#include <string.h>
#endif
#include <stdlib.h>
+#include <glib/gstdio.h>
#include <glib/gi18n.h>
-#include "config.h"
-#include "globals.h"
-#include "coords.h"
-#include "vikcoord.h"
-#include "download.h"
#include "background.h"
-#include "vikwaypoint.h"
-#include "viktrack.h"
-#include "vikviewport.h"
-#include "viktreeview.h"
-#include "viklayer.h"
-#include "vikaggregatelayer.h"
-#include "viklayerspanel.h"
+#include "viking.h"
#include "vikmapslayer.h"
#include "vikdemlayer.h"
-#include "dialog.h"
-
#include "dem.h"
#include "dems.h"
-
#include "icons/icons.h"
#define MAPS_CACHE_DIR maps_layer_default_dir()
#define SRTM_CACHE_TEMPLATE "%ssrtm3-%s%s%c%02d%c%03d.hgt.zip"
-#define SRTM_FTP_SITE "e0srp01u.ecs.nasa.gov"
-#define SRTM_FTP_URI "/srtm/version2/SRTM3/"
+#define SRTM_HTTP_SITE "dds.cr.usgs.gov"
+#define SRTM_HTTP_URI "/srtm/version2_1/SRTM3/"
#ifdef VIK_CONFIG_DEM24K
#define DEM24K_DOWNLOAD_SCRIPT "dem24k.pl"
#endif
+#define UNUSED_LINE_THICKNESS 3
+static VikDEMLayer *dem_layer_new ( VikViewport *vvp );
+static void dem_layer_draw ( VikDEMLayer *vdl, VikViewport *vp );
+static void dem_layer_free ( VikDEMLayer *vdl );
+static VikDEMLayer *dem_layer_create ( VikViewport *vp );
+static const gchar* dem_layer_tooltip( VikDEMLayer *vdl );
static void dem_layer_marshall( VikDEMLayer *vdl, guint8 **data, gint *len );
static VikDEMLayer *dem_layer_unmarshall( guint8 *data, gint len, VikViewport *vvp );
-static gboolean dem_layer_set_param ( VikDEMLayer *vdl, guint16 id, VikLayerParamData data, VikViewport *vp );
-static VikLayerParamData dem_layer_get_param ( VikDEMLayer *vdl, guint16 id );
-static void dem_layer_update_gc ( VikDEMLayer *vdl, VikViewport *vp, const gchar *color );
+static gboolean dem_layer_set_param ( VikDEMLayer *vdl, guint16 id, VikLayerParamData data, VikViewport *vp, gboolean is_file_operation );
+static VikLayerParamData dem_layer_get_param ( VikDEMLayer *vdl, guint16 id, gboolean is_file_operation );
static void dem_layer_post_read ( VikLayer *vl, VikViewport *vp, gboolean from_file );
static void srtm_draw_existence ( VikViewport *vp );
static void dem24k_draw_existence ( VikViewport *vp );
#endif
+/* Upped upper limit incase units are feet */
static VikLayerParamScale param_scales[] = {
- { 1, 10000, 10, 1 },
- { 1, 10000, 10, 1 },
- { 1, 10, 1, 0 },
+ { 0, 30000, 10, 1 },
+ { 1, 30000, 10, 1 },
};
static gchar *params_source[] = {
#ifdef VIK_CONFIG_DEM24K
"USA 10m (USGS 24k)",
#endif
- "None",
NULL
};
+static gchar *params_type[] = {
+ N_("Absolute height"),
+ N_("Height gradient"),
+ NULL
+};
+
enum { DEM_SOURCE_SRTM,
#ifdef VIK_CONFIG_DEM24K
DEM_SOURCE_DEM24K,
#endif
- DEM_SOURCE_NONE,
};
+enum { DEM_TYPE_HEIGHT = 0,
+ DEM_TYPE_GRADIENT,
+ DEM_TYPE_NONE,
+};
+
+static VikLayerParamData color_default ( void ) {
+ VikLayerParamData data; gdk_color_parse ( "blue", &data.c ); return data;
+}
+
+static VikLayerParamData source_default ( void ) { return VIK_LPD_UINT ( DEM_SOURCE_SRTM ); }
+static VikLayerParamData type_default ( void ) { return VIK_LPD_UINT ( DEM_TYPE_HEIGHT ); }
+static VikLayerParamData min_elev_default ( void ) { return VIK_LPD_DOUBLE ( 0.0 ); }
+static VikLayerParamData max_elev_default ( void ) { return VIK_LPD_DOUBLE ( 1000.0 ); }
+
static VikLayerParam dem_layer_params[] = {
- { "files", VIK_LAYER_PARAM_STRING_LIST, VIK_LAYER_GROUP_NONE, N_("DEM Files:"), VIK_LAYER_WIDGET_FILELIST },
- { "source", VIK_LAYER_PARAM_UINT, VIK_LAYER_GROUP_NONE, N_("Download Source:"), VIK_LAYER_WIDGET_RADIOGROUP_STATIC, params_source, NULL },
- { "color", VIK_LAYER_PARAM_STRING, VIK_LAYER_GROUP_NONE, N_("Color:"), VIK_LAYER_WIDGET_ENTRY },
- { "min_elev", VIK_LAYER_PARAM_DOUBLE, VIK_LAYER_GROUP_NONE, N_("Min Elev:"), VIK_LAYER_WIDGET_SPINBUTTON, param_scales + 0 },
- { "max_elev", VIK_LAYER_PARAM_DOUBLE, VIK_LAYER_GROUP_NONE, N_("Max Elev:"), VIK_LAYER_WIDGET_SPINBUTTON, param_scales + 0 },
- { "line_thickness", VIK_LAYER_PARAM_UINT, VIK_LAYER_GROUP_NONE, N_("Line Thickness:"), VIK_LAYER_WIDGET_SPINBUTTON, param_scales + 1 },
+ { VIK_LAYER_DEM, "files", VIK_LAYER_PARAM_STRING_LIST, VIK_LAYER_GROUP_NONE, N_("DEM Files:"), VIK_LAYER_WIDGET_FILELIST, NULL, NULL, NULL, NULL, NULL, NULL },
+ { VIK_LAYER_DEM, "source", VIK_LAYER_PARAM_UINT, VIK_LAYER_GROUP_NONE, N_("Download Source:"), VIK_LAYER_WIDGET_RADIOGROUP_STATIC, params_source, NULL, NULL, source_default, NULL, NULL },
+ { VIK_LAYER_DEM, "color", VIK_LAYER_PARAM_COLOR, VIK_LAYER_GROUP_NONE, N_("Min Elev Color:"), VIK_LAYER_WIDGET_COLOR, NULL, NULL, NULL, color_default, NULL, NULL },
+ { VIK_LAYER_DEM, "type", VIK_LAYER_PARAM_UINT, VIK_LAYER_GROUP_NONE, N_("Type:"), VIK_LAYER_WIDGET_RADIOGROUP_STATIC, params_type, NULL, NULL, type_default, NULL, NULL },
+ { VIK_LAYER_DEM, "min_elev", VIK_LAYER_PARAM_DOUBLE, VIK_LAYER_GROUP_NONE, N_("Min Elev:"), VIK_LAYER_WIDGET_SPINBUTTON, param_scales + 0, NULL, NULL, min_elev_default, NULL, NULL },
+ { VIK_LAYER_DEM, "max_elev", VIK_LAYER_PARAM_DOUBLE, VIK_LAYER_GROUP_NONE, N_("Max Elev:"), VIK_LAYER_WIDGET_SPINBUTTON, param_scales + 0, NULL, NULL, max_elev_default, NULL, NULL },
};
-enum { PARAM_FILES=0, PARAM_SOURCE, PARAM_COLOR, PARAM_MIN_ELEV, PARAM_MAX_ELEV, PARAM_LINE_THICKNESS, NUM_PARAMS };
+enum { PARAM_FILES=0, PARAM_SOURCE, PARAM_COLOR, PARAM_TYPE, PARAM_MIN_ELEV, PARAM_MAX_ELEV, NUM_PARAMS };
static gpointer dem_layer_download_create ( VikWindow *vw, VikViewport *vvp);
static gboolean dem_layer_download_release ( VikDEMLayer *vdl, GdkEventButton *event, VikViewport *vvp );
static gboolean dem_layer_download_click ( VikDEMLayer *vdl, GdkEventButton *event, VikViewport *vvp );
static VikToolInterface dem_tools[] = {
- { N_("DEM Download/Import"), (VikToolConstructorFunc) dem_layer_download_create, NULL, NULL, NULL,
+ { { "DEMDownload", "vik-icon-DEM Download", N_("_DEM Download"), NULL, N_("DEM Download"), 0 },
+ (VikToolConstructorFunc) dem_layer_download_create, NULL, NULL, NULL,
(VikToolMouseFunc) dem_layer_download_click, NULL, (VikToolMouseFunc) dem_layer_download_release,
- (VikToolKeyFunc) NULL, GDK_CURSOR_IS_PIXMAP, &cursor_demdl_pixbuf },
+ (VikToolKeyFunc) NULL,
+ FALSE,
+ GDK_CURSOR_IS_PIXMAP, &cursor_demdl_pixbuf },
};
-/*
+/* HEIGHT COLORS
+ The first entry is blue for a default 'sea' colour,
+ however the value used by the corresponding gc can be configured as part of the DEM layer properties.
+ The other colours, shaded from brown to white are used to give an indication of height.
*/
-
-static gchar *dem_colors[] = {
+static gchar *dem_height_colors[] = {
"#0000FF",
-"#9b793c",
-"#9c7d40",
-"#9d8144",
-"#9e8549",
-"#9f894d",
-"#a08d51",
-"#a29156",
-"#a3955a",
-"#a4995e",
-"#a69d63",
-"#a89f65",
-"#aaa267",
-"#ada569",
-"#afa76b",
-"#b1aa6d",
-"#b4ad6f",
-"#b6b071",
-"#b9b373",
-"#bcb676",
-"#beb978",
-"#c0bc7a",
-"#c2c07d",
-"#c4c37f",
-"#c6c681",
-"#c8ca84",
-"#cacd86",
-"#ccd188",
-"#cfd58b",
-"#c2ce84",
-"#b5c87e",
-"#a9c278",
-"#9cbb71",
-"#8fb56b",
-"#83af65",
-"#76a95e",
-"#6aa358",
-"#5e9d52",
-"#63a055",
-"#69a458",
-"#6fa85c",
-"#74ac5f",
-"#7ab063",
-"#80b467",
-"#86b86a",
-"#8cbc6e",
-"#92c072",
-"#94c175",
-"#97c278",
-"#9ac47c",
-"#9cc57f",
-"#9fc682",
-"#a2c886",
-"#a4c989",
-"#a7cb8d",
-"#aacd91",
-"#afce99",
-"#b5d0a1",
-"#bbd2aa",
-"#c0d3b2",
-"#c6d5ba",
-"#ccd7c3",
-"#d1d9cb",
-"#d7dbd4",
-"#DDDDDD",
-"#e0e0e0",
-"#e4e4e4",
-"#e8e8e8",
-"#ebebeb",
-"#efefef",
-"#f3f3f3",
-"#f7f7f7",
-"#fbfbfb",
-"#ffffff"
+"#9b793c", "#9c7d40", "#9d8144", "#9e8549", "#9f894d", "#a08d51", "#a29156", "#a3955a", "#a4995e", "#a69d63",
+"#a89f65", "#aaa267", "#ada569", "#afa76b", "#b1aa6d", "#b4ad6f", "#b6b071", "#b9b373", "#bcb676", "#beb978",
+"#c0bc7a", "#c2c07d", "#c4c37f", "#c6c681", "#c8ca84", "#cacd86", "#ccd188", "#cfd58b", "#c2ce84", "#b5c87e",
+"#a9c278", "#9cbb71", "#8fb56b", "#83af65", "#76a95e", "#6aa358", "#5e9d52", "#63a055", "#69a458", "#6fa85c",
+"#74ac5f", "#7ab063", "#80b467", "#86b86a", "#8cbc6e", "#92c072", "#94c175", "#97c278", "#9ac47c", "#9cc57f",
+"#9fc682", "#a2c886", "#a4c989", "#a7cb8d", "#aacd91", "#afce99", "#b5d0a1", "#bbd2aa", "#c0d3b2", "#c6d5ba",
+"#ccd7c3", "#d1d9cb", "#d7dbd4", "#DDDDDD", "#e0e0e0", "#e4e4e4", "#e8e8e8", "#ebebeb", "#efefef", "#f3f3f3",
+"#f7f7f7", "#fbfbfb", "#ffffff"
};
+static const guint DEM_N_HEIGHT_COLORS = sizeof(dem_height_colors)/sizeof(dem_height_colors[0]);
+
/*
-"#9b793c",
-"#9e8549",
-"#a29156",
-"#a69d63",
-"#ada569",
-"#b4ad6f",
-"#bcb676",
-"#c2c07d",
-"#c8ca84",
-"#cfd58b",
-"#a9c278",
-"#83af65",
-"#5e9d52",
-"#6fa85c",
-"#80b467",
-"#92c072",
-"#9ac47c",
-"#a2c886",
-"#aacd91",
-"#bbd2aa",
-"#ccd7c3",
-"#DDDDDD",
-"#e8e8e8",
-"#f3f3f3",
-"#FFFFFF"
+"#9b793c", "#9e8549", "#a29156", "#a69d63", "#ada569", "#b4ad6f", "#bcb676", "#c2c07d", "#c8ca84", "#cfd58b",
+"#a9c278", "#83af65", "#5e9d52", "#6fa85c", "#80b467", "#92c072", "#9ac47c", "#a2c886", "#aacd91", "#bbd2aa",
+"#ccd7c3", "#DDDDDD", "#e8e8e8", "#f3f3f3", "#FFFFFF"
};
*/
-static const guint DEM_N_COLORS = sizeof(dem_colors)/sizeof(dem_colors[0]);
+static gchar *dem_gradient_colors[] = {
+"#AAAAAA",
+"#000000", "#000011", "#000022", "#000033", "#000044", "#00004c", "#000055", "#00005d", "#000066", "#00006e",
+"#000077", "#00007f", "#000088", "#000090", "#000099", "#0000a1", "#0000aa", "#0000b2", "#0000bb", "#0000c3",
+"#0000cc", "#0000d4", "#0000dd", "#0000e5", "#0000ee", "#0000f6", "#0000ff", "#0008f7", "#0011ee", "#0019e6",
+"#0022dd", "#002ad5", "#0033cc", "#003bc4", "#0044bb", "#004cb3", "#0055aa", "#005da2", "#006699", "#006e91",
+"#007788", "#007f80", "#008877", "#00906f", "#009966", "#00a15e", "#00aa55", "#00b24d", "#00bb44", "#00c33c",
+"#00cc33", "#00d42b", "#00dd22", "#00e51a", "#00ee11", "#00f609", "#00ff00", "#08f700", "#11ee00", "#19e600",
+"#22dd00", "#2ad500", "#33cc00", "#3bc400", "#44bb00", "#4cb300", "#55aa00", "#5da200", "#669900", "#6e9100",
+"#778800", "#7f8000", "#887700", "#906f00", "#996600", "#a15e00", "#aa5500", "#b24d00", "#bb4400", "#c33c00",
+"#cc3300", "#d42b00", "#dd2200", "#e51a00", "#ee1100", "#f60900", "#ff0000",
+"#FFFFFF"
+};
+
+static const guint DEM_N_GRADIENT_COLORS = sizeof(dem_gradient_colors)/sizeof(dem_gradient_colors[0]);
VikLayerInterface vik_dem_layer_interface = {
"DEM",
+ N_("DEM"),
+ "<control><shift>D",
&vikdemlayer_pixbuf,
dem_tools,
VIK_MENU_ITEM_ALL,
- (VikLayerFuncCreate) vik_dem_layer_create,
+ (VikLayerFuncCreate) dem_layer_create,
(VikLayerFuncRealize) NULL,
- dem_layer_post_read,
- (VikLayerFuncFree) vik_dem_layer_free,
+ (VikLayerFuncPostRead) dem_layer_post_read,
+ (VikLayerFuncFree) dem_layer_free,
(VikLayerFuncProperties) NULL,
- (VikLayerFuncDraw) vik_dem_layer_draw,
+ (VikLayerFuncDraw) dem_layer_draw,
(VikLayerFuncChangeCoordMode) NULL,
(VikLayerFuncSetMenuItemsSelection) NULL,
(VikLayerFuncSublayerRenameRequest) NULL,
(VikLayerFuncSublayerToggleVisible) NULL,
+ (VikLayerFuncSublayerTooltip) NULL,
+ (VikLayerFuncLayerTooltip) dem_layer_tooltip,
+ (VikLayerFuncLayerSelected) NULL,
(VikLayerFuncMarshall) dem_layer_marshall,
(VikLayerFuncUnmarshall) dem_layer_unmarshall,
(VikLayerFuncSetParam) dem_layer_set_param,
(VikLayerFuncGetParam) dem_layer_get_param,
+ (VikLayerFuncChangeParam) NULL,
(VikLayerFuncReadFileData) NULL,
(VikLayerFuncWriteFileData) NULL,
(VikLayerFuncDeleteItem) NULL,
+ (VikLayerFuncCutItem) NULL,
(VikLayerFuncCopyItem) NULL,
(VikLayerFuncPasteItem) NULL,
(VikLayerFuncFreeCopiedItem) NULL,
(VikLayerFuncDragDropRequest) NULL,
+
+ (VikLayerFuncSelectClick) NULL,
+ (VikLayerFuncSelectMove) NULL,
+ (VikLayerFuncSelectRelease) NULL,
+ (VikLayerFuncSelectedViewportMenu) NULL,
};
struct _VikDEMLayer {
VikLayer vl;
- GdkGC *gc;
GdkGC **gcs;
+ GdkGC **gcsgradient;
GList *files;
gdouble min_elev;
gdouble max_elev;
- guint8 line_thickness;
- gchar *color;
+ GdkColor color;
guint source;
+ guint type;
+
+ // right click menu only stuff - similar to mapslayer
+ GtkMenu *right_click_menu;
};
GType vik_dem_layer_get_type ()
return vdl_type;
}
+static const gchar* dem_layer_tooltip( VikDEMLayer *vdl )
+{
+ static gchar tmp_buf[100];
+ g_snprintf (tmp_buf, sizeof(tmp_buf), _("Number of files: %d"), g_list_length (vdl->files));
+ return tmp_buf;
+}
+
static void dem_layer_marshall( VikDEMLayer *vdl, guint8 **data, gint *len )
{
vik_layer_marshall_params ( VIK_LAYER(vdl), data, len );
static VikDEMLayer *dem_layer_unmarshall( guint8 *data, gint len, VikViewport *vvp )
{
- VikDEMLayer *rv = vik_dem_layer_new ();
+ VikDEMLayer *rv = dem_layer_new ( vvp );
gint i;
/* TODO: share GCS between layers */
- for ( i = 0; i < DEM_N_COLORS; i++ )
- rv->gcs[i] = vik_viewport_new_gc ( vvp, dem_colors[i], rv->line_thickness );
+ for ( i = 0; i < DEM_N_HEIGHT_COLORS; i++ ) {
+ if ( i == 0 )
+ rv->gcs[i] = vik_viewport_new_gc_from_color ( vvp, &(rv->color), UNUSED_LINE_THICKNESS );
+ else
+ rv->gcs[i] = vik_viewport_new_gc ( vvp, dem_height_colors[i], UNUSED_LINE_THICKNESS );
+ }
+ for ( i = 0; i < DEM_N_GRADIENT_COLORS; i++ )
+ rv->gcsgradient[i] = vik_viewport_new_gc ( vvp, dem_gradient_colors[i], UNUSED_LINE_THICKNESS );
vik_layer_unmarshall_params ( VIK_LAYER(rv), data, len, vvp );
return rv;
}
-gboolean dem_layer_set_param ( VikDEMLayer *vdl, guint16 id, VikLayerParamData data, VikViewport *vp )
+/* Structure for DEM data used in background thread */
+typedef struct {
+ VikDEMLayer *vdl;
+} dem_load_thread_data;
+
+/*
+ * Function for starting the DEM file loading as a background thread
+ */
+static int dem_layer_load_list_thread ( dem_load_thread_data *dltd, gpointer threaddata )
+{
+ int result = 0; // Default to good
+ // Actual Load
+ if ( a_dems_load_list ( &(dltd->vdl->files), threaddata ) ) {
+ // Thread cancelled
+ result = -1;
+ }
+
+ // ATM as each file is processed the screen is not updated (no mechanism exposed to a_dems_load_list)
+ // Thus force draw only at the end, as loading is complete/aborted
+ //gdk_threads_enter();
+ // Test is helpful to prevent Gtk-CRITICAL warnings if the program is exitted whilst loading
+ if ( IS_VIK_LAYER(dltd->vdl) )
+ vik_layer_emit_update ( VIK_LAYER(dltd->vdl) ); // NB update from background thread
+ //gdk_threads_leave();
+
+ return result;
+}
+
+static void dem_layer_thread_data_free ( dem_load_thread_data *data )
+{
+ // Simple release
+ g_free ( data );
+}
+
+static void dem_layer_thread_cancel ( dem_load_thread_data *data )
+{
+ // Abort loading
+ // Instead of freeing the list, leave it as partially processed
+ // Thus we can see/use what was done
+}
+
+/**
+ * Process the list of DEM files and convert each one to a relative path
+ */
+static GList *dem_layer_convert_to_relative_filenaming ( GList *files )
+{
+ gchar *cwd = g_get_current_dir();
+ if ( !cwd )
+ return files;
+
+ GList *relfiles = NULL;
+
+ while ( files ) {
+ gchar *file = g_strdup ( file_GetRelativeFilename ( cwd, files->data ) );
+ relfiles = g_list_prepend ( relfiles, file );
+ files = files->next;
+ }
+
+ g_free ( cwd );
+
+ if ( relfiles ) {
+ // Replacing current list, so delete old values first.
+ GList *iter = files;
+ while ( iter ) {
+ g_free ( iter->data );
+ iter = iter->next;
+ }
+ g_list_free ( files );
+
+ return relfiles;
+ }
+
+ return files;
+}
+
+gboolean dem_layer_set_param ( VikDEMLayer *vdl, guint16 id, VikLayerParamData data, VikViewport *vp, gboolean is_file_operation )
{
switch ( id )
{
- case PARAM_COLOR: if ( vdl->color ) g_free ( vdl->color ); vdl->color = g_strdup ( data.s ); break;
+ case PARAM_COLOR: vdl->color = data.c; gdk_gc_set_rgb_fg_color ( vdl->gcs[0], &(vdl->color) ); break;
case PARAM_SOURCE: vdl->source = data.u; break;
- case PARAM_MIN_ELEV: vdl->min_elev = data.d; break;
- case PARAM_MAX_ELEV: vdl->max_elev = data.d; break;
- case PARAM_LINE_THICKNESS: if ( data.u >= 1 && data.u <= 15 ) vdl->line_thickness = data.u; break;
- case PARAM_FILES: a_dems_load_list ( &(data.sl) ); a_dems_list_free ( vdl->files ); vdl->files = data.sl; break;
+ case PARAM_TYPE: vdl->type = data.u; break;
+ case PARAM_MIN_ELEV:
+ /* Convert to store internally
+ NB file operation always in internal units (metres) */
+ if (!is_file_operation && a_vik_get_units_height () == VIK_UNITS_HEIGHT_FEET )
+ vdl->min_elev = VIK_FEET_TO_METERS(data.d);
+ else
+ vdl->min_elev = data.d;
+ break;
+ case PARAM_MAX_ELEV:
+ /* Convert to store internally
+ NB file operation always in internal units (metres) */
+ if (!is_file_operation && a_vik_get_units_height () == VIK_UNITS_HEIGHT_FEET )
+ vdl->max_elev = VIK_FEET_TO_METERS(data.d);
+ else
+ vdl->max_elev = data.d;
+ break;
+ case PARAM_FILES:
+ {
+ // Clear out old settings - if any commonalities with new settings they will have to be read again
+ a_dems_list_free ( vdl->files );
+ // Set file list so any other intermediate screen drawing updates will show currently loaded DEMs by the working thread
+ vdl->files = data.sl;
+ // No need for thread if no files
+ if ( vdl->files ) {
+ // Thread Load
+ dem_load_thread_data *dltd = g_malloc ( sizeof(dem_load_thread_data) );
+ dltd->vdl = vdl;
+ dltd->vdl->files = data.sl;
+
+ a_background_thread ( VIK_GTK_WINDOW_FROM_WIDGET(vp),
+ _("DEM Loading"),
+ (vik_thr_func) dem_layer_load_list_thread,
+ dltd,
+ (vik_thr_free_func) dem_layer_thread_data_free,
+ (vik_thr_free_func) dem_layer_thread_cancel,
+ g_list_length ( data.sl ) ); // Number of DEM files
+ }
+ break;
+ }
}
return TRUE;
}
-static VikLayerParamData dem_layer_get_param ( VikDEMLayer *vdl, guint16 id )
+static VikLayerParamData dem_layer_get_param ( VikDEMLayer *vdl, guint16 id, gboolean is_file_operation )
{
VikLayerParamData rv;
switch ( id )
{
- case PARAM_FILES: rv.sl = vdl->files; break;
+ case PARAM_FILES:
+ rv.sl = vdl->files;
+ if ( is_file_operation )
+ // Save in relative format if necessary
+ if ( a_vik_get_file_ref_format() == VIK_FILE_REF_FORMAT_RELATIVE )
+ rv.sl = dem_layer_convert_to_relative_filenaming ( rv.sl );
+ break;
case PARAM_SOURCE: rv.u = vdl->source; break;
- case PARAM_COLOR: rv.s = vdl->color ? vdl->color : ""; break;
- case PARAM_MIN_ELEV: rv.d = vdl->min_elev; break;
- case PARAM_MAX_ELEV: rv.d = vdl->max_elev; break;
- case PARAM_LINE_THICKNESS: rv.i = vdl->line_thickness; break;
+ case PARAM_TYPE: rv.u = vdl->type; break;
+ case PARAM_COLOR: rv.c = vdl->color; break;
+ case PARAM_MIN_ELEV:
+ /* Convert for display in desired units
+ NB file operation always in internal units (metres) */
+ if (!is_file_operation && a_vik_get_units_height () == VIK_UNITS_HEIGHT_FEET )
+ rv.d = VIK_METERS_TO_FEET(vdl->min_elev);
+ else
+ rv.d = vdl->min_elev;
+ break;
+ case PARAM_MAX_ELEV:
+ /* Convert for display in desired units
+ NB file operation always in internal units (metres) */
+ if (!is_file_operation && a_vik_get_units_height () == VIK_UNITS_HEIGHT_FEET )
+ rv.d = VIK_METERS_TO_FEET(vdl->max_elev);
+ else
+ rv.d = vdl->max_elev;
+ break;
}
return rv;
}
static void dem_layer_post_read ( VikLayer *vl, VikViewport *vp, gboolean from_file )
{
- VikDEMLayer *vdl = VIK_DEM_LAYER(vl);
- if ( vdl->gc )
- g_object_unref ( G_OBJECT(vdl->gc) );
-
- vdl->gc = vik_viewport_new_gc ( vp, vdl->color, vdl->line_thickness );
+ /* nothing ATM, but keep in case it's needed the future */
}
-VikDEMLayer *vik_dem_layer_new ( )
+static VikDEMLayer *dem_layer_new ( VikViewport *vvp )
{
VikDEMLayer *vdl = VIK_DEM_LAYER ( g_object_new ( VIK_DEM_LAYER_TYPE, NULL ) );
- vik_layer_init ( VIK_LAYER(vdl), VIK_LAYER_DEM );
+ vik_layer_set_type ( VIK_LAYER(vdl), VIK_LAYER_DEM );
vdl->files = NULL;
+ vdl->gcs = g_malloc(sizeof(GdkGC *)*DEM_N_HEIGHT_COLORS);
+ vdl->gcsgradient = g_malloc(sizeof(GdkGC *)*DEM_N_GRADIENT_COLORS);
+ /* make new gcs only if we need it (copy layer -> use old) */
- vdl->gc = NULL;
+ // Ensure the base GC is available so the default colour can be applied
+ if ( vvp ) vdl->gcs[0] = vik_viewport_new_gc ( vvp, "#0000FF", 1 );
- vdl->gcs = g_malloc(sizeof(GdkGC *)*DEM_N_COLORS);
- /* make new gcs only if we need it (copy layer -> use old) */
+ vik_layer_set_defaults ( VIK_LAYER(vdl), vvp );
- vdl->min_elev = 0.0;
- vdl->max_elev = 1000.0;
- vdl->source = DEM_SOURCE_SRTM;
- vdl->line_thickness = 3;
- vdl->color = NULL;
return vdl;
}
+static inline guint16 get_height_difference(gint16 elev, gint16 new_elev)
+{
+ if(new_elev == VIK_DEM_INVALID_ELEVATION)
+ return 0;
+ else
+ return abs(new_elev - elev);
+}
+
static void vik_dem_layer_draw_dem ( VikDEMLayer *vdl, VikViewport *vp, VikDEM *dem )
{
- VikDEMColumn *column;
+ VikDEMColumn *column, *prevcolumn, *nextcolumn;
struct LatLon dem_northeast, dem_southwest;
- gdouble max_lat, max_lon, min_lat, min_lon;
+ gdouble max_lat, max_lon, min_lat, min_lon;
/**** Check if viewport and DEM data overlap ****/
if ( y2 > vik_viewport_get_height(vp) ) y2=vik_viewport_get_height(vp);
if ( x2 < 0 ) x2 = 0;
if ( y1 < 0 ) y1 = 0;
- vik_viewport_draw_rectangle ( vp, GTK_WIDGET(vp)->style->black_gc,
+ vik_viewport_draw_rectangle ( vp, gtk_widget_get_style(GTK_WIDGET(vp))->black_gc,
FALSE, x2, y1, x1-x2, y2-y1 );
return;
}
gint16 elev;
- guint skip_factor = ceil ( vik_viewport_get_xmpp(vp) / 40 ); /* todo: smarter calculation. */
+ guint skip_factor = ceil ( vik_viewport_get_xmpp(vp) / 80 ); /* todo: smarter calculation. */
gdouble nscale_deg = dem->north_scale / ((gdouble) 3600);
gdouble escale_deg = dem->east_scale / ((gdouble) 3600);
end_lon = ceil (end_lon_as / dem->east_scale) * escale_deg;
vik_dem_east_north_to_xy ( dem, start_lon_as, start_lat_as, &start_x, &start_y );
+ guint gradient_skip_factor = 1;
+ if(vdl->type == DEM_TYPE_GRADIENT)
+ gradient_skip_factor = skip_factor;
/* verify sane elev interval */
if ( vdl->max_elev <= vdl->min_elev )
vdl->max_elev = vdl->min_elev + 1;
- for ( x=start_x, counter.lon = start_lon; counter.lon <= end_lon; counter.lon += escale_deg * skip_factor, x += skip_factor ) {
- if ( x > 0 && x < dem->n_columns ) {
+ for ( x=start_x, counter.lon = start_lon; counter.lon <= end_lon+escale_deg*skip_factor; counter.lon += escale_deg * skip_factor, x += skip_factor ) {
+ // NOTE: ( counter.lon <= end_lon + ESCALE_DEG*SKIP_FACTOR ) is neccessary so in high zoom modes,
+ // the leftmost column does also get drawn, if the center point is out of viewport.
+ if ( x < dem->n_columns ) {
column = g_ptr_array_index ( dem->columns, x );
+ // get previous and next column. catch out-of-bound.
+ gint32 new_x = x;
+ new_x -= gradient_skip_factor;
+ if(new_x < 1)
+ prevcolumn = g_ptr_array_index ( dem->columns, x+1);
+ else
+ prevcolumn = g_ptr_array_index ( dem->columns, new_x);
+ new_x = x;
+ new_x += gradient_skip_factor;
+ if(new_x >= dem->n_columns)
+ nextcolumn = g_ptr_array_index ( dem->columns, x-1);
+ else
+ nextcolumn = g_ptr_array_index ( dem->columns, new_x);
+
for ( y=start_y, counter.lat = start_lat; counter.lat <= end_lat; counter.lat += nscale_deg * skip_factor, y += skip_factor ) {
if ( y > column->n_points )
break;
- elev = column->points[y];
- if ( elev != VIK_DEM_INVALID_ELEVATION && elev < vdl->min_elev )
- elev=vdl->min_elev;
- if ( elev != VIK_DEM_INVALID_ELEVATION && elev > vdl->max_elev )
- elev=vdl->max_elev;
+ elev = column->points[y];
+ // calculate bounding box for drawing
+ gint box_x, box_y, box_width, box_height;
+ struct LatLon box_c;
+ box_c = counter;
+ box_c.lat += (nscale_deg * skip_factor)/2;
+ box_c.lon -= (escale_deg * skip_factor)/2;
+ vik_coord_load_from_latlon(&tmp, vik_viewport_get_coord_mode(vp), &box_c);
+ vik_viewport_coord_to_screen(vp, &tmp, &box_x, &box_y);
+ // catch box at borders
+ if(box_x < 0)
+ box_x = 0;
+ if(box_y < 0)
+ box_y = 0;
+ box_c.lat -= nscale_deg * skip_factor;
+ box_c.lon += escale_deg * skip_factor;
+ vik_coord_load_from_latlon(&tmp, vik_viewport_get_coord_mode(vp), &box_c);
+ vik_viewport_coord_to_screen(vp, &tmp, &box_width, &box_height);
+ box_width -= box_x;
+ box_height -= box_y;
+ // catch box at borders
+ if(box_width < 0 || box_height < 0)
+ continue; // skip this. this is out of our viewport anyway. FIXME: why?
+
+ gboolean below_minimum = FALSE;
+ if(vdl->type == DEM_TYPE_HEIGHT) {
+ if ( elev != VIK_DEM_INVALID_ELEVATION && elev < vdl->min_elev ) {
+ // Prevent 'elev - vdl->min_elev' from being negative so can safely use as array index
+ elev = ceil ( vdl->min_elev );
+ below_minimum = TRUE;
+ }
+ if ( elev != VIK_DEM_INVALID_ELEVATION && elev > vdl->max_elev )
+ elev = vdl->max_elev;
+ }
{
- gint a, b;
-
- vik_coord_load_from_latlon(&tmp, vik_viewport_get_coord_mode(vp), &counter);
- vik_viewport_coord_to_screen(vp, &tmp, &a, &b);
- if ( elev == VIK_DEM_INVALID_ELEVATION )
- ; /* don't draw it */
- else if ( elev <= 0 )
- vik_viewport_draw_rectangle(vp, vdl->gcs[0], TRUE, a-2, b-2, 4, 4 );
- else
- vik_viewport_draw_rectangle(vp, vdl->gcs[(gint)floor((elev - vdl->min_elev)/(vdl->max_elev - vdl->min_elev)*(DEM_N_COLORS-2))+1], TRUE, a-2, b-2, 4, 4 );
+ if(box_width < 0 || box_height < 0) // FIXME: why does this happen?
+ continue;
+
+ if(vdl->type == DEM_TYPE_GRADIENT) {
+ if( elev == VIK_DEM_INVALID_ELEVATION ) {
+ /* don't draw it */
+ } else {
+ // calculate and sum gradient in all directions
+ gint16 change = 0;
+ gint32 new_y;
+
+ // calculate gradient from height points all around the current one
+ new_y = y - gradient_skip_factor;
+ if(new_y < 0)
+ new_y = y;
+ change += get_height_difference(elev, prevcolumn->points[new_y]);
+ change += get_height_difference(elev, column->points[new_y]);
+ change += get_height_difference(elev, nextcolumn->points[new_y]);
+
+ change += get_height_difference(elev, prevcolumn->points[y]);
+ change += get_height_difference(elev, nextcolumn->points[y]);
+
+ new_y = y + gradient_skip_factor;
+ if(new_y >= column->n_points)
+ new_y = y;
+ change += get_height_difference(elev, prevcolumn->points[new_y]);
+ change += get_height_difference(elev, column->points[new_y]);
+ change += get_height_difference(elev, nextcolumn->points[new_y]);
+
+ change = change / ((skip_factor > 1) ? log(skip_factor) : 0.55); // FIXME: better calc.
+
+ if(change < vdl->min_elev)
+ // Prevent 'change - vdl->min_elev' from being negative so can safely use as array index
+ change = ceil ( vdl->min_elev );
+
+ if(change > vdl->max_elev)
+ change = vdl->max_elev;
+
+ // void vik_viewport_draw_rectangle ( VikViewport *vvp, GdkGC *gc, gboolean filled, gint x1, gint y1, gint x2, gint y2 );
+ vik_viewport_draw_rectangle(vp, vdl->gcsgradient[(gint)floor(((change - vdl->min_elev)/(vdl->max_elev - vdl->min_elev))*(DEM_N_GRADIENT_COLORS-2))+1], TRUE, box_x, box_y, box_width, box_height);
+ }
+ } else {
+ if(vdl->type == DEM_TYPE_HEIGHT) {
+ if ( elev == VIK_DEM_INVALID_ELEVATION )
+ ; /* don't draw it */
+ else if ( elev <= 0 || below_minimum )
+ /* If 'sea' colour or below the defined mininum draw in the configurable colour */
+ vik_viewport_draw_rectangle(vp, vdl->gcs[0], TRUE, box_x, box_y, box_width, box_height);
+ else
+ vik_viewport_draw_rectangle(vp, vdl->gcs[(gint)floor(((elev - vdl->min_elev)/(vdl->max_elev - vdl->min_elev))*(DEM_N_HEIGHT_COLORS-2))+1], TRUE, box_x, box_y, box_width, box_height);
+ }
+ }
}
} /* for y= */
}
if ( elev == VIK_DEM_INVALID_ELEVATION )
; /* don't draw it */
else if ( elev <= 0 )
- vik_viewport_draw_rectangle(vp, vdl->gcs[0], TRUE, a-2, b-2, 4, 4 );
+ vik_viewport_draw_rectangle(vp, vdl->gcs[0], TRUE, a-1, b-1, 2, 2 );
else
- vik_viewport_draw_rectangle(vp, vdl->gcs[(gint)floor((elev - vdl->min_elev)/(vdl->max_elev - vdl->min_elev)*(DEM_N_COLORS-2))+1], TRUE, a-2, b-2, 4, 4 );
+ vik_viewport_draw_rectangle(vp, vdl->gcs[(gint)floor((elev - vdl->min_elev)/(vdl->max_elev - vdl->min_elev)*(DEM_N_HEIGHT_COLORS-2))+1], TRUE, a-1, b-1, 2, 2 );
}
} /* for y= */
}
return(g_hash_table_lookup(srtm_continent, name));
}
-void vik_dem_layer_draw ( VikDEMLayer *vdl, gpointer data )
+static void dem_layer_draw ( VikDEMLayer *vdl, VikViewport *vp )
{
- VikViewport *vp = (VikViewport *) data;
GList *dems_iter = vdl->files;
VikDEM *dem;
}
}
-void vik_dem_layer_free ( VikDEMLayer *vdl )
+static void dem_layer_free ( VikDEMLayer *vdl )
{
gint i;
- if ( vdl->gc != NULL )
- g_object_unref ( G_OBJECT(vdl->gc) );
-
- if ( vdl->color != NULL )
- g_free ( vdl->color );
-
if ( vdl->gcs )
- for ( i = 0; i < DEM_N_COLORS; i++ )
+ for ( i = 0; i < DEM_N_HEIGHT_COLORS; i++ )
g_object_unref ( vdl->gcs[i] );
g_free ( vdl->gcs );
- a_dems_list_free ( vdl->files );
-}
-
-static void dem_layer_update_gc ( VikDEMLayer *vdl, VikViewport *vp, const gchar *color )
-{
- if ( vdl->color )
- g_free ( vdl->color );
+ if ( vdl->gcsgradient )
+ for ( i = 0; i < DEM_N_GRADIENT_COLORS; i++ )
+ g_object_unref ( vdl->gcsgradient[i] );
+ g_free ( vdl->gcsgradient );
- vdl->color = g_strdup ( color );
-
- if ( vdl->gc )
- g_object_unref ( G_OBJECT(vdl->gc) );
-
- vdl->gc = vik_viewport_new_gc ( vp, vdl->color, vdl->line_thickness );
+ a_dems_list_free ( vdl->files );
}
-VikDEMLayer *vik_dem_layer_create ( VikViewport *vp )
+VikDEMLayer *dem_layer_create ( VikViewport *vp )
{
- VikDEMLayer *vdl = vik_dem_layer_new ();
+ VikDEMLayer *vdl = dem_layer_new ( vp );
gint i;
-
- /* TODO: share GCS between layers */
- for ( i = 0; i < DEM_N_COLORS; i++ )
- vdl->gcs[i] = vik_viewport_new_gc ( vp, dem_colors[i], vdl->line_thickness );
-
- dem_layer_update_gc ( vdl, vp, "red" );
+ if ( vp ) {
+ /* TODO: share GCS between layers */
+ for ( i = 0; i < DEM_N_HEIGHT_COLORS; i++ ) {
+ if ( i > 0 )
+ vdl->gcs[i] = vik_viewport_new_gc ( vp, dem_height_colors[i], UNUSED_LINE_THICKNESS );
+ }
+ for ( i = 0; i < DEM_N_GRADIENT_COLORS; i++ )
+ vdl->gcsgradient[i] = vik_viewport_new_gc ( vp, dem_gradient_colors[i], UNUSED_LINE_THICKNESS );
+ }
return vdl;
}
/**************************************************************
continent_dir = srtm_continent_dir(intlat, intlon);
if (!continent_dir) {
- g_warning(N_("No SRTM data available for %f, %f"), p->lat, p->lon);
+ if ( p->vdl ) {
+ gchar *msg = g_strdup_printf ( _("No SRTM data available for %f, %f"), p->lat, p->lon );
+ vik_window_statusbar_update ( (VikWindow*)VIK_GTK_WINDOW_FROM_LAYER(p->vdl), msg, VIK_STATUSBAR_INFO );
+ g_free ( msg );
+ }
return;
}
- gchar *src_fn = g_strdup_printf("%s%s%s%c%02d%c%03d.hgt.zip",
- SRTM_FTP_URI,
+ gchar *src_fn = g_strdup_printf("%s%s/%c%02d%c%03d.hgt.zip",
+ SRTM_HTTP_URI,
continent_dir,
- G_DIR_SEPARATOR_S,
(intlat >= 0) ? 'N' : 'S',
ABS(intlat),
(intlon >= 0) ? 'E' : 'W',
ABS(intlon) );
- static DownloadOptions options = { NULL, 0, a_check_map_file };
- a_ftp_download_get_url ( SRTM_FTP_SITE, src_fn, p->dest, &options );
+ static DownloadMapOptions options = { FALSE, FALSE, NULL, 0, a_check_map_file, NULL };
+ a_http_download_get_url ( SRTM_HTTP_SITE, src_fn, p->dest, &options, NULL );
g_free ( src_fn );
}
vik_viewport_coord_to_screen ( vp, &ne, &x2, &y2 );
if ( x1 < 0 ) x1 = 0;
if ( y2 < 0 ) y2 = 0;
- vik_viewport_draw_rectangle ( vp, GTK_WIDGET(vp)->style->black_gc,
+ vik_viewport_draw_rectangle ( vp, gtk_widget_get_style(GTK_WIDGET(vp))->black_gc,
FALSE, x1, y2, x2-x1, y1-y2 );
}
}
ceil(p->lon*8)/8 );
/* FIX: don't use system, use execv or something. check for existence */
system(cmdline);
+ g_free ( cmdline );
}
static gchar *dem24k_lat_lon_to_dest_fn ( gdouble lat, gdouble lon )
vik_viewport_coord_to_screen ( vp, &ne, &x2, &y2 );
if ( x1 < 0 ) x1 = 0;
if ( y2 < 0 ) y2 = 0;
- vik_viewport_draw_rectangle ( vp, GTK_WIDGET(vp)->style->black_gc,
+ vik_viewport_draw_rectangle ( vp, gtk_widget_get_style(GTK_WIDGET(vp))->black_gc,
FALSE, x1, y2, x2-x1, y1-y2 );
}
}
}
/* Try to add file full_path.
- * full_path will be copied.
+ * filename will be copied.
* returns FALSE if file does not exists, TRUE otherwise.
*/
-static gboolean dem_layer_add_file ( VikDEMLayer *vdl, const gchar *full_path )
+static gboolean dem_layer_add_file ( VikDEMLayer *vdl, const gchar *filename )
{
- if ( g_file_test(full_path, G_FILE_TEST_EXISTS ) == TRUE ) {
+ if ( g_file_test(filename, G_FILE_TEST_EXISTS) == TRUE ) {
/* only load if file size is not 0 (not in progress) */
struct stat sb;
- stat (full_path, &sb);
+ stat ( filename, &sb );
if ( sb.st_size ) {
- gchar *duped_path = g_strdup(full_path);
+ gchar *duped_path = g_strdup(filename);
vdl->files = g_list_prepend ( vdl->files, duped_path );
a_dems_load ( duped_path );
g_debug("%s: %s", __FUNCTION__, duped_path);
- vik_layer_emit_update ( VIK_LAYER(vdl) );
}
return TRUE;
} else
else if ( p->source == DEM_SOURCE_DEM24K )
dem24k_dem_download_thread ( p, threaddata );
#endif
+ else
+ return;
- gdk_threads_enter();
+ //gdk_threads_enter();
g_mutex_lock ( p->mutex );
if ( p->vdl ) {
g_object_weak_unref ( G_OBJECT(p->vdl), weak_ref_cb, p );
if ( dem_layer_add_file ( p->vdl, p->dest ) )
- vik_layer_emit_update ( VIK_LAYER(p->vdl) );
+ vik_layer_emit_update ( VIK_LAYER(p->vdl) ); // NB update from background thread
}
g_mutex_unlock ( p->mutex );
- gdk_threads_leave();
+ //gdk_threads_leave();
}
return vvp;
}
+/**
+ * Display a simple dialog with information about the DEM file at this location
+ */
+static void dem_layer_file_info ( GtkWidget *widget, struct LatLon *ll )
+{
+ gint intlat, intlon;
+ const gchar *continent_dir;
+
+ intlat = (int)floor(ll->lat);
+ intlon = (int)floor(ll->lon);
+ continent_dir = srtm_continent_dir(intlat, intlon);
+
+ gchar *source = NULL;
+ if ( continent_dir )
+ source = g_strdup_printf ( "http:/%s%s/%c%02d%c%03d.hgt.zip",
+ SRTM_HTTP_URI,
+ continent_dir,
+ (intlat >= 0) ? 'N' : 'S',
+ ABS(intlat),
+ (intlon >= 0) ? 'E' : 'W',
+ ABS(intlon) );
+ else
+ // Probably not over any land...
+ source = g_strdup ( _("No DEM File Available") );
+
+ gchar *filename = NULL;
+ gchar *dem_file = NULL;
+#ifdef VIK_CONFIG_DEM24K
+ dem_file = dem24k_lat_lon_to_dest_fn ( ll->lat, ll->lon );
+#else
+ dem_file = srtm_lat_lon_to_dest_fn ( ll->lat, ll->lon );
+#endif
+ gchar *message = NULL;
+
+ filename = g_strdup_printf ( "%s%s", MAPS_CACHE_DIR, dem_file );
+
+ if ( g_file_test ( filename, G_FILE_TEST_EXISTS ) ) {
+ // Get some timestamp information of the file
+ struct stat stat_buf;
+ if ( g_stat ( filename, &stat_buf ) == 0 ) {
+ gchar time_buf[64];
+ strftime ( time_buf, sizeof(time_buf), "%c", gmtime((const time_t *)&stat_buf.st_mtime) );
+ message = g_strdup_printf ( _("\nSource: %s\n\nDEM File: %s\nDEM File Timestamp: %s"), source, filename, time_buf );
+ }
+ }
+ else
+ message = g_strdup_printf ( _("Source: %s\n\nNo DEM File!"), source );
+
+ // Show the info
+ a_dialog_info_msg ( GTK_WINDOW(gtk_widget_get_toplevel(widget)), message );
+
+ g_free ( message );
+ g_free ( source );
+ g_free ( dem_file );
+ g_free ( filename );
+}
static gboolean dem_layer_download_release ( VikDEMLayer *vdl, GdkEventButton *event, VikViewport *vvp )
{
VikCoord coord;
- struct LatLon ll;
+ static struct LatLon ll;
gchar *full_path;
gchar *dem_file = NULL;
- if ( vdl->source == DEM_SOURCE_NONE )
- a_dialog_error_msg ( VIK_GTK_WINDOW_FROM_LAYER(vdl), _("No download source selected. Edit layer properties.") );
-
vik_viewport_screen_to_coord ( vvp, event->x, event->y, &coord );
vik_coord_to_latlon ( &coord, &ll );
g_debug("%s: %s", __FUNCTION__, full_path);
- // TODO: check if already in filelist
-
- if ( ! dem_layer_add_file(vdl, full_path) ) {
- gchar *tmp = g_strdup_printf ( _("Downloading DEM %s"), dem_file );
- DEMDownloadParams *p = g_malloc(sizeof(DEMDownloadParams));
- p->dest = g_strdup(full_path);
- p->lat = ll.lat;
- p->lon = ll.lon;
- p->vdl = vdl;
- p->mutex = g_mutex_new();
- p->source = vdl->source;
- g_object_weak_ref(G_OBJECT(p->vdl), weak_ref_cb, p );
-
- a_background_thread ( VIK_GTK_WINDOW_FROM_LAYER(vdl), tmp,
- (vik_thr_func) dem_download_thread, p,
- (vik_thr_free_func) free_dem_download_params, NULL, 1 );
+ if ( event->button == 1 ) {
+ // TODO: check if already in filelist
+ if ( ! dem_layer_add_file(vdl, full_path) ) {
+ gchar *tmp = g_strdup_printf ( _("Downloading DEM %s"), dem_file );
+ DEMDownloadParams *p = g_malloc(sizeof(DEMDownloadParams));
+ p->dest = g_strdup(full_path);
+ p->lat = ll.lat;
+ p->lon = ll.lon;
+ p->vdl = vdl;
+ p->mutex = g_mutex_new();
+ p->source = vdl->source;
+ g_object_weak_ref(G_OBJECT(p->vdl), weak_ref_cb, p );
+
+ a_background_thread ( VIK_GTK_WINDOW_FROM_LAYER(vdl), tmp,
+ (vik_thr_func) dem_download_thread, p,
+ (vik_thr_free_func) free_dem_download_params, NULL, 1 );
+
+ g_free ( tmp );
+ }
+ else
+ vik_layer_emit_update ( VIK_LAYER(vdl) );
+ }
+ else {
+ if ( !vdl->right_click_menu ) {
+ GtkWidget *item;
+ vdl->right_click_menu = GTK_MENU ( gtk_menu_new () );
+
+ item = gtk_image_menu_item_new_with_mnemonic ( _("_Show DEM File Information") );
+ gtk_image_menu_item_set_image ( (GtkImageMenuItem*)item, gtk_image_new_from_stock (GTK_STOCK_INFO, GTK_ICON_SIZE_MENU) );
+ g_signal_connect ( G_OBJECT(item), "activate", G_CALLBACK(dem_layer_file_info), &ll );
+ gtk_menu_shell_append (GTK_MENU_SHELL(vdl->right_click_menu), item);
+ }
+
+ gtk_menu_popup ( vdl->right_click_menu, NULL, NULL, NULL, NULL, event->button, event->time );
+ gtk_widget_show_all ( GTK_WIDGET(vdl->right_click_menu) );
}
g_free ( dem_file );
projects / andy / viking.git / blobdiff