bool Slider::setPosition(float val) {
float oldposition = position;
position = min(val,getMaxValue());
position = max(position,getMinValue());
if (getShowValueHint()) {
std::wstringstream s;
s << L" " << position << L" ";
button->setHintText(s.str().c_str());
button->instantHintUpdate();
}
if (horizontal) {
button->setPosX(getPosX()+
getWidth()/(getMaxValue()-getMinValue())*(getPosition()-getMinValue())
-button->getWidth()/2);
button->setPosY(getPosY()+getHeight()/2-button->getHeight()/2);
} else {
button->setPosY(getPosY()+getHeight()-
getHeight()/(getMaxValue()-getMinValue())*(getPosition()-getMinValue())
-button->getHeight()/2);
button->setPosX(getPosX()+getWidth()/2-button->getWidth()/2);
}
if (position != oldposition) return true;
else return false;
}
void Text::update(){
if(ContainsFlags(m_TextAtt,FADING) &&
getAlpha() != 0){
setColor(getColor(),getAlpha()-2);
}
if(ContainsFlags(m_TextAtt,RISING)){
setPosition(getPosX(),getPosY()-0.5);
}
if(ContainsFlags(m_TextAtt,FALLING)){
setPosition(getPosX(),getPosY()+0.5);
}
if(ContainsFlags(m_TextAtt,SHRINKING) &&
getSize() > 0){
setSize(getSize()-1);
}
if(ContainsFlags(m_TextAtt,GROWING)){
setSize(getSize()+1);
}
if(ContainsFlags(m_TextAtt,TO_THE_LEFT)){
setPosition(getPosX()-0.5,getPosY());
}
if(ContainsFlags(m_TextAtt,TO_THE_RIGHT)){
setPosition(getPosX()+0.5,getPosY());
}
}
bool Button::isMouseOver(float mouseData[]) {
if (mouseOverIsTrue) return true;
if (elliptical == true) {
float center_x = getPosX()+getWidth()/2;
float center_y = getPosY()+getHeight()/2;
float pos_x = mouseData[0];
float pos_y = mouseData[1];
float d = pow(((pos_x-center_x)*2/getWidth()),2.0f)+ pow((pos_y-center_y)*2/getHeight(),2.0f);
if (d > 1.0f) return false;
else return true;
} else {
if ((mouseData[0] >= getPosX()) && (mouseData[0] <= getPosX()+getWidth()) &&
(mouseData[1] >= getPosY()) && (mouseData[1] <= getPosY()+getHeight()) )
return true;
else
return false;
}
}
int CrawlerUnit::selectWeapon(int index) {
debugC(DEBUG_MOONBASE_AI, "Crawler weapon select");
int myUnit = _ai->getClosestUnit(getPosX(), getPosY(), _ai->getMaxX(), _ai->getCurrentPlayer(), 1, 0, 0, 0);
int dist = _ai->getDistance(_ai->getHubX(myUnit), _ai->getHubY(myUnit), getPosX(), getPosY());
int x = getPosX();
int y = getPosY();
int energy = _ai->getPlayerEnergy();
int terrain = _ai->getTerrain(x, y);
if (terrain != TERRAIN_TYPE_WATER) {
if ((energy > 2) && (dist < 220)) {
return ITEM_RECLAIMER;
} else {
return ITEM_BOMB;
}
} else {
if (energy > 6) {
return ITEM_CRAWLER;
}
if (energy > 2) {
if (_ai->_vm->_rnd.getRandomNumber(1)) {
return ITEM_MINE;
} else {
return ITEM_TIME_EXPIRED;
}
}
}
return SKIP_TURN;
}
Common::Point *MineUnit::createTargetPos(int index, int distance, int weaponType, int sourceX, int sourceY) {
float ratio;
Common::Point *targetPos = new Common::Point;
switch (weaponType) {
case ITEM_BOMB:
targetPos->x = getPosX();
targetPos->y = getPosY();
break;
case ITEM_CLUSTER:
targetPos->x = getPosX();
targetPos->y = getPosY();
break;
case ITEM_EMP:
ratio = 1 - (getRadius() / static_cast<float>(distance - 20));
targetPos->x = (int16)(sourceX + ratio * (getPosX() - sourceX));
targetPos->y = (int16)(sourceY + ratio * (getPosY() - sourceY));
break;
default:
targetPos->x = getPosX();
targetPos->y = getPosY();
break;
}
return targetPos;
}
//adds a character to the text array
void textIn::addChar(int _c){
//creates a text graphic assigns a font and colour and size and pushes it to back of text vector
sf::Text temp;
temp.setFont(font);
temp.setString( static_cast<char>(_c));
temp.setColor(sf::Color::White);
temp.setCharacterSize(getHeight());
text.push_back(temp);
if(_c == 32){
text.back().setString("_");
}
//if it is the first in the array set the position of the first character to be within the start of the text box
if(text.size() == 1){
text.at(0).setPosition(getPosX(), getPosY() - (getHeight()/5));
}else{
//this puts the char in args after the previous char in the array
text.back().setPosition(text.end()[-2].getPosition().x + text.end()[-2].getLocalBounds().width , getPosY() - (getHeight()/5));
}
//moves the caret along one since a caret has been added
setCaret( text.back().getPosition().x + text.back().getLocalBounds().width, getPosY(), getHeight());
//stores the position of the caret on an array and iterates an iterator for it by one
caretPosition.push_back(caret.getPosition().x);
caretIndex++;
}
void Button::render(bool resetPos)
{
//std::cout << "INFO: Button::render: Rendering the Button" << std::endl;
float posx = getPosX();
float posy = getPosY();
float height = getHeight();
float width = getWidth();
if ( resetPos )
setPositions();
posx = getPosX();
posy = getPosY();
height = getHeight();
width = getWidth();
renderTexture( mTexture, mRenderer, posx, posy, width, height );
//render the title message
if (mTitle != nullptr)
{
float title_scale = 0.7;
mTitle->setActive(true);
mTitle->setHeight(height * title_scale);
mTitle->setWidth(width * title_scale);
float tborder = (1.-0.8)/2.;
mTitle->setPosX( posx + tborder * width);
mTitle->setPosY( posy + tborder * height);
mTitle->render();
}
}
void SelectionBox::draw( int mouseX, int mouseY )
{
if ( selected >= 0 ) {
assert( selected < entries.size() );
bool mouseInsideBox = ( mouseX >= getPosX() && mouseX < getPosX() + getWidth() && mouseY >= getPosY() && mouseY < getPosY() + getHeight() );
if ( mouseInsideBox ) {
glColor4f( selectColorRed, selectColorGreen, selectColorBlue, selectColorAlpha );
} else {
glColor4f( baseColorRed, baseColorGreen, baseColorBlue, baseColorAlpha );
}
font->drawText( getPosX(), getPosY(), entries[selected] );
}
glColor4f( baseColorRed, baseColorGreen, baseColorBlue, baseColorAlpha );
// TODO: Draw background and open/closed-Symbol depending on state
if ( state == OPEN ) {
DrawingHelpers::mapTextureToRect(Frames::frameTextures->getTexture(4), getPosX() + 15, std::max( maxSelectedWidth+10, getWidth()-15), getPosY()-selectFont->getHeight()*1.2*(entries.size()-1)-5, selectFont->getHeight()*1.2*(entries.size()-1)+5 );
// draw the entries and highlight the one the mouse is over (if any)
int curX=getPosX()+20;
int curY=getPosY()-selectFont->getHeight()*1.2;
for ( size_t curEntryNr=0; curEntryNr<entries.size(); ++curEntryNr ) {
bool mouseOverEntry = ( mouseX > curX && mouseX <= curX+maxSelectedWidth && mouseY > curY && mouseY < curY+(selectFont->getHeight()*1.2) );
if ( mouseOverEntry ) {
glColor4f( selectColorRed, selectColorGreen, selectColorBlue, selectColorAlpha );
}
selectFont->drawText( curX, curY, entries[ curEntryNr ] );
if ( mouseOverEntry ) {
glColor4f( baseColorRed, baseColorGreen, baseColorBlue, baseColorAlpha );
}
curY -= (selectFont->getHeight()*1.2);
}
}
}
Common::Point *CrawlerUnit::createTargetPos(int index, int distance, int weaponType, int sourceX, int sourceY) {
Common::Point *targetPos = new Common::Point;
if (!distance)
distance = 1;
switch (weaponType) {
case ITEM_BOMB:
targetPos->x = getPosX();
targetPos->y = getPosY();
break;
case ITEM_CLUSTER:
targetPos->x = getPosX();
targetPos->y = getPosY();
break;
case ITEM_CRAWLER:
targetPos->x = getPosX();
targetPos->y = getPosY();
break;
default:
targetPos->x = getPosX();
targetPos->y = getPosY();
break;
}
return targetPos;
}
bool BattleWalkFighter::PreGetObject()
{
if(!_target || !_target->getHP())
{
if(!_count)
_target = GetField()->GetTargetForRide(!GetSideInBS(), getPosX(),getPosY(), 2);
else
{
if(_target)
{
//COUT << "战将编号" << static_cast<UInt32>(_target->GetBSNumber()) << "死亡。 ";
_target = GetField()->GetTarget(!GetSideInBS(),getPosX(),getPosY());
}
if(_target)
{
//COUT << "战将编号" << static_cast<UInt32>(GetBSNumber()) << "锁定目标" << static_cast<UInt32>(_target->GetBSNumber()) << std::endl;
}
}
SetMove(true);
++_count;
BuildLocalStream(e_run);
}
if(_target)
SetBattleTargetPos(_target->getPosX(),_target->getPosY());
return true;
}
void Label::clicked( int mouseX, int mouseY, uint8_t mouseState )
{
if ( mouseX > getPosX() && mouseX < getPosX() + font->calcStringWidth( text )
&& mouseY > getPosY() && mouseY < getPosY() + font->getHeight() )
{
execute();
return; // true;
}
//return false;
}
bool Slider::isMouseOver(float mouseData[2]) {
if ((mouseData[0] >= getPosX()) && (mouseData[0] <= getPosX()+getWidth()) &&
(mouseData[1] >= getPosY()) && (mouseData[1] <= getPosY()+getHeight()) ) {
return true;
}
else{
return false;
}
}
bool Pathfinder::areConnected(int node1, rt_dir dir){
switch(dir){
case RT_WEST: return getPosX(node1)>0 && getNet(node1-1)==getNet(node1) && getNet(node1) && getNet(node1)!=blockageNet;
case RT_SOUTH: return getPosY(node1)>0 && getNet(node1-sizeX)==getNet(node1) && getNet(node1) && getNet(node1)!=blockageNet;
case RT_DOWN: return getPosZ(node1)>0 && getNet(node1-sizeXY)==getNet(node1) && getNet(node1) && getNet(node1)!=blockageNet;
case RT_EAST: return getPosX(node1)+1<sizeX && getNet(node1+1)==getNet(node1) && getNet(node1) && getNet(node1)!=blockageNet;
case RT_NORTH: return getPosY(node1)+1<sizeY && getNet(node1+sizeX)==getNet(node1) && getNet(node1) && getNet(node1)!=blockageNet;
case RT_UP: return getPosZ(node1)+1<sizeZ && getNet(node1+sizeXY)==getNet(node1) && getNet(node1) && getNet(node1)!=blockageNet;
}
return false;
}
int MineUnit::selectWeapon(int index) {
int myUnit = _ai->getClosestUnit(getPosX(), getPosY(), _ai->getMaxX(), _ai->getCurrentPlayer(), 1, 0, 0, 0);
int x = getPosX();
int y = getPosY();
int dist = _ai->getDistance(x, y, _ai->getHubX(myUnit), _ai->getHubY(myUnit));
if ((getState() == DUS_ON) && (dist < 110)) {
return ITEM_EMP;
} else {
return ITEM_BOMB;
}
}
//Write to a designated file the routing result
void Pathfinder::pathTree(int net, ofstream& froute){
int antPos,pos,desloc;
rt_dir dir;
int r=0;
if(netlist[net].routeResult.size()>0){
froute << "Net " << net << "\t";
froute << "( " << getPosX(netlist[net].routeResult[(r)]) << " " << getPosY(netlist[net].routeResult[(r)]) << " " << getPosZ(netlist[net].routeResult[(r)]) << " ) ";
desloc=1;
r=1;
while(r<(netlist[net].routeResult.size()-1)){
if(netlist[net].routeResult[r]==-1){
froute << " ( " << getPosX(netlist[net].routeResult[(r+1)]) << " " << getPosY(netlist[net].routeResult[(r+1)]) << " " << getPosZ(netlist[net].routeResult[(r+1)]) << " ) ";
r+=2;
desloc=1;
}
else {
antPos=netlist[net].routeResult[r-1];
pos=netlist[net].routeResult[r];
dir=dirFromPos(antPos,pos);
if(netlist[net].routeResult[r+1]==-1 || !(getDir(pos,dir)==netlist[net].routeResult[r+1])){
switch (dir){
case RT_WEST:
froute << "[ " << desloc << " WEST ] ";
break;
case RT_EAST:
froute << "[ " << desloc << " EAST ] ";
break;
case RT_SOUTH:
froute << "[ " << desloc << " SOUTH ] ";
break;
case RT_NORTH:
froute << "[ " << desloc << " NORTH ] ";
break;
case RT_DOWN:
froute << "[ " << desloc << " DOWN ] ";
break;
case RT_UP:
froute << "[ " << desloc << " UP ] ";
break;
}
desloc=1;
}
else desloc++;
r++;
}
}
froute << endl;
}
}
void MapGenerator::writeNoteline(int type, int length)
{
int time = beatTick;
int difficulty = CCRANDOM_0_1() * 2;
int posY = getPosY(time);
int posX = getPosX(posY, length);
int desY = getPosY(time + length);
int desX = getPosX(desY, length);
fprintf(fout, "%.5d,", time);
fprintf(fout, "%.1d,", difficulty);
fprintf(fout, "%.1d,", type);
fprintf(fout, "%.3d,", length);
fprintf(fout, "%.1d%.1d,", posX, posY);
fprintf(fout, "%.1d%.1d\n", desX, desY);
}
//removes char from position in args and changes subsequent objects to be drawn properly
void textIn::removeChar(int _i){
try{
//creates an iterator for text vector assigned from arg 1
auto it = text.begin();
if(_i != 1){
//remove the character in the vector at index using the iterator
text.erase(it + (_i -1));
//iterates all text in front of inserted text to be drawn in front of the char before it (shimmies all the other letters along)
for(int x = (_i-1); x < text.size(); x++){
text.at(x).setPosition((text.at(x -1).getPosition().x + text.at(x -1).getLocalBounds().width) , getPosY() - (getHeight()/5));
}
}else if(_i != 0){
//delete first element
text.erase(it);
//set first element to be at the front of the text box
text.at(0).setPosition(getPosX() , getPosY() - (getHeight()/5));
//iterates all text in front of inserted text to be drawn in front of the char before it (shimmies all the other letters along)
for(int x = 1; x < text.size(); x++){
text.at(x).setPosition((text.at(x -1).getPosition().x + text.at(x -1).getLocalBounds().width) , getPosY()- (getHeight()/5));
}
}
if(_i != 0){
//reorganises all positions of caret
resetPositions();
caretIndex--;
setCaret(caretPosition.at(caretIndex), getPosY(), getHeight());
//stores the new position of the character at the very front
caretPosition.push_back(text.at(text.size() -1).getPosition().x + text.at(text.size() -1).getLocalBounds().width);
}
}catch( std::out_of_range){
std::cout<< "Range error removing char";
}
}
void Label::draw( int mouseX, int mouseY )
{
if ( font == NULL || text == "" )
return;
if ( onClickedFunc != NULL
&& mouseX > getPosX() && mouseX < getPosX() + font->calcStringWidth( text )
&& mouseY > getPosY() && mouseY < getPosY() + font->getHeight() )
glColor4f( selectColorRed, selectColorGreen, selectColorBlue, selectColorAlpha );
else
glColor4f( baseColorRed, baseColorGreen, baseColorBlue, baseColorAlpha );
font->drawText( getPosX(), getPosY(), text );
// draw child controls if any
FramesBase::draw( mouseX, mouseY );
}
void swarm::update(boundingBox bBox)
{
//chaseBuggy(bBox);
b->initBox(getPosX(), getPosY(), b->getWidth(), b->getHeight());
//moveConstAcc(0.2);
swarmAway();
}
void particle3D::draw()
{
int vecSize;
double x, y, z;
glColor3f(1.0,1.0, 1.0);
//궤적 배열에 현재 공 위치 추가
x = getPosX(); y = getPosY(); z = getPosZ();
trace.push_back(Vec3(x, y, z));
int traceNum = 30;
vecSize = trace.size();
//궤적
for (int i = vecSize- traceNum > 0 ? vecSize - traceNum : 0 ; i < vecSize-1; i++)
{
glLineWidth(2.0);
glBegin(GL_LINES);
glVertex3f(trace[i].x,trace[i].y,trace[i].z);
glVertex3f(trace[i+1].x, trace[i+1].y, trace[i+1].z);
glEnd();
}
//x,y,z에 골프공 렌더링
glPushMatrix();
glTranslatef(x,y,z);
glutSolidSphere(radius,100,100);
glPopMatrix();
}
bool Button::collide(float x_screen, float y_screen)
{
//need to figure out the screen pos of the button corner and its width and heigh in pixels
/* float posx = parent->getPosX();
float posy = parent->getPosY();
float width = parent->getWidth() * this->getRelWidth();
float height = parent->getHeight() * this->getRelHeight();
float rposx = posx + getRelX();
float rposy = posy + getRelY();*/
setPositions();
float rposx = getPosX();
float rposy = getPosY();
float width = getWidth();
float height = getHeight();
if (
(x_screen < rposx + width) && (rposx <= x_screen ) &&
(y_screen < rposy + height) && (rposy <= y_screen )
)
{
setPressed(true);
return true;
}
else
{
setPressed(false);
return false;
}
}
int detectCollision(Bomb B, Enemy E) {
int a,b,c,d;
a = getEnemyPosX(E);
b = getEnemyPosY(E);
c = getPosX(B);
d = getPosY(B);
return (((a-15 <= c) && (a+60 >= c)) && ((b-15 <= d) && (b+30 >= d)) && isActive(B));
}
bool BattleRideFighter::PreGetObject()
{
//获取战斗对象
PreGetObject1() ;
if(!_target)
return false;
if(count > 3)
return false;
if(!count || (getPosX() == _battleTargetX && getPosY() == _battleTargetY ))// || getPosX() >= (FIELD_WIDTH - 100) )
{
switch(count)
{
case 0: //第一次出发
{
_battleTargetX = (getPosX() > (FIELD_WIDTH)/2) ? 100:(FIELD_WIDTH-100);
break;
}
case 1: //回头
{
_battleTargetX = GetMinX();
_battleTargetY = GetMinY();
break;
}
case 2: //停
{
SetBattleTargetPos(getPosX(),getPosY());
break;
}
default:
return false ;
}
count++;
//COUT << "战将编号：" << static_cast<UInt32>(GetBSNumber()) << "目的地：" << static_cast<UInt32>(_battleTargetX) << " , " << static_cast<UInt32>(_battleTargetY) << std::endl;
}
if(!_battleTargetY)
{
_battleTargetY = _target->getPosY();
}
BuildLocalStream(e_run);
return true;
}
//removes last character
void textIn::removeChar(){
if(text.size() > 0){
//removes last char and chars position on an array as well as an iterator for iterating over it
text.pop_back();
caretPosition.pop_back();
//moves caret back
setCaret( text.back().getPosition().x + text.back().getLocalBounds().width, getPosY(), getHeight());
caretIndex--;
}else{
//if the text array is empty then return the caret to start
setCaret( getPosX() + 1, getPosY(), getHeight());
caretIndex = 0;
}
}
void UI_Box::render(IDirect3DDevice9* pd3dDevice)
{
D3DVIEWPORT9 vp;
vp.MinZ = 0.f;
vp.MaxZ = 1.f;
vp.X = (DWORD)max(0, getPosX())+4;
vp.Y = (DWORD)max(0, getPosY());
vp.Width = DWORD(getPosX() + (float)m_Width - (float)vp.X);
vp.Height = DWORD(getPosY() + (float)m_Height - (float)vp.Y);
pd3dDevice->SetViewport(&vp);
for (int i = 0; i < m_listControls.size(); ++i)
m_listControls[i]->render( pd3dDevice);
vp.X = 0;
vp.Y = 0;
vp.Width = _SCREEN_WIDTH;
vp.Height = _SCREEN_HEIGHT;
pd3dDevice->SetViewport(&vp);
}
void Sprite::render(int cameraoffset_x, int cameraoffset_y, float zoom, int height)
{
float pixel_x = 0;
float pixel_y = 0;
pixel_y = getPixelY(getPosX(), getPosY(), cameraoffset_x, cameraoffset_y, zoom, mScale) - height;
pixel_x = getPixelX(getPosX(), getPosY(), cameraoffset_x, cameraoffset_y, zoom, mScale);
//Render only whats visible:
const int offscreen_tolerance = 3*TILE_SIZE*zoom;
int screen_width;
int screen_height;
SDL_GetWindowSize(mWindow, &screen_width, &screen_height);
if ((pixel_x >= 0-offscreen_tolerance) or
(pixel_x+TILE_SIZE*zoom <= screen_width+offscreen_tolerance) or
(pixel_y >= 0-offscreen_tolerance) or
(pixel_y+TILE_SIZE*zoom <= screen_height+offscreen_tolerance))
{
renderTexture(mTexture, mRenderer, pixel_x, pixel_y, mScale*zoom, mScale*zoom);
}
}
bool tiger :: move ( int dy , int dx )
{
if( getBoard() == NULL )
cout << "BOARD NULL ERROR !" <<endl ;
else
{
int x = getPosX() ;
int y = getPosY() ;
if( y + dy < 0 || y + dy > 8 || x + dx < 0 || x + dx > 8 )
return false ;
if( getBoard() -> getItem( getPosY() + dy , getPosX() + dx ) -> getItemNo() == 1 )
{
if( dy != 0 && dx == 0)
{
setX ( this->getPosX() + dx * 4 ) ;
setY ( this->getPosY() + dy * 4 ) ;
}
else if ( dy == 0 && dx != 0 )
{
setX ( this->getPosX() + dx * 3 ) ;
setY ( this->getPosY() + dy * 3 ) ;
}
}
else if( getBoard() -> getItem( getPosY() + dy , getPosX() + dx ) -> getItemNo() != 1)
{
setX ( this->getPosX() + dx ) ;
setY ( this->getPosY() + dy ) ;
}
}
}
void OurHero::fireProjectile(Projectiles projectile[], int size, int mPosX, int mPosY) {
for (int i = 0; i < size; i++) {
if (!projectile[i].isLive()) {
projectileHeadingX = mPosX;
projectileHeadingY = mPosY;
projectile[i].setX(getPosX());
projectile[i].setY(getPosY());
projectile[i].setLive(true);
break;
}
}
}
//prepares rectangle to be drawn to create a text field
void textIn::setRects(){
//set up colours of text input box
rectangle.setFillColor(sf::Color::Black);
rectangle.setOutlineColor(sf::Color::White);
rectangle.setOutlineThickness(1);
//position set to draw
rectangle.setPosition(sf::Vector2f(getPosX(), getPosY()));
//size is set to a standard, may add a scrolling
//text field if text is too big later
rectangle.setSize(sf::Vector2f(getWidth(), getHeight()));
}
//-------------------------------
void ofxLabGui::mousePressed(float x, float y, int button){
if( hidden ) return;
bool tabButtonPressed = false;
if( bCollapsible && isInsideRect(x, y, minimizeButton)){
if( bCollapsible ) minimize = !minimize;
}else if( isInsideRect(x, y, topBar) && bDraggable){
dragging = true;
mouseDownPoint.set(x - boundingBox.x, y-boundingBox.y, 0);
}else if(!minimize){
bool bPanelClicked = false;
bool bTextEnterSet = false;
//check panel tabs
for(int i = 0; i < panels.size(); i++){
if ( !panels[i]->enabled ) continue;
ofRectangle scaledTabRect = panels[i]->getTabRect();
scaledTabRect.x += panels[i]->getPosX();
scaledTabRect.y += getPosY();
if( isInsideRect(x, y, scaledTabRect) && !bPanelClicked){
selectedPanel = i;
panels[i]->bSelected = true;
tabButtonPressed = true;
bPanelClicked = true;
//break;
} else {
panels[i]->bSelected = false;
}
}
if (!bPanelClicked) panels[selectedPanel]->bSelected = true;
}
if(minimize == false && tabButtonPressed == false && isInsideRect(x, y, boundingBox) ){
for(int i = 0; i < panels.size(); i++){
if( i == selectedPanel )panels[i]->checkHit( x - hitArea.x, y - hitArea.y, button);
}
saveAsButton->checkHit(x, y, button);
saveAsButton->updateGui(x, y, false, true);
loadButton->checkHit(x, y, button);
loadButton->updateGui(x, y, false, true);
saveButton->checkHit(x, y, button);
saveButton->updateGui(x, y, false, true);
restoreButton->checkHit(x, y, button);
restoreButton->updateGui(x, y, false, true);
}
prevMouse.set(x, y);
}
