Player::Player()
: baseClimingSpeed(-7),
baseFallingSpeed(10.5)
{
crashDebris.clear();
crashDebrisSpeed.clear();
damageParticle.clear();
damageParticleSpeed.clear();
crashDebris2.clear();
crashDebrisSpeed2.clear();
damageParticle2.clear();
damageParticleSpeed2.clear();
flameAnim = 0;
flameScale = 0.5;
animSteps = 10;
animAscend = true;
drawCollisionShapes = false;
playerRotation = 0;
playerSpeed = 0;
if (!playerTexture.loadFromFile("Resources/Graphics/rocket.png")){
setExitState(true);
MessageBox(NULL, L"Failed to load player texture!", L"Error", MB_OK);
}
if (!flameTexture.loadFromFile("Resources/Graphics/flame_1.png")){
setExitState(true);
MessageBox(NULL, L"Failed to load player flame texture!", L"Error", MB_OK);
}
}
OtherObjects::OtherObjects()
{
if (!debrisTextureTop.loadFromFile("Resources/Graphics/debrisfield_top.png")){
setExitState(true);
MessageBox(NULL, L"Failed to load the top debris texture!", L"Error", MB_OK );
}
if (!debrisTextureBottom.loadFromFile("Resources/Graphics/debrisfield_bottom.png")){
setExitState(true);
MessageBox(NULL, L"Failed to load the bottom debris texture!", L"Error", MB_OK );
}
if (!starTexture.loadFromFile("Resources/Graphics/star.png")){
setExitState(true);
MessageBox(NULL, L"Failed to load star object texture!", L"Error", MB_OK );
}
if (!healthIconTexture.loadFromFile("Resources/Graphics/healthicon.png")){
setExitState(true);
MessageBox(NULL, L"Failed to load health icon texture!", L"Error", MB_OK );
}
if (!fuelIconTexture.loadFromFile("Resources/Graphics/fuelicon.png")){
setExitState(true);
MessageBox(NULL, L"Failed to load fuel icon texture!", L"Error", MB_OK );
}
}
int
QA::finally(int xCode)
{
setExitState(xCode);
// write pending results to qa-file.nc. Modes are considered there
for( size_t i=0 ; i < qaExp.varMeDa.size() ; ++i )
setExitState( qaExp.varMeDa[i].finally() );
if( xCode == 63 ||
( nc == 0 && xCode ) || (currQARec == 0 && pIn->isTime ) )
{ // qa is up-to-date or a forced exit right from the start;
// no data to write
if( xCode == 63 )
xCode=0 ;
is_exit=true;
if(nc)
{
nc->close();
nc=0;
}
}
if( nc )
{
if( qaTime.isTime )
qaTime.finally( nc );
// post-processing
xCode = finally_data(xCode) ;
if(isRequiredGlobal)
{
Variable& glob = pIn->variable[pIn->varSz] ;
if( glob.isValidAtt("creation_date") )
std::cout << "CREATE-BEG" << glob.getAttValue("creation_date")
<< "CREATE-END";
if( glob.isValidAtt("tracking_id") )
std::cout << "TRACK-BEG" << glob.getAttValue("tracking_id")
<< "TRACK-END";
}
nc->close();
nc=0;
}
setExitState(xCode);
// distinguish from a sytem crash (segmentation error)
std::cout << "STATUS-BEG" << xCode << "STATUS-END";
std::cout << std::flush;
return getExitState() ;
}
void AGOSEngine_Elvira2::oe2_setExitLocked() {
// 169: set exit locked
Item *i = getNextItemPtr();
uint16 n = getVarOrWord();
uint16 d = getVarOrByte();
setExitState(i, n, d, 3);
}
void AGOSEngine_Elvira2::oe2_setExitClosed() {
// 168: set exit closed
Item *i = getNextItemPtr();
uint16 n = getVarOrWord();
uint16 d = getVarOrByte();
setExitState(i, n, d, 2);
}
void AGOSEngine_Elvira2::oe2_setExitOpen() {
// 167: set exit open
Item *i = getNextItemPtr();
uint16 n = getVarOrWord();
uint16 d = getVarOrByte();
setExitState(i, n, d, 1);
}
int
QA::finally_data(int xCode)
{
// post processing, but not for conditions which indicate
// incomplete checking.
if( getExitState() < 3 )
{ // 3 or 4 interrupted any checking
if( enablePostProc )
{
if( postProc() )
{
if( getExitState() == 63 )
setExitState(1); // this is considered a change
notes->setCheckStatus(n_data, n_fail);
}
}
}
// read history from the qa-file.nc and append new entries
appendToHistory();
if( isCheckData )
{
// check for flags concerning the total data set,
// but exclude the case of no record
if( pIn->currRec > 0 )
for( size_t j=0 ; j < qaExp.varMeDa.size() ; ++j )
qaExp.varMeDa[j].qaData.checkFinally(qaExp.varMeDa[j].var);
for( size_t j=0 ; j < qaExp.varMeDa.size() ; ++j )
{
// write qa-results attributes about statistics
qaExp.varMeDa[j].qaData.setStatisticsAttribute(nc);
// plausibility range checks about units
qaExp.varMeDa[j].verifyPercent();
}
}
return getExitState() ;
}
bool
QA::checkConsistency(InFile &in, std::vector<std::string> &opt,
std::string& tPath)
{
defaultPrjTableName() ;
// Read or write the project table.
Consistency consistency(this, &in, opt, tPath);
if( !consistency.isEnabled() )
return true; // for running qaExp.run()
consistency.setAnnotation(notes);
consistency.setExcludedAttributes( excludedAttribute );
bool is_1st = consistency.check();
// inquire whether the meta-data checks passed
int ev;
if( (ev = notes->getExitState()) > 1 )
setExitState( ev );
return is_1st;
}
void
QA::openQA_Nc(InFile &in)
{
// Generates a new nc file for QA results or
// opens an existing one for appending data.
// Copies time variable from input-nc file.
// name of the result file was set before
if ( !qaFile.is() )
{
std::string key("00");
if( notes->inq( key) )
{
std::string capt("openQA_Nc(): undefined file.") ;
(void) notes->operate(capt) ;
notes->setCheckStatus("QA_open", n_fail);
setExitState( notes->getExitState() ) ;
return;
}
}
nc = new NcAPI;
if( notes )
nc->setNotes(notes);
if( nc->open(qaFile.getFile(), "NC_WRITE", false) )
{
// continue a previous session
importedRecFromPrevQA=nc->getNumOfRecords();
currQARec += importedRecFromPrevQA;
if( currQARec )
isNotFirstRecord = true;
initDataOutputBuffer();
initResumeSession();
isResumeSession=true;
return;
}
// So, we have to generate a netCDF file from almost scratch;
isFirstFile=true;
if( currQARec == 0 && in.nc.getNumOfRecords() == 1 )
qaTime.isSingleTimeValue = true;
// open new netcdf file
if( qaNcfileFlags.size() )
nc->create(qaFile.getFile(), qaNcfileFlags);
else
nc->create(qaFile.getFile(), "NC_NETCDF4");
if( isCheckTimeValues)
{
if( qaTime.time_ix > -1 )
qaTime.openQA_NcContrib(nc);
else
{
// dimensions
qaTime.name="fixed";
nc->defineDim("fixed", 1);
}
}
// create variable for the data statistics etc.
for( size_t m=0 ; m < qaExp.varMeDa.size() ; ++m )
qaExp.varMeDa[m].qaData.openQA_NcContrib(nc, qaExp.varMeDa[m].var);
// global atts at creation.
initGlobalAtts(in);
initDataOutputBuffer();
return;
}
bool
QA::init(void)
{
// Open the qa-result.nc file, when available or create
// it from scratch. Meta data checks are performed.
// Initialisation of time and time boundary testing.
// Eventually, entry() is called to test the data of fields.
notes->init(); // safe
qaExp.setParent(this);
qaTime.setParent(this);
// default for the qaFile
setFilename( pIn->file );
// apply parsed command-line args
applyOptions();
std::string vName(qaExp.getVarnameFromFilename());
if(isRequiredVariable)
pIn->pullMetaData('V', vName);
if(isRequiredTime && !isRequiredVariable)
pIn->pullMetaData('T');
if(isRequiredGlobal)
pIn->pullMetaData('G');
initCheckStatus();
// check for CF Convention.
if(isCheckCF)
{
cF->setDataVarName(vName);
cF->setFilename(pIn->file);
(void) cF->run();
}
// exclude user-defined data variables from any checking
pIn->excludeVars();
qaTime.init(optStr);
qaExp.init(optStr);
// DRS specifications
if(isCheckDRS_F || isCheckDRS_P)
{
drs_cv_table.setParent(this);
drs_cv_table.setPath(tablePath);
drs_cv_table.applyOptions(optStr);
drs_cv_table.read();
}
// experiment specific obj: set parent, pass over options
// check consistency between sub-sequent files or experiments
if(isCheckCNSTY && (fileSequenceState == 's' || fileSequenceState == 'x') )
{
// return true for a) no previous check available,
// b) deviation from a privous check are found
if( checkConsistency(*pIn, optStr, tablePath) )
qaExp.run();
}
else
qaExp.run();
// check existence of any data at all
if( pIn->ncRecBeg == 0 && pIn->ncRecEnd == 0 )
{
isCheckData=false;
std::string key("6_15");
if( notes->inq( key, fileStr) )
{
std::string capt("No records in the file") ;
if( notes->operate(capt) )
{
notes->setCheckStatus(n_data, n_fail );
setExitState( notes->getExitState() ) ;
}
}
}
if( isCheckData )
{
if( !checkDataBody() )
{
isCheckData = false;
notes->setCheckStatus(n_data, n_fail);
setExitState(2);
// return true;
}
}
if(isCheckTimeValues && !qaTime.isTime)
notes->setCheckStatus(n_time, "FIXED");
if(isCheckTimeValues)
{
if( qaTime.isTime)
{
if( !checkDataBody(qaTime.name) )
{
// time is defined, but there is no data
qaTime.isTime = false;
notes->setCheckStatus(n_time, n_fail);
setExitState(2);
}
}
}
if(isCheckData || isCheckTimeValues)
{
notes->setConstraintFreq( qaExp.getFrequency() );
// enable detection of outlier and replicated records
setProcessing();
// open netCDF for creating, continuation or resuming qa_<varname>.nc.
// note that this must happen before checkMetaData which uses currQARec
openQA_Nc(*pIn);
if( isExit() || qaExp.isUseStrict || qaTime.isNoProgress )
{
isCheckData=false;
return true;
}
}
if( isCheckData || isCheckTimeValues )
{
// set pointer to function for operating tests
// execPtr = &IObj::entry ;
(void) entry();
}
return true; // only meta-data check
}
void Player::updatePlayer()
{
//Animation logic stuff
if (flameAnim > animSteps){
animAscend = false;
}
else if (flameAnim < -animSteps){
animAscend = true;
}
//Collision checks
//Borders
if (!getExplosionState()){
if (playerSprite.getPosition().y <= (playerSprite.getGlobalBounds().height / 2) || playerSprite.getPosition().y + (playerSprite.getGlobalBounds().height / 2) >= VideoMode::getDesktopMode().height){
for (int i = 0; i < 2; i++){
decreaseHealth(difficulty);
if (getPlayerHealth() < 0){
short num = -(getPlayerHealth());
increaseHealth(num);
}
if (hardcore) setExplosionState(true);
updateCrashSound();
if (showParticles){
crashDebrisSpeed.push_back(Vector2f(-(getObstacleBaseSpeed() / 2), getRandom(-2, 2)));
crashDebris.push_back(RectangleShape());
short ramNum = getRandom(5, 8);
crashDebris.back().setSize(Vector2f(ramNum, ramNum));
crashDebris.back().setOrigin(ramNum / 2, ramNum / 2);
ramNum = getRandom(50, 160);
crashDebris.back().setFillColor(Color::Color(ramNum, ramNum, ramNum));
crashDebris.back().setPosition(collisionCircle[0].getPosition().x + getRandom(-5, 5), collisionCircle[0].getPosition().y + getRandom(-5, 5));
}
}
}
//Obstacles
for (int i=0; i<getNumberOfObstacles(); i++){
if (playerCollision(&collisionCircle[0], &getObstacleObject(i))){
if (getPlayerHealth() > 0) decreaseHealth(difficulty);
if (getPlayerHealth() < 0){
short num = -(getPlayerHealth());
increaseHealth(num);
}
if (hardcore) setExplosionState(true);
updateCrashSound();
if (showParticles){
crashDebrisSpeed.push_back(Vector2f(-(getObstacleBaseSpeed() / 2), getRandom(-2, 2)));
crashDebris.push_back(RectangleShape());
short ramNum = getRandom(5, 8);
crashDebris.back().setSize(Vector2f(ramNum, ramNum));
crashDebris.back().setOrigin(ramNum / 2, ramNum / 2);
ramNum = getRandom(50, 160);
crashDebris.back().setFillColor(Color::Color(ramNum, ramNum, ramNum));
crashDebris.back().setPosition(collisionCircle[0].getPosition().x + getRandom(-5, 5), collisionCircle[0].getPosition().y + (getRandom(-5, 5)));
}
}
if (playerCollision(&collisionCircle[1], &getObstacleObject(i))){
if (getPlayerHealth() > 0) decreaseHealth(difficulty);
if (getPlayerHealth() < 0){
short num = -(getPlayerHealth());
increaseHealth(num);
}
if (hardcore) setExplosionState(true);
updateCrashSound();
if (showParticles){
crashDebrisSpeed.push_back(Vector2f(-(getObstacleBaseSpeed() / 2), getRandom(-2, 2)));
crashDebris.push_back(RectangleShape());
short ramNum = getRandom(4, 7);
crashDebris.back().setSize(Vector2f(ramNum, ramNum));
crashDebris.back().setOrigin(ramNum / 2, ramNum / 2);
ramNum = getRandom(50, 160);
crashDebris.back().setFillColor(Color::Color(ramNum, ramNum, ramNum));
crashDebris.back().setPosition(collisionCircle[1].getPosition().x + getRandom(-3, 3), collisionCircle[1].getPosition().y + (getRandom(-3, 3)));
}
}
if (playerCollision(&collisionCircle[2], &getObstacleObject(i))){
if (getPlayerHealth() > 0) decreaseHealth(difficulty);
if (getPlayerHealth() < 0){
short num = -(getPlayerHealth());
increaseHealth(num);
}
if (hardcore) setExplosionState(true);
updateCrashSound();
if (showParticles){
crashDebrisSpeed.push_back(Vector2f(-(getObstacleBaseSpeed() / 2), getRandom(-2, 2)));
crashDebris.push_back(RectangleShape());
short ramNum = getRandom(4, 7);
crashDebris.back().setSize(Vector2f(ramNum, ramNum));
crashDebris.back().setOrigin(ramNum / 2.0f, ramNum / 2.0f);
ramNum = getRandom(50, 160);
crashDebris.back().setFillColor(Color::Color(ramNum, ramNum, ramNum));
crashDebris.back().setPosition(collisionCircle[2].getPosition().x + getRandom(-3, 3), collisionCircle[2].getPosition().y + (getRandom(-3, 3)));
}
}
}
}
//Explosion
if (getPlayerHealth() <= 0 || getExplosionState()){
setExplosionState(true);
decreaseFuel(getPlayerFuel());
updateExplosionText();
stopRocketSound();
stopAlarmSound();
stopCrashSound();
if (initExplosion){
for (int i = 0; i < 200; i++){
crashDebrisSpeed2.push_back(Vector2f(getRandom(-2, 2), getRandom(-2, 2)));
crashDebris2.push_back(RectangleShape());
short ramNum = getRandom(4, 7);
crashDebris2.back().setSize(Vector2f(ramNum, ramNum));
crashDebris2.back().setOrigin(ramNum / 2.0f, ramNum / 2.0f);
ramNum = getRandom(50, 160);
crashDebris2.back().setFillColor(Color::Color(ramNum, ramNum, ramNum));
crashDebris2.back().setPosition(collisionCircle[0].getPosition().x + getRandom(-3, 3), collisionCircle[0].getPosition().y + (getRandom(-3, 3)));
damageParticleSpeed2.push_back(Vector2f(getRandom(-3, 3), getRandom(-3, 3)));
damageParticle2.push_back(CircleShape());
damageParticle2.back().setRadius(getRandom(1, 2));
damageParticle2.back().setFillColor(Color::Color(255, 153, 51));
int j = getRandom(0, 2);
damageParticle2.back().setPosition(collisionCircle[0].getPosition().x + getRandom(-3, 3), collisionCircle[0].getPosition().y + (getRandom(-3, 3)));
}
playExplosionSound();
}
for (int i = 0; i < crashDebris2.size(); i++){
crashDebris2[i].move(crashDebrisSpeed2[i].x - explosionSpeedCounter, crashDebrisSpeed2[i].y);
if (i % 2 == 0){
crashDebris2[i].rotate(2);
}
else crashDebris2[i].rotate(-2);
crashDebrisSpeed2[i].x = crashDebrisSpeed2[i].x * 0.985;
crashDebrisSpeed2[i].y = crashDebrisSpeed2[i].y * 0.985;
if (crashDebris2[i].getPosition().x < -10){
crashDebris2.erase(crashDebris2.begin() + i);
crashDebrisSpeed2.erase(crashDebrisSpeed2.begin() + i);
}
}
for (int i = 0; i < damageParticleSpeed2.size(); i++){
damageParticle2[i].move(damageParticleSpeed2[i].x - explosionSpeedCounter, damageParticleSpeed2[i].y);
damageParticleSpeed2[i].x = damageParticleSpeed2[i].x * 0.985;
damageParticleSpeed2[i].y = damageParticleSpeed2[i].y * 0.985;
if (damageParticle2[i].getPosition().x < -10){
damageParticle2.erase(damageParticle2.begin() + i);
damageParticleSpeed2.erase(damageParticleSpeed2.begin() + i);
}
}
if (explosionSpeedCounter <= 10.0){
explosionSpeedCounter *= 1.03;
}
initExplosion = false;
if (Keyboard::isKeyPressed(Keyboard::R)){
setCrashState(true);
setExplosionState(false);
}
else if (Keyboard::isKeyPressed(Keyboard::Escape)) setExitState(true);
}
//Updates
//Crash debris
if (showParticles){
for (int i = 0; i < crashDebris.size(); i++){
crashDebris[i].move(crashDebrisSpeed[i].x, crashDebrisSpeed[i].y);
if (i % 2 == 0) crashDebris[i].rotate(10);
else crashDebris[i].rotate(-10);
if (crashDebris[i].getPosition().x < -20){
crashDebris.erase(crashDebris.begin() + i);
crashDebrisSpeed.erase(crashDebrisSpeed.begin() + i);
}
}
//Damage particles
if (getPlayerHealth() > 0 && getPlayerHealth() <= 75){
if (1 >= getRandom(0, 10)){
damageParticleSpeed.push_back(Vector2f(-(getObstacleBaseSpeed()), 0));
damageParticle.push_back(CircleShape());
damageParticle.back().setRadius(1);
damageParticle.back().setFillColor(Color::Color(255, 153, 51));
int i = getRandom(0, 2);
damageParticle.back().setPosition(collisionCircle[i].getPosition().x + getRandom(-3, 3), collisionCircle[i].getPosition().y + (getRandom(-3, 3)));
}
}
if (getPlayerHealth() > 0 && getPlayerHealth() <= 50){
if (1 >= getRandom(0, 5)){
damageParticleSpeed.push_back(Vector2f(-(getObstacleBaseSpeed()), 0));
damageParticle.push_back(CircleShape());
damageParticle.back().setRadius(1);
damageParticle.back().setFillColor(Color::Color(255, 153, 51));
int i = getRandom(0, 2);
damageParticle.back().setPosition(collisionCircle[i].getPosition().x + getRandom(-3, 3), collisionCircle[i].getPosition().y + (getRandom(-3, 3)));
}
}
if (getPlayerHealth() > 0 && getPlayerHealth() <= 25){
if (1 >= getRandom(0, 2)){
damageParticleSpeed.push_back(Vector2f(-(getObstacleBaseSpeed()), 0));
damageParticle.push_back(CircleShape());
damageParticle.back().setRadius(1);
damageParticle.back().setFillColor(Color::Color(255, 153, 51));
int i = getRandom(0, 2);
damageParticle.back().setPosition(collisionCircle[i].getPosition().x + getRandom(-3, 3), collisionCircle[i].getPosition().y + (getRandom(-3, 3)));
}
if (1 >= getRandom(0, 50)){
}
}
for (int i = 0; i < damageParticle.size(); i++){
damageParticle[i].move(damageParticleSpeed[i].x, damageParticleSpeed[i].y);
if (damageParticle[i].getPosition().x < -10){
damageParticle.erase(damageParticle.begin() + i);
damageParticleSpeed.erase(damageParticleSpeed.begin() + i);
}
}
}
if (getPlayerFuel() > 0 && getPlayerHealth() > 0){
if (controlScheme == 1){
if (Keyboard::isKeyPressed(Keyboard::Space)){
if (playerRotation >= -30){
playerRotation -= 15;
if (playerRotation < -30) playerRotation = playerRotation - (playerRotation + 30);
playerSprite.setRotation(playerRotation);
}
playerSprite.move(0, baseClimingSpeed); //Climing speed is always constant
playerSpeed = -(baseFallingSpeed +3); //Set speed value so that transition from climing to falling feels smooth
}
else {
if (playerRotation <= 20){
playerRotation += 5;
playerSprite.setRotation(playerRotation);
}
playerSprite.move(0, baseFallingSpeed + playerSpeed);
if (playerSpeed <= 0) playerSpeed = playerSpeed + 1;
else if ((playerSpeed <= baseFallingSpeed) && (playerSpeed > 0)) playerSpeed = playerSpeed * 1.02;
}
}
else if (controlScheme == 2){
if (Keyboard::isKeyPressed(Keyboard::Left) && playerRotation >= -30){
playerRotation -= 3;
}
else if (Keyboard::isKeyPressed(Keyboard::Right) && playerRotation <= 30){
playerRotation += 3;
}
else if (Keyboard::isKeyPressed(Keyboard::Space)){
playerRotation = 0;
}
playerSprite.setRotation(playerRotation);
playerSprite.move(0, playerRotation / 3);
}
else if (controlScheme == 3){
if (Keyboard::isKeyPressed(Keyboard::Left)){
if (playerRotation >= -30) playerRotation -= 5;
}
else if (Keyboard::isKeyPressed(Keyboard::Right)){
if (playerRotation <= 30) playerRotation += 5;
}
else {
if (playerRotation < 0){
playerRotation += 5;
}
else if (playerRotation > 0) playerRotation -= 5;
}
playerSprite.setRotation(playerRotation);
playerSprite.move(0, playerRotation / 3);
}
if (getPlayerHealth() > 0) updateRocketSound();
}
else if (getPlayerFuel() <= 0){
if (!playedShutdownSound){
playShutdownSound();
playedShutdownSound = true;
}
stopRocketSound();
if (playerRotation < 0) playerSprite.move(0, playerRotation / 6);
else if (playerRotation > 0) playerSprite.move(0, playerRotation / 3);
if (playerRotation < 0) playerSprite.rotate(-1);
else if (playerRotation > 0) playerSprite.rotate(1);
}
//Flame Sprite Bottom
flameSpriteBottom.setPosition((playerSprite.getPosition().x - 45) - (playerRotation / 2.4), (playerSprite.getPosition().y + 28) + -(playerRotation / 1.05));
flameSpriteBottom.setRotation(playerSprite.getRotation());
if (animAscend){
flameScale += 0.012;
flameSpriteBottom.setScale(flameScale, flameSpriteBottom.getScale().y);
flameAnim++;
}
else if (!animAscend){
flameScale -= 0.012;
flameSpriteBottom.setScale(flameScale, flameSpriteBottom.getScale().y);
flameAnim--;
}
//Flame Sprite Top
flameSpriteTop.setPosition(playerSprite.getPosition().x - 45, (playerSprite.getPosition().y - 7) + -(playerRotation / 1.05));
flameSpriteTop.setRotation(playerSprite.getRotation());
if (animAscend){
flameScale += 0.012;
flameSpriteTop.setScale(flameScale, flameSpriteBottom.getScale().y);
flameAnim++;
}
else if (!animAscend){
flameScale -= 0.012;
flameSpriteTop.setScale(flameScale, flameSpriteBottom.getScale().y);
flameAnim--;
}
collisionCircle[0].setPosition(playerSprite.getPosition().x + 20, playerSprite.getPosition().y + ((playerRotation / 3) + 2));
collisionCircle[1].setPosition(playerSprite.getPosition().x - (24 - (playerRotation / 5)), playerSprite.getPosition().y - ((playerRotation / 2) + 12));
collisionCircle[2].setPosition(playerSprite.getPosition().x - (24 + (playerRotation / 5)), playerSprite.getPosition().y - ((playerRotation / 2) - 14));
}
