; $Id$:

; constants that will be used directly in the assembler, but will come from the .tcs files


#def NSAMPLES = 30; // was before in c13



#def TRACKLETS_3Q_MODE  = 3                 ; normal tracklets mode, with 3 charge integration windows
#def TRACKLETS_DIS_MODE = 2                 ; tracklets are disabled
#def TRACKLETS_TPT_MODE = 1                 ; test pattern mode
#def TRACKLETS_COS_MODE = 0                 ; cosmic mode
#def TRACKLETS_MODE     = TRACKLETS_3Q_MODE ; select the tracklet mode

; in _DIS_, _3Q_, _TPT_ mode: send MCM headers when not tracklets?
  #def DONT_SEND_EMPTY_HDR_TR = 0

; in _3Q_:
;   - parameters of the 3-rd charge window Q2: left margin and width
  #def Q2_LEFT_MRG_VAL      = 7;
  #def Q2_WIN_WIDTH_VAL     = 7;

;   - use floating point representation of the charges?
;     otherwise scaling by a fixed factor
  #def DYN_FP_Q             = 1;    ; floating point mode for Q enabled

;#def ADD_CONST_TO_HCID = 0x80       ; either 0 or not defined, OR 0x80


#def RAW_RDOUT_FULL     = 0                 ; no zero suppression

#def RAW_RDOUT_ZS       = 1                 ; with zero suppression
; related options
    #def DONT_SEND_EMPTY_HDR_ZS = 0         ; suppress sending MCM header when no ADC data
    #def ZS_FULL_NO   = 0;
    #def ZS_FULL_128  = 1;
    #def ZS_FULL_256  = 2;
    #def ZS_FULL_1024 = 3;
    #def ZS_FULL_MOD  = ZS_FULL_NO          ; 0 for always ZS, 1, 2, 3 for full readout each 128, 256, 1024 event

#def RAW_RDOUT_TP       = 2                 ; test pattern mode
; related options
    #def RAW_RDOUT_TP_TYPE  = 0             ; test pattern type, from 0 to 7 of them 1, 2, 3, 6 recommended

#def RAW_RDOUT_MODE     = RAW_RDOUT_FULL    ; select the tracklet mode

#ifeq RAW_RDOUT_MODE, RAW_RDOUT_FULL
; enable/disable related options
    #def FULL_WITH_STAT = 1                 ; with accumulating RMS statistics or not
#else
    #def FULL_WITH_STAT = 0                 ; no statistics otherwise: don't change this value!
#endif


; TRAP register values, most of them identical in all MCMs, some values are specific to BM, HCM
; some trivial values will be generated internally, a list will come later here.

#def TPFE_VAL             = 24;
#def TPQS0_VAL            =  0;
#def TPQE0_VAL            =  6;
#def TPQS1_VAL            = 14;
#def TPQE1_VAL            = 20;
#def EBAQA_VAL            =  0;

#def ARBTIM_VAL = b1101;

#def DMDELA_VAL =  2;         // Nominal:2  used in DMDELA
#def DMDELS_VAL = 15;         // Nominal:15 used in DMDELS
#def MEMCOR_VAL = 0x11F;      // all hamming corrections on

#def IRQHW_VAL  = 0x017;      // IRQ_ACQ, IRQ_CLR, IRQ_RAW, IRQ_TST
#def IRQHL_VAL  = 0x017;      // IRQ_ACQ, IRQ_CLR, IRQ_RAW, IRQ_TST

#def CPUxCLK_VAL  = 0x1F;     // 4x

; end signature
#def NSIG_TR_VAL  = 0x1000;
#def NSIG_RR_VAL  = 0x0000;
#def NDLY_VAL  = 0x12492492;  // 29-bit
#def NDLY_HCM_VAL  = 0x12492492;  // 29-bit

#def NITM0_VAL = 0x019a;      // normally = nsamples*12+50 and up to 12 bit

#def NIP4D_VAL = 0x3;
#def NICLK_VAL = 0x1F;
#def FILCLK_VAL= 0x07;
#def PRECLK_VAL= 0x07;
; for normal MCMs and BM, no HCM
#def NIODE_VAL = 0x1B;
#def NIOCE_VAL = 0x1F;
#def NIIDE_VAL = 0x02;
#def NIICE_VAL = 0x1F;  // but later in asm program was overwritten with 1?

#def ADCEN_VAL = 0x07;

; not ready
; HCM only
#def NIODE_HCM_VAL = 0x02;
#def NIOCE_HCM_VAL = 0x01;
#def NIIDE_HCM_VAL = 0x07;
#def NIICE_HCM_VAL = 0x07;

; ADC
; bit 8 in ADCPAR must be set for VHDL simulation!
#def ADCPAR_VAL = 0x189a5;      // bit 8 must be set for simulation!
#def ADCINB_VAL = b10;
#def ADCDAC_VAL = b00000; // 5 bit ;

; note, ADCMSK could be patched, therefore will be removed from here
;#def ADCMSK_A_BND = 0x07FFFF;  // 0,4,8,12 & A-side
;#def ADCMSK_B_BND = 0x1FFFF8;  // 3,7,11,15 & B-side
;#def ADCMSK_VAL   = 0x1FFFFF;  // all others
; and will be stored in DMEM: