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PVPBoard.cpp
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//
// PVPBoard.cpp
// HelloCpp
//
// Created by Zeyang Li on 4/16/13.
//
//
#include "DebugMisc.h"
#include "PVPBoard.h"
#include "PuzzleRPC.h"
#include "GameScene.h"
#include "SkillContext.h"
#include "URLHelpers.h"
#include "memstream.h"
#include "sha1.h"
#include "ScreenConsole.h"
#include "ButtonSprite.h"
#include "PvPEndGame.h"
#include "PvPUtils.h"
#include <algorithm>
#include <boost/tuple/tuple.hpp>
#include <boost/lexical_cast.hpp>
#include <boost/algorithm/string.hpp>
#include <boost/make_shared.hpp>
namespace PH
{
// static CCSpriteBatchNode* createBoardBackground(CCPoint p)
static CCSpriteBatchNode* createBoardBackground(bool useSuite2)
{
std::string lightTile = useSuite2 ? "ui/qipan_qian_pvp.png" : "ui/qipan_qian.png";
std::string darkTile = useSuite2 ? "ui/qipan_shen_pvp.png" : "ui/qipan_shen.png";
CCSpriteBatchNode* bgBatch = CCSpriteBatchNode::create("battleMisc.png");
// create board background
// assuming battleMisc.png has both qipan tile textures
for(int x = 0; x < BOARD_WIDTH; x++)
{
for(int y = 0; y < BOARD_HEIGHT; y++)
{
int index = x * BOARD_HEIGHT + y;
int color = index % 2;
CCSprite* tile = color == 0 ? GetSprite(lightTile) : GetSprite(darkTile);
tile->setAnchorPoint(ccp(0, 0));
tile->setPosition(g2w(Vec2i(x, y)));
bgBatch->addChild(tile);
}
}
return bgBatch;
}
//----------------------------------------------------
// PVPBoardLayer
bool PVPBoardLayer::init(const Player& p1, const Player& p2, const PvPConfig& config)
{
if(!CCLayer::init())
return false;
mConfig = config;
this->scheduleUpdate();
if(p1.uid == PlayerData::getInstance()->player->uid)
initStaticUI(p1, p2);
else
initStaticUI(p2, p1);
bool firstMove = p1.uid == PlayerData::getInstance()->player->uid;
//std::cout<< firstMove << std::endl;
if(firstMove)
{
mPlayer1 = createPlayerFromTeam(mBottomLayer, ccp(1, 80), p1, PlayerControl::PVP_SELF);
mPlayer2 = createPlayerFromTeam(mTopLayer, ccp(108, 780), p2, PlayerControl::PVP_RIVAL);
initPassiveSkill(mPlayer1, p1, mPlayer2);
initPassiveSkill(mPlayer2, p2, mPlayer1);
}
else
{
mPlayer1 = createPlayerFromTeam(mBottomLayer, ccp(1, 80), p2, PlayerControl::PVP_SELF);
mPlayer2 = createPlayerFromTeam(mTopLayer, ccp(108, 780), p1, PlayerControl::PVP_RIVAL);
initPassiveSkill(mPlayer1, p2, mPlayer2);
initPassiveSkill(mPlayer2, p1, mPlayer1);
}
mPlayer1->resist = mResist1;
mPlayer2->resist = mResist2;
LOGD("p1 health %f, p2 health %f\n", mPlayer1->getHealth(), mPlayer2->getHealth());
LOGD("after passive skill, p1 health %f, p2 health %f\n", mPlayer1->getHealth(), mPlayer2->getHealth());
// disable skills for player2
for(HeroControl* hc : mPlayer2->team)
hc->icon->setEnabled(false);
mIsMyTurn = firstMove;
// fill board for the first time. must be called last in init
mBoardControl->fillBoardFirstTime([=](){ return randGemWeighted(); });
this->disableUI();
if(mIsMyTurn)
{
mResult = BoardResultPtr(new BoardResult(mPlayer1->team));
mTaskQueue.enqueue( createStartAnimation() );
mTaskQueue.enqueue(TaskLambda::make([=]()
{
mHourGlass1->start(mConfig.moveTimeout, [=](){} );
this->enableUI();
}));
}
else
{
mResult = BoardResultPtr(new BoardResult(mPlayer2->team));
mTaskQueue.enqueue( createStartAnimation() );
mTaskQueue.enqueue(TaskLambda::make([=]()
{
mHourGlass2->start(mConfig.moveTimeout, [=](){this->onOpponentTimeout();} );
}));
}
PuzzleRPC::getInstance()->getPvP()->setInGameReceiver(this);
{
// must be delayed to after createStartAnimation
mBoardWhiteMask = GetSprite("ui/1x1_w.png");
mBoardWhiteMask->setAnchorPoint(ccp(0, 0));
mBoardWhiteMask->setPosition(ccp(0, 211));
mBoardWhiteMask->setScaleX(640 * contentScale());
mBoardWhiteMask->setScaleY(535 * contentScale());
mBoardWhiteMask->setOpacity(0);
this->addChild(mBoardWhiteMask, ORDER_BACKGROUND+1);
if(mIsMyTurn)
{
mTaskQueue.enqueue(TaskLambda::make([=]()
{
startBoardBreathAnim();
}));
}
}
return true;
}
bool PVPBoardLayer::initWithRecover(int seed,
int round,
const Player& p1,
const Player& p2,
const rapidjson::Value& battleState,
float skillTimeout,
float moveTimeout,
float skillTimeLeft,
float moveTimeLeft,
const rapidjson::Value& events)
{
if(!CCLayer::init())
return false;
/*
this->scheduleUpdate();
// this->schedule(schedule_selector(PVPBoardLayer::updateRival), 0.05);
if(p1.uid == PlayerData::getInstance()->player->uid)
initStaticUI(p1, p2);
else
initStaticUI(p2, p1);
std::string jsonStr = URLHelper::write(battleState);
LOGD("received battle state %s\n", jsonStr.c_str());
// recreate players
if(PlayerData::getInstance()->player->uid == p1.uid)
{
mPlayer1 = createPlayerFromTeam(mBottomLayer, ccp(1, 80), p1, PlayerControl::PVP_SELF);
mPlayer2 = createPlayerFromTeam(mTopLayer, ccp(1, 780), p2, PlayerControl::PVP_RIVAL);
}
else
{
mPlayer1 = createPlayerFromTeam(mBottomLayer, ccp(1, 80), p2, PlayerControl::PVP_SELF);
mPlayer2 = createPlayerFromTeam(mTopLayer, ccp(1, 780), p1, PlayerControl::PVP_RIVAL);
}
mPlayer1->resist = mResist1;
mPlayer2->resist = mResist2;
if(mPlayer1->uid < mPlayer2->uid)
{
//mPlayer1->recoverStates(battleState["player1"]);
//mPlayer2->recoverStates(battleState["player2"]);
}
else
{
//mPlayer1->recoverStates(battleState["player2"]);
//mPlayer2->recoverStates(battleState["player1"]);
}
std::string whoseTurn = battleState["whoseTurn"].GetString();
mIsMyTurn = whoseTurn == mPlayer1->uid;
if(mIsMyTurn)
{
mResult = BoardResultPtr(new BoardResult(mPlayer1->team));
mHourGlass1->start(ROUND_TIMEOUT, [=](){});
mTaskQueue.enqueue(TaskLambda::make([=](){ this->enableUI(); }));
}
else
{
mResult = BoardResultPtr(new BoardResult(mPlayer2->team));
mHourGlass2->start(ROUND_TIMEOUT, [=](){this->onOpponentTimeout();} );
mTaskQueue.enqueue(TaskLambda::make([=](){ this->disableUI(); }));
}
// reset timeout timers
// Restore grid
for(int i=0; i<mGemGrid.size(); i++)
{
using namespace rapidjson;
const Value& v = battleState["grid"][i];
GemUtils::GemColor color = (GemUtils::GemColor)v["color"].GetInt();
float damage = v["damage"].GetInt();
// BUG: not parsing bomb state
// mGemGrid(i) = Gem::create(Vec2i(i % BOARD_WIDTH, i / BOARD_WIDTH), color, mGemLayer);
}
*/
return true;
}
void PVPBoardLayer::initStaticUI(const Player& p1, const Player& p2)
{
{
mBG = GetSprite("pvp/pvp_bg.jpg");
mBG->setAnchorPoint(ccp(0, 0));
this->addChild(mBG, ORDER_BACKGROUND-1);
}
{
mBoardControl = BoardControl::make();
mBoardControl->root->setPosition(ccp(0, 211));
this->addChild(mBoardControl->root, ORDER_BOARD);
mGridArrow = GridArrow::create();
mBoardControl->root->addChild(mGridArrow, 99999);
}
{
mBoardBG = createBoardBackground(false);
mBoardBG->setPosition(ccp(0, 211));
mBoardBG->setAnchorPoint(ccp(0, 0));
this->addChild(mBoardBG, ORDER_BACKGROUND);
mBoardMask = GetSprite("ui/1x1_b.png");
mBoardMask->setAnchorPoint(ccp(0, 0));
mBoardMask->setScaleX(640 * contentScale());
mBoardMask->setScaleY(535 * contentScale());
mBoardMask->setPosition(ccp(0, 211));
mBoardMask->setOpacity(0);
this->addChild(mBoardMask, ORDER_MASK);
mWaitAckText = CCLabelBMFont::create("等待敌方行动...", "bmfont/wait_enemy_move.fnt");
mWaitAckText->setPosition(ccp(320, 480));
mWaitAckText->setOpacity(0);
this->addChild(mWaitAckText, ORDER_FLOAT);
}
// P2 basic info
{
CCLayer* topLayer = CCLayer::create();
this->addChild(topLayer, ORDER_HERO_ICON);
CCSprite* theirsDashboard = GetSprite("pvp_dashboard_theirs.png");
theirsDashboard->setAnchorPoint(ccp(0.0f, 1.0f));
theirsDashboard->setPosition(ccp(0, 960));
topLayer->addChild(theirsDashboard);
LabelX* name = LabelX::create(p2.name.c_str(), FONT_CN, 24);
name->setAnchorPoint(ccp(0, 0));
name->setPosition(ccp(40, 926));
topLayer->addChild(name);
CCLabelBMFont* level = CCLabelBMFont::create(toStr(p2.level).c_str(),
"bmfont/Sumo_22_yellow.fnt");
level->setAnchorPoint(ccp(0, 0));
level->setPosition(ccp(253, 926));
level->setScale(contentScale());
topLayer->addChild(level);
LabelX* title = LabelX::create(getTitleOfRepu(p2.pvpReputation).c_str(), FONT_CN, 24);
title->setAnchorPoint(ccp(0, 0));
title->setPosition(ccp(367, 926));
topLayer->addChild(title);
mHourGlass2 = PvPHourGlass::create();
mHourGlass2->setPosition(ccp(54, 830));
topLayer->addChild(mHourGlass2);
std::vector<float> resistance = calcResistance(p2.team);
for(int i=0; i<GemUtils::Health; i++)
{
float res = resistance[i];
CCLabelBMFont* l = CCLabelBMFont::create(toStr((int)(resistance[i] * 100 + 100)).c_str(),
GemUtils::resistanceFont((GemUtils::GemColor)i));
l->setScale(contentScale());
l->setAnchorPoint(ccp(0, 0));
int i2 = i;
if(i == 1)
i2 = 2;
else if(i == 2)
i2 = 1;
else if(i == 3)
i2 = 4;
else if(i == 4)
i2 = 3;
l->setPosition(ccp(68.0f + i2*88.5f, 891.0f));
topLayer->addChild(l);
mResist2.val[i] = res;
mResist2.label[i] = l;
}
mSmallTurnLabel = CCLabelBMFont::create("30/30", "bmfont/Sumo_22_yellow.fnt");
mSmallTurnLabel->setPosition(ccp(535, 30));
theirsDashboard->addChild(mSmallTurnLabel);
mTopLayer = topLayer;
}
// P1 basic info
{
CCLayer* bottomLayer = CCLayer::create();
this->addChild(bottomLayer, ORDER_HERO_ICON);
CCSprite* oursDashboard = GetSprite("pvp_dashboard_ours.png");
oursDashboard->setAnchorPoint(ccp(0, 0));
oursDashboard->setPosition(ccp(0, 0));
bottomLayer->addChild(oursDashboard);
LabelX* name = LabelX::create(p1.name.c_str(), FONT_CN, 24);
name->setAnchorPoint(ccp(0, 0));
name->setPosition(ccp(40, 38));
bottomLayer->addChild(name);
CCLabelBMFont* level = CCLabelBMFont::create(toStr(p1.level).c_str(),
"bmfont/Sumo_22_yellow.fnt");
level->setAnchorPoint(ccp(0, 0));
level->setPosition(ccp(253, 38));
level->setScale(contentScale());
bottomLayer->addChild(level);
LabelX* title = LabelX::create(getTitleOfRepu(p1.pvpReputation).c_str(), FONT_CN, 24);
title->setAnchorPoint(ccp(0, 0));
title->setPosition(ccp(367, 38));
bottomLayer->addChild(title);
mHourGlass1 = PvPHourGlass::create();
mHourGlass1->setPosition(ccp(580, 130));
bottomLayer->addChild(mHourGlass1);
std::vector<float> resistance = calcResistance(p1.team);
for(int i=0; i<GemUtils::Health; i++)
{
float res = resistance[i];
CCLabelBMFont* l = CCLabelBMFont::create(toStr((int)(resistance[i] * 100 + 100)).c_str(),
GemUtils::resistanceFont((GemUtils::GemColor)i));
l->setScale(contentScale());
int i2 = i;
if(i == 1)
i2 = 2;
else if(i == 2)
i2 = 1;
else if(i == 3)
i2 = 4;
else if(i == 4)
i2 = 3;
l->setAnchorPoint(ccp(0, 0));
l->setPosition(ccp(68.0f + i2*88.5f, 4.0f));
bottomLayer->addChild(l);
mResist1.val[i] = res;
mResist1.label[i] = l;
}
mBottomLayer = bottomLayer;
}
{
ButtonSprite* escape = ButtonSprite::create(createBtn("逃跑", ButtonType::NORMAL_RED),
createBtn("逃跑", ButtonType::NORMAL_RED));
escape->setOnClickListener([=](){ this->quitMatch(); });
escape->setAnchorPoint(ccp(0.5f, 0.5f));
escape->setPosition(ccp(542, 34));
mBottomLayer->addChild(escape, 1);
}
}
static CCSequence* showFadeRemove(CCSprite* s, float scale, float time)
{
return CCSequence::create(CCShow::create(),
CCSpawn::create(CCScaleTo::create(time, scale),
CCFadeOut::create(time),
NULL),
CCCallLambda::create([=]{s->removeFromParentAndCleanup(true);}),
NULL);
}
// This might be slow.
static TaskPtr fadeInNodes(CCNode* root, float time)
{
TaskBatchPtr batch = TaskBatch::make();
CCSprite* s = dynamic_cast<CCSprite*>(root);
if(s)
{
s->setOpacity(0);
batch << TaskAnim::make(s, CCFadeIn::create(time));
}
for(int i=0; i<root->getChildrenCount(); i++)
{
CCNode* n = static_cast<CCNode*>(root->getChildren()->objectAtIndex(i));
batch << fadeInNodes(n, time);
}
return batch;
}
static void runOnSprites(CCNode* root, boost::function<void(CCSprite*)> func)
{
TaskBatchPtr batch = TaskBatch::make();
CCSprite* s = dynamic_cast<CCSprite*>(root);
if(s)
func(s);
for(int i=0; i<root->getChildrenCount(); i++)
{
CCNode* n = static_cast<CCNode*>(root->getChildren()->objectAtIndex(i));
runOnSprites(n, func);
}
}
void PVPBoardLayer::startBoardBreathAnim()
{
/*
runOnSprites(mBoardBG, [=](CCSprite* s)
{
CCRepeatForever* repeat = CCRepeatForever::create(CCSequence::create(CCFadeTo::create(0.7, 80),
CCFadeTo::create(0.7, 255),
NULL));
s->runAction(repeat);
});
*/
CCRepeatForever* repeat = CCRepeatForever::create(CCSequence::create(CCFadeTo::create(0.6, 40),
CCFadeTo::create(0.7, 0),
NULL));
mBoardWhiteMask->runAction(repeat);
}
void PVPBoardLayer::stopBoardBreathAnim()
{
/*
runOnSprites(mBoardBG, [=](CCSprite* s)
{
s->stopAllActions();
s->runAction(CCFadeTo::create(0.3, 255));
});
*/
mBoardWhiteMask->stopAllActions();
mBoardWhiteMask->setOpacity(0);
}
std::string PVPBoardLayer::turnStr() const
{
return boost::lexical_cast<std::string>(mConfig.maxRound - mTurn/2) + "/" + boost::lexical_cast<std::string>(mConfig.maxRound);
}
TaskPtr PVPBoardLayer::createStartAnimation()
{
TaskSequencePtr seq = TaskSequence::make();
{
std::string countdowns[] = {"pvp_cd1.png", "pvp_cd2.png", "pvp_cd3.png"};
for(int i=0; i<3; i++)
{
CCSprite* s = GetSprite(countdowns[i]);
s->setPosition(ccp(320, 480));
s->setVisible(false);
this->addChild(s);
seq << TaskAnim::make(s, showFadeRemove(s, 1.6f, 0.4f));
}
}
TaskBatchPtr bb = TaskBatch::make();
{
CCSprite* v = GetSprite("pvp_v.png");
v->setAnchorPoint(ccp(0.9f, 0.4f));
v->setPosition(ccp(0, 480));
v->setVisible(false);
this->addChild(v);
CCSprite* s = GetSprite("pvp_s.png");
s->setAnchorPoint(ccp(0.1f, 0.6f));
s->setPosition(ccp(640, 480));
s->setVisible(false);
this->addChild(s);
bb << TaskAnim::make(v, CCSequence::create(CCShow::create(),
CCMoveTo::create(0.25f, ccp(320, 480)),
CCFadeOut::create(0.4f),
NULL));
bb << TaskAnim::make(s, CCSequence::create(CCShow::create(),
CCMoveTo::create(0.25f, ccp(320, 480)),
CCFadeOut::create(0.4f),
NULL));
// top/bottom dashboard animations
{
TaskBatchPtr batch = TaskBatch::make();
mTopLayer->setPosition(ccp(0, 220));
batch << TaskAnim::make(mTopLayer, CCMoveTo::create(0.4f, ccp(0, 0)));
mBottomLayer->setPosition(ccp(0, -220));
batch << TaskAnim::make(mBottomLayer, CCMoveTo::create(0.4f, ccp(0, 0)));
bb << TaskSequence::make(createDelay(this, 0.25f), batch);
}
// gem animations
{
TaskBatchPtr batch = TaskBatch::make();
batch << fadeInNodes(mBoardControl->root, 0.5f);
batch << fadeInNodes(mBoardBG, 0.5f);
bb << TaskSequence::make(createDelay(this, 0.5f), batch);
}
{
bb << TaskAnim::make(mBG, CCFadeTo::create(1.0f, 100));
}
seq << bb;
}
{
mRoundLabelUs = GetSprite("pvp_firsthand_ours.png");
mRoundLabelUs->setPosition(ccp(1000, 480));
this->addChild(mRoundLabelUs, ORDER_FLOAT);
mBigTurnLabelOurs = CCLabelBMFont::create(turnStr().c_str(), "bmfont/Sumo_36_yellow_turn.fnt");
mBigTurnLabelOurs->setAnchorPoint(ccp(0, 0));
mBigTurnLabelOurs->setPosition(ccp(180, 0));
mRoundLabelUs->addChild(mBigTurnLabelOurs);
}
{
mRoundLabelThem = GetSprite("pvp_firsthand_theirs.png");
mRoundLabelThem->setPosition(ccp(1000, 480));
this->addChild(mRoundLabelThem, ORDER_FLOAT);
mBigTurnLabelTheirs = CCLabelBMFont::create(turnStr().c_str(), "bmfont/Sumo_36_yellow_turn.fnt");
mBigTurnLabelTheirs->setAnchorPoint(ccp(0, 0));
mBigTurnLabelTheirs->setPosition(ccp(180, 0));
mRoundLabelThem->addChild(mBigTurnLabelTheirs);
}
{
CCSprite* s = mIsMyTurn ? mRoundLabelUs : mRoundLabelThem;
CCFiniteTimeAction* splashAction =
CCSequence::create(CCEaseElasticOut::create(CCMoveTo::create(0.4, ccp(320, 480)), 0.8f),
CCEaseElasticIn::create(CCMoveTo::create(0.4, ccp(-160, 480)), 0.8f),
NULL);
seq << TaskAnim::make(s, splashAction);
}
return seq;
}
void PVPBoardLayer::disableUI()
{
this->setTouchEnabled(false);
for(HeroControl* hc : mPlayer1->team)
hc->icon->setEnabled(false);
}
void PVPBoardLayer::enableUI()
{
this->setTouchEnabled(true);
for(HeroControl* hc : mPlayer1->team)
hc->icon->setEnabled(true);
}
void PVPBoardLayer::onSelfTimeout()
{
onTimeOut(); // same behavior as server notifying us timeout
}
void PVPBoardLayer::onOpponentTimeout()
{
PuzzleRPC::getInstance()->getPvP()->sendRivalShallTimeout();
}
void PVPBoardLayer::quitMatch()
{
SystemInform::alertConfirmPanel(this,
"是否离开战斗？逃跑会被判定为",
"逃跑",
[=]()
{
PuzzleRPC::getInstance()->getPvP()->sendQuitMatch();
// wait for onGameEnd
mLoading = SystemInform::alertLoading(this);;
},
[](){});
}
PlayerControlPtr PVPBoardLayer::createPlayerFromTeam(CCLayer* parent,
const CCPoint& p,
const Player& pp,
PlayerControl::Style style)
{
// Create and layout player related data and UI
PlayerControlPtr player = boost::make_shared<PlayerControl>(p, style);
player->uid = pp.uid;
int health = 0;
for(int i=0; i<pp.team.size(); i++)
{
if(pp.team[i] == NULL)
continue;
Hero hhx = *pp.team[i];
hhx.regen = int(hhx.regen * mConfig.healthFactor / 5.0f);
// make a copy of hero
Hero h = boostHeroStatsByRelations(hhx, pp.team);
float xbase = p.x + 106*i;
float ybase = p.y;
CCPoint p = ccp(xbase+4, ybase+4);
HeroControl* hc = new HeroControl(h, p, true);
hc->setOnClick([=](HeroIconItem* item)
{
const SkillInfo& skill = AST(hc->info.profile->pvpActiveSkillId);
if(hc->isSkillReady() || SKILL_NEED_NO_ENERGY)
{
SystemInform::alertSkill(this,
skill.name,
skill.desc,
toStr(hc->maxEnergyPvP),
CCPoint(320, 300),
[=]()
{
// if no longer in player's turn
if(!mIsMyTurn)
return;
int i =0;
for(; i<player->team.size(); i++)
if(player->team[i] == hc)
break;
PuzzleRPC::getInstance()->getPvP()->sendCastSkill(i);
// no ui interaction duration skill cast animations
this->disableUI();
castHeroSkill(item);
if(mPlayer2->isDead())
{
LOGD("skill cast. EndRound win\n");
// endDrag();
this->startTurn();
}
else if(mPlayer1->isDead()) // something happened that player killed himself.
{
LOGD("skill cast. EndRound loss\n");
// endDrag();
this->startTurn();
}
else
mTaskQueue.enqueue(TaskLambda::make( [=](){this->enableUI();} ));
},
[](){});
}
});
player->menu->addChild(hc->icon);
health += hc->health;
player->team.push_back(hc);
}
// set normal health
player->setMaxHealthDirectly(health, true);
// Initialize max health. This might be changed by passive skills
parent->addChild(player->healthBox->get());
// connect same skills
for(HeroControl* hc : player->team)
{
player->skillChain[hc->info.profile->pvpActiveSkillId].add(hc);
}
// connect menu
parent->addChild(player->menu, ORDER_HERO_ICON);
// connect timer box
parent->addChild(player->moveTimer.box, ORDER_FLOAT);
return player;
}
void PVPBoardLayer::initPassiveSkill(PlayerControlPtr player, const Player& pp, PlayerControlPtr other)
{
// Load player passive skills.
// this may change any already initialized properties.
if(player->team.size() > 0)
{
SkillContext::invokePvPPassive(this,
player,
other,
player->team.front());
}
// Adjust player health by a factor.
// healthSum * baseFactor * (1 + level / (level + baseLevel))
float adjustedMaxHealth = player->getMaxHealth() * mConfig.healthFactor * (1.0f + (float)pp.level / (pp.level + mConfig.healthBase));
player->setMaxHealthDirectly(adjustedMaxHealth, true);
}
void PVPBoardLayer::castHeroSkill(CCObject* sender)
{
HeroControl* hc = ((HeroIconItem*)sender)->getHeroControl();
auto batch = TaskBatch::make();
if( hc->buffGroup.invokeBuff("active.blind", batch) )
{
mTaskQueue.enqueue(batch);
return;
}
if(hc->isSkillReady() || SKILL_NEED_NO_ENERGY)
{
TaskSequencePtr seq = TaskSequence::make();
auto energyBatch = TaskBatch::make();
float energy = hc->energy;
// use up all energy
if( this->getAttacker()->buffGroup.invokeBuff("reduceEnergyCost", energyBatch) )
{
auto buff = this->getAttacker()->buffGroup.getBuffContent<FloatBuff>("reduceEnergyCost");
energy *= (std::min(buff->d1, 1.f));
this->getAttacker()->buffGroup.updateBuff("reduceEnergyCost");
}else
energy = 0;
energyBatch << hc->setEnergy(energy);
seq << energyBatch;
// no ui interaction duration skill cast animations
this->disableUI();
CCFiniteTimeAction* jump = createIconJumpSequence(hc->iconPositionFixed, 0.0f);
seq << TaskAnim::make(hc->icon, jump, false);
PlayerControlPtr attacker = getAttacker();
attacker->skillChain[hc->info.profile->pvpActiveSkillId].startCooldown();
seq << SkillContext::invokePvP(this, hc, mTurn);
mTaskQueue.enqueue(seq);
}
else
{
LOGD("skill not ready or hero is not allowed to use skill, %.2f/%f\n",
hc->energy,
hc->maxEnergy);
}
}
void PVPBoardLayer::toJson(rapidjson::Value& o,
rapidjson::Document::AllocatorType& alloc)
{
using namespace rapidjson;
// mark version
o.AddMember("version", PH_VERSION, alloc);
// turn
o.AddMember("turn", mTurn, alloc);
// players
Value p1(kObjectType);
mPlayer1->vSerialize(p1, alloc);
Value p2(kObjectType);
mPlayer2->vSerialize(p2, alloc);
std::string whoseTurn = mIsMyTurn ? mPlayer1->uid : mPlayer2->uid;
o.AddMember("whoseTurn", whoseTurn, alloc);
// make sure that first move player is always player1
if(mPlayer1->uid < mPlayer2->uid)
{
o.AddMember("player1", p1, alloc);
o.AddMember("player2", p2, alloc);
}
else
{
o.AddMember("player1", p2, alloc);
o.AddMember("player2", p1, alloc);
}
// grid info
Value gridJson(kArrayType);
mBoardControl->vSerialize(gridJson, alloc);
o.AddMember("grid", gridJson, alloc);
std::string randStr = PvPRand::toStr();
std::string randStr64 = base64_encode((unsigned char const*)randStr.c_str(),
randStr.size());
o.AddMember("randState", randStr64, alloc);
}
bool PVPBoardLayer::onRivalBoardMove(int srcx, int srcy, int dstx, int dsty)
{
Vec2i src(srcx, srcy);
Vec2i dst(dstx, dsty);
TaskBatchPtr batch = TaskBatch::make();
TaskPtr p1 = moveGemAnimSlow(mBoardControl->get(src)->root, dst);
TaskPtr p2 = moveGemAnimSlow(mBoardControl->get(dst)->root, src);
batch << p1;
batch << p2;
batch << TaskSound::make("sound/v/drag_gem.mp3");
mBoardControl->swapGem(src, dst);
mTaskQueue.enqueue(batch);
/*
// clamp src with prev dst
if(mGridArrow->size())
mGridArrow->addPoint(dst);
else
{
mGridArrow->addPoint(src);
mGridArrow->addPoint(dst);
}*/
return true;
}
bool PVPBoardLayer::onRivalCastSkill(int heroSlotId)
{
LOGD("rival hero slot id %d\n", heroSlotId);
castHeroSkill(getAttacker()->team[heroSlotId]->icon);
return true;
}
bool PVPBoardLayer::onRivalEndRound(std::string stateHash, PH::PvPEndGame victory)
{
mGridArrow->clear();
// begin calculating current turn.
this->startTurn();
// compute and verify state hashes
std::string remoteHash = stateHash;
rapidjson::Document doc;
doc.SetObject();
this->toJson(doc, doc.GetAllocator());
std::string localHash = URLHelper::sha1FromJson(doc);
if(remoteHash != localHash)
{
LOGD("!!! Out of sync error:\n");
LOGD("\tlocal remote hash %s/%s\n", localHash.c_str(), remoteHash.c_str());
std::string localState = URLHelper::write(doc).c_str();
LOGD("\tlocal state: %s\n", localState.c_str());
LOGD("\tstill send ack for server resolution\n");
PuzzleRPC::getInstance()->getPvP()->sendAckEndRound(this, PvPEndGame::NONE);
}
else
{
LOGD("\tRemote/local hashes agree. Game is in sync\n");
if(mPlayer2->isDead() && victory != PvPEndGame::NONE)
{
LOGD("AckEndRound win\n");
PuzzleRPC::getInstance()->getPvP()->sendAckEndRound(this, PvPEndGame::WIN);
}
else if(mPlayer1->isDead() && victory != PvPEndGame::NONE)
{
LOGD("AckEndRound loss\n");
PuzzleRPC::getInstance()->getPvP()->sendAckEndRound(this, PvPEndGame::LOSS);
}
else
{
PuzzleRPC::getInstance()->getPvP()->sendAckEndRound(this, PvPEndGame::NONE);
}
}
return true;
}
bool PVPBoardLayer::onGameEnd(PH::PvPEndGame victory, int reputationGain, int scoreGain)
{
// in case we encounter a delay
if(mLoading)
{
mLoading->cancel();
mLoading = NULL;
}
if(mWaitReconnect)
{
this->unschedule(schedule_selector(PVPBoardLayer::updateReconnectTimeout));
mWaitReconnect->cancel();
mWaitReconnect = NULL;
}
LOGD("GameEnd now, victory status %d, reputation +%d, score +%d\n",
victory, reputationGain, scoreGain);
if(victory == PvPEndGame::WIN)
{
TaskPtr endAnim = createVictoryAnim(this, ccp(320, 480));
mTaskQueue.enqueue(endAnim);
}
else if(victory == PvPEndGame::LOSS)
{
TaskPtr endAnim = createDefeatAnim(this, ccp(320, 480));
mTaskQueue.enqueue(endAnim);
}
else
; // do nothing on tie
mTaskQueue.enqueue(TaskLambda::make([=]()
{
transitionToGameScene(victory,
reputationGain,
scoreGain,
mTurn);
}));
return true;
}
void PVPBoardLayer::updateReconnectTimeout(float dt)
{
mReconnectTimeout--;
mReconnectTimeout = std::max(0, mReconnectTimeout);
mWaitReconnect->setMessage("正在等待对手重连...\n" + boost::lexical_cast<std::string>(mReconnectTimeout) + "秒");
}
bool PVPBoardLayer::onRivalDisconnect(int timeout)
{
mReconnectTimeout = timeout;
mWaitReconnect = LoadingDialog::create(runningScene(),
"对手掉线",
"正在等待对手重连...\n" + boost::lexical_cast<std::string>(mReconnectTimeout) + "秒");
this->schedule(schedule_selector(PVPBoardLayer::updateReconnectTimeout), 1.0f);
return true;
}
bool PVPBoardLayer::onRivalReconnect()
{
if(mWaitReconnect)
{
mWaitReconnect->cancel();
mWaitReconnect = NULL;
this->unschedule(schedule_selector(PVPBoardLayer::updateReconnectTimeout));
}
return true;
}