//-----------------------------------------------------------
//DOS pushkeys
void PushDOSKeys(CString src)
{
InitialKeyState();
AllOff();
DOSKey=true;
__PushKeys(src);
}
//-----------------------------------------------------------
void __PushKeys(const char* src)
{
//Copyright by Data Solutions Pty Ltd (ACN 010 951 498)
//All rights reserved.
//Email for info: [email protected]
// This is the routine that does all the work
int index;
CString SubStr;
INT BrCnt;
CHAR BrOpen;
CHAR BrClose;
CHAR Ch;
CHAR nextCh;
int srcLen=strlen(src);
if (srcLen == 0)
return;
char ck[]={'+','^','%','!'};
void (*ckonfuncs[])()={SHIFTOn,CTRLOn,ALTOn,RALTOn};
void (*ckofffuncs[])()={SHIFTOff,CTRLOff,ALTOff,RALTOff};
index = 0;
while (index<srcLen)
{
char nextCh = src[index + 1];
// control keys & functions
bool controlkey = false;
int ckidx;
//is it a control key next?
for (int ckidx = 0; ckidx < sizeof(ck) / sizeof(*ck); ckidx++)
{
if (nextCh == ck[ckidx])
{
//contol key alone?
if (srcLen == 1)
{
//turn control key on
(*ckonfuncs[ckidx])();
//control key off
(*ckofffuncs[ckidx])();
//exit
return;
}
controlkey=true;
break;
}
}
//shift,ctrl,alt,ralt found
if (controlkey && srcLen>=index+2)
{
BrOpen=src[index+2];
if ((BrOpen=='(')||(BrOpen=='{'))
{
if (BrOpen=='(')
{
BrClose=')';
}
else
{
BrClose='}';
}
index++;
SubStr="";
BrCnt=1;
while ((index<srcLen-1)&&(BrCnt!=0))
{
index++;
Ch=src[index+1];
if (Ch!=BrClose)
{
SubStr+=Ch;
}
else
{
BrCnt--;
}
if (Ch==BrOpen)
BrCnt++;
}
// Turn control key on
(*ckonfuncs[ckidx])();
// Push the keys
if (SubStr!="")
{
if (BrOpen=='(')
{
__PushKeys(SubStr);
}
else
{
CString t=SubStr;
if(ProcessFuncKey(t))
{
t="";
}
if (t.GetLength()>0)
PushFnKey(t);
}
}
// Turn control key off
(*ckofffuncs[ckidx])();
}
else
{
// The next key uses control
index++;
(*ckonfuncs[ckidx])();
OnKeyHandler(false,src[index+1]);
(*ckofffuncs[ckidx])();
}
}
else if (nextCh=='{' && src!="{}" && src!="}{")
{
// Function keys
index++;
SubStr="";
while ((index<(srcLen-1))&&(src[index+1]!='}'))
{
SubStr+=src[index+1];
index++;
}
if(srcLen>1)
{
if (src[srcLen]=='}' && src[srcLen-1]=='}')
{
// Right brace
OnKeyHandler(false,'}');
PushAKey('}');
index++;
}
else
{
CString k=SubStr;
if (ProcessFuncKey(k))
{
k="";
}
else if(k.UpperCase().Pos("SLEEP")==1)
{
//sleep
OnKeyHandler(false,k);
}
//****************************************
//clear clipboard
else if (k.UpperCase().Pos("EMPTYCLIP")==1)
{
OnKeyHandler(false,k);
}
//run
else if (k.UpperCase().Pos("RUN ")==1)
{
OnKeyHandler(false,k);
}
//not a function key (a 3} type of thing
if(k.GetLength()>0)
{
PushFnKey(k);
}
}
}
}
else if (nextCh=='~')
{
// The enter key
ProcessFuncKey("ENTER");
}
else
{
OnKeyHandler(false,nextCh);
}
index++;
}
//turn all control keys off
AllOff();
}
void GACHAPON::nobori(){
float hue = 220.0;
float dhue = 10.0;
int d = 300;
int dd = -15;
AllOff();
front->show();
fRight->show();
fLeft->show();
bRight->show();
bLeft->show();
for (int j = 3; j > 0; j--){
for (int i = 14 * (j - 1); i < 14 * j; i++){
front->setPixelColor(i, hue, 100, 15);
}
front->show();
delay(d);
d += dd;
hue += dhue;
if (hue > 360) hue = 0;
if (0 > hue) hue = 360;
for (int i = 14 * (j - 1); i < 14 * j; i++){
fRight->setPixelColor(i, hue, 100, 15);
}
fRight->show();
delay(d);
d += dd;
hue += dhue;
if (hue > 360) hue = 0;
if (0 > hue) hue = 360;
for (int i = 14 * (j - 1); i < 14 * j; i++){
bRight->setPixelColor(i, hue, 100, 15);
}
bRight->show();
delay(d);
d += dd;
hue += dhue;
if (hue > 360) hue = 0;
if (0 > hue) hue = 360;
for (int i = 14 * (j - 1); i < 14 * j; i++){
bLeft->setPixelColor(i, hue, 100, 15);
}
bLeft->show();
delay(d);
d += dd;
hue += dhue;
if (hue > 360) hue = 0;
if (0 > hue) hue = 360;
for (int i = 14 * (j - 1); i < 14 * j; i++){
fLeft->setPixelColor(i, hue, 100, 15);
}
fLeft->show();
delay(d);
d += dd;
hue += dhue;
if (hue > 360) hue = 0;
if (0 > hue) hue = 360;
}
delay(600);
GradOff();
AllOff();
front->show();
fRight->show();
fLeft->show();
bRight->show();
bLeft->show();
}
void GACHAPON::blur(){
float hue = 210;
float ghue = 90;
float firstHue = (hue + ghue) > 360 ? (hue + ghue) - 360 : (hue + ghue);
float secondHue = (hue + ghue * 2) > 360 ? (hue + ghue * 2) - 360 : (hue + ghue * 2);
float thirdHue = (hue + ghue * 3) > 360 ? (hue + ghue * 3) - 360 : (hue + ghue * 3);
float fourthHue = (hue + ghue * 4) > 360 ? (hue + ghue * 4) - 360 : (hue + ghue * 4);
const int b = 230;
//初期化
for (int i = 0; i < LED_NUM; i++){
front->setPixelColor(i, HSV(hue, 100, 15));
fRight->setPixelColor(i, HSV(hue, 100, 15));
fLeft->setPixelColor(i, HSV(hue, 100, 15));
bRight->setPixelColor(i, HSV(hue, 100, 15));
bLeft->setPixelColor(i, HSV(hue, 100, 15));
front->setBrightness(b);
fRight->setBrightness(b);
fLeft->setBrightness(b);
bRight->setBrightness(b);
bLeft->setBrightness(b);
front->show();
fRight->show();
fLeft->show();
bRight->show();
bLeft->show();
}
for (int i = 0; i < 150; i++){
front->setPixelColor(random(LED_NUM), HSV(firstHue, 100, 15));
fRight->setPixelColor(random(LED_NUM), HSV(firstHue, 100, 15));
fLeft->setPixelColor(random(LED_NUM), HSV(firstHue, 100, 15));
bRight->setPixelColor(random(LED_NUM), HSV(firstHue, 100, 15));
bLeft->setPixelColor(random(LED_NUM), HSV(firstHue, 100, 15));
front->setBrightness(b);
fRight->setBrightness(b);
fLeft->setBrightness(b);
bRight->setBrightness(b);
bLeft->setBrightness(b);
front->show();
fRight->show();
fLeft->show();
bRight->show();
bLeft->show();
}
for (int i = 0; i < 150; i++){
front->setPixelColor(random(LED_NUM), HSV(secondHue, 100, 15));
fRight->setPixelColor(random(LED_NUM), HSV(secondHue, 100, 15));
fLeft->setPixelColor(random(LED_NUM), HSV(secondHue, 100, 15));
bRight->setPixelColor(random(LED_NUM), HSV(secondHue, 100, 15));
bLeft->setPixelColor(random(LED_NUM), HSV(secondHue, 100, 15));
front->setBrightness(b);
fRight->setBrightness(b);
fLeft->setBrightness(b);
bRight->setBrightness(b);
bLeft->setBrightness(b);
front->show();
fRight->show();
fLeft->show();
bRight->show();
bLeft->show();
}
for (int i = 0; i < 150; i++){
front->setPixelColor(random(LED_NUM), HSV(thirdHue, 100, 15));
fRight->setPixelColor(random(LED_NUM), HSV(thirdHue, 100, 15));
fLeft->setPixelColor(random(LED_NUM), HSV(thirdHue, 100, 15));
bRight->setPixelColor(random(LED_NUM), HSV(thirdHue, 100, 15));
bLeft->setPixelColor(random(LED_NUM), HSV(thirdHue, 100, 15));
front->setBrightness(b);
fRight->setBrightness(b);
fLeft->setBrightness(b);
bRight->setBrightness(b);
bLeft->setBrightness(b);
front->show();
fRight->show();
fLeft->show();
bRight->show();
bLeft->show();
delay(1);
}
delay(500);
GradOff();
AllOff();
front->show();
fRight->show();
fLeft->show();
bRight->show();
bLeft->show();
}
void GACHAPON::Flower(){
AllOff();
front->show();
fRight->show();
fLeft->show();
bRight->show();
bLeft->show();
int led = 0;
char SpId[15] = {0,7,10,4,9,1,3,13,15,6,12,11,8,5,2};
for(char SNum = 0; SNum < 15; SNum++){
for(char i = 0; i < 50; i+=7){
for(int j = 0; j < 14; j++){
if(SpId[SNum] < 3){
led = SpId[SNum] * 14;
front->setPixelColor(j + led, i, i, i);
front->show();
}
else if(SpId[SNum] < 6){
led = (SpId[SNum] - 3) * 14;
fRight->setPixelColor(j + led, i, i, i);
fRight->show();
}
else if(SpId[SNum] < 9){
led = (SpId[SNum] - 6) * 14;
fLeft->setPixelColor(j + led, i, i, i);
fLeft->show();
}
else if(SpId[SNum] < 12){
led = (SpId[SNum] - 9) * 14;
bRight->setPixelColor(j + led, i, i, i);
bRight->show();
}
else if(SpId[SNum] < 15){
led = (SpId[SNum] - 12) * 14;
bLeft->setPixelColor(j + led, i, i, i);
bLeft->show();
}
delay(1);
}
}
}
delay(700);
for(char i = 50; i >= 1; i-=10){
for(char j = 0; j < 42; j++){
front->setPixelColor(j, i, i, i);
fRight->setPixelColor(j, i, i, i);
fLeft->setPixelColor(j, i, i, i);
bRight->setPixelColor(j, i, i, i);
bLeft->setPixelColor(j, i, i, i);
front->show();
fRight->show();
fLeft->show();
bRight->show();
bLeft->show();
delay(1);
}
}
AllOff();
front->show();
fRight->show();
fLeft->show();
bRight->show();
bLeft->show();
}
HRESULT CCmdHandler::gatherDeviceData()
{
GLogger.LogMessage("FanucMTConnectAdapter::gatherDeviceData\n", HEAVYDEBUG);
_set_se_translator( trans_func ); // correct thread?
try {
#if 0
if(!this->IsCNCRunning())
{
::Sleep(2000);
return;
}
#endif
#ifdef F15i
if (!mConnected)
_FS15D->connect();
if (mConnected)
{
//if(Globals.FanucVersion == "15i")
{
_FS15D->getVersion();
_FS15D->getInfo();
_FS15D->getLine();
_FS15D->getPositions();
_FS15D->getStatus();
_FS15D->getSpeeds();
_FS15D->getAlarmInfo();
}
}
#else
#ifdef F15M
if (!mConnected)
_F15M->connect();
if (mConnected)
{
//if(Globals.FanucVersion == "15M")
{
_F15M->saveStateInfo();
_F15M->getVersion();
_F15M->getInfo();
_F15M->getLine();
_F15M->getPositions();
_F15M->getStatus();
// hack in getSpeeds
_F15M->getSpeeds();
}
}
#else
sHeartbeat=StdStringFormat("%d",heartbeat++);
SetMTCTagValue("heartbeat", sHeartbeat );
if (!mConnected)
{
_iSeries->connect();
if (!mConnected)
{
AllOff();
return E_FAIL;
}
SetMTCTagValue("avail", "AVAILABLE" );
//else
// _iSeries->getVersion();
}
if (mConnected)
{
SetMTCTagValue("power", "ON" );
try {
_iSeries->saveStateInfo();
if(FAILED(_iSeries->getInfo()))
throw std::exception("getInfo fail");
if(FAILED(_iSeries->getLine()))
throw std::exception("getLine fail");
if(FAILED(_iSeries->getPositions()))
throw std::exception("getPositions fail");
if(FAILED(_iSeries->getStatus()))
throw std::exception("getStatus fail");
if(FAILED(_iSeries->getSpeeds()))
throw std::exception("getSpeeds fail");
if(FAILED(_iSeries->getAlarmInfo()))
throw std::exception("getAlarmInfo fail");
}
catch(std::exception errmsg)
{
std::stringstream tmp;
tmp << "iSeries:: Failed " << errmsg.what();
_iSeries->LogErrorMessage(tmp.str().c_str(),-1);
disconnect();
mConnected=false;
AllOff();
return E_FAIL;
}
}
#endif
#endif
}
catch(...)
{
GLogger.Warning("FanucMTConnectAdapter::gatherDeviceData Exception Raised\n");
disconnect();
return E_FAIL;
}
return S_OK;
}