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Copy pathGS_EVID.CPP
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GS_EVID.CPP
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/**********************************************************
Name: GS_EVID.CPP
Module description: Gestione tramite finestre delle procedure
di evidenziazione degli oggetti grafici.
Author: Roberto Poltini
(c) Copyright 1997-2015 by IREN ACQUA GAS S.P.A.
Modification history:
Notes and restrictions on use:
**********************************************************/
/*********************************************************/
/* INCLUDES */
/*********************************************************/
#include "stdafx.h" // MFC core and standard components
#define INITGUID
#import "msado15.dll" no_namespace rename ("EOF", "EndOfFile") rename ("EOS", "ADOEOS")
#include <stdio.h>
#include <stdlib.h>
#include <io.h>
#include <string.h> /* per strcat() gsc_strcmp() */
#include <sys/timeb.h> // per pausa lampeggio oggetti
#include <time.h> // per pausa lampeggio oggetti
#include "rxdefs.h"
#include "rxmfcapi.h"
#include "adslib.h"
#include "adsdlg.h"
#include "GSresource.h"
#include "..\gs_def.h" // definizioni globali
#include "gs_error.h" // codici errori
#include "gs_init.h"
#include "gs_thm.h" // gestione tematismi e sistemi di coordinate
#include "gs_resbf.h" // gestione resbuf
#include "gs_utily.h"
#include "gs_selst.h" // gestione gruppi di selezione
#include "gs_class.h"
#include "gs_prjct.h"
#include "gs_area.h"
#include "gs_filtr.h"
#include "gs_lisp.h" // per gsc_WhatIsGraphModified()
#include "gs_graph.h"
#include "gs_query.h"
#include "gs_evid.h"
#include "d2hMap.h" // doc to help
/*************************************************************************/
/* PRIVATE FUNCTIONS */
/*************************************************************************/
// struttura usata per scambiare dati nella dcl di evidenziazione
struct Common_Dcl_Evid_Struct
{
long EnabledFas; // Flag che rappresenta quali caratteristiche grafiche possono essere
// settate
long *flag_set; // Flag che rappresenta quali caratteristiche grafiche sono state
// settate
C_FAS *pFAS; // Caratteristiche grafiche
};
static void CALLB dcl_evid_help(ads_callback_packet *dcl);
static void gs_mod_tile(long value, TCHAR *tiletile, ads_hdlg dial, long *flag_set);
static void CALLB gs_op_1(ads_callback_packet *dcl);
static void CALLB gs_op_2(ads_callback_packet *dcl);
static void CALLB gs_op_4(ads_callback_packet *dcl);
static void CALLB gs_op_8(ads_callback_packet *dcl);
static void CALLB gs_op_16(ads_callback_packet *dcl);
static void CALLB gs_op_32(ads_callback_packet *dcl);
static void CALLB gs_op_color(ads_callback_packet *dcl);
static void CALLB gs_op_128(ads_callback_packet *dcl);
static void CALLB gs_op_256(ads_callback_packet *dcl);
static void CALLB gs_op_8192(ads_callback_packet *dcl);
static void CALLB gs_op_16384(ads_callback_packet *dcl);
static void CALLB gs_op_65536(ads_callback_packet *dcl);
static void CALLB gs_can_dlg(ads_callback_packet *dcl);
static void CALLB gs_acp_dlg(ads_callback_packet *dcl);
static void gs_s_layer(TCHAR *Value);
static void CALLB gs_s_MainEntLayer(ads_callback_packet *dcl);
static void CALLB gs_editscala(ads_callback_packet *dcl);
static void CALLB gs_radioscala(ads_callback_packet *dcl);
static void CALLB gs_acp_scala(ads_callback_packet *dcl);
static void gs_s_scala(double *pValue);
static void CALLB gs_s_BlkScale(ads_callback_packet *dcl);
static void CALLB gs_editlarg(ads_callback_packet *dcl);
static void CALLB gs_radiolarg(ads_callback_packet *dcl);
static void CALLB gs_acp_larg(ads_callback_packet *dcl);
static void CALLB gs_s_larg(ads_callback_packet *dcl);
static void CALLB gs_edithtext(ads_callback_packet *dcl);
static void CALLB gs_radiohtext(ads_callback_packet *dcl);
static void CALLB gs_acp_htext(ads_callback_packet *dcl);
static void CALLB gs_s_htext(ads_callback_packet *dcl);
static void CALLB gs_s_stile(ads_callback_packet *dcl);
static void CALLB gs_s_tipo(ads_callback_packet *dcl);
static void CALLB gs_s_HatchName(ads_callback_packet *dcl);
static void CALLB gs_s_HatchColor(ads_callback_packet *dcl);
static void CALLB gs_s_hatch(ads_callback_packet *dcl);
static void CALLB gs_s_color(ads_callback_packet *dcl);
static void CALLB gs_s_blocco(ads_callback_packet *dcl);
static void CALLB gs_editzoom(ads_callback_packet *dcl);
static void CALLB gs_acp_zoom(ads_callback_packet *dcl);
static void CALLB gs_op_zoom(ads_callback_packet *dcl);
/*************************************************************************/
/* GLOBAL VARIABLES */
/*************************************************************************/
/****************************************1*****************/
/*+
Questa funzione abilita o disabilita la selezione del
tasto OK e del tasto di opzione
-*/
/*********************************************************/
static void gs_mod_tile(long value, TCHAR *tiletile, ads_hdlg dial, long *flag_set)
{
if (tiletile)
if (value < 0) ads_mode_tile(dial, tiletile, MODE_DISABLE);
else ads_mode_tile(dial, tiletile, MODE_ENABLE);
if (value < 0)
{ // Se bit già settato
if (*flag_set & abs(value)) *flag_set += value;
}
else *flag_set = *flag_set | value;
if (*flag_set == 0) ads_mode_tile(dial, _T("accept"), MODE_DISABLE);
else ads_mode_tile(dial, _T("accept"), MODE_ENABLE);
}
static void CALLB gs_op_1(ads_callback_packet *dcl)
{ // PIANO
if (_wtoi(dcl->value) == 0)
// deselezionato
gs_mod_tile(-1 * GSLayerSetting, _T("opz_p"), dcl->dialog, (long *) dcl->client_data);
else
// selezionato
gs_mod_tile(GSLayerSetting, _T("opz_p"), dcl->dialog, (long *) dcl->client_data);
}
static void CALLB gs_op_2(ads_callback_packet *dcl)
{ //BLOCCO
if (_wtoi(dcl->value) == 0)
// deselezionato
gs_mod_tile(-1 * GSBlockNameSetting, _T("opz_b"), dcl->dialog, (long *) dcl->client_data);
else
// selezionato
gs_mod_tile(GSBlockNameSetting, _T("opz_b"), dcl->dialog, (long *) dcl->client_data);
}
static void CALLB gs_op_4(ads_callback_packet *dcl)
{ // STILE
if (_wtoi(dcl->value) == 0)
// deselezionato
gs_mod_tile(-1 * GSTextStyleSetting, _T("opz_st"), dcl->dialog, (long *) dcl->client_data);
else
// selezionato
gs_mod_tile(GSTextStyleSetting, _T("opz_st"), dcl->dialog, (long *) dcl->client_data);
}
static void CALLB gs_op_8(ads_callback_packet *dcl)
{ // SCALA
if (_wtoi(dcl->value) == 0)
// deselezionato
gs_mod_tile(-1 * GSBlockScaleSetting, _T("opz_sc"), dcl->dialog, (long *) dcl->client_data);
else
// selezionato
gs_mod_tile(GSBlockScaleSetting, _T("opz_sc"), dcl->dialog, (long *) dcl->client_data);
}
static void CALLB gs_op_16(ads_callback_packet *dcl)
{ // TIPOLINEA
if (_wtoi(dcl->value) == 0)
// deselezionato
gs_mod_tile(-1 * GSLineTypeSetting, _T("opz_tp"), dcl->dialog, (long *) dcl->client_data);
else
// selezionato
gs_mod_tile(GSLineTypeSetting, _T("opz_tp"), dcl->dialog, (long *) dcl->client_data);
}
static void CALLB gs_op_32(ads_callback_packet *dcl)
{ // LARGHEZZA
if (_wtoi(dcl->value) == 0)
// deselezionato
gs_mod_tile(-1 * GSWidthSetting, _T("opz_la"), dcl->dialog, (long *) dcl->client_data);
else
// selezionato
gs_mod_tile(GSWidthSetting, _T("opz_la"), dcl->dialog, (long *) dcl->client_data);
}
static void CALLB gs_op_color(ads_callback_packet *dcl)
{ // COLORE
if (_wtoi(dcl->value) == 0)
// deselezionato
gs_mod_tile(-1 * GSColorSetting, _T("opz_cl"), dcl->dialog, (long *) dcl->client_data);
else
// selezionato
gs_mod_tile(GSColorSetting, _T("opz_cl"), dcl->dialog, (long *) dcl->client_data);
}
static void CALLB gs_op_256(ads_callback_packet *dcl)
{ // RIEMPIMENTO
if (_wtoi(dcl->value) == 0)
{ // deselezionato
gs_mod_tile(-1 * GSHatchNameSetting, _T("opz_rm"), dcl->dialog, (long *) dcl->client_data);
(* (long *) dcl->client_data) = (* (long *) dcl->client_data) & (~GSHatchLayerSetting);
(* (long *) dcl->client_data) = (* (long *) dcl->client_data) & (~GSHatchColorSetting);
(* (long *) dcl->client_data) = (* (long *) dcl->client_data) & (~GSHatchScaleSetting);
(* (long *) dcl->client_data) = (* (long *) dcl->client_data) & (~GSHatchRotationSetting);
}
else
{ // selezionato
gs_mod_tile(GSHatchNameSetting, _T("opz_rm"), dcl->dialog, (long *) dcl->client_data);
(* (long *) dcl->client_data) = (* (long *) dcl->client_data) | GSHatchLayerSetting;
(* (long *) dcl->client_data) = (* (long *) dcl->client_data) | GSHatchColorSetting;
(* (long *) dcl->client_data) = (* (long *) dcl->client_data) | GSHatchScaleSetting;
(* (long *) dcl->client_data) = (* (long *) dcl->client_data) | GSHatchRotationSetting;
}
}
static void CALLB gs_op_8192(ads_callback_packet *dcl)
{ // EVIDENZIA
if (_wtoi(dcl->value) == 0)
// deselezionato
gs_mod_tile(-1 * GSHighlightSetting, NULL, dcl->dialog, (long *) dcl->client_data);
else
// selezionato
gs_mod_tile(GSHighlightSetting, NULL, dcl->dialog, (long *) dcl->client_data);
}
static void CALLB gs_op_65536(ads_callback_packet *dcl)
{ // LAMPEGGIA
if (_wtoi(dcl->value) == 0)
// deselezionato
gs_mod_tile(-1 * GSBlinkingSetting, NULL, dcl->dialog, (long *) dcl->client_data);
else
// selezionato
gs_mod_tile(GSBlinkingSetting, NULL, dcl->dialog, (long *) dcl->client_data);
}
static void CALLB gs_op_16384(ads_callback_packet *dcl)
{ // ZOOM
if (_wtoi(dcl->value) == 0)
// deselezionato
gs_mod_tile(-1 * GSZoomSetting, _T("opz_zoom"), dcl->dialog, (long *) dcl->client_data);
else
// selezionato
gs_mod_tile(GSZoomSetting, _T("opz_zoom"), dcl->dialog, (long *) dcl->client_data);
}
static void CALLB gs_op_128(ads_callback_packet *dcl)
{ // ALTEZZA TESTO
if (_wtoi(dcl->value) == 0)
// deselezionato
gs_mod_tile(-1 * GSTextHeightSetting, _T("opz_th"), dcl->dialog, (long *) dcl->client_data);
else
// selezionato
gs_mod_tile(GSTextHeightSetting, _T("opz_th"), dcl->dialog, (long *) dcl->client_data);
}
static void CALLB gs_op_Obj2SaveSet(ads_callback_packet *dcl)
{ // INSERIMENTO NEL GRUPPO DI SELEZIONE
if (_wtoi(dcl->value) == 0)
// deselezionato
gs_mod_tile(-1 * GSSaveAlteredObjs, NULL, dcl->dialog, (long *) dcl->client_data);
else
// selezionato
gs_mod_tile(GSSaveAlteredObjs, NULL, dcl->dialog, (long *) dcl->client_data);
}
static void CALLB gs_can_dlg(ads_callback_packet *dcl)
{
ads_done_dialog(dcl->dialog, DLGCANCEL);
}
static void CALLB gs_acp_dlg(ads_callback_packet *dcl)
{ // ACCEPT
ads_hdlg hdlg = dcl->dialog;
TCHAR value[5];
int *pWhat = (int *) dcl->client_data;
*pWhat = -1;
ads_get_tile(hdlg, _T("main_ent"), value, 5 - 1);
if (gsc_strcmp(value, _T("1")) == 0) *pWhat = GRAPHICAL;
ads_get_tile(hdlg, _T("da_ent"), value, 5 - 1);
if (gsc_strcmp(value, _T("1")) == 0)
*pWhat = (*pWhat == GRAPHICAL) ? ALL : DA_BLOCK;
ads_done_dialog(hdlg, DLGOK);
}
// Gestione layer generica inizio
static void CALLB gs_s_layer(TCHAR *Value)
{ // PIANO
C_RB_LIST DescrLayer;
if ((DescrLayer << gsc_ddsellayers(Value)) == NULL) return;
if (DescrLayer.get_head() != NULL)
gsc_strcpy(Value, DescrLayer.get_head()->resval.rstring, MAX_LEN_LAYERNAME);
}
// Gestione layer per entità principali
static void CALLB gs_s_MainEntLayer(ads_callback_packet *dcl)
{
ads_set_tile(dcl->dialog, _T("error"), GS_EMPTYSTR);
gs_s_layer((TCHAR *) dcl->client_data);
ads_set_tile(dcl->dialog, _T("val_p"), (TCHAR *) dcl->client_data);
}
// Gestione scala generica inizio
static void CALLB gs_editscala(ads_callback_packet *dcl)
{
double valore;
TCHAR valori[10];
ads_set_tile(dcl->dialog, _T("error"), GS_EMPTYSTR);
valore = _wtof(dcl->value);
if (valore > 0)
{
swprintf(valori, 10, _T("%.3f"), valore);
ads_set_tile(dcl->dialog, _T("editscala"), valori);
if (valore == 2.0)
{
ads_set_tile(dcl->dialog, _T("radioscala"), _T("fact2"));
ads_mode_tile(dcl->dialog, _T("editscala"), MODE_DISABLE);
}
else if (valore == 5.0)
{
ads_set_tile(dcl->dialog, _T("radioscala"), _T("fact5"));
ads_mode_tile(dcl->dialog, _T("editscala"), MODE_DISABLE);
}
else if (valore == 10.0)
{
ads_set_tile(dcl->dialog, _T("radioscala"), _T("fact10"));
ads_mode_tile(dcl->dialog, _T("editscala"), MODE_DISABLE);
}
}
else
ads_set_tile(dcl->dialog, _T("error"), gsc_err(eGSInvalidScale)); // "*Errore* Scala non valida"
}
static void CALLB gs_radioscala(ads_callback_packet *dcl)
{
TCHAR valori[20];
ads_set_tile(dcl->dialog, _T("error"), GS_EMPTYSTR);
wcscpy(valori, dcl->value);
if (gsc_strcmp(valori, _T("fact2"))==0){
ads_set_tile (dcl->dialog, _T("editscala"), _T("2.00"));
ads_mode_tile(dcl->dialog, _T("editscala"), MODE_DISABLE);
}
else if (gsc_strcmp(valori, _T("fact5"))==0){
ads_set_tile (dcl->dialog, _T("editscala"), _T("5.00"));
ads_mode_tile(dcl->dialog, _T("editscala"), MODE_DISABLE);
}
else if (gsc_strcmp(valori, _T("fact10"))==0){
ads_set_tile (dcl->dialog, _T("editscala"), _T("10.00"));
ads_mode_tile(dcl->dialog, _T("editscala"), MODE_DISABLE);
}
else ads_mode_tile(dcl->dialog, _T("editscala"), MODE_ENABLE);
}
static void CALLB gs_acp_scala(ads_callback_packet *dcl)
{
TCHAR appo[TILE_STR_LIMIT];
double value;
double *evid_value = (double *) dcl->client_data;
ads_set_tile(dcl->dialog, _T("error"), GS_EMPTYSTR);
if (ads_get_tile(dcl->dialog, _T("editscala"), appo, TILE_STR_LIMIT) != RTNORM) return;
value = _wtof(appo);
if (value > 0)
{
*evid_value = value;
ads_done_dialog(dcl->dialog, DLGOK);
}
else ads_set_tile(dcl->dialog, _T("error"), gsc_err(eGSInvalidScale)); // "*Errore* Scala non valida"
}
static void CALLB gs_s_scala(double *pValue)
{
ads_hdlg sscala;
int dbstatus, dcl_file;
TCHAR StrValue[10];
C_STRING path;
path = GEOsimAppl::WORKDIR + _T("\\") + GEODCLDIR + _T("\\GS_FILTR.DCL");
if (gsc_load_dialog(path, &dcl_file) != RTNORM) return;
if (ads_new_dialog(_T("scala1"), dcl_file, NULLCB, &sscala) != RTNORM)
{ ads_unload_dialog(dcl_file); GS_ERR_COD = eGSAbortDCL; return; }
swprintf(StrValue, 10, _T("%.3f"), *pValue);
ads_set_tile(sscala, _T("editscala"), StrValue);
if (*pValue == 2.0)
{
ads_set_tile(sscala, _T("radioscala"), _T("fact2"));
ads_mode_tile(sscala, _T("editscala"), MODE_DISABLE);
}
else if (*pValue == 5.0)
{
ads_set_tile(sscala, _T("radioscala"), _T("fact5"));
ads_mode_tile(sscala, _T("editscala"), MODE_DISABLE);
}
else if (*pValue == 10.0)
{
ads_set_tile(sscala, _T("radioscala"), _T("fact10"));
ads_mode_tile(sscala, _T("editscala"), MODE_DISABLE);
}
else ads_set_tile(sscala, _T("radioscala"), _T("factutente"));
ads_action_tile(sscala, _T("scal_no"), (CLIENTFUNC)gs_can_dlg);
ads_action_tile(sscala, _T("editscala"), (CLIENTFUNC)gs_editscala);
ads_action_tile(sscala, _T("radioscala"), (CLIENTFUNC)gs_radioscala);
ads_action_tile(sscala, _T("scal_si"), (CLIENTFUNC)gs_acp_scala);
ads_client_data_tile(sscala, _T("scal_si"), pValue);
ads_start_dialog(sscala, &dbstatus);
ads_unload_dialog(dcl_file);
}
// Gestione scala generica fine
// Gestione scala blocchi
static void CALLB gs_s_BlkScale(ads_callback_packet *dcl)
{
TCHAR StrValue[10];
ads_set_tile(dcl->dialog, _T("error"), GS_EMPTYSTR);
gs_s_scala((double *) dcl->client_data);
swprintf(StrValue, 10, _T("%.3f"), *((double *)dcl->client_data));
ads_set_tile(dcl->dialog, _T("val_BlkScale"), StrValue);
}
//Gestione Larghezza
static void CALLB gs_editlarg(ads_callback_packet *dcl)
{
double valore;
TCHAR valori[10];
ads_set_tile(dcl->dialog, _T("error"), GS_EMPTYSTR);
valore = _wtof(dcl->value);
if (valore >= 0)
{
swprintf(valori, 10, _T("%.3f"), valore);
ads_set_tile(dcl->dialog, _T("editlarg"), valori);
if (valore == 2.0)
{
ads_set_tile(dcl->dialog, _T("radiolarg"), _T("larg2"));
ads_mode_tile(dcl->dialog, _T("editlarg"), MODE_DISABLE);
}
else if (valore == 5.0)
{
ads_set_tile(dcl->dialog, _T("radiolarg"), _T("larg5"));
ads_mode_tile(dcl->dialog, _T("editlarg"), MODE_DISABLE);
}
else if (valore == 10.0)
{
ads_set_tile(dcl->dialog, _T("radiolarg"), _T("larg10"));
ads_mode_tile(dcl->dialog, _T("editlarg"), MODE_DISABLE);
}
}
else ads_set_tile(dcl->dialog, _T("error"), gsc_err(eGSInvalidWidth)); // "*Errore* Larghezza non valida"
}
static void CALLB gs_radiolarg(ads_callback_packet *dcl)
{
TCHAR valori[20];
ads_set_tile(dcl->dialog, _T("error"), GS_EMPTYSTR);
wcscpy(valori, dcl->value);
if (gsc_strcmp(valori, _T("larg2")) == 0)
{
ads_set_tile (dcl->dialog, _T("editlarg"), _T("2.00"));
ads_mode_tile(dcl->dialog, _T("editlarg"), MODE_DISABLE);
}
else if (gsc_strcmp(valori, _T("larg5")) == 0)
{
ads_set_tile (dcl->dialog, _T("editlarg"), _T("5.00"));
ads_mode_tile(dcl->dialog, _T("editlarg"), MODE_DISABLE);
}
else if (gsc_strcmp(valori, _T("larg10")) ==0 )
{
ads_set_tile (dcl->dialog, _T("editlarg"), _T("10.00"));
ads_mode_tile(dcl->dialog, _T("editlarg"), MODE_DISABLE);
}
else ads_mode_tile(dcl->dialog, _T("editlarg"), MODE_ENABLE);
}
static void CALLB gs_acp_larg(ads_callback_packet *dcl)
{
TCHAR appo[TILE_STR_LIMIT];
double value;
double *evid_value = (double *) dcl->client_data;
ads_set_tile(dcl->dialog, _T("error"), GS_EMPTYSTR);
if (ads_get_tile(dcl->dialog, _T("editlarg"), appo, TILE_STR_LIMIT) != RTNORM) return;
value = _wtof(appo);
if (value >= 0)
{
*evid_value = value;
ads_done_dialog(dcl->dialog, DLGOK);
}
else ads_set_tile(dcl->dialog, _T("error"), gsc_err(eGSInvalidWidth)); // "*Errore* Larghezza non valida"
}
static void CALLB gs_s_larg(ads_callback_packet *dcl)
{ // LARGHEZZA
ads_hdlg llarg;
int dbstatus, dcl_file;
TCHAR valori[10];
double current;
C_STRING path;
double *evid_value = (double *) dcl->client_data;
ads_set_tile(dcl->dialog, _T("error"), GS_EMPTYSTR);
current = *evid_value;
path = GEOsimAppl::WORKDIR + _T("\\") + GEODCLDIR + _T("\\GS_FILTR.DCL");
if (gsc_load_dialog(path, &dcl_file) != RTNORM) return;
if (ads_new_dialog(_T("larghezza"), dcl_file, NULLCB, &llarg) != RTNORM)
{ ads_unload_dialog(dcl_file); GS_ERR_COD = eGSAbortDCL; return; }
swprintf(valori, 10, _T("%.3f"), current);
ads_set_tile(llarg, _T("editlarg"), valori);
if (current == 2.0)
{
ads_set_tile(llarg, _T("radiolarg"), _T("larg2"));
ads_mode_tile(llarg, _T("editlarg"), MODE_DISABLE);
}
else if (current == 5.0)
{
ads_set_tile(llarg, _T("radiolarg"), _T("larg5"));
ads_mode_tile(llarg, _T("editlarg"), MODE_DISABLE);
}
else if (current == 10.0)
{
ads_set_tile(llarg, _T("radiolarg"), _T("larg10"));
ads_mode_tile(llarg, _T("editlarg"), MODE_DISABLE);
}
else ads_set_tile(llarg, _T("radiolarg"), _T("largutente"));
ads_action_tile(llarg, _T("larg_no"), (CLIENTFUNC)gs_can_dlg);
ads_action_tile(llarg, _T("radiolarg"), (CLIENTFUNC)gs_radiolarg);
ads_action_tile(llarg, _T("editlarg"), (CLIENTFUNC)gs_editlarg);
ads_action_tile(llarg, _T("larg_si"), (CLIENTFUNC)gs_acp_larg);
ads_client_data_tile(llarg, _T("larg_si"), evid_value);
ads_start_dialog(llarg, &dbstatus);
swprintf(valori, 10, _T("%.3f"), *evid_value);
ads_set_tile(dcl->dialog, _T("val_la"), valori);
ads_unload_dialog(dcl_file);
}
//Gestione Altezza testo
static void CALLB gs_edithtext(ads_callback_packet *dcl)
{
double valore;
TCHAR valori[10];
ads_set_tile(dcl->dialog, _T("error"), GS_EMPTYSTR);
valore = _wtof(dcl->value);
if (valore > 0)
{
swprintf(valori, 10, _T("%.3f"), valore);
ads_set_tile(dcl->dialog, _T("edithtext"), valori);
if (valore == 2.0)
{
ads_set_tile(dcl->dialog, _T("radiohtext"), _T("htext2"));
ads_mode_tile(dcl->dialog, _T("edithtext"), MODE_DISABLE);
}
else if (valore == 5.0)
{
ads_set_tile(dcl->dialog, _T("radiohtext"), _T("htext5"));
ads_mode_tile(dcl->dialog, _T("edithtext"), MODE_DISABLE);
}
else if (valore == 10.0)
{
ads_set_tile(dcl->dialog, _T("radiohtext"), _T("htext10"));
ads_mode_tile(dcl->dialog, _T("edithtext"), MODE_DISABLE);
}
}
else ads_set_tile(dcl->dialog, _T("error"), gsc_err(eGSInvalidH_text)); // "*Errore* Altezza testo non valida"
}
static void CALLB gs_radiohtext(ads_callback_packet *dcl)
{
TCHAR valori[20];
ads_set_tile(dcl->dialog, _T("error"), GS_EMPTYSTR);
wcscpy(valori, dcl->value);
if (gsc_strcmp(valori, _T("htext2")) == 0)
{
ads_set_tile (dcl->dialog, _T("edithtext"), _T("2.00"));
ads_mode_tile(dcl->dialog, _T("edithtext"), MODE_DISABLE);
}
else if (gsc_strcmp(valori, _T("htext5")) == 0)
{
ads_set_tile (dcl->dialog, _T("edithtext"), _T("5.00"));
ads_mode_tile(dcl->dialog, _T("edithtext"), MODE_DISABLE);
}
else if (gsc_strcmp(valori, _T("htext10")) == 0)
{
ads_set_tile (dcl->dialog, _T("edithtext"), _T("10.00"));
ads_mode_tile(dcl->dialog, _T("edithtext"), MODE_DISABLE);
}
else ads_mode_tile(dcl->dialog, _T("edithtext"), MODE_ENABLE);
}
static void CALLB gs_acp_htext(ads_callback_packet *dcl)
{
TCHAR appo[TILE_STR_LIMIT];
double value;
double *evid_value = (double *) dcl->client_data;
ads_set_tile(dcl->dialog, _T("error"), GS_EMPTYSTR);
if (ads_get_tile(dcl->dialog, _T("edithtext"), appo, TILE_STR_LIMIT) != RTNORM) return;
value = _wtof(appo);
if (value > 0)
{
*evid_value = value;
ads_done_dialog(dcl->dialog,DLGOK);
}
else ads_set_tile(dcl->dialog, _T("error"), gsc_err(eGSInvalidH_text)); // "*Errore* Altezza testo non valida"
}
static void CALLB gs_s_htext(ads_callback_packet *dcl)
{ // ALTEZZA TESTO
ads_hdlg lhtext;
int dbstatus, dcl_file;
TCHAR valori[10];
double current;
C_STRING path;
double *evid_value = (double *) dcl->client_data;
ads_set_tile(dcl->dialog, _T("error"), GS_EMPTYSTR);
current = *evid_value;
path = GEOsimAppl::WORKDIR + _T("\\") + GEODCLDIR + _T("\\GS_FILTR.DCL");
if (gsc_load_dialog(path, &dcl_file) != RTNORM) return;
if (ads_new_dialog(_T("altesto"), dcl_file, NULLCB, &lhtext) != RTNORM)
{ ads_unload_dialog(dcl_file); GS_ERR_COD = eGSAbortDCL; return; }
swprintf(valori, 10, _T("%.3f"), current);
ads_set_tile(lhtext, _T("edithtext"), valori);
if (current == 2.0)
{
ads_set_tile(lhtext, _T("radiohtext"), _T("htext2"));
ads_mode_tile(lhtext, _T("edithtext"), MODE_DISABLE);
}
else if (current == 5.0)
{
ads_set_tile(lhtext, _T("radiohtext"), _T("htext5"));
ads_mode_tile(lhtext, _T("edithtext"), MODE_DISABLE);
}
else if (current == 10.0)
{
ads_set_tile(lhtext, _T("radiohtext"), _T("htext10"));
ads_mode_tile(lhtext, _T("edithtext"), MODE_DISABLE);
}
else ads_set_tile(lhtext, _T("radiohtext"), _T("altesto"));
ads_action_tile(lhtext, _T("htext_no"), (CLIENTFUNC)gs_can_dlg);
ads_action_tile(lhtext, _T("radiohtext"), (CLIENTFUNC)gs_radiohtext);
ads_action_tile(lhtext, _T("edithtext"), (CLIENTFUNC)gs_edithtext);
ads_action_tile(lhtext, _T("htext_si"), (CLIENTFUNC)gs_acp_htext);
ads_client_data_tile(lhtext, _T("htext_si"), evid_value);
ads_start_dialog(lhtext, &dbstatus);
swprintf(valori, 10, _T("%.3f"), *evid_value);
ads_set_tile(dcl->dialog, _T("val_ht"), valori);
ads_unload_dialog(dcl_file);
}
///////////////////////////////////////////////////////////////////////////////
// ACTION TILE per la DCL "evid" su controllo "opz_st"
///////////////////////////////////////////////////////////////////////////////
static void CALLB gs_s_stile(ads_callback_packet *dcl)
{ // STILE
C_RB_LIST DescrTextStyle;
TCHAR *evid_value = (TCHAR *) dcl->client_data;
ads_set_tile(dcl->dialog, _T("error"), GS_EMPTYSTR);
if ((DescrTextStyle << gsc_ddseltextstyles(evid_value)) == NULL)
return;
if (DescrTextStyle.get_head() != NULL)
{
gsc_strcpy(evid_value, DescrTextStyle.get_head()->resval.rstring, MAX_LEN_TEXTSTYLENAME);
ads_set_tile(dcl->dialog, _T("val_st"), evid_value);
}
}
///////////////////////////////////////////////////////////////////////////////
// ACTION TILE per la DCL "evid" su controllo "opz_tp"
///////////////////////////////////////////////////////////////////////////////
static void CALLB gs_s_tipo(ads_callback_packet *dcl)
{ // TIPO LINEA
C_RB_LIST DescrLineType;
Common_Dcl_Evid_Struct *pCommonStru = (Common_Dcl_Evid_Struct *) dcl->client_data;
TCHAR *evid_value = (TCHAR *) pCommonStru->pFAS->line;
ads_set_tile(dcl->dialog, _T("error"), GS_EMPTYSTR);
// Richiedo il tipolinea
if ((DescrLineType << gsc_ddsellinetype(evid_value)) == NULL) return;
gsc_strcpy(evid_value, DescrLineType.get_head()->resval.rstring, MAX_LEN_LINETYPENAME);
ads_set_tile(dcl->dialog, _T("val_tp"), evid_value);
// Se abilitata anche la scala del tipo linea
if (pCommonStru->EnabledFas & GSLineTypeScaleSetting)
{
int res;
// "Si desidera impostare anche la scala del tipolinea ?"
if (gsc_ddgetconfirm(gsc_msg(472), &res) == GS_GOOD && res == GS_GOOD)
{
C_STRING Msg(evid_value);
gs_s_scala(&(pCommonStru->pFAS->line_scale));
(* pCommonStru->flag_set) = (* pCommonStru->flag_set) | GSLineTypeScaleSetting;
Msg += _T(" (");
Msg += gsc_msg(467); // Scala
Msg += _T("=");
Msg += pCommonStru->pFAS->line_scale;
Msg += _T(")");
ads_set_tile(dcl->dialog, _T("val_tp"), Msg.get_name());
}
else // elimino l'opzione
(* pCommonStru->flag_set) = (* pCommonStru->flag_set) & (~GSLineTypeScaleSetting);
}
}
///////////////////////////////////////////////////////////////////////////////
// ACTION TILE per la DCL "evid" su controllo "opz_rm" RIEMPIMENTO - INIZIO
///////////////////////////////////////////////////////////////////////////////
static void CALLB gs_s_HatchName(ads_callback_packet *dcl)
{ // Nome riempimento
C_RB_LIST DescrHatch;
TCHAR Value[MAX_LEN_HATCHNAME];
ads_get_tile(dcl->dialog, _T("e_fill"), Value, MAX_LEN_HATCHNAME); // edit box nome riempimento
// Richiedo il riempimento
if ((DescrHatch << gsc_ddselhatch(Value)) == NULL) return;
gsc_strcpy(Value, DescrHatch.get_head()->resval.rstring, MAX_LEN_HATCHNAME);
ads_set_tile(dcl->dialog, _T("e_fill"), Value);
}
static void CALLB gs_s_HatchColor(ads_callback_packet *dcl)
{ // Colore riempimento
C_COLOR Value, CurLayerColor;
TCHAR StrValue[TILE_STR_LIMIT];
C_STRING StrColor;
ads_get_tile(dcl->dialog, _T("e_fill_color"), StrValue, TILE_STR_LIMIT); // edit box nome riempimento
Value.setString(StrValue);
// colore del riempimento
CurLayerColor.setForeground();
if (gsc_SetColorDialog(Value, true, CurLayerColor) == GS_GOOD)
{
if (Value.getColorMethod() == C_COLOR::ByBlock)
ads_set_tile(dcl->dialog, _T("e_fill_color"), gsc_msg(24)); // "DABLOCCO"
else if (Value.getColorMethod() == C_COLOR::ByLayer)
ads_set_tile(dcl->dialog, _T("e_fill_color"), gsc_msg(23)); // "DALAYER"
else
{
Value.getString(StrColor);
ads_set_tile(dcl->dialog, _T("e_fill_color"), StrColor.get_name());
}
}
}
// Gestione layer per entità principali
static void CALLB gs_s_HatchLayer(ads_callback_packet *dcl)
{
TCHAR Value[MAX_LEN_LAYERNAME];
ads_get_tile(dcl->dialog, _T("e_fill_layer"), Value, MAX_LEN_LAYERNAME); // edit box layer riempimento
gs_s_layer(Value);
ads_set_tile(dcl->dialog, _T("e_fill_layer"), Value);
}
static void CALLB gs_acp_Hatch(ads_callback_packet *dcl)
{
Common_Dcl_Evid_Struct *pCommonStru = (Common_Dcl_Evid_Struct *) dcl->client_data;
TCHAR StrValue[TILE_STR_LIMIT];
C_STRING strColor;
ads_get_tile(dcl->dialog, _T("e_fill"), StrValue, TILE_STR_LIMIT); // edit box nome riempimento
gsc_strcpy(pCommonStru->pFAS->hatch, StrValue, MAX_LEN_HATCHNAME);
ads_get_tile(dcl->dialog, _T("e_fill_rotaz"), StrValue, TILE_STR_LIMIT); // edit box rotazione
pCommonStru->pFAS->hatch_rotation = _wtof(StrValue);
ads_get_tile(dcl->dialog, _T("e_fill_scale"), StrValue, TILE_STR_LIMIT); // edit box scala
pCommonStru->pFAS->hatch_scale = _wtof(StrValue);
ads_get_tile(dcl->dialog, _T("e_fill_layer"), StrValue, TILE_STR_LIMIT); // edit box layer
gsc_strcpy(pCommonStru->pFAS->hatch_layer, StrValue, MAX_LEN_LAYERNAME);
ads_get_tile(dcl->dialog, _T("e_fill_color"), StrValue, TILE_STR_LIMIT); // edit box colore
pCommonStru->pFAS->hatch_color.setString(StrValue);
ads_done_dialog(dcl->dialog, DLGOK);
}
static void CALLB gs_s_hatch(ads_callback_packet *dcl)
{
C_STRING path;
int dbstatus, dcl_file;
ads_hdlg hDlg;
C_RB_LIST DescrHatch;
Common_Dcl_Evid_Struct *pCommonStru = (Common_Dcl_Evid_Struct *) dcl->client_data;
C_STRING StrValue;
short ModeTile;
ads_set_tile(dcl->dialog, _T("error"), GS_EMPTYSTR);
path = GEOsimAppl::WORKDIR + _T("\\") + GEODCLDIR + _T("\\GS_FILTR.DCL");
if (gsc_load_dialog(path, &dcl_file) != RTNORM) return;
if (ads_new_dialog(_T("HatchGraphPropsChange"), dcl_file, NULLCB, &hDlg) != RTNORM)
{ ads_unload_dialog(dcl_file); GS_ERR_COD = eGSAbortDCL; return; }
// setto i valori
ads_set_tile(hDlg, _T("e_fill"), pCommonStru->pFAS->hatch); // edit box nome riempimento
StrValue = pCommonStru->pFAS->hatch_rotation;
ads_set_tile(hDlg, _T("e_fill_rotaz"), StrValue.get_name()); // edit box rotazione
StrValue = pCommonStru->pFAS->hatch_scale;
ads_set_tile(hDlg, _T("e_fill_scale"), StrValue.get_name()); // edit box scala
ads_set_tile(hDlg, _T("e_fill_layer"), pCommonStru->pFAS->hatch_layer); // edit box layer
pCommonStru->pFAS->hatch_color.getString(StrValue);
ads_set_tile(hDlg, _T("e_fill_color"), StrValue.get_name()); // edit box colore
// Abilito i controlli
ModeTile = (pCommonStru->EnabledFas & GSHatchNameSetting) ? MODE_ENABLE : MODE_DISABLE;
ads_mode_tile(hDlg, _T("e_fill"), ModeTile);
ads_mode_tile(hDlg, _T("le_fill"), ModeTile);
ModeTile = (pCommonStru->EnabledFas & GSHatchRotationSetting) ? MODE_ENABLE : MODE_DISABLE;
ads_mode_tile(hDlg, _T("e_fill_rotaz"), ModeTile);
ModeTile = (pCommonStru->EnabledFas & GSHatchScaleSetting) ? MODE_ENABLE : MODE_DISABLE;
ads_mode_tile(hDlg, _T("e_fill_scale"), ModeTile);
ModeTile = (pCommonStru->EnabledFas & GSHatchLayerSetting) ? MODE_ENABLE : MODE_DISABLE;
ads_mode_tile(hDlg, _T("e_fill_layer"), ModeTile);
ads_mode_tile(hDlg, _T("le_fill_layer"), ModeTile);
ModeTile = (pCommonStru->EnabledFas & GSHatchColorSetting) ? MODE_ENABLE : MODE_DISABLE;
ads_mode_tile(hDlg, _T("e_fill_color"), ModeTile);
ads_mode_tile(hDlg, _T("le_fill_color"), ModeTile);
// Inizializzo eventi
ads_action_tile(hDlg, _T("le_fill"), (CLIENTFUNC) gs_s_HatchName); // scelta riempimento
ads_action_tile(hDlg, _T("le_fill_layer"), (CLIENTFUNC) gs_s_HatchLayer); // scelta layer
ads_action_tile(hDlg, _T("le_fill_color"), (CLIENTFUNC) gs_s_HatchColor); // scelta colore
ads_action_tile(hDlg, _T("help"), (CLIENTFUNC) dcl_evid_help);
ads_action_tile(hDlg, _T("accept"), (CLIENTFUNC)gs_acp_Hatch);
ads_client_data_tile(hDlg, _T("accept"), pCommonStru);
ads_start_dialog(hDlg, &dbstatus);
ads_unload_dialog(dcl_file);
if (dbstatus == DLGOK)
ads_set_tile(dcl->dialog, _T("val_rm"), pCommonStru->pFAS->hatch);
}
///////////////////////////////////////////////////////////////////////////////
// ACTION TILE per la DCL "evid" su controllo "opz_rm" - FINE
///////////////////////////////////////////////////////////////////////////////
static void CALLB gs_s_color(ads_callback_packet *dcl)
{ // COLORE
C_COLOR *evid_value = (C_COLOR *) dcl->client_data, CurLayerColor;
C_STRING StrColor;
ads_set_tile(dcl->dialog, _T("error"), GS_EMPTYSTR);
CurLayerColor.setForeground();
if (gsc_SetColorDialog(*evid_value, true, CurLayerColor) == GS_GOOD)
{
if (evid_value->getColorMethod() == C_COLOR::ByBlock)
ads_set_tile(dcl->dialog, _T("val_cl"), gsc_msg(24)); // "DABLOCCO"
else if (evid_value->getColorMethod() == C_COLOR::ByLayer)
ads_set_tile(dcl->dialog, _T("val_cl"), gsc_msg(23)); // "DALAYER"
else
{
evid_value->getString(StrColor);
ads_set_tile(dcl->dialog, _T("val_cl"), StrColor.get_name());
}
}
}
static void CALLB gs_s_blocco(ads_callback_packet *dcl)
{ // BLOCCO
C_RB_LIST DescrBlock;
TCHAR *evid_value = (TCHAR *) dcl->client_data;
ads_set_tile(dcl->dialog, _T("error"), GS_EMPTYSTR);
if ((DescrBlock << gsc_uiSelBlock(evid_value)) == NULL) return;
if (DescrBlock.get_head() != NULL)
{
gsc_strcpy(evid_value, DescrBlock.get_head()->resval.rstring, MAX_LEN_BLOCKNAME);
ads_set_tile(dcl->dialog, _T("val_b"), evid_value);
}
}
// Gestione finestra minima di zooom
static void CALLB gs_editzoom(ads_callback_packet *dcl)
{
ads_real valore;
ads_set_tile(dcl->dialog, _T("error"), GS_EMPTYSTR);
valore = _wtof(dcl->value);
// "*Errore* Argomento non valido"
if (valore <= 0) ads_set_tile(dcl->dialog, _T("error"), gsc_err(eGSInvalidArg));
}
static void CALLB gs_acp_zoom(ads_callback_packet *dcl)
{
TCHAR appo[TILE_STR_LIMIT];
double value;
double *evid_value = (double *) dcl->client_data;
ads_set_tile(dcl->dialog, _T("error"), GS_EMPTYSTR);
if (ads_get_tile(dcl->dialog, _T("editzoom"), appo, TILE_STR_LIMIT) != RTNORM) return;
value = _wtof(appo);
// "*Errore* Argomento non valido"
if (value <= 0) ads_set_tile(dcl->dialog, _T("error"), gsc_err(eGSInvalidArg));
else
{
*evid_value = value;
ads_done_dialog(dcl->dialog, DLGOK);
}
}
static void CALLB gs_op_zoom(ads_callback_packet *dcl)
{ // ZOOM
ads_hdlg zoom_dlg;
int dbstatus, dcl_file;
TCHAR valori[10];
ads_real current;
C_STRING path;
double *evid_value = (double *) dcl->client_data;
current = *evid_value;
path = GEOsimAppl::WORKDIR + _T("\\") + GEODCLDIR + _T("\\GS_FILTR.DCL");
if (gsc_load_dialog(path, &dcl_file) != RTNORM) return;
if (ads_new_dialog(_T("zoom"), dcl_file, NULLCB, &zoom_dlg) != RTNORM)
{ ads_unload_dialog(dcl_file); GS_ERR_COD = eGSAbortDCL; return; }
ads_set_tile(dcl->dialog, _T("error"), GS_EMPTYSTR);
swprintf(valori, 10, _T("%.3f"), current);
ads_set_tile(zoom_dlg, _T("editzoom"), valori);
ads_action_tile(zoom_dlg, _T("zoom_no"), (CLIENTFUNC)gs_can_dlg);