void MainScene::error(CCObject *sender)
{
m_lError->setVisible(true);
string text = xSkill->m_sError + xStr("error_no_attack_frame");
m_lError->setText(text);
scheduleOnce(schedule_selector(MainScene::errorDisable), 5.f);
}
void MainScene::updateProperty(CCObject *sender)
{
if (xCurAtk == NULL || xCurAtk->getPartsCount() == 0) {
return;
}
char buffer[20];
const CCPoint po = xCurAtk->getCurPosition();
sprintf(buffer, "%.1f", po.x);
m_ebPosition[0]->setText(string(buffer));
sprintf(buffer, "%.1f", po.y);
m_ebPosition[1]->setText(string(buffer));
const CCPoint point = xCurAtk->getCurAnchorPoint();
sprintf(buffer, "%.1f", point.x);
m_ebAnchor[0]->setText(string(buffer));
sprintf(buffer, "%.1f", point.y);
m_ebAnchor[1]->setText(string(buffer));
sprintf(buffer, "%.1f", xCurAtk->getCurRotate());
m_ebRotate->setText(string(buffer));
sprintf(buffer, "%.1f", xCurAtk->getCurScale());
m_ebScale->setText(string(buffer));
sprintf(buffer, "%.2f", xCurAtk->getDelay(xSkill->m_iCurIndex));
m_ebDelay->setText(string(buffer));
sprintf(buffer, "%.2f", xCurAtk->getDegree());
m_ebDegree->setText(string(buffer));
sprintf(buffer, "%.2f", xCurAtk->getSpeed());
m_ebSpeed->setText(string(buffer));
sprintf(buffer, "%.2f", xCurAtk->getDuration());
m_ebAttackDuration->setText(string(buffer));
sprintf(buffer, "%.2f", xCurAtk->getInterval());
m_ebAttackInterval->setText(string(buffer));
sprintf(buffer, "%d", xCurAtk->getFlags(FI_BULLET_TYPE));
m_ebBulletType->setText(string(buffer));
//音效文件
string audio = xCurAtk->getAudio(xSkill->m_iCurIndex);
if (!audio.empty()) {
_btnAddAudio->setTitleText(audio);
}
else
{
_btnAddAudio->setTitleText(xStr("add_audio"));
}
}
void StrandBlockSolver::lspMap()
{
int mm,nn,jj,ii,j1,j2,jm,jmax,nmax,info,ldu,ldvt,rows,cols,lwork;
double dsm,dx,dy,ds,w,r1,r2,rs,cond,rcond,xn,yn,ax,ay,xu,xl,bu,bl,xcn,ycn;
double b[4];
double* sv;
double* work1;
double* uu;
double* vt;
double* dr;
double** lspT;
char u='U',jobu='n',jobvt='a';
cond = 0.;
ldu = 1;
ldvt = 2;
cols = 2;
for (int n=0; n<nNodes-nGnodes; n++){
mm = ncsp(n);
rows = mm;
ii = cols;
if (rows < ii) ii = rows;
jj = cols;
if (rows > jj) jj = rows;
lwork = 1;
if (3*ii+jj > lwork) lwork = 3*ii+jj;
if (5*ii > lwork) lwork = 5*ii;
uu = new double[ldu*ldu];
sv = new double[cols];
vt = new double[ldvt*cols];
work1 = new double[lwork];
dr = new double[rows*2];
lspT = new double*[nPstr+1];
for (int j=0; j<nPstr+1; j++) lspT[j] = new double[rows];
rcond = 0.;
info = 0;
for (int m=0; m<ldu*ldu; m++) uu [m] = 0.;
for (int m=0; m<cols; m++) sv [m] = 0.;
for (int m=0; m<ldvt*cols; m++) vt [m] = 0.;
for (int m=0; m<lwork; m++) work1[m] = 0.;
double work [2] = {0.,0.};
double work2[4] = {0.,0.,0.,0.};
int iwork[2] = {0,0};
int ipiv [2] = {0,0};
for (int j=1; j<nPstr+1; j++){ //mid strand nodes
// coordinates of the mid-strand location in question
jm = j-1;
xn = .5*(x(0,j,n)+x(0,jm,n));
yn = .5*(x(1,j,n)+x(1,jm,n));
// find data centroid
xcn = 0.;
ycn = 0.;
for (int m=0; m<mm; m++){
nn = csp[n][m];
xcn = xcn+xc(0,j,nn);
ycn = ycn+xc(1,j,nn);
}
xcn = xcn/double(mm);
ycn = ycn/double(mm);
// find plane which most closely fits surrounding cell centers
for (int m=0; m<mm; m++){
nn = csp[n][m];
dr[m ] = xc(0,j,nn)-xcn;
dr[m+mm] = xc(1,j,nn)-ycn;
}
sgesvd_(jobu,jobvt,rows,cols,dr,rows,sv,uu,ldu,vt,ldvt,work1,lwork,info);
if (info != 0){
cout << "\n*** svd procedure failure in lspMap ***" << endl;
exit(0);
}
ax = vt[0];
ay = vt[2];
ds = 1./sqrt(ax*ax+ay*ay);
ax = ax*ds;
ay = ay*ds;
// compute 2d least squares problem with projected distances
// largest distance in stencil
dsm = 0.;
for (int m=0; m<mm; m++){
nn = csp[n][m];
dx = xc(0,j,nn)-xn;
dy = xc(1,j,nn)-yn;
ds = dx*ax+dy*ay;
ds = ds*ds;
if (ds > dsm) dsm = ds;
}
dsm = 1./sqrt(dsm);
// form least squares matrix
jj = jm;
for (int m=0; m<4; m++) b[m] = 0.;
for (int m=0; m<mm; m++){
nn = csp[n][m];
dx = xc(0,j,nn)-xn;
dy = xc(1,j,nn)-yn;
ds =(dx*ax+dy*ay)*dsm;
w = 1./(ds*ds);
b[0] = b[0]+w;
b[2] = b[2]+w*ds;
b[3] = b[3]+w*ds*ds;
}
// find max abs row sum for condition number computation
r1 = fabs(b[0])+fabs(b[2]);
r2 = fabs(b[1])+fabs(b[3]);
rs = r1;
if (r2 > rs) rs = r2;
// invert matrix and determine condition number
ii = 2;
ssytrf_(u,ii,b,ii,ipiv,work,ii,info);
ssycon_(u,ii,b,ii,ipiv,rs,rcond,work2,iwork,info);
ssytri_(u,ii,b,ii,ipiv,work,info);
rcond = 1./rcond;
if (rcond > cond){
nmax = n;
jmax = j;
cond = rcond;
}
// form and store least squares coefficient
for (int m=0; m<mm; m++){
nn = csp[n][m];
dx = xc(0,j,nn)-xn;
dy = xc(1,j,nn)-yn;
ds =(dx*ax+dy*ay)*dsm;
w = 1./(ds*ds);
lspT[j][m] =(b[0]*w +
b[2]*w*ds);
}
}
// interpolate projected coefficients to the nodal positions along each strand
for (int j=0; j<nPstr+1; j++){
if (j == 0 ){
j1 = 1;
j2 = 2;
}
else if (j == nPstr){
j1 = nPstr-1;
j2 = nPstr;
}
else{
j1 = j;
j2 = j+1;
}
xn = xStr(j);
jm = j1-1;
xl = .5*(xStr(jm)+xStr(j1));
jm = j2-1;
xu = .5*(xStr(jm)+xStr(j2));
bl =(xu-xn)/(xu-xl);
bu =(xn-xl)/(xu-xl);
indlsp(0,j,n,ii);
for (int m=0; m<mm; m++){
lsp[ii ][m] = bl*lspT[j1][m];
lsp[ii+1][m] = bu*lspT[j2][m];
}
}
delete [] sv;
delete [] uu;
delete [] vt;
delete [] work1;
delete [] dr;
for (int j=0; j<nPstr+1; j++) delete [] lspT[j];
delete [] lspT;
}
// output condition information
xn = x(0,jmax,nmax);
yn = x(1,jmax,nmax);
cout << "\nMaximum condition number for LS procedure: "
<< cond << endl
<< "Index of maximum condition number: "
<< nmax << "\t" << jmax << endl
<< "Coordinates of maximum condition number: "
<< xn << "\t" << yn << "\n" << endl;
/*
// try using volume averaging on outer boundary nodes
for (int n=0; n<nNodes-nGnodes; n++){
mm = ncsp(n);
for (int j=nPstr; j<nPstr+1; j++){
if (j == 0 ) jj = 1;
else if (j == nPstr) jj = nPstr-1;
else jj = j;
w = 0.;
for (int k=0; k<2; k++){
indlsp(k,j,n,ii);
for (int m=0; m<mm; m++){
nn = csp[n][m];
lsp[ii][m] = v(jj,nn);
w += v(jj,nn);
}
jj++;
}
w = 1./w;
for (int k=0; k<2; k++){
indlsp(k,j,n,ii);
for (int m=0; m<mm; m++){
lsp[ii][m] = lsp[ii][m]*w;
}}}}
*/
}
bool MainScene::init(CCScene* pScene)
{
iBGIndex = 1;
m_scene = pScene;
if (CCLayer::init())
{
m_rootNode = (NodeReader::getInstance()->createNode("R/MainScene_1.json"));
addChild(m_rootNode);
Layout *root = static_cast<Layout*>(m_rootNode->getChildren()->objectAtIndex(0));
m_root = root;
btnImport = initButton(BUTTON_IMPORT, root, this, toucheventselector(MainScene::touchEvent));
btnImport->setTitleText(xStr("start"));
initButton(BUTTON_PRV, root, this, toucheventselector(MainScene::touchEvent));
initButton(BUTTON_NEXT, root, this, toucheventselector(MainScene::touchEvent));
initButton(BUTTON_PREVIEW, root, this, toucheventselector(MainScene::touchEvent));
initButton(BUTTON_REMOVE, root, this, toucheventselector(MainScene::touchEvent));
initButton(BUTTON_CLEAN, root, this, toucheventselector(MainScene::touchEvent));
initButton(BUTTON_SAVE, root, this, toucheventselector(MainScene::touchEvent));
initButton(BUTTON_PREVIEW_ALL, root, this, toucheventselector(MainScene::touchEvent));
initButton(CHANGE_BG, root, this, toucheventselector(MainScene::touchEvent));
initButton(MOTION_PREVIEW, root, this, toucheventselector(MainScene::touchEvent));
Button * btn = initButton(APPLY_TO_ALL, root, this, toucheventselector(MainScene::touchEvent));
btn->setScale(0.5f);
btn2x = initButton(BUTTON_2X, root, this, toucheventselector(MainScene::touchEvent));
btn2x->setScale(0.3f, 0.5f);
btnAddMotion = initButton(BUTTON_ADD_MOTION, root, this, toucheventselector(MainScene::touchEvent));
btnAddMotion->setEnabled(false);
btnDelMotion = initButton(BUTTON_DEL_MOTION, root, this, toucheventselector(MainScene::touchEvent));
btnPre5 = initButton(BUTTON_PRV_5, root, this, toucheventselector(MainScene::touchEvent));
btnNext5 = initButton(BUTTON_NEXT_5, root, this, toucheventselector(MainScene::touchEvent));
//输入区
m_ebAnchor[0] = InputBox::create(ANCHOR_X, root, this, m_rootNode);
m_ebAnchor[1] = InputBox::create(ANCHOR_Y, root, this, m_rootNode);
m_ebPosition[0] = InputBox::create(POSITION_X, root, this, m_rootNode);
m_ebPosition[1] = InputBox::create(POSITION_Y, root, this, m_rootNode);
m_ebRotate = InputBox::create(ROTATE, root, this, m_rootNode);
m_ebScale = InputBox::create(SCALE, root, this, m_rootNode);
m_ebDelay = InputBox::create(DELAY, root, this, m_rootNode);
m_ebName = InputBox::create(SKILL_PART_NAME, root, this, m_rootNode);
m_ebDegree = InputBox::create(DEGREE, root, this, m_rootNode);
m_ebSpeed = InputBox::create(SPEED, root, this, m_rootNode);
m_ebAttackDuration = InputBox::create(ATTACK_DURATION, root, this, m_rootNode);
m_ebAttackInterval = InputBox::create(ATTACK_INTERVAL, root, this, m_rootNode);
m_ebBulletType = InputBox::create(BULLET_TYPE, root, this, m_rootNode);
m_ebBulletType->setText("0");
m_pHolder = static_cast<CCSprite*>(m_rootNode->getChildByTag(SPRITE_HOLDER));
m_pHolder->initWithFile("R/cross.png");
m_iFrameBG = (ImageView*)UIHelper::seekWidgetByTag(root, FRAME_BG);
m_iFrameBG->addTouchEventListener(this, toucheventselector(MainScene::touchEvent));
m_iPreviewBG = (ImageView*)UIHelper::seekWidgetByTag(root, PREVIEW_BG);
m_iPreviewBG->loadTexture("R/bg_1.jpg");
m_iPreviewBG->setPosition(ccp(m_iPreviewBG->getPositionX() - 240, m_iPreviewBG->getPositionY()));
m_iPreviewBG1 = ImageView::create();
m_iPreviewBG1->loadTexture("R/bg_1.jpg");
m_iPreviewBG1->setPosition(ccp(1440, 0));
m_iPreviewBG->addChild(m_iPreviewBG1);
m_lFrameCount = (Label*)UIHelper::seekWidgetByTag(root, LABEL_FRAME_COUNT);
m_preview = static_cast<CCSprite*>(m_rootNode->getChildByTag(PREVIEW));
m_preview->initWithFile("R/cross.png");
m_preview->setVisible(false);
xSkill->init(m_pHolder->getPosition(), m_preview->getPosition(), m_rootNode);
//checkbox
m_cbFlags[0] = initCheckBox(177, root, this, checkboxselectedeventselector(MainScene::selectedStateEvent));
m_cbFlags[1] = initCheckBox(179, root, this, checkboxselectedeventselector(MainScene::selectedStateEvent));
m_cbFlags[2] = initCheckBox(183, root, this, checkboxselectedeventselector(MainScene::selectedStateEvent));
m_cbFlags[3] = initCheckBox(185, root, this, checkboxselectedeventselector(MainScene::selectedStateEvent));
m_cbFlags[4] = initCheckBox(187, root, this, checkboxselectedeventselector(MainScene::selectedStateEvent));
m_cbFlags[5] = initCheckBox(ISOLATE, root, this, checkboxselectedeventselector(MainScene::selectedStateEvent));
m_cbFlags[6] = NULL; //FI_BULLET_TYPE
m_cbFlags[7] = initCheckBox(HIGH_LIGHT, root, this, checkboxselectedeventselector(MainScene::selectedStateEvent));
m_cbNormal = initCheckBox(NORMAL_ATTACK, root, this, checkboxselectedeventselector(MainScene::selectedNormal));
CCUserDefault::sharedUserDefault()->setBoolForKey(NORMAL, false);
m_cbAttack = initCheckBox(ATTACK_FRAME, root, this, checkboxselectedeventselector(MainScene::selectedAttackFrame));
m_lError = (Label*)(UIHelper::seekWidgetByTag(root, LABEL_ERROR));
m_lError->setVisible(false);
//列表
listView = (UIListView*)UIHelper::seekWidgetByTag(root, PARTS_LIST);
CCNode *node = (NodeReader::getInstance()->createNode("R/FolderBrowser_2.ExportJson"));
listroot = static_cast<Layout*>(node->getChildren()->objectAtIndex(0));
Layout* defaultItem = (Layout*)UIHelper::seekWidgetByTag(listroot, 32); //还有转一层, 一来至少加2个Panel
listView->setItemModel(defaultItem);
_listAudio = (UIListView*)UIHelper::seekWidgetByTag(root, T_LIST_AUDIO);
_listAudio->setItemModel(defaultItem);
initButton(T_AUDIO_BACK, root, this, toucheventselector(MainScene::touchEvent));
motionlist = (UIListView*)UIHelper::seekWidgetByTag(root, MOTION_LIST);
motionlist->setItemModel(defaultItem);
_layoutAudio = (Layout*)UIHelper::seekWidgetByTag(root, T_SELECT_AUDIO);
_layoutAudio->setVisible(false);
_btnAddAudio = initButton(T_ADD_AUDIO, root, this, toucheventselector(MainScene::touchEvent));
xNotify->addObserver(this, callfuncO_selector(MainScene::updateProperty), UPDATE_PROPERTY, NULL);
xNotify->addObserver(this, callfuncO_selector(MainScene::updateList), UPDATE_EFFECT_LIST, NULL);
xNotify->addObserver(this, callfuncO_selector(MainScene::updateMotionList), UPDATE_MOTION_LIST, NULL);
xNotify->addObserver(this, callfuncO_selector(MainScene::setFrameCount), UPDATE_ALL_INDEX, NULL);
xNotify->addObserver(this, callfuncO_selector(MainScene::error), UPDATE_ERROR, NULL);
setTouchEnabled(true);
return true;
}
return true;
}
