prim_conv11.h

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// This C++ header file was automatically generated
// by VPPC from a Verilog HDL project.
// VPPC web-page: http://www.phys.ufl.edu/~madorsky/vppc/

// Author    : madorsky
// Timestamp : Thu Mar 12 14:54:01 2015

#ifndef __prim_conv11_h_file__
#define __prim_conv11_h_file__
#include "vppc_sim_lib.h"

class prim_conv11
{
 public:
    prim_conv11(){built = false; glbl_gsr = true; defparam();}
    void defparam();
    void build();
    bool built;
    bool glbl_gsr;
        unsigned station;
        unsigned cscid;
        // segments per chamber
    unsigned seg_ch;
        // bit widths of ph and th outputs, reduced precision
// have to be derived from pattern width on top level
    unsigned bw_ph;
        unsigned bw_th;
        // bit widths of ph and th, full precision
    unsigned bw_fph;
        unsigned bw_fth;
        // wiregroup input bit width (0..111)
    unsigned bw_wg;
        // bit width of dblstrip input (max 80 for ME234/1 with double-width strips)
    unsigned bw_ds;
        // width of halfstrip input
    unsigned bw_hs;
        // pattern half-width for stations 3,4
    unsigned pat_w_st3; //4;
        // pattern half-width for station 1
    unsigned pat_w_st1;
        // number of input bits for stations 3,4
    unsigned full_pat_w_st3;
        // number of input bits for st 1
    unsigned full_pat_w_st1;
        // width of zero padding for station copies
    unsigned padding_w_st1;
        unsigned padding_w_st3;
        // full pattern widths (aka reduced pattern)
    unsigned red_pat_w_st3;
        unsigned red_pat_w_st1;
        // number of folds for pattern detectors, do not set to 1
    unsigned fold;
        // number of th outputs for ME1/1
    unsigned th_ch11;
        unsigned bw_q;
        unsigned bw_addr;
        // strips per section, calculated so ph pattern would cover +/- 8 deg in st 1
    unsigned ph_raw_w; // kludge to fix synth error, need to understand
        unsigned th_raw_w;
        // max possible drifttime
    unsigned max_drift;
        // bit widths of precise phi and eta outputs
    unsigned bw_phi;
        unsigned bw_eta;
        // width of ph raw hits, max coverage +8 to cover possible chamber displacement 
    unsigned ph_hit_w; //80 + 8;
        // for 20 deg chambers
    unsigned ph_hit_w20;
        // for 10 deg chambers
    unsigned ph_hit_w10; //40 + 8;  
        // width of th raw hits, max coverage +8 to cover possible chamber displacement 
    unsigned th_hit_w;
        unsigned endcap;
        unsigned n_strips;
        unsigned n_wg;
        // theta range (take +1 because th_coverage contains max th value starting from 0)
    unsigned th_coverage;
        // phi range
    unsigned ph_coverage; //80 : 40;
        // number of th outputs takes ME1/1 th duplication into account
    unsigned th_ch;
        // is this chamber mounted in reverse direction?
    unsigned ph_reverse;
        unsigned th_mem_sz;
        unsigned th_corr_mem_sz;
        // multiplier bit width (phi + factor)
    unsigned mult_bw;
        // ph zone boundaries for chambers that cover more than one zone
// hardcoded boundaries must match boundaries in ph_th_match module
    unsigned ph_zone_bnd1;
        unsigned ph_zone_bnd2;
        unsigned zone_overlap;
        // sorter parameters
    unsigned bwr; // rank width
        unsigned bpow; // (1 << bpow) is count of input ranks
        unsigned cnr; // internal rank count
        unsigned cnrex; // actual input rank count, must be even
    
        signal_ quality; // quality inputs
        signal_ wiregroup; // wiregroup numbers
        signal_ hstrip; // halfstrip numbers
        signal_ clctpat; // clct pattern numbers
        signal_ sel; // binary address of the register or memory to access
        signal_ addr; // address in memory to access. For registers, set to 0
        signal_ r_in; // input data for memory or register
        signal_ we; // write enable for memory or register
        signal_ clk; // write clock
        signal_ control_clk; // control interface clock
        signal_ ph;
        signal_ th;
        signal_ vl;
        signal_ phzvl; // raw hit valid flags for up to 3 ph zones
        signal_ me11a;
        signal_ clctpat_r; // clct pattern numbers
        signal_ ph_hit;
        signal_ th_hit;
        signal_ r_out; // output data from memory or register
        signal_storage eight_str__storage;  signal_ eight_str; // eighth-strip
        signal_storage mult__storage;  signal_ mult;
        signal_storage ph_tmp__storage;  signal_ ph_tmp;
        signal_storage wg__storage;  signal_ wg;
        signal_storage th_tmp__storage;  signal_ th_tmp;
            // theta lut, takes wiregroup, returns theta
signal_storage th_mem__storage;  signal_ th_mem; // make memory size such that any address will be in range
            // programmable parameters 
// [0] = ph_init_b
// [1] = ph_displacement_b
// [2] = ph_init_a 
// [3] = ph_displacement_a 
// [4] = th_init 
// [5] = th_displacement
signal_storage params__storage;  signal_ params;
            // initial ph for this chamber scaled to 0.1333 deg/strip
signal_storage fph__storage;  signal_ fph;
        signal_storage th_corr__storage;  signal_ th_corr;
        signal_storage index__storage;  signal_ index;
        signal_storage th_orig__storage;  signal_ th_orig;
            // theta correction lut, for me1/1 only
// takes index = {wiregroup(2 MS bits), dblstrip}, returns theta correction for tilted wires
signal_storage th_corr_mem__storage;  signal_ th_corr_mem;
        signal_storage factor__storage;  signal_ factor; // strip width factors for each segment
        signal_storage me11a_w__storage;  signal_ me11a_w; // flag showing that we're working on ME11a region
        signal_storage clct_pat_corr__storage;  signal_ clct_pat_corr; // phi correction derived from clct pattern
        signal_storage clct_pat_sign__storage;  signal_ clct_pat_sign; // phi correction sign
        signal_storage ph_init_ix__storage;  signal_ ph_init_ix; // parameter index for ph_init 
    
        signal_storage pc_id__storage;  signal_ pc_id; // prim converter ID
    
        unsigned i;
        // signals only for ME1/1
// have to declare them here since vppc does not support declarations in generate blocks yet
    unsigned j;
    
    void init ();
    void operator()
    (
    signal_& quality__io,
    signal_& wiregroup__io,
    signal_& hstrip__io,
    signal_& clctpat__io,
    signal_& ph__io,
    signal_& th__io,
    signal_& vl__io,
    signal_& phzvl__io,
    signal_& me11a__io,
    signal_& clctpat_r__io,
    signal_& ph_hit__io,
    signal_& th_hit__io,
    signal_& sel__io,
    signal_& addr__io,
    signal_& r_in__io,
    signal_& r_out__io,
    signal_& we__io,
    signal_& clk__io,
    signal_& control_clk__io
    );
};
#endif