static gboolean
gv_rect_tool_motion_notify(GvTool *r_tool, GdkEventMotion *event)
{
GvRectTool *tool = GV_RECT_TOOL(r_tool);
if (tool->drawing)
{
/* Map pointer position to tail vertex */
gv_view_area_map_pointer(GV_TOOL(tool)->view, event->x, event->y,
&tool->v_tail.x, &tool->v_tail.y);
gv_tool_clamp_to_bounds( GV_TOOL(tool),
&tool->v_tail.x, &tool->v_tail.y );
gv_view_area_queue_draw(GV_TOOL(tool)->view);
}
if (tool->reshaping)
{
/* Map pointer position to tail vertex */
gv_view_area_map_pointer(GV_TOOL(tool)->view, event->x, event->y,
&tool->v_tail.x, &tool->v_tail.y);
gv_rect_tool_reshape( tool, tool->v_tail.x, tool->v_tail.y );
}
return FALSE;
}
static void
gv_rect_tool_key_press(GvTool *rtool, GdkEventKey *event)
{
GvRectTool *tool = GV_RECT_TOOL(rtool);
if (!gv_rect_tool_configure(tool)) return;
switch (event->keyval)
{
case GDK_Delete:
case GDK_BackSpace:
case GDK_Escape:
if( tool->drawing )
{
tool->drawing = FALSE;
gv_view_area_queue_draw(GV_TOOL(tool)->view);
}
if( tool->reshaping )
{
/* Reopen undo. Push a memento describing the ring addition */
gv_undo_enable();
gv_undo_open();
tool->reshaping = FALSE;
gv_view_area_queue_draw(GV_TOOL(tool)->view);
}
break;
}
}
static gint
gv_rotate_tool_configure(GvRotateTool *tool)
{
/* Check that we still are working on the active layer */
if (!tool->layer || GTK_OBJECT(tool->layer) !=
gv_view_area_active_layer(GV_TOOL(tool)->view))
{
GtkObject *layer;
if (tool->named_layer)
{
/* Look for named layer if given */
layer = gv_view_area_get_named_layer(GV_TOOL(tool)->view,
tool->named_layer);
}
else
{
layer = gv_view_area_get_layer_of_type(GV_TOOL(tool)->view,
GV_TYPE_SHAPES_LAYER,
FALSE);
}
if (!layer)
{
g_warning("gv_rotate_tool_configure(): no shapes layer in view");
return FALSE;
}
gv_rotate_tool_set_layer(tool, GV_SHAPE_LAYER(layer));
}
return tool->layer != NULL;
}
static void
gv_point_tool_button_press(GvTool *tool, GdkEventButton *event)
{
if (event->button == 1)
{
GvVertex vertex;
if (!gv_point_tool_configure(tool)) return;
/* Get pointer location */
gv_view_area_map_pointer(GV_TOOL(tool)->view, event->x, event->y,
&vertex.x, &vertex.y);
if( !gv_tool_check_bounds( GV_TOOL(tool), vertex.x, vertex.y ) )
return;
/* Add a new point */
if( GV_IS_POINT_LAYER(GV_POINT_TOOL(tool)->layer) )
{
gv_point_layer_select_new_point(
GV_POINT_LAYER(GV_POINT_TOOL(tool)->layer),
&vertex);
}
else
{
GvShape *new_point;
new_point = gv_shape_new( GVSHAPE_POINT );
gv_shape_set_xyz( new_point, 0, 0, vertex.x, vertex.y, 0.0 );
gv_shapes_layer_select_new_shape(
GV_SHAPES_LAYER(GV_POINT_TOOL(tool)->layer),
new_point );
}
}
}
static gboolean
gv_rect_tool_button_release(GvTool *r_tool, GdkEventButton *event)
{
GvRectTool *tool = GV_RECT_TOOL(r_tool);
if (event->button == 1 && tool->drawing )
{
GvShape *shape;
if (!gv_rect_tool_configure(tool)) return FALSE;
/* Map pointer position to tail vertex */
gv_view_area_map_pointer(GV_TOOL(tool)->view, event->x, event->y,
&tool->v_tail.x, &tool->v_tail.y);
gv_tool_clamp_to_bounds( GV_TOOL(tool),
&tool->v_tail.x, &tool->v_tail.y );
if( tool->v_tail.x != tool->v_head.x
&& tool->v_tail.y != tool->v_head.y )
{
/* create the new rectangle */
shape = gv_shape_new( GVSHAPE_AREA );
gv_shape_add_node( shape, 0, tool->v_tail.x, tool->v_tail.y, 0 );
gv_shape_add_node( shape, 0, tool->v_tail.x, tool->v_head.y, 0 );
gv_shape_add_node( shape, 0, tool->v_head.x, tool->v_head.y, 0 );
gv_shape_add_node( shape, 0, tool->v_head.x, tool->v_tail.y, 0 );
gv_shape_add_node( shape, 0, tool->v_tail.x, tool->v_tail.y, 0 );
gv_shapes_layer_select_new_shape( GV_SHAPES_LAYER(tool->layer),
shape );
}
tool->drawing = FALSE;
return FALSE;
}
if (event->button == 1 && tool->reshaping )
{
if (!gv_rect_tool_configure(tool)) return FALSE;
/* Reopen undo. Push a memento describing the ring addition */
gv_undo_enable();
gv_undo_open();
/* Map pointer position to tail vertex */
gv_view_area_map_pointer(GV_TOOL(tool)->view, event->x, event->y,
&tool->v_tail.x, &tool->v_tail.y);
gv_rect_tool_reshape( tool, tool->v_tail.x, tool->v_tail.y );
tool->reshaping = FALSE;
}
return FALSE;
}
void
gv_rotate_tool_set_layer(GvRotateTool *tool, GvShapeLayer *layer)
{
if (GV_TOOL(tool)->view == NULL)
{
g_warning("gv_rotate_tool_set_layer(): inactive tool");
return;
}
if( layer != NULL && gv_data_is_read_only( GV_DATA(layer) ) )
{
g_warning( "gv_rotate_tool_set_layer(): layer is read-only" );
return;
}
gv_rotate_tool_terminate( tool );
tool->shape_id = -1;
/* Disconnect from the previous layer (for draw) */
if (tool->layer)
{
tool->rrmode = RRMODE_DISPLAY;
/** TODO: Not sure that we need to unselect ... try to remove later */
gv_shape_layer_clear_selection(GV_SHAPE_LAYER(tool->layer));
gtk_signal_disconnect_by_data(GTK_OBJECT(tool->layer), (gpointer)tool);
gv_view_area_queue_draw(GV_TOOL(tool)->view);
}
if( layer == NULL )
tool->layer = NULL;
else
tool->layer = GV_SHAPES_LAYER(layer);
if (layer)
{
gv_view_area_set_active_layer(GV_TOOL(tool)->view, GTK_OBJECT(layer));
/* Redraw when the layer draws */
gtk_signal_connect_object_after(GTK_OBJECT(layer), "draw",
GTK_SIGNAL_FUNC(gv_rotate_tool_draw),
GTK_OBJECT(tool));
/* Recover if layer destroyed */
gtk_signal_connect(
GTK_OBJECT(layer), "destroy",
GTK_SIGNAL_FUNC(gv_rotate_tool_layer_destroy),
GTK_OBJECT(tool));
}
}
void
gv_rotate_tool_terminate( GvRotateTool *tool )
{
if( tool->rrmode == RRMODE_DISPLAY )
return;
if( tool->original != NULL
&& gv_shapes_get_shape( tool->layer->data, tool->shape_id) != NULL )
{
gv_shapes_replace_shapes( tool->layer->data, 1, &(tool->shape_id),
&(tool->original), FALSE );
tool->original = NULL;
gv_undo_enable();
gv_undo_open();
}
else if( tool->original != NULL )
{
gv_shape_delete( tool->original );
tool->original = NULL;
gv_undo_enable();
gv_undo_open();
}
tool->shape_id = -1;
tool->rrmode = RRMODE_DISPLAY;
gv_view_area_queue_draw(GV_TOOL(tool)->view);
}
static void
gv_point_tool_init(GvPointTool *tool)
{
GV_TOOL(tool)->cursor = gdk_cursor_new(GDK_TCROSS);
tool->layer = NULL;
tool->named_layer = NULL;
}
GvTool *
gv_rect_tool_new(void)
{
GvRectTool *tool = g_object_new(GV_TYPE_RECT_TOOL, NULL);
return GV_TOOL(tool);
}
void
gv_rect_tool_set_layer(GvRectTool *tool, GvShapeLayer *layer)
{
if (GV_TOOL(tool)->view == NULL)
{
g_warning("gv_rect_tool_set_layer(): inactive tool");
return;
}
if( layer != NULL && gv_data_is_read_only( GV_DATA(layer) ) )
{
g_warning( "gv_rect_tool_set_layer(): layer is read-only" );
return;
}
/* Disconnect from the previous layer (for draw) */
if (tool->layer)
{
if (tool->drawing)
tool->drawing = FALSE;
gv_shape_layer_clear_selection(GV_SHAPE_LAYER(tool->layer));
g_signal_handlers_disconnect_matched (tool->layer, G_SIGNAL_MATCH_DATA,
0, 0, NULL, NULL, tool);
gv_view_area_queue_draw(GV_TOOL(tool)->view);
}
if( layer == NULL )
tool->layer = NULL;
else
tool->layer = GV_SHAPES_LAYER(layer);
if (layer)
{
gv_view_area_set_active_layer(GV_TOOL(tool)->view, G_OBJECT(layer));
/* Redraw when the layer draws */
g_signal_connect_object(layer, "draw",
G_CALLBACK(gv_rect_tool_draw),
GV_TOOL(tool), G_CONNECT_SWAPPED | G_CONNECT_AFTER);
/* recover if layer destroyed */
g_signal_connect_swapped(layer, "teardown",
G_CALLBACK(gv_rect_tool_layer_destroy),
tool);
}
}
static void
gv_rect_tool_init(GvRectTool *tool)
{
GV_TOOL(tool)->cursor = gdk_cursor_new(GDK_TCROSS);
tool->layer = NULL;
tool->named_layer = NULL;
tool->drawing = FALSE;
}
static void
gv_rect_tool_reshape( GvRectTool *r_tool, gvgeocoord x, gvgeocoord y )
{
GvShape *shape;
gvgeocoord x1, y1, x2, y2;
gv_tool_clamp_to_bounds( GV_TOOL(r_tool), &x, &y );
shape = gv_shapes_get_shape( r_tool->layer->data, r_tool->shape_id );
if( shape == NULL || gv_shape_get_nodes( shape, 0 ) != 5 )
return;
shape = gv_shape_copy( shape );
x1 = gv_shape_get_x(shape,0,0);
y1 = gv_shape_get_y(shape,0,0);
x2 = gv_shape_get_x(shape,0,2);
y2 = gv_shape_get_y(shape,0,2);
if( r_tool->picked == PICK_SIDE_TOP )
y1 = y;
else if( r_tool->picked == PICK_SIDE_RIGHT )
x2 = x;
else if( r_tool->picked == PICK_SIDE_BOTTOM )
y2 = y;
else if( r_tool->picked == PICK_SIDE_LEFT )
x1 = x;
else if( r_tool->picked == PICK_CORNER_TOPLEFT )
{
x1 = x;
y1 = y;
}
else if( r_tool->picked == PICK_CORNER_TOPRIGHT )
{
x2 = x;
y1 = y;
}
else if( r_tool->picked == PICK_CORNER_BOTTOMRIGHT )
{
x2 = x;
y2 = y;
}
else if( r_tool->picked == PICK_CORNER_BOTTOMLEFT )
{
x1 = x;
y2 = y;
}
gv_shape_set_xyz( shape, 0, 0, x1, y1, 0 );
gv_shape_set_xyz( shape, 0, 1, x1, y2, 0 );
gv_shape_set_xyz( shape, 0, 2, x2, y2, 0 );
gv_shape_set_xyz( shape, 0, 3, x2, y1, 0 );
gv_shape_set_xyz( shape, 0, 4, x1, y1, 0 );
gv_shapes_replace_shapes( r_tool->layer->data, 1, &(r_tool->shape_id),
&shape, FALSE );
}
void
gv_point_tool_set_layer(GvPointTool *tool, GvShapeLayer *layer)
{
if (GV_TOOL(tool)->view == NULL)
{
g_warning("gv_point_tool_set_layer(): inactive tool");
return;
}
if( layer != NULL
&& !GV_IS_POINT_LAYER(layer) && !GV_IS_SHAPES_LAYER(layer) )
{
g_warning( "gv_point_tool_set_layer(): not a point capable layer" );
return;
}
if( layer != NULL && gv_data_is_read_only( GV_DATA(layer) ) )
{
g_warning( "gv_point_tool_set_layer(): layer is read-only" );
return;
}
/* Disconnect from the previous layer */
if (tool->layer)
{
gv_shape_layer_clear_selection(GV_SHAPE_LAYER(tool->layer));
gv_view_area_queue_draw(GV_TOOL(tool)->view);
gtk_signal_disconnect_by_data( GTK_OBJECT(tool->layer),
GTK_OBJECT(tool) );
}
tool->layer = layer;
if (layer)
{
gv_view_area_set_active_layer(GV_TOOL(tool)->view, GTK_OBJECT(layer));
gtk_signal_connect(
GTK_OBJECT(layer), "destroy",
GTK_SIGNAL_FUNC(gv_point_tool_layer_destroy),
GTK_OBJECT(tool));
}
}
static void
gv_rotate_tool_init(GvRotateTool *tool)
{
GV_TOOL(tool)->cursor = gdk_cursor_new(GDK_TCROSS);
tool->layer = NULL;
tool->named_layer = NULL;
tool->rrmode = RRMODE_DISPLAY;
tool->shape_id = -1;
tool->rotation = 0.0;
tool->scaling = 1.0;
tool->original = NULL;
}
static gint
gv_point_tool_configure(GvTool *r_tool)
{
GvPointTool *tool = GV_POINT_TOOL(r_tool);
/* Check that we still are working on the active layer */
if (!tool->layer || GTK_OBJECT(tool->layer) !=
gv_view_area_active_layer(GV_TOOL(tool)->view))
{
GtkObject *layer;
if (tool->named_layer)
{
/* Look for named layer if given */
layer = gv_view_area_get_named_layer(GV_TOOL(tool)->view,
tool->named_layer);
}
else
{
/* Attempt to find a point layer to edit */
layer = gv_view_area_get_layer_of_type(GV_TOOL(tool)->view,
GV_TYPE_POINT_LAYER,
FALSE);
if( layer == NULL )
layer = gv_view_area_get_layer_of_type(GV_TOOL(tool)->view,
GV_TYPE_SHAPES_LAYER,
FALSE);
}
if (!layer)
{
g_warning("gv_point_tool_configure(): no editable point layer in view");
return FALSE;
}
gv_point_tool_set_layer(tool, GV_SHAPE_LAYER(layer));
}
return tool->layer != NULL;
}
static gint gv_rotate_tool_setup_arrows( GvRotateTool *tool )
{
GvVertex3d pivot_3d;
GvShape *shape = gv_shapes_get_shape( tool->layer->data,
tool->shape_id );
if( shape == NULL )
{
CPLDebug( "OpenEV", "gv_rotate_tool_setup_arrows(), shape==NULL!" );
tool->shape_id = -1;
return 0;
}
/* -------------------------------------------------------------------- */
/* Compute the pivot location. */
/* -------------------------------------------------------------------- */
if( !gv_shape_get_center( shape, &pivot_3d ) )
return 0;
tool->v_pivot.x = pivot_3d.x;
tool->v_pivot.y = pivot_3d.y;
/* -------------------------------------------------------------------- */
/* Compute the up vector. */
/* -------------------------------------------------------------------- */
gv_view_area_correct_for_transform( GV_TOOL(tool)->view, 0.0, 1.0,
&(tool->v_up.x),
&(tool->v_up.y) );
gv_view_area_correct_for_transform( GV_TOOL(tool)->view, 1.0, 0.0,
&(tool->v_right.x),
&(tool->v_right.y) );
tool->rotation = 0.0;
tool->scaling = 1.0;
return 1;
}
static void
gv_point_tool_key_press(GvTool *rtool, GdkEventKey *event)
{
GvPointTool *tool = GV_POINT_TOOL(rtool);
if (!gv_point_tool_configure(GV_TOOL(tool))) return;
switch (event->keyval)
{
case GDK_Delete:
case GDK_BackSpace:
/* Delete the currently selected lines (forces redraw) */
gv_shape_layer_delete_selected(tool->layer);
break;
}
}
GvTool *
gv_point_tool_new(void)
{
return GV_TOOL(gtk_type_new(GV_TYPE_POINT_TOOL));
}
static gboolean
gv_rect_tool_button_press(GvTool *r_tool, GdkEventButton *event)
{
GvRectTool *tool = GV_RECT_TOOL(r_tool);
if (event->button == 1 && !tool->drawing )
{
GvNodeInfo edit_node;
int before, shape_id, is_rectangle = FALSE;
if (!gv_rect_tool_configure(tool)) return FALSE;
if (gv_shape_layer_pick_shape(GV_SHAPE_LAYER(tool->layer),
GV_TOOL(tool)->view,
event->x, event->y, &shape_id))
{
GvShape *shape;
/* Is the shape a rectangle? */
shape = gv_shapes_get_shape( tool->layer->data, shape_id );
if( shape != NULL
&& gv_shape_type(shape) == GVSHAPE_AREA
&& gv_shape_get_rings( shape ) == 1
&& gv_shape_get_nodes( shape, 0 ) == 5 )
{
gvgeocoord x1, y1, x2, y2;
x1 = gv_shape_get_x(shape,0,0);
y1 = gv_shape_get_y(shape,0,0);
x2 = gv_shape_get_x(shape,0,2);
y2 = gv_shape_get_y(shape,0,2);
tool->winding = 1;
is_rectangle = gv_shape_get_x(shape,0,1) == x1
&& gv_shape_get_y(shape,0,1) == y2
&& gv_shape_get_x(shape,0,3) == x2
&& gv_shape_get_y(shape,0,3) == y1
&& gv_shape_get_x(shape,0,4) == x1
&& gv_shape_get_y(shape,0,4) == y1;
if( !is_rectangle )
{
tool->winding = 0;
is_rectangle = gv_shape_get_x(shape,0,1) == x2
&& gv_shape_get_y(shape,0,1) == y1
&& gv_shape_get_x(shape,0,3) == x1
&& gv_shape_get_y(shape,0,3) == y2
&& gv_shape_get_x(shape,0,4) == x1
&& gv_shape_get_y(shape,0,4) == y1;
}
if( is_rectangle )
{
gv_shape_layer_clear_selection(
GV_SHAPE_LAYER(tool->layer));
gv_shape_layer_select_shape(
GV_SHAPE_LAYER(tool->layer), shape_id);
}
}
}
/* Is the user selecting an existing rectangles edge/corner? */
if (is_rectangle
&& gv_shape_layer_pick_node(GV_SHAPE_LAYER(tool->layer),
GV_TOOL(tool)->view,
event->x, event->y, &before,
&edit_node) )
{
if( tool->winding == 0 )
{
if( before )
edit_node.node_id = 5 - edit_node.node_id;
else
edit_node.node_id = 4 - edit_node.node_id;
}
if( before && edit_node.node_id == 1 )
tool->picked = PICK_SIDE_LEFT;
else if( before && edit_node.node_id == 2 )
tool->picked = PICK_SIDE_BOTTOM;
else if( before && edit_node.node_id == 3 )
tool->picked = PICK_SIDE_RIGHT;
else if( before && edit_node.node_id == 4 )
tool->picked = PICK_SIDE_TOP;
else if( edit_node.node_id == 0 )
tool->picked = PICK_CORNER_TOPLEFT;
else if( edit_node.node_id == 1 )
tool->picked = PICK_CORNER_BOTTOMLEFT;
else if( edit_node.node_id == 2 )
tool->picked = PICK_CORNER_BOTTOMRIGHT;
else if( edit_node.node_id == 3 )
tool->picked = PICK_CORNER_TOPRIGHT;
else if( edit_node.node_id == 4 )
tool->picked = PICK_CORNER_TOPLEFT;
else
{
g_warning( "Yikes! What node is this?" );
return FALSE;
}
tool->reshaping = TRUE;
tool->shape_id = edit_node.shape_id;
/* Close down undo. A single operation describing the new
ring will be pushed to undo when drawing stops. */
gv_undo_close();
gv_undo_disable();
return FALSE;
}
/* Map pointer position to tail vertex */
gv_view_area_map_pointer(GV_TOOL(tool)->view, event->x, event->y,
&tool->v_tail.x, &tool->v_tail.y);
if( gv_tool_check_bounds( GV_TOOL(tool),
tool->v_tail.x, tool->v_tail.y ) )
{
/* Start a new rect */
tool->drawing = TRUE;
tool->v_head = tool->v_tail;
}
}
return FALSE;
}
static void
gv_rotate_tool_motion_notify(GvTool *r_tool, GdkEventMotion *event)
{
GvRotateTool *tool = GV_ROTATE_TOOL(r_tool);
GvShape *wrk_shape;
if (tool->rrmode == RRMODE_DISPLAY )
return;
wrk_shape = gv_shape_copy(tool->original);
/* Map pointer position to tail vertex */
gv_view_area_map_pointer(GV_TOOL(tool)->view, event->x, event->y,
&tool->v_tail.x, &tool->v_tail.y);
/* Compute rotation from base. */
if( tool->rrmode == RRMODE_ROTATE
|| tool->rrmode == RRMODE_ROTATESCALE )
{
double dx = tool->v_tail.x - tool->v_pivot.x;
double dy = tool->v_tail.y - tool->v_pivot.y;
if( fabs(dy) < fabs(dx)/1000000.0 )
tool->rotation = M_PI/2;
else
tool->rotation = atan(fabs(dx/dy));
if( dy < 0.0 && dx >= 0.0 )
tool->rotation = M_PI - tool->rotation;
else if( dy >= 0.0 && dx < 0.0 )
tool->rotation = -tool->rotation;
else if( dy < 0.0 && dx < 0.0 )
tool->rotation -= M_PI;
tool->rotation = (tool->rotation / M_PI) * 180;
gv_shape_rotate( wrk_shape, tool->rotation );
}
/* Compute Scaling from base. */
if( tool->rrmode == RRMODE_SCALE
|| tool->rrmode == RRMODE_ROTATESCALE )
{
double dx, dy, old_length, new_length;
dx = tool->v_tail.x - tool->v_pivot.x;
dy = tool->v_tail.y - tool->v_pivot.y;
new_length = sqrt(dx*dx + dy*dy);
dx = tool->v_head.x - tool->v_pivot.x;
dy = tool->v_head.y - tool->v_pivot.y;
old_length = sqrt(dx*dx + dy*dy);
tool->scaling = new_length / old_length;
gv_shape_scale( wrk_shape, tool->scaling );
}
/* Apply to the shapes object ... this will create an undo step */
gv_shapes_replace_shapes( tool->layer->data, 1, &(tool->shape_id),
&wrk_shape, FALSE );
gv_view_area_queue_draw(GV_TOOL(tool)->view);
}
static void
gv_rotate_tool_button_press(GvTool *r_tool, GdkEventButton *event)
{
GvRotateTool *tool = GV_ROTATE_TOOL(r_tool);
if( event->state & (GDK_CONTROL_MASK|GDK_SHIFT_MASK) )
return;
/* -------------------------------------------------------------------- */
/* Have we selected an active control point on the scale/rotate */
/* dohickey? */
/* -------------------------------------------------------------------- */
if( tool->rrmode == RRMODE_DISPLAY && tool->shape_id != -1 )
{
gv_view_area_map_pointer(GV_TOOL(tool)->view, event->x, event->y,
&tool->v_head.x, &tool->v_head.y);
/*
** Is this location a hit on an arrow head?
*/
tool->rrmode =
gv_rotate_tool_classify_hit( tool, tool->v_head.x, tool->v_head.y );
/*
** Copy the original state of this shape, and disable undo till we are
** done.
*/
if( tool->rrmode != RRMODE_DISPLAY )
{
if( event->button != 1 )
tool->rrmode = RRMODE_ROTATESCALE;
tool->original = gv_shape_copy(
gv_shapes_get_shape( tool->layer->data, tool->shape_id ));
gv_undo_close();
gv_undo_disable();
}
}
/* -------------------------------------------------------------------- */
/* Are we selecting a shape? Note, currently we cannot clear */
/* our selection in resize/rotate mode - should we be able to? */
/* -------------------------------------------------------------------- */
if (event->button == 1 && tool->rrmode == RRMODE_DISPLAY )
{
int shape_id;
if (!gv_rotate_tool_configure(tool)) return;
if (gv_shape_layer_pick_shape(GV_SHAPE_LAYER(tool->layer),
GV_TOOL(tool)->view,
event->x, event->y, &shape_id))
{
GvShape *shape;
/* Is the shape rotatable? */
shape = gv_shapes_get_shape( tool->layer->data, shape_id );
if( TRUE )
{
gv_shape_layer_clear_selection(
GV_SHAPE_LAYER(tool->layer));
gv_shape_layer_select_shape(
GV_SHAPE_LAYER(tool->layer), shape_id);
tool->shape_id = shape_id;
gv_view_area_queue_draw(GV_TOOL(tool)->view);
}
}
return;
}
}
GvTool *
gv_rotate_tool_new(void)
{
return GV_TOOL(gtk_type_new(GV_TYPE_ROTATE_TOOL));
}
int main(int argc, char **argv)
{
GtkWidget *win;
GtkWidget *twin; // toolbar window
GtkWidget *swin;
const char *filename = NULL;
//g_thread_init(NULL);
//gdk_threads_init();
gdk_threads_enter();
gtk_init(&argc, &argv);
printf("%s\n", S52_version());
//printf("float: %.02f \n", 3.1416); // 3.14
//printf("float: %.2f \n", 3.1416); // 3.14
//printf("float: %.02f \n", 3.1); // 3.10
//printf("float: %.2f \n", 3.1); // 3.10
//printf("float: %.2f \n", 3.665); // 3.67
//printf("float: %.2f \n", 3.664); // 3.66
//return 1;
filename = _option(argc, argv);
_dumpSetUp();
VecView = gv_view_area_new();
if (NULL == VecView){
printf("main.c:ERROR: VecView == NULL!! no OpenGL .. exit!\n");
exit(0);
}
win = gtk_window_new(GTK_WINDOW_TOPLEVEL);
gtk_signal_connect(GTK_OBJECT(win), "destroy", GTK_SIGNAL_FUNC(_destroy), NULL);
toolbox = GV_TOOLBOX(gv_toolbox_new());
gv_toolbox_add_tool(toolbox, "select", gv_selection_tool_new());
gv_toolbox_add_tool(toolbox, "zoompan", gv_zoompan_tool_new());
gv_toolbox_add_tool(toolbox, "point", gv_point_tool_new());
gv_toolbox_add_tool(toolbox, "line", gv_line_tool_new());
gv_toolbox_add_tool(toolbox, "area", gv_area_tool_new());
gv_toolbox_add_tool(toolbox, "node", gv_node_tool_new());
gv_toolbox_add_tool(toolbox, "roi", gv_roi_tool_new());
link = GV_VIEW_LINK(gv_view_link_new());
gtk_window_set_default_size( GTK_WINDOW(win), 800, 600 );
// 2D
gv_view_area_set_mode(GV_VIEW_AREA(VecView), 0);
gtk_drawing_area_size(GTK_DRAWING_AREA(VecView), 800, 600);
swin = gtk_scrolled_window_new(NULL, NULL);
gtk_container_add(GTK_CONTAINER(win), swin);
gtk_container_add(GTK_CONTAINER(swin), VecView);
//gv_view_area_add_layer(GV_VIEW_AREA(view), gv_shapes_layer_new(shapes));
gtk_signal_connect_object(GTK_OBJECT(VecView), "key-press-event",
GTK_SIGNAL_FUNC(_key_press_cb),
GTK_OBJECT(VecView));
gtk_widget_show(VecView);
gtk_widget_show(swin);
gtk_widget_show(win);
gtk_widget_grab_focus(VecView);
gtk_signal_connect(GTK_OBJECT(win), "delete-event", GTK_SIGNAL_FUNC(gtk_main_quit), NULL);
gtk_quit_add_destroy(1, GTK_OBJECT(win));
gv_tool_activate(GV_TOOL(toolbox), GV_VIEW_AREA(VecView));
gv_toolbox_activate_tool(toolbox, "zoompan" );
twin = _create_toolbar();
_loadCell(filename);
gtk_main();
gdk_threads_leave();
// FIXME: do we ever get here!
// put back env. var. as it was
/*
if (NULL != genv){
setenv("OGR_S57_OPTIONS", genv->str, 1);
g_string_free(genv, TRUE);
}
*/
printf("exit main()\n");
return 0;
}