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thdata.cxx
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thdata.cxx
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/**
* @file thdata.cxx
*/
/* Copyright (C) 2000 Stacho Mudrak
*
* $Date: $
* $RCSfile: $
* $Revision: $
*
* --------------------------------------------------------------------
* 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
* 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., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA
* --------------------------------------------------------------------
*/
#include "thdata.h"
#include "thexception.h"
#include "thchenc.h"
#include "thinfnan.h"
#include "thsurvey.h"
#include "thgrade.h"
#include "thcsdata.h"
#include "thdatareader.h"
#include "thdatabase.h"
#include "therion.h"
#include "loch/icase.h"
thdata::thdata()
{
this->team_set.clear();
// set standard deviations and declination
this->dl_declination = thnan;
this->dl_survey_declination = thnan;
this->dl_survey_declination_on = false;
this->dl_declination_north_grid = false;
this->dl_direction = true;
this->dli_plumbs = false;
this->dli_equates = false;
this->d_mark = TT_DATAMARK_TEMP;
this->d_flags = TT_LEGFLAG_NONE;
this->d_extend = TT_EXTENDFLAG_NORMAL;
this->d_vtresh = 67.5;
this->d_extend_ratio = thnan;
this->d_shape = TT_DATALEG_SHAPE_OCTAGON;
this->d_walls = TT_AUTO;
this->d_last_equate = 0;
this->reset_data_sd();
this->reset_data();
this->di_from = true;
this->di_to = true;
this->di_length = true;
this->di_bearing = true;
this->di_gradient = true;
this->d_type = TT_DATATYPE_NORMAL;
this->d_order[0] = TT_DATALEG_FROM;
this->d_order[1] = TT_DATALEG_TO;
this->d_order[2] = TT_DATALEG_LENGTH;
this->d_order[3] = TT_DATALEG_BEARING;
this->d_order[4] = TT_DATALEG_GRADIENT;
this->d_nitems = 5;
this->d_current = 0;
this->stat_length = 0.0;
this->stat_dlength = 0.0;
this->stat_splaylength = 0.0;
this->stat_slength = 0.0;
this->stat_alength = 0.0;
this->stat_st_state = 0;
this->stat_st_top = NULL;
this->stat_st_bottom = NULL;
this->ugroup = NULL;
this->cgroup = this;
this->dlu_gradient.allow_percentage = true;
}
void thdata::reset_data_sd()
{
this->dls_length = thnan;
this->dls_gradient = thnan;
this->dls_bearing = thnan;
this->dls_counter = thnan;
this->dls_depth = thnan;
this->dls_dx = thnan;
this->dls_dy = thnan;
this->dls_dz = thnan;
this->dls_x = thnan;
this->dls_y = thnan;
this->dls_z = thnan;
}
void thdata::reset_data()
{
this->di_station = false;
this->di_from = false;
this->di_to = false;
this->di_length = false;
this->di_bearing = false;
this->di_gradient = false;
this->di_backlength = false;
this->di_backbearing = false;
this->di_backgradient = false;
this->di_depth = false;
this->di_fromdepth = false;
this->di_todepth = false;
this->di_depthchange = false;
this->di_count = false;
this->di_fromcount = false;
this->di_tocount = false;
this->di_dx = false;
this->di_dy = false;
this->di_dz = false;
this->di_direction = false;
this->di_newline = false;
this->di_interleaved = false;
this->di_up = false;
this->di_down = false;
this->di_left = false;
this->di_right = false;
this->d_type = TT_DATATYPE_UNKNOWN;
int i;
for(i = 0; i < THDATA_MAX_ITEMS; i++)
this->d_order[i] = TT_DATALEG_UNKNOWN;
this->d_nitems = 0;
this->d_current = 0;
this->cd_leg_def = false;
this->pd_leg_def = false;
}
thdata::~thdata()
{
}
int thdata::get_class_id()
{
return TT_DATA_CMD;
}
bool thdata::is(int class_id)
{
if (class_id == TT_DATA_CMD)
return true;
else
return thdataobject::is(class_id);
}
int thdata::get_cmd_nargs()
{
// replace by real number of arguments
return 0;
}
const char * thdata::get_cmd_end()
{
// insert endcommand if multiline command
return "endcentreline";
}
bool thdata::get_cmd_ends_state() {
return true;
}
static const thstok thdata_end_cmds[] = {
{"endcenterline", TT_DATA_CMD},
{"endcentreline", TT_DATA_CMD},
{NULL, TT_UNKNOWN_CMD},
};
bool thdata::get_cmd_ends_match(char * cmd) {
return (thmatch_token(cmd,thdata_end_cmds) == TT_DATA_CMD);
}
thcmd_option_desc thdata::get_cmd_option_desc(const char * opts)
{
int id = thmatch_token(opts, thtt_data_opt);
if (id == TT_DATA_UNKNOWN)
return thdataobject::get_cmd_option_desc(opts);
else
switch (id) {
case TT_DATA_FIX:
return thcmd_option_desc(id,4);
case TT_DATA_SD:
case TT_DATA_UNITS:
case TT_DATA_INSTRUMENT:
case TT_DATA_CALIBRATE:
case TT_DATA_INFER:
case TT_DATA_STATION:
case TT_DATA_EQUATE:
case TT_DATA_DATA:
case TT_DATA_DECLINATION:
case TT_DATA_VTRESH:
return thcmd_option_desc(id,2);
default:
return thcmd_option_desc(id,1);
case TT_DATA_BREAK:
case TT_DATA_GROUP:
case TT_DATA_ENDGROUP:
return thcmd_option_desc(id,0);
}
}
void thdata::set(thcmd_option_desc cod, char ** args, int argenc, unsigned long indataline)
{
thdate temp_date;
thperson temp_person;
int prole_i;
switch (cod.id) {
case 0:
// let's split the line
thsplit_args(& this->db->mbuff_tmp, *args);
this->cgroup->insert_data_leg(this->db->mbuff_tmp.get_size(),
this->db->mbuff_tmp.get_buffer());
break;
case TT_DATA_FIX:
if ((indataline & THOP_INLINE) == 0)
ththrow("not a command line option -- fix");
this->cgroup->set_data_fix(cod.nargs, args);
break;
case TT_DATA_EQUATE:
if ((indataline & THOP_INLINE) == 0)
ththrow("not a command line option -- equate");
this->cgroup->set_data_equate(cod.nargs, args);
break;
case TT_DATA_FLAGS:
if ((indataline & THOP_INLINE) == 0)
ththrow("not a command line option -- flags");
this->cgroup->set_data_flags(cod.nargs, args);
break;
case TT_DATA_EXTEND:
this->cgroup->set_data_extend(cod.nargs, args);
break;
case TT_DATA_STATION:
if ((indataline & THOP_INLINE) == 0)
ththrow("not a command line option -- station");
this->cgroup->set_data_station(cod.nargs, args, argenc);
break;
case TT_DATA_MARK:
this->cgroup->set_data_mark(cod.nargs, args);
break;
case TT_DATA_DATE:
temp_date.parse(*args);
this->date.join(temp_date);
this->set_survey_declination();
break;
case TT_DATA_DISCOVERY_DATE:
temp_date.parse(*args);
this->discovery_date.join(temp_date);
break;
case TT_DATA_WALLS:
if (cod.nargs != 1)
ththrow("invalid number of option arguments -- walls");
this->cgroup->d_walls = thmatch_token(*args, thtt_onoffauto);
if (this->cgroup->d_walls == TT_UNKNOWN_BOOL)
ththrow("invalid walls switch -- {}", *args);
break;
case TT_DATA_SHAPE:
if (cod.nargs != 1)
ththrow("invalid number of option arguments -- shape");
this->cgroup->d_shape = thmatch_token(*args, thtt_dataleg_shape);
if (this->cgroup->d_shape == TT_DATALEG_SHAPE_UNKNOWN)
ththrow("unknown shape type -- {}", *args);
break;
case TT_DATA_VTRESH:
this->cgroup->set_data_vtresh(cod.nargs, args);
break;
case TT_DATA_INSTRUMENT:
if ((indataline & THOP_INLINE) == 0)
ththrow("not a command line option -- instrument");
this->set_data_instrument(cod.nargs, args);
break;
case TT_DATA_SD:
if ((indataline & THOP_INLINE) == 0)
ththrow("not a command line option -- sd");
this->cgroup->set_data_sd(cod.nargs, args);
break;
case TT_DATA_DATA:
if ((indataline & THOP_INLINE) == 0)
ththrow("not a command line option -- data");
this->cgroup->set_data_data(cod.nargs, args);
break;
case TT_DATA_INFER:
this->cgroup->set_data_infer(cod.nargs, args);
break;
case TT_DATA_GRID_ANGLE:
this->cgroup->dl_declination_north_grid = true;
if (this->cgroup->cs == TTCS_LOCAL)
ththrow("missing coordinate system specification");
this->cgroup->set_data_declination(cod.nargs, args);
break;
case TT_DATA_DECLINATION:
this->cgroup->dl_declination_north_grid = false;
this->cgroup->set_data_declination(cod.nargs, args);
break;
case TT_DATA_UNITS:
if ((indataline & THOP_INLINE) == 0)
ththrow("not a command line option -- units");
this->cgroup->set_data_units(cod.nargs, args);
break;
case TT_DATA_GRADE:
if ((indataline & THOP_INLINE) == 0)
ththrow("not a command line option -- grade");
this->cgroup->set_data_grade(cod.nargs, args);
break;
case TT_DATA_BREAK:
if (cod.nargs > 0)
ththrow("no arguments allowed after break");
this->cgroup->complete_interleaved_data();
this->cgroup->cd_leg_def = false;
this->cgroup->d_current = 0;
break;
case TT_DATA_CALIBRATE:
if ((indataline & THOP_INLINE) == 0)
ththrow("not a command line option -- calibrate");
this->cgroup->set_data_calibration(cod.nargs, args);
break;
case TT_DATA_TEAM:
if ((indataline & THOP_INLINE) == 0)
ththrow("not a command line option -- team");
thencode(&(this->db->buff_enc), *args, argenc);
temp_person.parse(this->db, this->db->buff_enc.get_buffer());
this->team_set.insert(temp_person);
// check person roles
if (cod.nargs > 1) {
for(prole_i = 1; prole_i < cod.nargs; prole_i++) {
switch (thmatch_token(args[prole_i], thtt_dataleg_comp)) {
case TT_DATALEG_ALTITUDE:
case TT_DATALEG_LENGTH:
case TT_DATALEG_BEARING:
case TT_DATALEG_GRADIENT:
case TT_DATALEG_BACKLENGTH:
case TT_DATALEG_BACKBEARING:
case TT_DATALEG_BACKGRADIENT:
case TT_DATALEG_NOTES:
case TT_DATALEG_ASSISTANT:
case TT_DATALEG_INSTRUMENTS:
case TT_DATALEG_PICTURES:
case TT_DATALEG_COUNT:
case TT_DATALEG_DEPTH:
case TT_DATALEG_STATION:
case TT_DATALEG_POSITION:
case TT_DATALEG_DIMS:
case TT_DATALEG_UP:
case TT_DATALEG_DOWN:
case TT_DATALEG_LEFT:
case TT_DATALEG_RIGHT:
break;
default:
ththrow("unknown team role -- {}", args[prole_i]);
break;
}
}
}
break;
case TT_DATA_DISCOVERY_TEAM:
if ((indataline & THOP_INLINE) == 0)
ththrow("not a command line option -- explo-team");
thencode(&(this->db->buff_enc), *args, argenc);
temp_person.parse(this->db, this->db->buff_enc.get_buffer());
this->discovery_team_set.insert(temp_person);
break;
case TT_DATA_GROUP:
this->start_group();
break;
case TT_DATA_ENDGROUP:
this->end_group();
break;
// if not found, try to set fathers properties
default:
thdataobject::set(cod, args, argenc, indataline);
}
}
void thdata::self_print_properties(FILE * outf)
{
thdataobject::self_print_properties(outf);
fprintf(outf,"thdata:\n");
fprintf(outf,"\tdate: %s\n",this->date.get_str());
fprintf(outf,"\tlength: %g\n",this->stat_length);
// print the data team
thdata_team_set_type::iterator ii;
for(ii = this->team_set.begin();
ii != this->team_set.end(); ii++)
fprintf(outf,"\tteam: \"%s/%s\"\n", ii->get_n1(), ii->get_n2());
fprintf(outf,"\tdiscovery-date: %s\n",this->discovery_date.get_str());
// print the data team
for(ii = this->discovery_team_set.begin();
ii != this->discovery_team_set.end(); ii++)
fprintf(outf,"\tdiscovery-team: \"%s/%s\"\n", ii->get_n1(), ii->get_n2());
// print survey data
for(thdataleg_list::iterator li = this->leg_list.begin();
li != this->leg_list.end(); li++)
if (li->is_valid) {
fprintf(outf,"\tshot: ");
fprintf(outf,li->from);
fprintf(outf," - ");
fprintf(outf,li->to);
switch(li->data_type) {
case TT_DATATYPE_NORMAL:
fprintf(outf," (normal)\n");
fprintf(outf,"\t\tlength: %f +- %f m\n", thinn(li->length), thinn(li->length_sd));
fprintf(outf,"\t\tbearing: %f +- %f deg\n", thinn(li->bearing), thinn(li->bearing_sd));
fprintf(outf,"\t\tgradient: %f +- %f deg\n", thinn(li->gradient), thinn(li->gradient_sd));
fprintf(outf,"\t\ttotal length: %f\n",thinn(li->total_length));
break;
case TT_DATATYPE_CYLPOLAR:
fprintf(outf," (cylpolar)\n");
[[fallthrough]];
case TT_DATATYPE_DIVING:
if (li->data_type == TT_DATATYPE_DIVING)
fprintf(outf," (diving)\n");
fprintf(outf,"\t\tlength: %f +- %f m\n", thinn(li->length), thinn(li->length_sd));
fprintf(outf,"\t\tbearing: %f +- %f deg\n", thinn(li->bearing), thinn(li->bearing_sd));
if (thisnan(li->depthchange)) {
fprintf(outf,"\t\tfromdepth: %f +- %f m\n", thinn(li->fromdepth), thinn(li->depth_sd));
fprintf(outf,"\t\ttodepth: %f +- %f m\n", thinn(li->todepth), thinn(li->depth_sd));
}
else
fprintf(outf,"\t\tdepthchange: %f +- %f m\n", thinn(li->depthchange), thinn(li->depth_sd));
fprintf(outf,"\t\ttotal length: %f\n",thinn(li->total_length));
break;
case TT_DATATYPE_CARTESIAN:
fprintf(outf," (cartesian)\n");
fprintf(outf,"\t\tdx: %f +- %f m\n", thinn(li->dx), thinn(li->dx_sd));
fprintf(outf,"\t\tdy: %f +- %f m\n", thinn(li->dy), thinn(li->dy_sd));
fprintf(outf,"\t\tdz: %f +- %f m\n", thinn(li->dz), thinn(li->dz_sd));
fprintf(outf,"\t\ttotal length: %f\n",thinn(li->total_length));
break;
case TT_DATATYPE_NOSURVEY:
fprintf(outf," (nosurvey)\n");
break;
}
fprintf(outf,"\t\tUDLR: (%g,%g,%g,%g) - (%g,%g,%g,%g)\n",
thinn(li->from_up),thinn(li->from_down),thinn(li->from_left),thinn(li->from_right),
thinn(li->to_up),thinn(li->to_down),thinn(li->to_left),thinn(li->to_right));
fprintf(outf,"\t\tdecination: %f deg\n", thinn(li->declination));
fprintf(outf,"\t\tmark: %d\n", li->s_mark);
fprintf(outf,"\t\tflags: %d\n", li->flags);
fprintf(outf,"\t\tinfer:");
if (li->infer_plumbs)
fprintf(outf," plumbs");
if (li->infer_equates)
fprintf(outf," equates");
if (!(li->infer_plumbs || li->infer_equates))
fprintf(outf," none");
fprintf(outf,"\n");
fprintf(outf,"\t\tsurvey: %s\n", li->psurvey->get_full_name());
fprintf(outf,"\t\tsource: %s [%ld]\n", li->srcf.name, li->srcf.line);
}
// print fixed stations
for(thdatafix_list::iterator fxi = this->fix_list.begin();
fxi != this->fix_list.end(); fxi++) {
fprintf(outf,"\tfix: ");
fprintf(outf,fxi->station);
fprintf(outf,"\n");
fprintf(outf,"\t\tpos:\t%f\t%f\t%f\n", thinn(fxi->x), thinn(fxi->y), thinn(fxi->z));
fprintf(outf,"\t\tstd:\t%f\t%f\t%f\n", thinn(fxi->sdx), thinn(fxi->sdy), thinn(fxi->sdz));
fprintf(outf,"\t\tcov:\t%f\t%f\t%f\n", thinn(fxi->cxy), thinn(fxi->cyz), thinn(fxi->cxz));
fprintf(outf,"\t\tsource: %s [%ld]\n", fxi->srcf.name, fxi->srcf.line);
}
// print equates
int last_e = 0;
thdataequate_list::iterator eii;
for(thdataequate_list::iterator ei = this->equate_list.begin();
ei != this->equate_list.end(); ei++) {
if (last_e != ei->eqid) {
if (last_e > 0)
fprintf(outf,"\n");
fprintf(outf,"\tequate:");
eii = ei;
last_e = ei->eqid;
}
fprintf(outf," ");
fprintf(outf,ei->station);
}
if (last_e > 0) {
fprintf(outf," (%s [%ld])\n", eii->srcf.name, eii->srcf.line);
}
// print stations
for(thdatass_list::iterator si = this->ss_list.begin();
si != this->ss_list.end(); si++) {
fprintf(outf,"\tstation: ");
fprintf(outf,si->station);
fprintf(outf," \"%s\" %d (%s [%ld])\n", (si->comment == NULL ? "" : si->comment),
si->flags, si->srcf.name, si->srcf.line);
}
// print dimension lists
for(thstdims_list::iterator di = this->dims_list.begin();
di != this->dims_list.end(); di++) {
fprintf(outf,"\tUDLR: ");
fprintf(outf,di->station);
fprintf(outf," %g,%g,%g,%g\n", thinn(di->up), thinn(di->down), thinn(di->left), thinn(di->right));
}
}
void thdata::set_data_calibration(int nargs, char ** args)
{
static int items[THDATA_MAX_ITEMS];
int nitems, iit, itid; // 1-length, 2-angle
nitems = nargs - 1;
if (nitems > THDATA_MAX_ITEMS)
ththrow("too many quantities");
// scan quantities
bool to_set;
for (iit = 0; iit < nitems; iit++) {
itid = thmatch_token(args[iit], thtt_dataleg_comp);
to_set = true;
switch (itid) {
case TT_DATALEG_LENGTH:
case TT_DATALEG_BACKLENGTH:
case TT_DATALEG_COUNT:
case TT_DATALEG_DEPTH:
case TT_DATALEG_X:
case TT_DATALEG_POSITION:
case TT_DATALEG_EASTING:
case TT_DATALEG_Y:
case TT_DATALEG_NORTHING:
case TT_DATALEG_Z:
case TT_DATALEG_DIMS:
case TT_DATALEG_ALTITUDE:
case TT_DATALEG_BEARING:
case TT_DATALEG_GRADIENT:
case TT_DATALEG_UP:
case TT_DATALEG_DOWN:
case TT_DATALEG_LEFT:
case TT_DATALEG_RIGHT:
break;
default:
to_set = false;
nitems = iit;
break;
}
if (to_set)
items[iit] = itid;
else
break;
}
// parse calibration
this->dlc_default.parse(nargs - nitems, args + nitems);
// set units
for (iit = 0; iit < nitems; iit++) {
switch (items[iit]) {
case TT_DATALEG_LENGTH:
this->dlc_length = this->dlc_default;
break;
case TT_DATALEG_COUNT:
this->dlc_counter = this->dlc_default;
break;
case TT_DATALEG_DEPTH:
this->dlc_depth = this->dlc_default;
break;
case TT_DATALEG_X:
this->dlc_x = this->dlc_default;
break;
case TT_DATALEG_EASTING:
this->dlc_dx = this->dlc_default;
break;
case TT_DATALEG_Y:
this->dlc_y = this->dlc_default;
break;
case TT_DATALEG_NORTHING:
this->dlc_dy = this->dlc_default;
break;
case TT_DATALEG_Z:
this->dlc_z = this->dlc_default;
break;
case TT_DATALEG_POSITION:
this->dlc_x = this->dlc_default;
this->dlc_y = this->dlc_default;
this->dlc_z = this->dlc_default;
break;
case TT_DATALEG_ALTITUDE:
this->dlc_dz = this->dlc_default;
break;
case TT_DATALEG_BEARING:
this->dlc_bearing = this->dlc_default;
break;
case TT_DATALEG_GRADIENT:
this->dlc_gradient = this->dlc_default;
break;
case TT_DATALEG_DIMS:
this->dlc_up = this->dlc_default;
this->dlc_down = this->dlc_default;
this->dlc_left = this->dlc_default;
this->dlc_right = this->dlc_default;
break;
case TT_DATALEG_UP:
this->dlc_up = this->dlc_default;
break;
case TT_DATALEG_DOWN:
this->dlc_down = this->dlc_default;
break;
case TT_DATALEG_LEFT:
this->dlc_left = this->dlc_default;
break;
case TT_DATALEG_RIGHT:
this->dlc_right = this->dlc_default;
break;
}
}
} // data calibration
void thdata::set_data_units(int nargs, char ** args)
{
static int items[THDATA_MAX_ITEMS];
int nitems, iit, itid, sdtype = 0; // 1-length, 2-angle
this->dlu_sdangle.allow_percentage = true;
nitems = nargs - 1;
if (nitems > THDATA_MAX_ITEMS)
ththrow("too many quantities");
// scan quantities
bool to_set;
for (iit = 0; iit < nitems; iit++) {
itid = thmatch_token(args[iit], thtt_dataleg_comp);
to_set = true;
switch (itid) {
case TT_DATALEG_LENGTH:
case TT_DATALEG_COUNT:
case TT_DATALEG_DEPTH:
case TT_DATALEG_DEPTHCHANGE:
case TT_DATALEG_POSITION:
case TT_DATALEG_X:
case TT_DATALEG_EASTING:
case TT_DATALEG_Y:
case TT_DATALEG_NORTHING:
case TT_DATALEG_Z:
case TT_DATALEG_ALTITUDE:
case TT_DATALEG_DIMS:
case TT_DATALEG_UP:
case TT_DATALEG_DOWN:
case TT_DATALEG_LEFT:
case TT_DATALEG_RIGHT:
if (sdtype == 0)
sdtype = 1;
else {
if (sdtype != 1)
ththrow("incompatible quantity -- {}", args[iit]);
}
break;
case TT_DATALEG_BEARING:
case TT_DATALEG_GRADIENT:
if (sdtype == 0)
sdtype = 2;
else {
if (sdtype != 2)
ththrow("incompatible quantity -- {}", args[iit]);
}
break;
default:
to_set = false;
if (iit == nitems - 1) {
nitems--;
break;
}
else
ththrow("invalid quantity -- {}",args[iit]);
}
if (to_set)
items[iit] = itid;
}
// parse units
switch (sdtype) {
case 1:
this->dlu_sdlength.parse_units(args[nargs-1]);
if (nitems == nargs - 2)
this->dlu_sdlength.parse_scale(args[nitems]);
break;
case 2:
this->dlu_sdangle.parse_units(args[nargs-1]);
if (nitems == nargs - 2)
this->dlu_sdangle.parse_scale(args[nitems]);
break;
}
// set units
for (iit = 0; iit < nitems; iit++) {
switch (items[iit]) {
case TT_DATALEG_LENGTH:
this->dlu_length = this->dlu_sdlength;
break;
case TT_DATALEG_COUNT:
this->dlu_counter = this->dlu_sdlength;
break;
case TT_DATALEG_DEPTH:
case TT_DATALEG_DEPTHCHANGE:
this->dlu_depth = this->dlu_sdlength;
break;
case TT_DATALEG_X:
this->dlu_x = this->dlu_sdlength;
break;
case TT_DATALEG_EASTING:
this->dlu_dx = this->dlu_sdlength;
break;
case TT_DATALEG_Y:
this->dlu_y = this->dlu_sdlength;
break;
case TT_DATALEG_NORTHING:
this->dlu_dy = this->dlu_sdlength;
break;
case TT_DATALEG_Z:
this->dlu_z = this->dlu_sdlength;
break;
case TT_DATALEG_POSITION:
this->dlu_x = this->dlu_sdlength;
this->dlu_y = this->dlu_sdlength;
this->dlu_z = this->dlu_sdlength;
break;
case TT_DATALEG_ALTITUDE:
this->dlu_dz = this->dlu_sdlength;
break;
case TT_DATALEG_BEARING:
this->dlu_bearing = this->dlu_sdangle;
if (this->dlu_bearing.get_units() == TT_TFU_PERC)
ththrow("percentage bearing specification not allowed");
break;
case TT_DATALEG_GRADIENT:
this->dlu_gradient = this->dlu_sdangle;
break;
case TT_DATALEG_DIMS:
this->dlu_up = this->dlu_sdlength;
this->dlu_down = this->dlu_sdlength;
this->dlu_left = this->dlu_sdlength;
this->dlu_right = this->dlu_sdlength;
break;
case TT_DATALEG_UP:
this->dlu_up = this->dlu_sdlength;
break;
case TT_DATALEG_DOWN:
this->dlu_down = this->dlu_sdlength;
break;
case TT_DATALEG_LEFT:
this->dlu_left = this->dlu_sdlength;
break;
case TT_DATALEG_RIGHT:
this->dlu_right = this->dlu_sdlength;
break;
}
}
this->dlu_sdangle.allow_percentage = false;
} // data units
void thdata::set_data_vtresh(int nargs, char ** args)
{
if ((nargs < 1) || (nargs > 2))
ththrow("invalid number of option arguments -- vthreshold");
int nid;
thtfangle dlu;
thparse_double(nid, this->d_vtresh, args[0]);
if (nid != TT_SV_NUMBER)
ththrow("invalid vthreshold -- {}", args[0]);
if (nargs > 1) {
dlu.parse_units(args[1]);
this->d_vtresh = dlu.transform(this->d_vtresh);
}
if ((this->d_vtresh < 0.0) || (this->d_vtresh > 90.0))
ththrow("vthreshold out of range -- {}", args[0]);
}
void thdata::set_data_declination(int nargs, char ** args)
{
if (nargs > 2)
ththrow("too many option arguments");
int nid;
thparse_double(nid, this->dl_declination, args[0]);
if (nargs > 1) {
this->dlu_declination.parse_units(args[1]);
this->dl_declination = this->dlu_declination.transform(this->dl_declination);
}
else
if (nid != TT_SV_NAN)
ththrow("missing angular units");
if ((nid != TT_SV_NUMBER) && (nid != TT_SV_NAN))
ththrow("invalid number -- {}", args[0]);
}
void thdata::set_data_infer(int nargs, char ** args)
{
if (nargs > 2)
ththrow("too many option arguments");
int iwhat, ihow;
iwhat = thmatch_token(args[0],thtt_dataleg_infer);
ihow = thmatch_token(args[1],thtt_bool);
if (ihow == TT_UNKNOWN_BOOL)
ththrow("invalid boolean argument -- {}", args[1]);
switch (iwhat) {
case TT_DATALEG_INFER_EQUATES:
this->dli_equates = (ihow == TT_TRUE);
break;
case TT_DATALEG_INFER_PLUMBS:
this->dli_plumbs = (ihow == TT_TRUE);
break;
default:
ththrow("invalid argument -- {}", args[0]);
}
}
void thdata::set_data_instrument(int nargs, char ** args)
{
int iid, i;
for (i = 0; i < nargs - 1; i++) {
iid = thmatch_token(args[i], thtt_dataleg_comp);
switch (iid) {
case TT_DATALEG_STATION:
case TT_DATALEG_LENGTH:
case TT_DATALEG_BEARING:
case TT_DATALEG_GRADIENT:
case TT_DATALEG_BACKLENGTH:
case TT_DATALEG_BACKBEARING:
case TT_DATALEG_BACKGRADIENT:
case TT_DATALEG_DEPTH:
case TT_DATALEG_COUNT:
case TT_DATALEG_NOTES:
case TT_DATALEG_PICTURES:
case TT_DATALEG_POSITION:
case TT_DATALEG_INSTRUMENTS:
case TT_DATALEG_ASSISTANT:
case TT_DATALEG_UP:
case TT_DATALEG_DOWN:
case TT_DATALEG_LEFT:
case TT_DATALEG_RIGHT:
break;
default:
ththrow("invalid instrument -- {}", args[i]);
}
}
}
void thdata::set_data_sd(int nargs, char ** args)
{
static int items[THDATA_MAX_ITEMS];
int nitems, nid, iit, itid, sdtype = 0; // 1-length, 2-angle
double nval;
nitems = nargs - 1;
if (nitems > THDATA_MAX_ITEMS)
ththrow("too many quantities");
// scan quantities
bool to_set;
for (iit = 0; iit < nitems; iit++) {
itid = thmatch_token(args[iit], thtt_dataleg_comp);
to_set = true;
switch (itid) {
case TT_DATALEG_LENGTH:
case TT_DATALEG_COUNT:
case TT_DATALEG_DEPTH:
case TT_DATALEG_X:
case TT_DATALEG_EASTING:
case TT_DATALEG_Y:
case TT_DATALEG_NORTHING:
case TT_DATALEG_Z:
case TT_DATALEG_ALTITUDE:
case TT_DATALEG_POSITION:
if (sdtype == 0)
sdtype = 1;
else {
if (sdtype != 1)
ththrow("incompatible quantity -- {}", args[iit]);
}
break;
case TT_DATALEG_BEARING:
case TT_DATALEG_GRADIENT:
if (sdtype == 0)
sdtype = 2;
else {
if (sdtype != 2)
ththrow("incompatible quantity -- {}", args[iit]);
}
break;
default:
to_set = false;
if (iit == nitems - 1) {
nitems--;
break;
}
else
ththrow("invalid quantity -- {}",args[iit]);
}
if (to_set)
items[iit] = itid;
}
// parse value
thparse_double(nid, nval, args[nitems]);
switch (nid) {
case TT_SV_NUMBER:
if (nitems == nargs - 1)
ththrow("missing standard deviation units");
switch (sdtype) {
case 1:
this->dlu_sdlength.parse_units(args[nitems+1]);
nval = this->dlu_sdlength.transform(nval);
break;
case 2:
this->dlu_sdangle.parse_units(args[nitems+1]);
nval = this->dlu_sdangle.transform(nval);
break;
}
break;
case TT_SV_NAN:
break;
default:
if (nid != TT_SV_NUMBER)
ththrow("invalid value -- {}", args[nitems]);
}
// set standard deviations
for (iit = 0; iit < nitems; iit++) {
switch (items[iit]) {
case TT_DATALEG_LENGTH:
this->dls_length = nval;
break;
case TT_DATALEG_COUNT:
this->dls_counter = nval;
break;
case TT_DATALEG_DEPTH:
this->dls_depth = nval;
break;