to stop.
// iteration[n] determines the maximum number of times the reel must spin before it begins to stop.
// last[y][x] maintains what the last pic was in that position, and is later incremented to demonstrate movement.
static INDEX count[NUM_REELS], iteration[NUM_REELS];
static INDEX last[NUM_REELS][NUM_PICS];
if( bInit[n] )
{
int y;
idxBobbleCount[n] = uiSmartYOffset;
bBobbling[n] = 0;
for( y = 0; y < NUM_REELS; y++ )
{
last[y][0] = GetPositionIndex( TRUE, n );
last[y][1] = last[y][0] + 1;
last[y][2] = last[y][1] + 1;
last[y][3] = last[y][2] + 1;
last[y][4] = last[y][3] + 1;
}
//this doesn't work yet....or does it?
{
IMAGE_RECTANGLE rect;
rect.x = 0;//REEL_OFSX + REEL_STEPX * n;
rect.y = 0;//REEL_OFSY;
rect.width = REEL_WIDTH;
rect.height = REEL_HEIGHT;
//FixImagePosition( g.subsurface[n] );
//SetImageBound( g.subsurface[n], &rect );
}
bInit[n] = FALSE;
count[n] = 0;
iteration[n] = (rand()%NUM_ITERATIONS) + ITERATIONS_OFFSET;
}
{
INDEX idx;
int x;
for( x = uiSmartYOffset; x < ( NUM_PICS_IN_WINDOW + uiSmartYOffset) ; x++)
{
idx = last[n][x];
DrawPosition( n, idx, x, 0);
}
//--- This is just quality assurance.--------
// for( x = 0; x < NUM_PICS; x++ )
// {
// idx = last[n][x];
// BlotImageSizedTo( g.testsurface[n]
// , g.images[idx]
// , 0, ( 96 * x )
// , 0, 0, REEL_WIDTH, ( 96 * NUM_PICS )
// );
// }
//--- This is just quality assurance.--------
}
if( idxBobbleCount[n] == uiSmartYOffset )
{
// xlprintf(LOG_NOISE)("Well, %d is shifting"
// , n
// );
last[n][4] = last[n][3];
last[n][3] = last[n][2];
last[n][2] = last[n][1];
last[n][1] = last[n][0];
last[n][0] = GetPositionIndex( FALSE, n );
count[n]++;
}
if(count[n] == (iteration[n] + 2 ) )
{
uint32_t x;
for( x = uiSmartYOffset; x < ( NUM_PICS_IN_WINDOW + uiSmartYOffset) ; x++)
{
DrawPosition( n, last[n][x], x, iBobble[idxBobbleCount[n]]);
}
if( idxBobbleCount[n] >= ( NUM_PICS_IN_WINDOW + uiSmartYOffset) )
{
xlprintf(LOG_NOISE)("Bobbling");
g.uiSpeedStep[n] = DO_NOT_SPIN;
//g.bReelSpinning[n] = 0;
bBobbling[n] = 1;
g.uiSpeedCounter[n] = 0;
g.ofs = -7; //might figure out if this is even necessary to maintain later.
{
int m;
for( m = 0; m < NUM_REELS; m++ )
// if( g.bReelSpinning[m] )
if( !bBobbling[m] )
{
// xlprintf(LOG_NOISE)(" %d is * still * spinning."
// , m
// );
break;
}
else
{
idxBobbleCount[m] = uiSmartYOffset + 1;
}
if( m == NUM_REELS )
{
g.flags.bSpinning = 0;
{
//reset the bobbleness.
int z;
for( z = 0; z < NUM_REELS; z++)
{
g.bReelSpinning[z] = 0;
idxBobbleCount[z] = uiSmartYOffset;
}
}
if( bPlaying )
{
BlotScaledImageSizedTo( g.statussurface
, g.playagain
, 0 , 0 //490, 10
, 140, 68
);
UpdateDisplay(g.render);
bPlaying = FALSE;
}
}
}
}
else
{
idxBobbleCount[n]++;
}
}
else if( count[n] > iteration[n] )
{
g.uiSpeedCounter[n] = count[n] - iteration[n] ;
}
}
else
g.uiSpeedCounter[n]--;
}
}
}
}
}
UpdateDisplayPortion( g.render, REEL_OFSX, REEL_OFSY, REEL_STEPX*(g.nReels-1) + REEL_WIDTH, REEL_HEIGHT );
}
