www.pudn.com > opengpssim.zip > ogsprototypes.h
/* ************************************************************************ * * * GPS Simulation * * * * -------------------------------------------------------------------- * * * * Module: ogsprototypes.h * * * * Version: 0.1 * * Date: 17.02.02 * * * * Author: G. Beyerle * * * * -------------------------------------------------------------------- * * * * Copyright (C) 2002-2006 Georg Beyerle * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License as published by * * the Free Software Foundation; either version 2 of the License, or * * (at your option) any later version. * * * * This program is distributed in the hope that it will be useful, * * but WITHOUT ANY WARRANTY; without even the implied warranty of * * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * * GNU General Public License for more details. * * * * You should have received a copy of the GNU General Public License * * along with this program; if not, write to the Free Software * * Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA. * * * * -------------------------------------------------------------------- * * * * The files 'gpsfuncs.cpp', 'gpsrcvr.cpp' are modified versions of * * the files with the same name from Clifford Kelley's OpenSourceGPS * * distribution. The unmodified files can be obtained from * * http://www.home.earthlink.net/~cwkelley * * * * -------------------------------------------------------------------- * * * * Prototypes * * * ************************************************************************ */ /* ******************************* changes ******************************** dd.mm.yy - ************************************************************************ */ /* ------------------------------------------------------------------------ */ void main_gpsrcvr( void); void outportb( int a, int b); int inpw( int a); void outpw( int a, int b); void to_gps( int add, int data); int from_gps( int add); void ch_carrier( char, long); void ch_code( char, long); void init_software_correlator( void); int run_software_correlator( void); void Interrupt_Install(void); void Interrupt_Remove(void); void display(void); void pream(char ,char ); void nav_fix(void); long near_int(double); void chan_allocate(void); void cold_allocate(void); void velocity(void); inline int bit_test(int,char); inline int sign(long); inline int bsign(long); int xors(long); int meas_status( void); int accum_status_a( char); int accum_status_b( char); int accum_status_c( void); void ch_accum_reset(char); void all_accum_reset(void); long ch_carrier_cycle(char); int ch_carrier_dco_phase(char); void all_carr_incr_hi(int); void all_carr_incr_lo(int); void ch_code_incr_hi(char,int); void ch_code_incr_lo(char,int); void all_code_incr_hi(int); void all_code_incr_lo(int); void ch_off(char); void ch_on(char); void ch_cntl(char,int); void all_cntl(int); void ch_code_slew(char,int); void all_code_slew(int); unsigned int ch_epoch(char); void ch_epoch_load(char,unsigned int); unsigned int ch_epoch_chk(char); int ch_i_track(char); int ch_i_prompt(char); int ch_q_track(char); int ch_q_prompt(char); int ch_code_phase(char); int ch_code_DCO_phase(char); void ch_preset_phase(char,int); void all_preset_phase(int); void data_bus_test_w(int); void data_retent_w(int); int data_bus_test_r(void); int data_retent_r(void); void program_TIC(long); void reset_cntl(int); int rtc_delay(void); void stat_chk_sel(int); int stat_chk_sign(void); int stat_chk_mag(void); void status_latch(void); void test_control(int); void system_setup(int); void multi_control(int); void multi_channel_select(int); void x_dco_incr_high(int); void prog_accum_int(int); void timemark_control(int); void io_config(int); void interface_status(void); int ready(void); int port( int); void self_test( void); void to_gps( int, int); int from_gps( int); int bit_test_l( unsigned long, char); void parity_check( void); int exor( char, long); long fix_sqrt( long); long i_sqrt( long); SATVIS satfind( char); void read_initial_data(void); void read_almanac(void); void write_almanac(void); void read_ephemeris(void); void write_ephemeris(void); void read_ion_utc(void); void write_ion_utc(void); ECEF satpos_almanac( float, char ); ECEFT satpos_ephemeris( double, char); LLH receiver_loc( void); LLH ecef_to_llh( ECEF); ECEF llh_to_ecef( LLH); double tropo_iono( float, float, double); void decode_navmess( char, char); PVT pos_vel_time( int); void dops( int); void outpw( int, int); int inpw( int); void calc_cacode( void); int read_key_value_pair_float( char *tok, char pattern[], float *val, char sep[]); int read_key_value_pair_int( char *tok, char pattern[], int *val, char sep[]); int read_key_value_pair_uint( char *tok, char pattern[], unsigned int *val, char sep[]); int read_key_value_pair_long( char *tok, char pattern[], long *val, char sep[]); void init_inputbuffer( void); void write_sf1to3( NAVDATA *nav, FILE *fp); void write_sf4( NAVDATA *nav, FILE *fp); void write_sf5( NAVDATA *nav, FILE *fp); void read_sf1to3( NAVDATA *nav, FILE *fp); void read_sf4( NAVDATA *nav, FILE *fp); void read_sf5( NAVDATA *nav, FILE *fp); #ifndef __TURBOC__ void clrscr( void); int kbhit( void); void gotoxy( int, int); #endif #if !defined(__TURBOC__) && !defined(linux) char getch( void); #endif #ifdef linux void init_keyboard( void); void close_keyboard( void); int readch( void); #endif /* ------------------------------ end of file ----------------------------- */