void ShowUPStatusbar()
{
printf("[%s,%d] trace...\n",__FUNCTION__,__LINE__);
if(ecrObj.ecrOn) return;
Setcolor(Color_white,Color_ezblue);
CTOS_LCDGSetBox(0,0,320,18,d_LCD_FILL_0);
ShowNetWorkTypeStatus();
// ShowECRStatus();
// ShowInternetStatus();
ShowDataTime();
ShowBatteryStatus();
ShowUnUploadCount();
ShowAPVersion();
Setcolor(Color_ezblue,Color_black);
printf("[%s,%d] trace...\n",__FUNCTION__,__LINE__);
}
void ShowAPVersion()
{
BYTE VerStr[8+1];
Setcolor(Color_ezblue,Color_yellow);
sprintf(VerStr,"V%s",gAPVER);
CTOS_LCDGTextOut(320-(9*7),240-18-18,VerStr,d_FONT_9x18,FALSE);
Setcolor(Color_ezblue,Color_black);
}
void ShowUnUploadCount()
{
Setcolor(Color_ezblue,Color_yellow);
BYTE VerStr[8+1];
int iUNUPLOADCOUNT= CheckUnuploadTxCount();
sprintf(VerStr,"%d",iUNUPLOADCOUNT);
CTOS_LCDGTextOut(0,240-18-18,VerStr,d_FONT_9x18,FALSE);
Setcolor(Color_ezblue,Color_black);
}
void Print::PrintColor()
{
if (!m_HeroColor.empty())
{
Setcolor(Color(HERO));
while (!m_HeroColor.empty())
{
Gotoxy(m_HeroColor.back().x, m_HeroColor.back().y + 1);
_putch(m_ScreenBuffer[m_HeroColor.back().y][m_HeroColor.back().x]);
_putch(m_ScreenBuffer[m_HeroColor.back().y][m_HeroColor.back().x + 1]);
m_HeroColor.pop_back();
}
}
if (!m_SopeColor.empty())
{
Setcolor(Color(SCORP));
while (!m_SopeColor.empty())
{
Gotoxy(m_SopeColor.back().x, m_SopeColor.back().y + 1);
_putch(m_ScreenBuffer[m_SopeColor.back().y][m_SopeColor.back().x]);
m_SopeColor.pop_back();
}
}
if (!m_HitColor.empty())
{
Setcolor(Color(HIT));
while (!m_HitColor.empty())
{
Gotoxy(m_HitColor.back().x, m_HitColor.back().y + 1);
_putch(m_ScreenBuffer[m_HitColor.back().y][m_HitColor.back().x]);
_putch(m_ScreenBuffer[m_HitColor.back().y][m_HitColor.back().x + 1]);
m_HitColor.pop_back();
}
}
if (!m_DeathColor.empty())
{
Setcolor(Color(DEATH));
while (!m_DeathColor.empty())
{
Gotoxy(m_DeathColor.back().x, m_DeathColor.back().y + 1);
_putch(m_ScreenBuffer[m_DeathColor.back().y][m_DeathColor.back().x]);
_putch(m_ScreenBuffer[m_DeathColor.back().y][m_DeathColor.back().x + 1]);
m_DeathColor.pop_back();
}
}
Sleep(20 / (1 + lowSpecMode));
}
void Display_Title(void) //プログラムタイトル表示を関数化 040928
{
Cls();
Setcolor(CYAN,BLACK);
printf(" Weight Bearing Control Program\n");
printf(" Copyright All Reserved by Fujie Lab. 2005\n\n");
Restore();
}
void Getpalette(short *palette)
{
short loop;
for(loop=0;loop<15;loop++)
{
palette[loop]=Setcolor(loop,-1);
}
}
void Print::Init()
{
int x, y;
for (y = 0; y <= PLAY_LINES; y++)
{
for (x = 0; x < CONSOLE_COLS; x++)
m_ScreenBuffer[y][x] = ' ';
m_ScreenBuffer[y][x] = '\0';
}
Setcolor(Color(SCREEN));
}
void WaitRemoveCard(STR *Line1,STR *Line2)
{
int iret;
ShowLine(0,32,Med_Font_Size,Line1,TRUE);
ShowLine(0,40+32,Med_Font_Size,Line2,TRUE);
Setcolor(Color_black,Color_red);
do {
iret=inPPR_ReadCardNumber();
if(iret!=0x9000) return ;
CTOS_Beep();
} while(1);
}
void ShowDataTime()
{
BYTE Date[64+1];
BYTE time[64+1];
BYTE VerStr[7+1];
CTOS_RTC SetRTC;
USHORT ret = CTOS_RTCGet(&SetRTC);
if(ret==0) {
// CTOS_LCDForeGndColor(d_LCD_BLACK);
Setcolor(Color_ezblue,Color_yellow);
// CTOS_LCDGSetBox(0,0,320,18,d_LCD_FILL_0);
// sprintf(Date,"%04d/%02d/%02d %02d:%02d V%s",SetRTC.bYear + 2000,SetRTC.bMonth,SetRTC.bDay,SetRTC.bHour,SetRTC.bMinute,gAPVER);
sprintf(Date,"%04d/%02d/%02d",SetRTC.bYear+2000,SetRTC.bMonth,SetRTC.bDay);
sprintf(time,"%02d:%02d",SetRTC.bHour,SetRTC.bMinute);
if(gConfig.DEVICE.READER.bREADERSTATUS==READERSTATUS_LOCK)
{
Setcolor(Color_ezblue,Color_red);
CTOS_LCDGTextOut(0,18+7,"讀卡機故障!!",0x2424,FALSE);
} else if(MechineStatus & Status_SignOnFail) {
Setcolor(Color_ezblue,Color_red);
CTOS_LCDGTextOut(0,18+7,"請先執行登入",0x2424,FALSE);
} else if(MechineStatus & Status_FLASH_ERROR) {
Setcolor(Color_ezblue,Color_red);
CTOS_LCDGTextOut(0,18+7,"記憶體故障請報修",0x1e1e,FALSE);
} else {
Setcolor(Color_ezblue,Color_yellow);
CTOS_LCDGTextOut(180-90,18+7,time,0x2424,FALSE);
}
Setcolor(Color_white,Color_black);
CTOS_LCDGTextOut(135,0,Date,d_FONT_9x18,FALSE);
}
}
void Print::PrintBottom()
{
Gotoxy(0, PLAY_LINES + 2);
Setcolor(Color(BOTTOM));
printf("\t\t\t\t\t\t\t\t\t\t\t\t\t\t\t\t\t\t");
if (hero.empty())
{
Setcolor(Color(STATUS_BAR));
printf("\t\t\t\t 확인: Enter Key or Z key \t\t 취소: ESC key or X key \t\t\t\t\t");
printf("\t\t\t\t\t\t\t\t\t\t\t\t\t\t\t\t\t\t");
}
else
{
Setcolor(Color(HP_BAR));
hero[PLAYER_1]->HpStatus();
printf(" ");
if (playerNum > 1)
hero[PLAYER_2]->HpStatus();
else
printf(" \t\t 공격 : Z key 조준 : X key \t\t\t");
Setcolor(Color(MP_BAR));
hero[PLAYER_1]->MpStatus();
printf(" ");
if (playerNum > 1)
hero[PLAYER_2]->MpStatus();
else
printf(" \t\t 스킬1: X -> Z 스킬2: X -> C \t\t\t");
}
Setcolor(Color(BOTTOM));
printf("\t\t\t\t\t\t\t\t\t\t\t\t\t\t\t\t\t\t");
Setcolor(Color(SCREEN));
}
int InitTank()
{
int ii;
/* initialiser cookie */
InitCookie();
/* sauvegarder palette des couleurs */
for ( ii = 0; ii < 16; ii++ )
SavPalette[ii] = Setcolor(ii,-1);
/* aller en basse resolution */
SavRez = Getrez();
if ( SavRez > 1 )
return (1);
/* mise en place des ecrans de travail */
_SavLogScreen = (char *)Logbase();
_SavPhyScreen = (char *)Physbase();
_Screens[0] = (char *)malloc(32256L);
_Screens[1] = (char *)malloc(32256L);
if ( _Screens[0] == 0 || _Screens[1] == 0L )
return (2);
_Screens[0] = _ShowScreen = (char *)((long)(_Screens[0] + 255) & 0xFFFFFF00L);
_Screens[1] = _HideScreen = (char *)((long)(_Screens[1] + 255) & 0xFFFFFF00L);
MemClear(_Screens[0],32000L);
MemClear(_Screens[1],32000L);
Setpalette(BlackPalette);
if ( ShipSetUp(0) == 0 )
return (2);
if ( MiscSetUp() == 0 )
return (2);
if ( StarSetUp() == 0 )
return (2);
if ( AstSetUp() == 0 )
return (2);
if ( ExplSetUp() == 0 )
return (2);
Setscreen(_Screens[0],_Screens[0],0);
TTSpl = ((Cookies.snd & 2) != 0);
SplOn._proc = _SplOnProc[ TTSpl ];
SplOff._proc = _SplOffProc[ TTSpl ];
NStars = (Cookies.cpu > 10) ? 32 : 16;
return (0);
}
void Velocity_Display(int ch) //周波数応答（モータ）
{
double RPS;
M[ch].Counter = Count_Read(ch);
RPS = (M[ch].Counter-M[ch].Counter_Past)/(2000.0*Reduction_Ratio)/(Samp_Cycle/1000.0);
M[ch].Velocity = RPS*5.0;
M[ch].RPM = RPS*60.0;
Gotoxy(0,20);
Setcolor(GREEN,BLACK);
printf(" ch%d Velocity :%8.3f[mm/sec] %8.3f[rpm]\n",ch, M[ch].Velocity,M[ch].RPM);
Restore();
M[ch].Counter_Past = M[ch].Counter;
}
void Bmscr::Cls( int mode )
{
// screen setting reset
//
int i;
// Font initalize
//
SetFont( "", 18, 0 );
//Sysfont(0);
// object initalize
//
ResetHSPObject();
tapstat = 0;
tapinvalid = 0;
cur_obj = NULL;
// text setting initalize
//
cx=0;cy=0;
Setcolor(0,0,0);
// vals initalize
//
textspeed=0;
ox=64;oy=32;py=0;
gx=32;gy=32;gmode=0;
objstyle = 00;
for(i=0;i<BMSCR_SAVEPOS_MAX;i++) { savepos[i] = 0; }
// CEL initalize
//
SetCelDivideSize( 0, 0, 0, 0 );
// all update
//
fl_udraw = fl_dispw;
// Update HGI/O
//
if ( wid == 0 ) {
hgio_screen( (BMSCR *)this );
}
// Multi-Touch Reset
resetMTouch();
}
void Print::PrintTop()
{
Gotoxy(0, 0);
Setcolor(Color(TOP_BAR));
if (hero.empty())
printf("\t\t\t\t\t\t\t\t\t\t\t\t\t\t\t\t\t\t");
else
{
if (playerNum == 1)
printf(" \t Stage%4d \t\t\t ENTER: 다음 라운드 ESC: 처음으로 \t\t\t\t 남은 생명: %d \t ",
gameStage, hero[PLAYER_1]->HavingHeart());
else
printf(" \t Stage%4d \t\t\t ENTER: 다음 라운드 ESC: 처음으로 \t\t\t 1P 생명: %d 2P 생명: %d ",
gameStage, hero[PLAYER_1]->HavingHeart(), hero[PLAYER_2]->HavingHeart());
}
}
//*** センサ総合 *********************************************************
void Sensors_Display(void)
{
int ch;
Gotoxy(0,6);
Setcolor(GREEN,BLACK);
Counters_Read();
for(ch=1; ch<=Channel; ch++){
printf(" ch%d Counter :%8.3f[mm] (%6d[pulse])\n",ch ,M[ch].Counter/2000.0*5.0/Reduction_Ratio ,M[ch].Counter);
} //カウンタ×４逓倍
for(ch=1; ch<=Channel; ch++){
M[ch].Force = AD_Read(ch)/2047.0*1000.0;
printf(" ch%d Load : %6d (%6.3f[N])\n", ch, AD_Read(ch), M[ch].Force);
}
printf("\n");
Restore();
}
///// メニュー関連関数 /////////////////////////////////////////////////////////
void Main_Menu(void)
{
int Flag=1;
int KeyInput;
while(Flag){
Cls();
Display_Title();
Setcolor(CYAN,BLACK);
printf(" <Select Menu>\n\n");
Restore();
Sensors_Display();
printf(" 1) Sensors Check \n");
printf(" 2) DA Value Check \n");
printf(" 3) Velocity Check \n");
printf(" 4) Velocity Step Response \n");
printf(" 5) Constant Force Control\n");
printf(" 6) Constant Force Control(default)\n");
// printf(" 7) Constant Force Control(range)\n");
printf("\n");
printf(" i) Initialize AD Value\n");
printf("\n");
printf(" s> Back to QNX\n\n");
printf(" >>");
KeyInput = Char_Stdin();
switch(KeyInput){
case '1': Sensors_Check(); break;
case '2': DA_Value_Check(); break;
case '3': Velocity_Check(); break;
case '4': Velocity_Step(); break;
case '5': Force_Const(); break;
case '6': Force_Const_2(); break;
case '7': BWS_and_Compliance(); break;
case 'i': AD_Initialize(); break;
case 's': printf("\nBack to Qnx\n"); Flag=0; break;
default:printf("You Typed Invalid Command!!\n"); break;
}
}
}
void Bmscr::SetHSVColor( int hval, int sval, int vval )
{
// hsvによる色指定
// h(0-191)/s(0-255)/v(0-255)
//
int h,s,v;
int save_r, save_g, save_b;
int t,i,v1,v2,v3;
int mv=8160; // 255*32
int mp=4080; // 255*16
// overflow check
//
v = vval & 255;
s = sval & 255; // /8
// hsv -> rgb 変換
//
h = hval % 192;
i = h/32;
t = h % 32;
v1 = (v*(mv-s*32) +mp)/mv;
v2 = (v*(mv-s*t) +mp)/mv;
v3 = (v*(mv-s*(32-t))+mp)/mv;
switch(i){
case 0:
case 6:
save_r=v; save_g=v3; save_b=v1; break;
case 1:
save_r=v2; save_g=v; save_b=v1; break;
case 2:
save_r=v1; save_g=v; save_b=v3; break;
case 3:
save_r=v1; save_g=v2; save_b=v; break;
case 4:
save_r=v3; save_g=v1; save_b=v; break;
case 5:
save_r=v; save_g=v1; save_b=v2; break;
}
Setcolor( save_r, save_g, save_b );
}
/*
* Set up screen for VT52.
* This is called by os_askfile to restore the screen to the normal
* state, so it shouldn't allocate data structures.
*/
vt_setup()
{
int i;
/*
* Get rid of the mouse
*/
graf_mouse(M_OFF, NULL);
/*
* Get desktop resolution. If monochrome, note the fact so that
* we can make sure our color choices get set correctly later on.
* If low resolution, change to medium resolution automagically.
*
* If any other resolution, don't do anything different, and hope
* things work out OK.
*/
drez = Getrez();
if (drez == 0)
Setscreen(-1L, -1L, 1);
if (drez != 2) {
/*
* Get desktop palette.
*/
for (i = 0; i < 16; i++)
dpalette[i] = Setcolor(i, -1);
/*
* Set our palette.
*/
Setpalette(palette);
/*
* Tell the rest of the system what good colors
* are for various things.
*/
sdesc_color = colbyte(osWHITE, osBLUE);
ldesc_color = colbyte(osBLACK, osWHITE);
debug_color = colbyte(osBRIGHTWHITE, osBLACK);
text_color = colbyte(osWHITE, osBLACK);
text_bold_color = colbyte(osBRIGHTWHITE, osBLACK);
text_normal_color = text_color;
}
else {
/*
* Monochrome -- note different color name constants
*/
sdesc_color = colbyte(osmREVERSE, osmREVERSE);
ldesc_color = colbyte(osmREVERSE, osmREVERSE);
debug_color = colbyte(osmNORMAL, osmNORMAL);
text_color = colbyte(osmNORMAL, osmNORMAL);
text_bold_color = colbyte(osmREVERSE, osmREVERSE);
text_normal_color = text_color;
}
/*
* Set default text color
*/
vt_color(text_color);
/*
* Clear the screen, set to no-wrap mode, and enable cursor.
* Also, set drawing colors to normal.
*/
Cconws("\033E\033w\033e");
X = 0;
Y = 0;
/*
* Make the cursor not blink.
*/
Cursconf(2, 0);
}
