void EngineStage::setup()
{
globals.clearMessage();
// Dealloc data
dealloc();
// Retrieve player skill and gen new tunnel
PlayerLevel skillLevel = player->getSkillLevel();
// Setup player and tunnel params
Vector3 origin = Vector3::ZERO;
Vector3 forward = globals.tunnelReferenceForward;
Quaternion rot = Quaternion(1, 0, 0, 0);
//if (!configStageType(globals.configPath, globals.configBackup, "globalConfig"))
// globals.setMessage("WARNING: Failed to read configuration", MESSAGE_ERROR);
globals.maxCamSpeed = skillLevel.maxSpeed;
globals.stageTotalTargets1 = globals.stageTotalSignals * (globals.podNBackChance / 100.0);
globals.stageTotalTargets2 = globals.stageTotalSignals * (globals.podNBackChance / 100.0);
globals.stageTotalTargets3 = globals.stageTotalSignals * (globals.podNBackChance / 100.0);
StageMode nmode = STAGE_MODE_PROFICIENCY;
StageRequest level = player->getLevels()->retrieveLevel(player->getLevelRequestRow(), player->getLevelRequestCol());
int nlevel = level.nback;
switch (level.phase)
{
case 'A':
{
nmode = STAGE_MODE_COLLECTION;
globals.signalTypes = std::vector<std::vector<PodInfo> >(4);
globals.signalTypes[POD_SIGNAL_1].push_back(PodInfo(POD_SIGNAL_1, POD_FUEL, POD_COLOR_BLUE, POD_SHAPE_UNKNOWN, POD_SOUND_1));
globals.signalTypes[POD_SIGNAL_2].push_back(PodInfo(POD_SIGNAL_2, POD_FUEL, POD_COLOR_GREEN, POD_SHAPE_UNKNOWN, POD_SOUND_2));
globals.signalTypes[POD_SIGNAL_3].push_back(PodInfo(POD_SIGNAL_3, POD_FUEL, POD_COLOR_PINK, POD_SHAPE_UNKNOWN, POD_SOUND_3));
globals.signalTypes[POD_SIGNAL_4].push_back(PodInfo(POD_SIGNAL_4, POD_FUEL, POD_COLOR_YELLOW, POD_SHAPE_UNKNOWN, POD_SOUND_4));
//globals.setBigMessage(Util::toStringInt(nlevel) + "-Back");
globals.appendMessage("\nObtain matches by Color!", MESSAGE_NORMAL);
break;
}
case 'B':
{
nmode = STAGE_MODE_COLLECTION;
globals.signalTypes = std::vector<std::vector<PodInfo> >(4);
globals.signalTypes[POD_SIGNAL_1].push_back(PodInfo(POD_SIGNAL_1, POD_FUEL, POD_COLOR_UNKNOWN, POD_SHAPE_DIAMOND, POD_SOUND_1));
globals.signalTypes[POD_SIGNAL_2].push_back(PodInfo(POD_SIGNAL_2, POD_FUEL, POD_COLOR_UNKNOWN, POD_SHAPE_SPHERE, POD_SOUND_2));
globals.signalTypes[POD_SIGNAL_3].push_back(PodInfo(POD_SIGNAL_3, POD_FUEL, POD_COLOR_UNKNOWN, POD_SHAPE_CONE, POD_SOUND_3));
globals.signalTypes[POD_SIGNAL_4].push_back(PodInfo(POD_SIGNAL_4, POD_FUEL, POD_COLOR_UNKNOWN, POD_SHAPE_TRIANGLE, POD_SOUND_4));
//globals.setBigMessage(Util::toStringInt(nlevel) + "-Back");
globals.appendMessage("Obtain matches by Shape!", MESSAGE_NORMAL);
break;
}
case 'C':
{
nmode = STAGE_MODE_COLLECTION;
globals.signalTypes = std::vector<std::vector<PodInfo> >(4);
globals.signalTypes[POD_SIGNAL_1].push_back(PodInfo(POD_SIGNAL_1, POD_FUEL, POD_COLOR_HOLDOUT, POD_SHAPE_UNKNOWN, POD_SOUND_1));
globals.signalTypes[POD_SIGNAL_2].push_back(PodInfo(POD_SIGNAL_2, POD_FUEL, POD_COLOR_HOLDOUT, POD_SHAPE_UNKNOWN, POD_SOUND_2));
globals.signalTypes[POD_SIGNAL_3].push_back(PodInfo(POD_SIGNAL_3, POD_FUEL, POD_COLOR_HOLDOUT, POD_SHAPE_UNKNOWN, POD_SOUND_3));
globals.signalTypes[POD_SIGNAL_4].push_back(PodInfo(POD_SIGNAL_4, POD_FUEL, POD_COLOR_HOLDOUT, POD_SHAPE_UNKNOWN, POD_SOUND_4));
//globals.setBigMessage(Util::toStringInt(nlevel) + "-Back");
globals.setMessage("Obtain matches by only sound!", MESSAGE_NORMAL);
break;
}
case 'D':
nmode = STAGE_MODE_COLLECTION;
globals.signalTypes = std::vector<std::vector<PodInfo> >(4);
globals.signalTypes[POD_SIGNAL_1].push_back(PodInfo(POD_SIGNAL_1, POD_FUEL, POD_COLOR_BLUE, POD_SHAPE_DIAMOND, POD_SOUND_1));
globals.signalTypes[POD_SIGNAL_2].push_back(PodInfo(POD_SIGNAL_2, POD_FUEL, POD_COLOR_GREEN, POD_SHAPE_SPHERE, POD_SOUND_2));
globals.signalTypes[POD_SIGNAL_3].push_back(PodInfo(POD_SIGNAL_3, POD_FUEL, POD_COLOR_PINK, POD_SHAPE_CONE, POD_SOUND_3));
globals.signalTypes[POD_SIGNAL_4].push_back(PodInfo(POD_SIGNAL_4, POD_FUEL, POD_COLOR_YELLOW, POD_SHAPE_TRIANGLE, POD_SOUND_4));
//globals.setBigMessage(Util::toStringInt(nlevel) + "-Back");
globals.setMessage("Obtain matching signals!", MESSAGE_NORMAL);
break;
case 'E':
nmode = STAGE_MODE_RECESS;
globals.signalTypes.clear();
if (level.initCamSpeed <= 15) // For starting slower stages, be nicer
globals.stageTotalCollections = (level.minCamSpeed + level.maxCamSpeed) / 3.0 * level.stageTime / Util::getModdedLengthByNumSegments(globals, globals.tunnelSegmentsPerPod);
else
globals.stageTotalCollections = (level.minCamSpeed + level.maxCamSpeed) / 2.5 * level.stageTime / Util::getModdedLengthByNumSegments(globals, globals.tunnelSegmentsPerPod);
//globals.setBigMessage("Recess!");
globals.setMessage("Reach the end! Grab Fuel Cells!", MESSAGE_NORMAL);
break;
case 'F':
nmode = STAGE_MODE_TEACHING;
globals.signalTypes.clear();
//globals.setBigMessage("Training!");
globals.setMessage("Grab Fuel Cells!", MESSAGE_NORMAL);
break;
}
globals.initCamSpeed = level.initCamSpeed;
globals.minCamSpeed = level.minCamSpeed;
globals.maxCamSpeed = level.maxCamSpeed;
tunnel = new Tunnel(
OgreFramework::getSingletonPtr()->m_pSceneMgrMain->getRootSceneNode(),
origin + forward * (globals.tunnelSegmentWidth / 2),
rot,
globals.tunnelSegmentWidth,
globals.tunnelSegmentDepth,
globals.tunnelMinAngleTurn,
globals.tunnelMaxAngleTurn,
1, // replace or remove...
nmode,
level.phase, // replace or remove...
nlevel,
level.stageTime,
SOUTH,
globals.tunnelSegmentsPerSection,
globals.tunnelSegmentsPerPod,
globals.tunnelSegmentsPerDistractors,
globals.tunnelSegmentsPerPowerup,
globals.signalTypes,
level.powerups);
tunnel->link(player);
player->link(tunnel);
tunnel->setHoldout(level.hasHoldout,level.holdoutFrequency);
if (tunnel->getMode() == STAGE_MODE_RECESS)
{
// Assign nav levels in an incremental order specified by Liam's formula if the mode is recess
// Therefore, the level parameter provided looks at the nav level provided as the starting index
tunnel->setNavigationLevels(level.navLevels[0].level, globals.navMap.size() - 1, level.tunnelSectionsPerNavLevel);
}
else
{
// Otherwise, nav levels provided by the parameters
tunnel->setNavigationLevels(level.navLevels, level.tunnelSectionsPerNavLevel);
}
tunnel->setCollectionCriteria(level.collectionCriteria);
tunnel->constructTunnel(level.nameTunnelTile, globals.tunnelSections);
player->newTunnel(level.nameMusic);
player->setSpeedParameters(globals.initCamSpeed, globals.minCamSpeed, globals.maxCamSpeed);
Util::setSkyboxAndFog(level.nameSkybox);
/*
if (skillLevel.set1Notify)
globals.setBigMessage("Congratulations! You earned " + Util::toStringInt(nlevel) + "-Back!");
else
{
if (skillLevel.set1Rep >= 2)
globals.setBigMessage(Util::toStringInt(nlevel) + "-Back. Challenge Round!");
else
globals.setBigMessage(Util::toStringInt(nlevel) + "-Back");
}
globals.setMessage("Match by Color!", MESSAGE_NORMAL);
*/
hud = new HudStage(player, tunnel);
Quaternion camRot = player->getCombinedRotAndRoll();
// Set lighting
lightMain = OgreFramework::getSingletonPtr()->m_pSceneMgrMain->createLight("StageLight");
lightMain->setDiffuseColour(1.0, 1.0, 1.0);
lightMain->setSpecularColour(1.0, 1.0, 1.0);
//lightMain->setAttenuation(10, 1.0, 0.0001, 0.0);
lightNode = OgreFramework::getSingletonPtr()->m_pSceneMgrMain->getRootSceneNode()->createChildSceneNode("lightNode");
lightNode->attachObject(lightMain);
// Set initial transformations for camera, light, skynode
OgreFramework::getSingletonPtr()->m_pCameraMain->setPosition(player->getCamPos());
OgreFramework::getSingletonPtr()->m_pCameraMain->setOrientation(camRot);
if (OgreFramework::getSingletonPtr()->m_pSceneMgrMain->getSkyPlaneNode())
OgreFramework::getSingletonPtr()->m_pSceneMgrMain->getSkyPlaneNode()->setOrientation(player->getCombinedRotAndRoll());
if (lightNode)
lightNode->setPosition(OgreFramework::getSingletonPtr()->m_pCameraMain->getPosition());
// Set tutorial slides for certain thingies
if (tunnel->getMode() == STAGE_MODE_RECESS || tunnel->getMode() == STAGE_MODE_TEACHING || tunnel->getHighestCriteria() <= 0)
player->getTutorialMgr()->setSlides(TutorialManager::TUTORIAL_SLIDES_ZERO_BACK);
if (tunnel->getHighestCriteria() == 1)
player->getTutorialMgr()->setSlides(TutorialManager::TUTORIAL_SLIDES_ONE_BACK);
if (tunnel->getHighestCriteria() == 2)
player->getTutorialMgr()->setSlides(TutorialManager::TUTORIAL_SLIDES_TWO_BACK);
if (tunnel->getPhase() == 'A')
player->getTutorialMgr()->setSlides(TutorialManager::TUTORIAL_SLIDES_COLOR_SOUND);
if (tunnel->getPhase() == 'B')
player->getTutorialMgr()->setSlides(TutorialManager::TUTORIAL_SLIDES_SHAPE_SOUND);
if (tunnel->getPhase() == 'C')
player->getTutorialMgr()->setSlides(TutorialManager::TUTORIAL_SLIDES_SOUND_ONLY);
if (tunnel->getPhase() == 'D')
player->getTutorialMgr()->setSlides(TutorialManager::TUTORIAL_SLIDES_HOLDOUT);
spinVelocity = 0.0f;
spinVelocityTarget = 0.0f;
damping = 0.0f;
freeMotion = false;
}
PodInfo Pod::getPodInfo() const
{
return PodInfo(podSignal, mtype, podColor, podShape, podSound, loc, podGood, podTrigger, podTaken, podZapped);
}
// This version follows a schedule specified when LevelManager was initialized
//
// Very big function...
// Hardcoded settings for five different area. Until the json files are implemented, this will
// be more modular. For now, it'll do.
Tunnel* LevelManager::getNextLevel(Tunnel* previousTunnel)
{
// Extract previous information as the previous tunnel still exists
Vector3 newOrigin = Vector3(0, 0, 0) + globals.tunnelReferenceForward * (globals.tunnelSegmentWidth / 2);
Quaternion newRot = Quaternion(1, 0, 0, 0);
Vector3 newForward = globals.tunnelReferenceForward;
int oldNBack = previousTunnel ? previousTunnel->getNBack() : 0;
GameMode oldGameMode = previousTunnel ? previousTunnel->getMode() : GAME_TIMED;
if (previousTunnel)
{
delete previousTunnel;
}
GameMode nmode = GAME_PROFICIENCY;
int nlevel = 0;
int ncontrol = 1;
if (!configStageType(globals.configPath, globals.configBackup, "globalConfig"))
globals.setMessage("WARNING: Failed to read configuration", MESSAGE_ERROR);
PlayerLevel skillLevel = player->getSkillLevel(); // Updated in previous tunnel and referenced for new tunnel
nlevel = skillLevel.set1;
ncontrol = 1;
nmode = GAME_PROFICIENCY;
globals.initCamSpeed = skillLevel.runSpeed1;
globals.maxCamSpeed = skillLevel.maxSpeed;
if (skillLevel.set1Rep <= 0)
{
if (!configStageType(globals.configPath, globals.configBackup, "Arep1"))
globals.setMessage("WARNING: Failed to read configuration", MESSAGE_ERROR);
}
else if (skillLevel.set1Rep <= 1)
{
if (!configStageType(globals.configPath, globals.configBackup, "Arep2"))
globals.setMessage("WARNING: Failed to read configuration", MESSAGE_ERROR);
}
else
{
if (!configStageType(globals.configPath, globals.configBackup, "Arep3"))
globals.setMessage("WARNING: Failed to read configuration", MESSAGE_ERROR);
}
globals.stageTotalTargets1 = globals.stageTotalSignals * (globals.podNBackChance / 100.0);
globals.stageTotalTargets2 = globals.stageTotalSignals * (globals.podNBackChance / 100.0);
globals.stageTotalTargets3 = globals.stageTotalSignals * (globals.podNBackChance / 100.0);
globals.signalTypes = std::vector<std::vector<PodInfo> >(4);
globals.signalTypes[POD_SIGNAL_1].push_back(PodInfo(POD_SIGNAL_1, POD_BASIC, POD_COLOR_BLUE, POD_SHAPE_SPHERE, POD_SOUND_1));
globals.signalTypes[POD_SIGNAL_2].push_back(PodInfo(POD_SIGNAL_2, POD_BASIC, POD_COLOR_GREEN, POD_SHAPE_SPHERE, POD_SOUND_2));
globals.signalTypes[POD_SIGNAL_3].push_back(PodInfo(POD_SIGNAL_3, POD_BASIC, POD_COLOR_PINK, POD_SHAPE_SPHERE, POD_SOUND_3));
globals.signalTypes[POD_SIGNAL_4].push_back(PodInfo(POD_SIGNAL_4, POD_BASIC, POD_COLOR_YELLOW, POD_SHAPE_SPHERE, POD_SOUND_4));
if (skillLevel.set1Notify)
globals.setBigMessage("Congratulations! You earned " + Util::toStringInt(nlevel) + "-Back!");
else
{
if (skillLevel.set1Rep >= 2)
globals.setBigMessage(Util::toStringInt(nlevel) + "-Back. Challenge Round!");
else
globals.setBigMessage(Util::toStringInt(nlevel) + "-Back");
}
globals.setMessage("Match by Color!", MESSAGE_NORMAL);
Tunnel* ret = new Tunnel(
OgreFramework::getSingletonPtr()->m_pSceneMgrMain->getRootSceneNode(),
newOrigin + newForward * (globals.tunnelSegmentWidth / 2),
newRot,
globals.tunnelSegmentWidth,
globals.tunnelSegmentDepth,
globals.tunnelMinAngleTurn,
globals.tunnelMaxAngleTurn,
getSchedNo(),
nmode,
getScheduleValue(),
nlevel,
ncontrol,
SOUTH,
globals.tunnelSegmentsPerSection,
globals.tunnelSegmentsPerPod,
globals.tunnelSegmentsPerDistractors,
globals.signalTypes);
return ret;
}
