sector.h

#ifndef _SECTOR_H
#define _SECTOR_H


// Sector Broker defines
#define SB_RB_NUM       12

// Receiver board defines
#define RB_MZ_NUM               3
#define RB_FIBER_HDR_LEN        64

// Mezzanine defines 
#define MZ_ASIC_NUM     6
#define MZ_BUFFER_NUM   12



#define MZ_TPC_PADS_PER_ASIC    64
#define MZ_TPC_TIMEBINS         512
#define MZ_TPC_CPP_PER_PAD      32
#define MZ_TPC_MAX_PADS_PER_MEZ (MZ_TPC_PADS_PER_ASIC*MZ_ASIC_NUM)

#define MZ_FTP_PADS_PER_ASIC    64
#define MZ_FTP_TIMEBINS         512                                     // deal with this in software
#define MZ_FTP_CPP_PER_PAD      32
#define MZ_FTP_MAX_PADS_PER_MEZ (MZ_TPC_PADS_PER_ASIC*MZ_ASIC_NUM)
#define MZ_FTP_PADS_PER_MEZ     320

#define MZ_SVT_PADS_PER_ASIC    256
#define MZ_SVT_TIMEBINS         128
#define MZ_SVT_CPP_PER_PAD      8
#define MZ_SVT_MAX_PADS_PER_MEZ (MZ_SVT_PADS_PER_ASIC*MZ_ASIC_NUM)      // not really verified

// generic constants
#define MZ_MAX_PADS_PER_ASIC    256     // SVT case
#define MZ_MAX_TIMEBINS         512     // TPC
#define MZ_MAX_CPP_PER_PAD      32      // TPC
#define MZ_MAX_PADS             (256*MZ_ASIC_NUM)       // SVT
#define MZ_MAX_CHANNELS         (512*64*MZ_ASIC_NUM)    // all
#define MZ_MAX_CPPS             (8*256*MZ_ASIC_NUM)             // all
#define MZ_MAX_ROWS             6       // TPC, SVT
// maximum clusters per mezzanine
#define MZ_MAX_CLUSTERS         6000

#define MZ_RAW_DEBUG_BYTES              (0x40000 + 0x10000)     // ADC and CPP

// this shouldn't really be here...
// misc.
#define DMA_SL3_TYPE    (1 << 28)
#define DMA_FMT_TYPE    (2 << 28)



#endif