9 if((ieta > 15) || (ieta < -15)) printf(
"HOTwinMuxDigi: ieta out of range");
10 if ((mip < 0) || (mip > 1)) printf(
"HOTwinMuxDigi: mip value out of range");
12 theTP_HO=(
std::abs(ieta)&0xF) | ((ieta<0)?(0x10) : (0x00)) |
14 ((
std::abs(bx)&0x1)<<12) | ((bx<0)?(0x2000) : (0x00)) |
16 ((validbit&0x1)<<15) |
17 ((
std::abs(wheel)&0x3)<<16) | ((wheel<0)?(0x40000) : (0x00)) |
19 ((index &0x1F)<<23) | ((link&0x3)<<28);
23 s <<
"HO TP digi in TwinMUX "<<HOtp.
ieta() <<
", " << HOtp.
iphi() <<
", " << HOtp.
mip();
24 s <<
"(wh, sec, index, link)" <<HOtp.
wheel()<<
", " << HOtp.
sector() <<
", "<< HOtp.
index() <<
", " << HOtp.
link();
25 s <<
"validbit is : "<< HOtp.
validbit();
int ieta() const
get the signed ieta value
HOTPDigiTwinMux()
For the sorted collection.
int link() const
get the link value
int mip() const
get the mip value
int index() const
get the index
int iphi() const
get the raw iphi value
int wheel() const
get the signed wheel value
int sector() const
get the sector value
Abs< T >::type abs(const T &t)
std::ostream & operator<<(std::ostream &out, const std::tuple< Types... > &value)
int validbit() const
get the valid bit