/*!
* Start a one shot timer
* @param me Pointer to the timer
* @param act none-zero to active the timer
* @param callback Pointer to the callback function, which will be called if the timer expired
* @param data_p Pointer to user defined data, which is useful by user when implementing callback function
* @param ticks Timer alarm in ticks
*/
void TimerFireIn(Timer *me, int act, void *callback, unsigned char *data_p, unsigned int ticks)
{
if (act)
{
/* Remove in case Timer is already added */
TimerRemove(me);
TimerAdd(me, act, callback, data_p, ticks);
}
}
/*!
* Start a periodic timer
* @param me Pointer to the timer
* @param act none-zero to active the timer
* @param callback Pointer to the callback function, which will be called if the timer expired
* @param data_p Pointer to user defined data, which is useful by user when implementing callback function
* @param ticks Timer alarm in ticks
*/
void TimerFireEvery(Timer *me, int act, void *callback, unsigned char *data_p, unsigned int ticks)
{
/* This is not used in current code. In order to trigger a callback periodically
the user will need to rearm the timer within the callback. */
if (act)
{
TimerRemove(me);
TimerAdd(me, act, callback, data_p, ticks);
}
}
int GroundAdd(double fromX, double fromY, double toX, double toY, int traits, int invisible)
{
int i = 0;
double lower;
if (groundsEnd == MAX_GROUNDLEN) {
ErrorPrintf(L"GroundError: Resource used up.");
return -1;
}
grounds[groundsEnd].leftId = grounds[groundsEnd].rightId = -1;
for (i = 0; i < groundsEnd; ++i) {
if (grounds[i].fromX < toX && fromX < grounds[i].toX)
return 1;
else if (grounds[i].fromX == toX) {
grounds[i].leftId = groundsEnd;
grounds[groundsEnd].rightId = i;
}
else if (grounds[i].toX == fromX) {
grounds[i].rightId = groundsEnd;
grounds[groundsEnd].leftId = i;
}
}
grounds[groundsEnd].fromX = fromX;
grounds[groundsEnd].fromY = fromY;
grounds[groundsEnd].toX = toX;
grounds[groundsEnd].toY = toY;
grounds[groundsEnd].traits = traits;
grounds[groundsEnd].invisible = invisible;
if (groundsMostId[0] == -1 || fromX < grounds[groundsMostId[0]].fromX)
groundsMostId[0] = groundsEnd;
if (groundsMostId[1] == -1 || toX > grounds[groundsMostId[1]].toX)
groundsMostId[1] = groundsEnd;
if (fromY > toY) lower = fromY;
else lower = toY;
if (groundsLowestID == -1 || grounds[groundsLowestID].fromY < lower && grounds[groundsLowestID].toY < lower)
groundsLowestID = groundsEnd;
grounds[groundsEnd].color = 0.0;
grounds[groundsEnd].hasTimer = 0;
if (!grounds[groundsEnd].invisible && gameState == STARTED) {
grounds[groundsEnd].hasTimer = 1;
TimerAdd(GroundVisibleTimer, groundsEnd, 20);
}
else if(!grounds[groundsEnd].invisible)
grounds[groundsEnd].color = 1.0;
grounds[groundsEnd].points.points[0][0] = fromX; grounds[groundsEnd].points.points[0][1] = fromY + 0.5;
grounds[groundsEnd].points.points[1][0] = fromX; grounds[groundsEnd].points.points[1][1] = fromY;
grounds[groundsEnd].points.points[2][0] = toX; grounds[groundsEnd].points.points[2][1] = toY;
grounds[groundsEnd].points.points[3][0] = toX; grounds[groundsEnd].points.points[3][1] = toY + 0.5;
grounds[groundsEnd].points.n = 4;
grounds[groundsEnd].points.velocity[0] = 0.0; grounds[groundsEnd].points.velocity[1] = 0.0;
grounds[groundsEnd].points.usev = 1;
DrawerAdd(GroundDrawer, groundsEnd, 6);
CollisionAdd(GroundCollision, groundsEnd, ID_GROUND, &groundCollisionTypes, GroundCollisionNotifier);
++groundsEnd;
return groundsEnd;
}
static void GroundVisibleTimer(int id, int ms)
{
if (gameState != STARTED || id < 0) return;
grounds[id].color += STEP_GROUNDVISIBLE;
if (grounds[id].color >= 1.0) {
grounds[id].color = 1.0;
grounds[id].hasTimer = 0;
}
else
TimerAdd(GroundVisibleTimer, id, ms + 20);
}
int ErrorPrintf(wchar_t *format, ...)
{
int ret;
va_list args;
va_start(args, format);
ret = vswprintf(errorBuffer, format, args);
va_end(args);
TimerUpdateID(ErrorTimer, ErrorTimerUpdateID);
TimerAdd(ErrorTimer, 0, ERROR_TIME);
return ret;
}
void StartmenuStart()
{
static int first = 1;
nowpos = (double)selected * itemSize.cy;
nowvelocity = 0.0;
if (first) {
darking = 0;
menuState = READY;
first = 0;
}
else {
darking = MAXDARKING;
menuState = START;
}
TimerAdd(StartmenuTimer, 0, 20);
}
static void GroundCollisionNotifier(int id, int othertype, int otherid, double n[2], double depth, int usev)
{
if (othertype == ID_PLAYER) {
if (grounds[id].invisible && grounds[id].hasTimer == 0) {
grounds[id].invisible = 0;
grounds[id].hasTimer = 1;
TimerAdd(GroundVisibleTimer, id, 20);
}
switch (grounds[id].traits)
{
case GROUND_DIE:
PlayerMinusLife(0.2 * PLAYERLIFE_MAX);
break;
default:
break;
}
}
}
static void StartmenuTimer(int id, int ms)
{
TCHAR filename[MAX_PATH];
double distance;
if (gameState != NOTSTARTED || gamefilesEnd == 0) return;
if (menuState == END) {
if (darking >= MAXDARKING)
EngineStart(STARTED);
else
++darking;
}
else if (menuState == START) {
if (darking == 0)
menuState = READY;
else
--darking;
}
else if (!commandLineFocus && KeyboardIsDown[VK_ESCAPE])
EngineStop();
else if (!commandLineFocus && KeyboardIsDown[VK_SPACE] || KeyboardIsDown[VK_RETURN] || KeyboardIsDown[VK_RIGHT]) {
wcscpy(filename, GAMEFILE_DIR);
wcscat(filename, gamefiles[selected]);
wcscat(filename, GAMEFILE_EXTENSION);
LoaderLoad(filename);
menuState = END;
}
else {
selected = (selected + KeyboardGetNum[VK_DOWN] - KeyboardGetNum[VK_UP]
+ 3 * KeyboardGetNum[VK_PRIOR] - 3 * KeyboardGetNum[VK_NEXT] + 5 * gamefilesEnd) % gamefilesEnd;
if (!commandLineFocus && KeyboardIsDown[VK_HOME]) selected = 0;
else if (!commandLineFocus && KeyboardIsDown[VK_END]) selected = gamefilesEnd - 1;
distance = (double)selected * itemSize.cy - nowpos;
nowvelocity += factor1 * distance - factor2 * nowvelocity;
nowpos += nowvelocity;
}
TimerAdd(StartmenuTimer, id, ms + 20);
}
BaseTimeVal& BaseTimeVal::operator+=(const BaseTimeVal& other) {
if (this != &other) {
TimerAdd(m_tv, other.m_tv, &m_tv);
}
return *this;
}
