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#include "d/lyt/d_lyt_battery.h"
#include "d/d_d2d.h"
#include "d/d_pad.h"
#include "egg/core/eggController.h"
#include "m/m_pad.h"
#include "toBeSorted/arc_managers/layout_arc_manager.h"
STATE_DEFINE(dLytBattery_c, Off);
STATE_DEFINE(dLytBattery_c, In);
STATE_DEFINE(dLytBattery_c, On);
STATE_DEFINE(dLytBattery_c, None);
STATE_DEFINE(dLytBattery_c, Out);
static const d2d::LytBrlanMapping brlanMap[] = {
{ "denchi_00_in.brlan", "G_inOut_00"},
{"denchi_00_none.brlan", "G_inOut_00"},
{"denchi_00_loop.brlan", "G_loop_00"},
{ "denchi_00_out.brlan", "G_inOut_00"},
};
dLytBattery_c *dLytBattery_c::sInstance;
#define LYT_BATTERY_ANIM_IN 0
#define LYT_BATTERY_ANIM_NONE 1
#define LYT_BATTERY_ANIM_LOOP 2
#define LYT_BATTERY_ANIM_OUT 3
bool dLytBattery_c::create() {
new dLytBattery_c();
if (sInstance == nullptr) {
return false;
}
sInstance->init();
return true;
}
bool dLytBattery_c::draw() {
if (sInstance != nullptr) {
sInstance->doDraw();
}
return true;
}
bool dLytBattery_c::init() {
void *data = LayoutArcManager::GetInstance()->getLoadedData("System2D");
mResAcc.attach(data, "");
mLyt.setResAcc(&mResAcc);
mLyt.build("denchi_00.brlyt", nullptr);
for (int i = 0; i < 4; i++) {
mAnmGroups[i].init(brlanMap[i].mFile, &mResAcc, mLyt.getLayout(), brlanMap[i].mName);
mAnmGroups[i].bind(false);
mAnmGroups[i].setAnimEnable(false);
}
mAnmGroups[LYT_BATTERY_ANIM_LOOP].setAnimEnable(true);
mStateMgr.changeState(StateID_Off);
mLyt.calc();
mDismissManually = false;
return true;
}
bool dLytBattery_c::doDraw() {
mStateMgr.executeState();
if (*mStateMgr.getStateID() != StateID_Off) {
for (int i = 0; i < 4; i++) {
if (mAnmGroups[i].isEnabled()) {
mAnmGroups[i].play();
}
}
mLyt.calc();
d2d::defaultSet();
mLyt.draw();
}
return true;
}
bool dLytBattery_c::dismissManually() {
if (*mStateMgr.getStateID() != StateID_On) {
return false;
}
mDismissManually = true;
return true;
}
bool dLytBattery_c::hasEnoughBatteryCharge() {
if (mPad::getCore()->isConnected() && (dPad::ex_c::isLowBattery() || dPad::ex_c::isOutOfBattery())) {
return false;
}
return true;
}
void dLytBattery_c::initializeState_Off() {}
void dLytBattery_c::executeState_Off() {
if (!hasEnoughBatteryCharge()) {
mAnmGroups[LYT_BATTERY_ANIM_IN].setAnimEnable(true);
mAnmGroups[LYT_BATTERY_ANIM_IN].setFrame(0.0f);
mStateMgr.changeState(StateID_In);
}
}
void dLytBattery_c::finalizeState_Off() {}
void dLytBattery_c::initializeState_In() {}
void dLytBattery_c::executeState_In() {
if (mAnmGroups[LYT_BATTERY_ANIM_IN].isEndReached()) {
mAnmGroups[LYT_BATTERY_ANIM_IN].setAnimEnable(false);
mStateMgr.changeState(StateID_On);
}
}
void dLytBattery_c::finalizeState_In() {}
void dLytBattery_c::initializeState_On() {}
void dLytBattery_c::executeState_On() {
if (mDismissManually == true) {
mDismissManually = false;
mStateMgr.changeState(StateID_None);
} else {
if (hasEnoughBatteryCharge()) {
mAnmGroups[LYT_BATTERY_ANIM_OUT].setAnimEnable(true);
mAnmGroups[LYT_BATTERY_ANIM_OUT].setFrame(0.0f);
mStateMgr.changeState(StateID_Out);
}
}
}
void dLytBattery_c::finalizeState_On() {}
void dLytBattery_c::initializeState_None() {
d2d::AnmGroup_c &grp = mAnmGroups[LYT_BATTERY_ANIM_NONE];
grp.setAnimEnable(true);
grp.setFrame(0.0f);
}
void dLytBattery_c::executeState_None() {
d2d::AnmGroup_c &grp = mAnmGroups[LYT_BATTERY_ANIM_NONE];
if (grp.isEndReached()) {
grp.setAnimEnable(false);
}
if (hasEnoughBatteryCharge()) {
mAnmGroups[LYT_BATTERY_ANIM_OUT].setAnimEnable(true);
mAnmGroups[LYT_BATTERY_ANIM_OUT].setFrame(0.0f);
mStateMgr.changeState(StateID_Out);
}
}
void dLytBattery_c::finalizeState_None() {}
void dLytBattery_c::initializeState_Out() {}
void dLytBattery_c::executeState_Out() {
if (mAnmGroups[LYT_BATTERY_ANIM_OUT].isEndReached()) {
mAnmGroups[LYT_BATTERY_ANIM_OUT].setAnimEnable(false);
mStateMgr.changeState(StateID_Off);
}
}
void dLytBattery_c::finalizeState_Out() {}
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