void PlayerControls::tick(QTime pos, QTime len) { QTime length(0,0); QTime curpos(0,0); length = len; curpos = pos; m_wlCurTime->setText(curpos.toString("m:ss")); m_wlTotTime->setText(length.toString("mm:ss")); if(m_bTickSlider) { if (length != QTime(0,0)) { int curVal = curpos.msecsTo(QTime()) * 1000 / length.msecsTo(QTime()); m_wSeekSlider->setValue(curVal); if(curVal < 999) curVal+=1; } else { m_wSeekSlider->setValue(0); } } // if (curpos != QTime(0,0)) { // m_positionLabel->setEnabled(true); // m_positionSlider->setEnabled(true); // } }
/* Called when the positionChanged() is received from the player */ void MediaApp::onPositionChanged() { QTime length(0,0); QTime curpos(0,0); if (m_player->state() != QGst::StateReady && m_player->state() != QGst::StateNull) { length = m_player->length(); curpos = m_player->position(); } m_positionLabel->setText(curpos.toString("hh:mm:ss.zzz") + "/" + length.toString("hh:mm:ss.zzz")); if (length != QTime(0,0)) { m_positionSlider->setValue(curpos.msecsTo(QTime(0,0)) * 1000 / length.msecsTo(QTime(0,0))); } else { m_positionSlider->setValue(0); } if (curpos != QTime(0,0)) { m_positionLabel->setEnabled(true); m_positionSlider->setEnabled(true); } }
int main () { n = getN (); for (int i = 0; i <= n; i++) state[i] = 2; int code = curpos (); while (code < 0) { int mr = 1000000; int mi; for (int a = 0; a <= 60; a++) { int c = eval (a); if (c < mr) mr = c, mi = a; } int x = query (mi + 1); emulate (mi, x); memcpy (state, state2, sizeof state); code = curpos (); } answer (code + 1); /* while (l < r) { int k = (l + r) / 2; int a = query (k + 1); if (!lied) { int a2 = query (k + 1); if (a != a2) { a = query (k + 1); lied = true; } } if (a == 1) r = k; else l = k + 1; } answer (l + 1); */ return 0; }
bool CMapObject::CalculateEnemyPath(int* ObjectMap, int* DirectionMap) { int* TraceMap = new int[data->Width*data->Height]; memset(TraceMap, 0, (data->Width)*(data->Height)*sizeof(int)); TraceMap[data->DestinationPosition.y*data->Width+data->DestinationPosition.x] = 1; LogicPosition* Queue = new LogicPosition[(data->Width)*(data->Height)]; //allocate queue int cur = 0; //current index of queue int last = 0; //last index of queue Queue[0] = data->DestinationPosition; //add destination to queue while (cur<=last) { LogicPosition curpos = Queue[cur]; for (int i=1; i<=4; i++) { LogicPosition nextpos = curpos + OppositeMove[i]; if ( (nextpos.x>=0) && (nextpos.x<data->Width) && (nextpos.y>=0) && (nextpos.y<data->Height) &&(ObjectMap[nextpos.y*data->Width+nextpos.x]!=E_OBJ_TOWER) && (ObjectMap[nextpos.y*data->Width+nextpos.x]!=E_OBJ_OBSTACLE) && (TraceMap[nextpos.y*data->Width+nextpos.x]== 0)) { TraceMap[nextpos.y*data->Width+nextpos.x] = TraceMap[curpos.y*data->Width+curpos.x] + 1; DirectionMap[nextpos.y*data->Width+nextpos.x] = i; Queue[++last] = nextpos; } } cur++; } bool isValid = true; for (int i=0; i<data->Width; i++) { for (int j=0; j<data->Height; j++) { LogicPosition curpos(i,j); if ( (curpos.x>=0) && (curpos.x<data->Width) && (curpos.y>=0) && (curpos.y<data->Height) &&(ObjectMap[curpos.y*data->Width+curpos.x]!=E_OBJ_TOWER) && (ObjectMap[curpos.y*data->Width+curpos.x]!=E_OBJ_OBSTACLE) && (TraceMap[curpos.y*data->Width+curpos.x]==0)) { isValid = false; break; } } if (!isValid) break; } SAFE_DEL(TraceMap); return isValid; }
void creat_main() { int ct,BID_ct; int ct_id; int bid_cnt; int total_cnt[2]; int edit_cc; struct BN_LIST *BN_ptr; unsigned char WKpath[PATHSIZE+1]; if ( (BATCH_infof =fileopen(BATCH_INFO,"w+")) == 0) /* DL VT ctrw -> w+ */ { disperr("COULD NOT creat %s",BATCH_INFO); pr_exit(-1); } setmidwin(); clrscr(); BN_ptr= BN_list; for (ct =0; BN_cnt > ct; ct++) { BID_ct= BN_ptr->bnbid_cnt; charfill(Pathbuf,PATHSIZE+1,NULL); strcatl(Pathbuf,Path_bn,"/",BN_ptr->bnptr_bn,NULL); bid_cnt = 0; total_cnt[0] = total_cnt[1] = 0; /* total rec ccount */ for( ct_id=0;BID_ct >ct_id;ct_id++) { charfill(WKpath,PATHSIZE+1,NULL); strcatl(WKpath,Pathbuf,"/.",BN_ptr->bnptr_bid[ct_id],NULL); /* DL VT . added */ if ((Infile= fileopen(WKpath,"r") ) == NULL) { disperr("COULD NOT open fci_file(%s)",WKpath); continue; } edit_cc = edit_data(Create_sel, total_cnt); if (edit_cc == 1) { curpos(0,14); display("FILE= %s",WKpath); rollup(); edit_out(); bid_cnt++; } fileclose(Infile); } BN_ptr++; } resetwin(); fileclose(BATCH_infof); }
void Widget_editor::Event(const ALLEGRO_EVENT &event) { if(ALLEGRO_EVENT_MOUSE_BUTTON_DOWN == event.type) { if(event.mouse.button == 1) { Rect brect = Get_bounding_rect(); if(brect.Contains_point(event.mouse.x, event.mouse.y)) { pressed = true; if(event.mouse.x < brect.Topleft().x+5) { pos.x = brect.Topleft().x; left = true; } else if(event.mouse.x > brect.Bottomright().x-5) { pos.x = brect.Bottomright().x; right = true; } if(event.mouse.y < brect.Topleft().y+5) { pos.y = brect.Topleft().y; top = true; } else if(event.mouse.y > brect.Bottomright().y-5) { pos.y = brect.Bottomright().y; bottom = true; } if(!(left || right || top || bottom)) { move = true; pos = brect.Topleft(); } if(!selected) { selected = true; Set_dirty(true); } } else if(selected) { selected = false; Set_dirty(true); } } } if(ALLEGRO_EVENT_MOUSE_BUTTON_UP == event.type) { if(event.mouse.button == 1) { pressed = false; left = false; right = false; top = false; bottom = false; move = false; Rect brect = Get_bounding_rect(); if(selected && !brect.Contains_point(event.mouse.x, event.mouse.y)) { selected = false; Set_dirty(true); } } if(event.mouse.button == 2) { Rect brect = Get_bounding_rect(); if(brect.Contains_point(event.mouse.x, event.mouse.y)) { editing_attributes = true; attribute_group->Move_to(event.mouse.x, event.mouse.y); for(Attribute_groups::iterator i = attribute_groups.begin(); i != attribute_groups.end(); ++i) { (*i)->Move_to(event.mouse.x, event.mouse.y+attributes_height); } w_top.Set_value(brect.Topleft().y); w_left.Set_value(brect.Topleft().x); w_width.Set_value(brect.Size().x); w_height.Set_value(brect.Size().y); } } } if(ALLEGRO_EVENT_MOUSE_AXES == event.type) { if(pressed) { pos += Vector2(event.mouse.dx, event.mouse.dy); Vector2 curpos(pos); ALLEGRO_KEYBOARD_STATE keyboard_state; al_get_keyboard_state(&keyboard_state); if(al_key_down(&keyboard_state, ALLEGRO_KEY_LCTRL)) { curpos.x = int(pos.x/10)*10; curpos.y = int(pos.y/10)*10; } if(move) { Rect n = widget->Get_bounding_rect(); n.Move_to(curpos.x, curpos.y); widget->Set_bounding_rect(n); Set_bounding_rect(n); } Vector2 topleft = Get_bounding_rect().Topleft(); Vector2 bottomright = Get_bounding_rect().Bottomright(); if(left && curpos.x < bottomright.x-15) topleft.x = curpos.x; if(right && curpos.x > topleft.x+15) bottomright.x = curpos.x; if(top && curpos.y < bottomright.y-15) topleft.y = curpos.y; if(bottom && curpos.y > topleft.y+15) bottomright.y = curpos.y; Rect n(topleft, bottomright); widget->Set_bounding_rect(n); Set_bounding_rect(n); w_top.Set_value(n.Topleft().y); w_left.Set_value(n.Topleft().x); w_width.Set_value(n.Size().x); w_height.Set_value(n.Size().y); Set_dirty(true); } } if (ALLEGRO_EVENT_KEY_DOWN == event.type) { if (ALLEGRO_KEY_ESCAPE == event.keyboard.keycode) { editing_attributes = false; } } if(editing_attributes) { attribute_group->Event(event); float top = w_top.Get_value(); float left = w_left.Get_value(); float width = w_width.Get_value(); float height = w_height.Get_value(); Rect n(left, top, width, height); widget->Set_bounding_rect(n); Set_bounding_rect(n); for(Attribute_groups::iterator i = attribute_groups.begin(); i != attribute_groups.end(); ++i) { (*i)->Set_widget(widget); (*i)->Event(event); } } }
void CPredView::OnPrint(CDC* pDC, CPrintInfo* pInfo) { // TODO: Add your specialized code here and/or call the base class int i,j; CFCCDoc* pDoc=(CFCCDoc*)GetDocument(); CCompound* pCompound; CString tmpstr; int nHeight=pDC->GetTextExtent("ID").cy; POSITION pos=pDoc->list_CompoundTest.GetHeadPosition(); CPoint curpos(pInfo->m_rectDraw.left,pInfo->m_rectDraw.top); //int LeftMargin=(pInfo->m_rectDraw.Width()-(printWidthName+printWidthID+printWidthClass+printWidthValue+printFieldMargin*3+printColMargin) // *printCol)/2; int LeftMargin=0; int pagenum=1; //pDC->StartDocA("FCC Printing Job"); while(pos) { pDC->StartPage(); pDoc->strMessage.Format("Printing page No. %d ....",pagenum++); pDoc->MessageCenter(IDS_MESSAGE_CUSTOM); for(i=0;i<printCol && pos;i++) { curpos.x=LeftMargin+pInfo->m_rectDraw.left+(printWidthName+printWidthID+printWidthClass+printWidthValue+printFieldMargin*3+printColMargin)*i; pDC->TextOutA(curpos.x,curpos.y,"ID"); curpos.x+=printWidthID+printFieldMargin; pDC->TextOutA(curpos.x,curpos.y,"Compound Name"); curpos.x+=printWidthName+printFieldMargin; pDC->TextOutA(curpos.x,curpos.y,"Prediction"); curpos.x+=printWidthClass+printFieldMargin; pDC->TextOutA(curpos.x,curpos.y,"Raw Value"); curpos.x+=printWidthValue+printFieldMargin; curpos.x=LeftMargin+pInfo->m_rectDraw.left+(printWidthName+printWidthID+printWidthClass+printWidthValue+printFieldMargin*3+printColMargin)*i; curpos.y=curpos.y-printRowMargin-nHeight; for(j=1;j<printRow && pos;j++) { pCompound=(CCompound*)pDoc->list_CompoundTest.GetNext(pos); tmpstr.Format("%d",pCompound->id); pDC->TextOutA(curpos.x,curpos.y,tmpstr); curpos.x+=printWidthID+printFieldMargin; pDC->TextOutA(curpos.x,curpos.y,pCompound->strCompoundName); curpos.x+=printWidthName+printFieldMargin; if(pCompound->yhat>abs(pDoc->fRejectBoundary)) pDC->TextOutA(curpos.x,curpos.y,pDoc->strPositiveSet); if(pCompound->yhat<abs(pDoc->fRejectBoundary)*(-1)) pDC->TextOutA(curpos.x,curpos.y,pDoc->strNegativeSet); if(pCompound->yhat>=abs(pDoc->fRejectBoundary)*(-1) && pCompound->yhat<=abs(pDoc->fRejectBoundary)) pDC->TextOutA(curpos.x,curpos.y,"Unknown"); curpos.x+=printWidthClass+printFieldMargin; tmpstr.Format("%.3f",pCompound->yhat); pDC->TextOutA(curpos.x,curpos.y,tmpstr); curpos.x=LeftMargin+pInfo->m_rectDraw.left+(printWidthName+printWidthID+printWidthClass+printWidthValue+printFieldMargin*3+printColMargin)*i; curpos.y=curpos.y-printRowMargin-nHeight; } curpos.y=pInfo->m_rectDraw.top; } pDC->EndPage(); TRACE("Ending page\n"); } //pDC->EndDoc(); //CScrollView::OnPrint(pDC, pInfo); }