#ifndef control_done #define control_done #include "mk4_sizes.h" #define MAX_SAMP 16 #define MAXNOTCH (8*MAXFREQ) struct gat_struct { short on_delay; /* in secs since gate reference epoch */ short duration; /* in secs */ }; struct istats { int ref; int rem; }; struct dstats { double ref; double rem; }; struct c_block /* Elemental control block structure */ { struct c_block *cb_chain; /* Chained pointer to next c_block */ /* Conditions that scan must meet to have this block be applied */ char baseline[2]; /* station codes at both ends of baseline; either or both can be wildcards */ char source[32]; /* source name, or single wildcard */ char f_group; /* frequency group code, or wildcard */ int scan[2]; /* acceptance interval (inclusive) for start of scan; in seconds since 1980.0 */ short knot[4]; /* knot[i] true when cond[i] "not-ed" */ /* Filter, corrections, etc. to apply to data within qualifying scan */ short skip; /* iff true, don't fourfit matching scans */ double min_weight; /* min t120->fw.weight for AP acceptance */ double ref_freq; /* force fourfit to use this ref. freq. (MHz) */ int accept_sbs[MAXFREQ]; /* accept USB, LSB, DSB iff = 1, 2, 3 */ short index[2*MAXFREQ]; /* index numbers of acceptable sidebands */ struct istats pc_mode; /* phase cal modes */ struct istats pc_period; // phase cal integration period (in ap's) struct dstats pc_freq[MAXFREQ]; /* phase cal freqs (KHz) by channel */ struct dstats pc_phase_offset[2];// manual phase offset applied to all channels, by pol struct dstats pc_phase[MAXFREQ][2];/* phase cal phases by channel and pol for manual or additive pcal */ struct istats pc_tonemask[MAXFREQ];// tone exclusion mask by channel in multitone struct dstats lsb_offset; /* LSB phase offset in degrees */ short x_crc; /* flag to keep/discard AP having a crc error */ short y_crc; short x_slip_sync; /* max. # of frame resyncs to still use AP's data */ short y_slip_sync; double sb_window[2]; /* bounds of single band delay search window (us) */ double mb_window[2]; /* bounds of multi-band delay search window (us) */ double dr_window[2]; /* bounds of delay-rate search window (us/s) */ double ion_window[2]; // bounds of ionospheric search window (TEC units) double ra_offset; /* offset RA (arcsec) to shift windows by */ double dec_offset; /* " DEC " " " " " */ int ion_npts; // # of pts in ionosphere coarse search int time_span[2]; /* acceptance window start and stop (s BOY) */ short ion_smooth; // iff true, use smoothed, interpolated TEC grid pts short switched_mode; /* defines switching cycle start epoch */ short switched_period; /* switching cycle period (s) */ short use_samples; /* iff true, use sample counts to normalize */ short dc_block; // iff true, zero out DC subchannel of spectrum short optimize_closure; // iff true, keep closure triangle noise small as possible struct gat_struct gates[MAXFREQ]; /* relative on/off epochs (s), code, for each channel */ int adhoc_phase; /* defines type of ad hoc phase adjustments */ double adhoc_tref; /* reference time for either ad hoc model (s past hour */ double adhoc_period; /* period of sinewave (s) */ double adhoc_amp; /* amplitude in radians */ double adhoc_poly[6]; /* ad hoc phase polynomial coefficients (rad/sec^n) */ char adhoc_file[2][256]; // file names if station(s) is in pc_mode file char adhoc_file_chans[2][128]; // channel codes [a..zA..Z$%] for pc file phase fields char adhoc_flag_files[2][256]; /* file names for ad hoc data flagging */ char plot_data_dir[2][256]; /* dir name(s) for dumping plot data */ double passband[2]; /* passband for spectral filtering (MHz) */ int gen_cf_record; /* whether to general control file record */ int nnotches; /* alternative to passband */ double notches[MAXNOTCH][2]; /* alternative to passband */ double t_cohere; /* coherence time (s) for co-adding fringe rates */ struct dstats ionosphere; // a priori ionospheres (TEC units = 1e16 el/m^2) struct dstats delay_offs[MAXFREQ];// additive delay offset(ns) by channel ##DELAY_OFFS## struct dstats delay_offs_pol[MAXFREQ][2];// additive delay offset(ns) by channel and pol int nsamplers; // number of sampler strings char *psamplers[MAX_SAMP]; // pointer to each sampler string (or NULL) char sampler_codes[256]; // contains all sampler strings struct dstats sampler_delay[MAX_SAMP][2]; // additive delay per sampler (s), in sampler // order, for each of 2 polarizations (L/R = X/Y) int est_pc_manual; // provide estimates of manual pc phases int interpolator; // interpolation method int mbd_anchor; // mbd ambiguity choice: model or sbd struct dstats station_delay; // station delay pc inject->digitizer (s) struct dstats pc_delay_l; // delay diff (feed->inject)-(pulsegen->inject) (s) struct dstats pc_delay_r; // same, but for RCP (or Y or V) double weak_channel; // G code if single_chan_amp/coherent_amp < weak_channel double pc_amp_hcode; // H code iff any pc amplitude less than this double fmatch_bw_pct; // fractional bw % used for frequency matching char chid[MAXFREQ]; // single letter ch id codes for freq override double chid_rf[MAXFREQ]; // freqs corresponding to above codes int vbp_correct; // iff true, modify xpower phase with video bandpass model int vbp_fit; // iff true, do algebraic model fit for video bandpass struct dstats vbp_coeffs[5]; // video bandpass model coeffs (deg) char vbp_file[2][256]; // if not null, specifies filename for video bandpass corr. }; /* Defined values for various structure variables */ #define WILDCARD '?' /* station, baseline, source, f_group */ #define COMCHAR '*' /* comment character */ #define KEEP 32767 /* x_crc, y_crc, x_slip_sync, y_slip_sync */ #define DISCARD 1 #define NORMAL 1 /* pc_mode */ #define AP_BY_AP 2 #define MANUAL 3 #define MULTITONE 4 #define USB 1 /* frequency array values */ #define LSB 2 #define DSB 3 #define SCAN_START 1 /* strobe_mode */ #define EACH_MINUTE 2 #define SINEWAVE 1 /* ad hoc phase adjustment mode */ #define POLYNOMIAL 2 #define PHYLE 3 #define NULLINT -12345 /* place-holder for no assigned integer value */ #define NULLFLOAT 508.4482826 /* " " " " " floating " */ #define NULLCHAR 0 /* " " " " " char " */ // interpolation methods #define ITERATE 1 #define SIMUL 2 // mbd anchor choice #define MODEL 1 #define SBD 2 #define FCHARS "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789$%" #endif