Thanks for the quick reply, Don.
I checked to make sure (Navigate menu->Projection->CADRG) is set as
always, and I adjusted the zoom and opaqueness, but I'm still just
getting the colorful rectangles.
For JOG, I translated directly over the coverage rectangle, then typed
1:250,000 into the zoom edit control and hit return. Using the slider
bar control, I tried setting the opaqueness to many settings, from 0 to
255, hit "Redraw RPF layer", but the colored rectangle and its
opaqueness just doesn't change in appearance.
For GNC, I did the same, except set the zoom to 1:5,000,000. I get the
same result, with no map detail.
At this point, would you suggest running openmaps thru a debugger to see
if the app is loading the map data? If so, could you tell me which
class(es) load the data, so I can set a breakpoint? I'm not suggesting a
problem with the code, but maybe the map data. I am running Eclipse
3.0.1, which runs Java in debug. I haven't tried this feature, but it
looks similar to the Visual C++ debugger, which I use.
I guess at this point, I'm still concerned about the integrity of the
map data and my properties file.(Ref: my last email)
Regards,
Ed
Don Dietrick wrote:
> Hi Edward,
>
> It sounds like you've configured the layer correctly. Clicking the
> "Show coverage" option on the palette puts the colorful squares on the
> map, showing you where the map images are. You have to zoom the map
> over those areas while putting the application in the CADRG projection
> (Navigate menu->Projection->CADRG). You also have to zoom in to the
> appropriate scale for the different chart types:
>
> 1:5M GNC
> 1:2M JNC
> 1:1M ONC
> 1:500k TPC
> 1:250k JOG
>
> etc.
>
> If you have the coverage tool on, and you don't have the coverage
> opaqueness set to something under 255 (making the rectangles
> transparent), you won't be able to see the images, since they'll be
> covered by the rectangles.
>
> - Don
>
> On Feb 7, 2005, at 9:57 AM, Edward Welling wrote:
>
>> Hello Users:
>>
>> Thanks, Don, if you are reading this, for your last reply. Your
>> suggestions about the creation and placement of the A.TOC file were
>> very helpful, and I have made good progress.
>>
>> <>Using the openmap viewer example, in CADRG projection, the program
>> only displays colorful, rectangular blobs of RPF (JOG,CIB,GNC) data
>> with no map detail, no matter the zoom. It appears the program is
>> truly attempting to display the found map data, since the rectangular
>> solid colored images encompass the United States, which, I believe is
>> the coverage of my map data. I can send screenshots to anyone who
>> wants a closer look.
>>
>>
>> I suspect one of the following might be the problem, but I can’t
>> confirm.
>> • Properties file has some bugs. Maybe one of the features isn't
>> turned on. I have attached my properties file, but I have only
>> tinkered with the "path" in the RPF properties section.
>>
>> • Openmaps example operator error! In the Layer dialog, I select
>> "Show Images" and "Show Coverage Tool". Is there another feature I
>> need to turn on?
>>
>> • Map data is corrupted somehow, but I’m not sure how to confirm
>> this. It is government data, so I can’t fire it all over the place,
>> letting others try it.
>>
>> We obtained the map data from a subcontractor who was originally
>> going to supply us with an Active-X control map server, but the deal
>> fell through and now I’m trying to fit OpenMaps into our Java map
>> server. Could the subcontractor have altered the data so it will only
>> work on their map server? I have checked recently, and in fact the
>> data does work with their map server.
>>
>> I have gone through all of my map data, and listed all the file
>> extensions (.I12, .I22, .GN1, .GN2, etc.), thinking these are the
>> types of data I should be looking for when attempting to download
>> free map data from the internet. With that, I have tried all the
>> links listed in section 9.16 of “The Whole Open Map FAQ”, in an
>> attempt to obtain some good free map data samples, but I don’t see
>> any of them supplying free data with RPF type file extensions. At
>> http://openmap.bbn.com/data, after downloading the tar files and
>> previewing the file extensions, I didn’t recognize any of them as
>> being of type RPF.
>>
>> Thank You,
>>
>> Edward Welling
>> Software Engineer
>> Custom Manufacturing & Engineering
>> ewelling_at_custom-mfg-eng.com
>> 727-424-6626
>>
>> Background:
>>
>> OS: Windows 2000
>>
>> Openmaps Version: 4.6.1
>>
>> Mapdata: My mapdata contains RPF data (C:\mapdata\RPF\RPF\) of types
>> CGNC, CIB10, CIB5, CJGA, CJNC, CONC, CTLM50, CTPC, TPC500K, JOG250K,
>> MIM50K, TLM50K.
>> # **********************************************************************
>> #
>> # <copyright>
>> #
>> # BBN Technologies
>> # 10 Moulton Street
>> # Cambridge, MA 02138
>> # (617) 873-8000
>> #
>> # Copyright (C) BBNT Solutions LLC. All rights reserved.
>> #
>> # </copyright>
>> # **********************************************************************
>> #
>> # $Source: /cvs/distapps/openmap/openmap.properties,v $
>> # $RCSfile: openmap.properties,v $
>> # $Revision: 1.38.2.3 $
>> # $Date: 2004/10/14 18:26:29 $
>> # $Author: dietrick $
>> #
>> # **********************************************************************
>> #
>> # WHAT IS THIS FILE?
>> #
>> # This is a generic OpenMap properties file, which controls how
>> # components are loaded into the OpenMap application. It specifies
>> # the initial projection the map should have when OpenMap is started,
>> # the layers that should be available, which ones should be turned on,
>> # and lets you adjust all the layers' attributes for their startup
>> # configuration. Most importantly, this file also lets you add and
>> # remove different components from the application itself. You can
>> # modify it with any text editor you like.
>> #
>> # WHAT ARE PROPERTIES?
>> #
>> # Java properties are a set of key=value pairs. The key is the name
>> # of the thing you are setting, and the value is what you are setting
>> # it to. There are a couple of things to look for that we do with key
>> # values in this properties file.
>> #
>> # First, all the properties that can be set for a component are
>> # *hopefully* listed in the Javadocs (Java API documentation). If a
>> # component is specified as a com.bbn.openmap.PropertyConsumer, it
>> # will be given a chance to configure itself based on the settings
>> # within the properties file. Components can be layers or any other
>> # part of the OpenMap application.
>> #
>> # Secondly, the keys are scoped to focus the value to a specific
>> # instance of a components. If there are more that one layer of a
>> # specific type (say, two ShapeLayers, one for roads and one for
>> # rivers), the names of the keys will have a different prefix for the
>> # key. For instance, ShapeLayers have a lineColor attribute you can
>> # set in this file, and the value used is a hexadecimal value for an
>> # ARGB color (transparency (A), red (R), green (G), blue (B)):
>> #
>> # For a red, non-transparent color for the line.
>> # lineColor=FFFF0000
>> #
>> # But there are two layers - to scope the property for different
>> # layers, a prefix must be added to the property, separated by a '.':
>> #
>> # roads.lineColor=FFFF0000
>> # rivers.lineColor=FF0000FF
>> #
>> # In this case, the roads layer has a red line color and the rivers
>> # layer has a blue line color. The prefix 'roads' and 'rivers' is
>> # something picked to your liking and used only within this property
>> # file, and is referred to in OpenMap documentation as a marker name.
>> # Marker names are first used in a list - the openmap.layers property
>> # is a perfect example:
>> #
>> # openmap.layers=first second third
>> #
>> # In this example, I've chosen first, second and third to be marker
>> # names of three different layers. Later in the properties file, I
>> # would use these marker names to define the layers and each layer's
>> # attributes. For the 'first' layer, I'll define a ShapeLayer:
>> #
>> # # All layers require a class name that defines which one to use
>> # first.class=com.bbn.openmap.layer.shape.ShapeLayer
>> #
>> # # And a pretty name to use in the GUI
>> # first.prettyName=Roads
>> #
>> # # Now come properties that are particular to ShapeLayers:
>> #
>> # # These first two are mandatory for the ShapeLayer:
>> # first.shapeFile=<path to shape file (.shp)>
>> # first.spatialIndex=<path to spatial index file (.ssx)>
>> #
>> # # These are optional, and override the defaults set in the ShapeLayer:
>> # first.lineColor=FFFF0000
>> # first.lineWidth=2
>> #
>> # You do this for each layer listed. To add a layer to the
>> # application, you make up a marker name, add it to the list, and then
>> # define a set of properties for it using the marker name as a prefix.
>> #
>>
>> # This marker name list paradigm is used throughout the properties
>> # file. It's an important concept to understand before modifying this
>> # file.
>> #
>> # HOW MANY PROPERTIES FILES ARE THERE?
>> #
>> # OpenMap looks for this file in several different places. When it
>> # finds one, it loads all the properties, and moves on. If two
>> # properties have the same key, the last version read wins. The most
>> # important place to keep a version of the openmap.properties file is
>> # a personalized one in your home directory or profile directory.
>> # This is the last one read. It also lets you personalize your
>> # application setup and not affect anyone else using the OpenMap
>> # installation.
>> #
>> # OK, lets define the map!
>> #
>> # ###################################################
>> # These properties define the starting projection of the map.
>> # These properties are listed in com.bbn.openmap.Environment.java,
>> # and affect the initialization of the application.
>> # ###################################################
>>
>> # Latitude and longitude in decimal degrees
>> openmap.Latitude=20f
>> openmap.Longitude=-20f
>> # Scale: zoom level (1:scale)
>> openmap.Scale=3000000000f
>>
>> # Projection type to start the map with. Use the class name of the
>> # projection, such as com.bbn.openmap.proj.Mercator,
>> # com.bbn.openmap.proj.CADRG, com.bbn.openmap.proj.Orthgraphic,
>> # com.bbn.openmap.proj.LLXY or com.bbn.openmap.proj.Gnomonic
>> openmap.Projection=com.bbn.openmap.proj.Mercator
>>
>> # Width and Height of map, in pixels
>> openmap.Width=640
>> openmap.Height=480
>>
>> # Change this for a different title in the main window.
>> openmap.Title=OpenMap(tm)
>>
>> # pixel X/Y window position (if values < 0, then center the window on
>> the screen)
>> openmap.x=-1
>> openmap.y=-1
>>
>> # The background color of the map, in hex AARRGGBB values (AA is
>> # transparency, RR, GG and BB are red, green and blue in hex values
>> # between 00-FF (0-255)).
>> openmap.BackgroundColor=FF89C5F9
>>
>> # Here is a property that lets you add debug statements to the
>> # application, to get more informative printouts detailing what is
>> # going on in the application. Each source file may Debug statements
>> # throughout it (Debug.debugging("keyword") or
>> # Debug.message("keyword", "statement")), and you can turn those
>> # statements on by adding those keywords to this list. Follows the
>> # marker name paradigm, with space-separated names.
>> #openmap.Debug=basic
>>
>> # Ironically, the "properties" property, which details where the
>> # PropertyHandler is looking for its properties, won't work here.
>>
>> # ###################################################
>> # These are miscellaneous variables for the OpenMap application.
>> # ###################################################
>> # How to launch a browser to display additional information.
>> # Windows example: openmap.WebBrowser=C:\\program files\\internet
>> explorer\\iexplore.exe
>> openmap.WebBrowser=/usr/bin/netscape -install
>> # Used for creating web pages for the browser
>> openmap.TempDirectory=/tmp
>> # Help web pages
>> openmap.HelpURL=http://openmap.bbn.com/doc/user-guide.html
>> # Use internal frames as an application - used to be
>> gui.UseInternalFrames
>> openmap.UseInternalFrames=false
>>
>> # OpenMap has a Debug messaging mechanism that lets you set certain
>> # keywords as environment variables (-Ddebug.keyword) to enable
>> # printouts from different objects. The code contains these keywords,
>> # and by looking at a class's code, you can figure out what the
>> # keywords are (look for Debug.message("keyword", "message") and 'if
>> # (Debug.debugging("keyword")' statements). You can enable these
>> # messages by putting those keywords in a space-separated list in this
>> # property. If you don't want extra messages, you can ignore this
>> # property and leave it empty.
>>
>> #openmap.Debug=
>>
>> # ###################################################
>> # These properties define the general components to use in the
>> # application, OTHER than layers. Notice the marker name list. You
>> # can add and remove parts of the application here, simply by
>> # adjusting this marker name list and adding properties for that
>> # marker name. Note the order in which menu objects are important,
>> # except helpMenu which is always adjusted to be the last menu item.
>> #
>> # If you want to remove components from the application, simply remove
>> # the marker name from the openmap.components list. You don't have to
>> # delete the class definition property, too. If you want to add a
>> # component to the list, add the marker name to the openmap.components
>> # list when you want it to be created and added relative to the other
>> # components, and then add a 'marker name'.class property for that
>> # component to this file.
>> # ###################################################
>>
>> openmap.components=informationDelegator projFactoryLoader
>> mouseDelegator projectionstack addlayer dropSupport dndCatcher glc
>> menulist toolBar navpanel zoompanel scalepanel projectionstacktool
>> mouseModePanel deleteButton omdtl overviewMapHandler layersPanel
>> selectMouseMode navMouseMode distanceMouseMode omdrawingtool
>> omlineloader omcircleloader omrectloader ompointloader omsplineloader
>> ompolyloader omdistloader layerHandler projkeys repaintPolicy
>>
>> # ###
>> # Applet components, also alternative component configuration
>> # with OMControlPanel on the left side of the applet. To enable this
>> # list, simply uncomment it.
>> # ###
>> #openmap.components=informationDelegator projFactoryLoader
>> mouseDelegator projectionstack addlayer glc menulist toolBar
>> mouseModePanel selectMouseMode navMouseMode distanceMouseMode omdtl
>> deleteButton omdrawingtool omlineloader omcircleloader omrectloader
>> ompointloader omsplineloader omdecsplineloader ompolyloader
>> omdistloader controlpanel layerHandler projkeys repaintPolicy
>>
>> # ###################################################
>> # Menu configuration, defining the menu items listed in the
>> # openmap.components list.
>>
>> menulist.class=com.bbn.openmap.gui.menu.MenuList
>> menulist.menus=fileMenu controlMenu navigateMenu layersMenu gotoMenu
>> helpMenu
>> fileMenu.class=com.bbn.openmap.gui.FileMenu
>> controlMenu.class=com.bbn.openmap.gui.ControlMenu
>>
>> ###
>> # Adding a menu item to toggle on/off the OMControlPanel if it is
>> # added to the openmap.components list.
>> controlMenu.items=controlPanelToggle
>> controlPanelToggle.class=com.bbn.openmap.gui.menu.ControlPanelToggleMen
>> uItem
>> ###
>>
>> navigateMenu.class=com.bbn.openmap.gui.NavigateMenu
>> layersMenu.class=com.bbn.openmap.gui.LayersMenu
>> gotoMenu.class=com.bbn.openmap.gui.GoToMenu
>> gotoMenu.addDefaults=true
>>
>> ### Add your own views to the GoToMenu
>> #gotoMenu.views=Argentina India United_States
>> #Argentina.latitude=-39.760445
>> #Argentina.longitude=-65.92294
>> #Argentina.name=Argentina
>> #Argentina.projection=Mercator
>> #Argentina.scale=5.0E7
>> #India.latitude=20.895763
>> #India.longitude=80.437485
>> #India.name=India
>> #India.projection=Mercator
>> #India.scale=3.86688E7
>> #United_States.latitude=38.82259
>> #United_States.longitude=-96.74999
>> #United_States.name=United States
>> #United_States.projection=Mercator
>> #United_States.scale=5.186114E7
>> ###
>>
>> helpMenu.class=com.bbn.openmap.gui.DefaultHelpMenu
>> helpMenu.items=helpUserMenuItem
>> helpUserMenuItem.class=com.bbn.openmap.gui.UserGuideMenuItems
>> helpUserMenuItem.class=com.bbn.openmap.gui.menu.WebSiteHelpMenuItem
>>
>> # End menu item definitions
>> # ###################################################
>>
>> # ###################################################
>> # Defining the other components in the openmap.components list:
>>
>> deleteButton.class=com.bbn.openmap.gui.OMGraphicDeleteTool
>> distanceMouseMode.class=com.bbn.openmap.event.DistanceMouseMode
>> dndCatcher.class=com.bbn.openmap.tools.dnd.DefaultDnDCatcher
>> dropSupport.class=com.bbn.openmap.tools.dnd.DropListenerSupport
>> glc.class=com.bbn.openmap.plugin.graphicLoader.GraphicLoaderConnector
>> informationDelegator.class=com.bbn.openmap.InformationDelegator
>> layerHandler.class=com.bbn.openmap.LayerHandler
>> layersPanel.class=com.bbn.openmap.gui.LayersPanel
>> menuPanel.class=com.bbn.openmap.gui.MenuPanel
>> mouseDelegator.class=com.bbn.openmap.MouseDelegator
>> mouseModePanel.class=com.bbn.openmap.gui.MouseModeButtonPanel
>> navMouseMode.class=com.bbn.openmap.event.NavMouseMode2
>> navpanel.class=com.bbn.openmap.gui.NavigatePanel
>> nullMouseMode.class=com.bbn.openmap.event.NullMouseMode
>> omcircleloader.class=com.bbn.openmap.tools.drawing.OMCircleLoader
>> omdecsplineloader.class=com.bbn.openmap.tools.drawing.OMDecoratedSpline
>> Loader
>> omdistloader.class=com.bbn.openmap.tools.drawing.OMDistanceLoader
>> omdrawingtool.class=com.bbn.openmap.tools.drawing.OMDrawingTool
>> omdtl.class=com.bbn.openmap.tools.drawing.OMDrawingToolLauncher
>> omlineloader.class=com.bbn.openmap.tools.drawing.OMLineLoader
>> ompointloader.class=com.bbn.openmap.tools.drawing.OMPointLoader
>> ompolyloader.class=com.bbn.openmap.tools.drawing.OMPolyLoader
>> omrectloader.class=com.bbn.openmap.tools.drawing.OMRectLoader
>> omsplineloader.class=com.bbn.openmap.tools.drawing.OMSplineLoader
>> projectionstack.class=com.bbn.openmap.proj.ProjectionStack
>> projectionstacktool.class=com.bbn.openmap.gui.ProjectionStackTool
>> scalepanel.class=com.bbn.openmap.gui.ScaleTextPanel
>> selectMouseMode.class=com.bbn.openmap.event.SelectMouseMode
>>
>> # ##
>> # ToolPanel definitions for the first ToolPanel 'toolbar'
>> toolBar.class=com.bbn.openmap.gui.ToolPanel
>> # Tell the first ToolPanel to avoid putting the DrawingToolLayer GUI
>> # in it:
>> #toolBar.avoid=dtlayer
>>
>> # ToolPanel definitions for the second ToolPanel 'toolbar2'
>> #toolBar2.class=com.bbn.openmap.gui.ToolPanel
>> # Tell the second ToolPanel that you only want it to put the
>> # DrawingToolLayer GUI in it:
>> #toolBar2.components=dtlayer
>>
>> # You can set the location, but it interferes with the
>> # InformationDelegator. Undefined, the ToolPanel goes North, but then
>> # it interferes with the first ToolPanel.
>>
>> #toolBar2.preferredLocation=SOUTH
>> # ###
>>
>> projFactoryLoader.class=com.bbn.openmap.proj.ProjectionFactoryLoader
>> projFactoryLoader.projectionLoaders=mercatorloader cadrgloader
>> ortholoader llxyloader gnomonicloader
>> projFactoryLoader.mercatorloader.class=com.bbn.openmap.proj.MercatorLoa
>> der
>> projFactoryLoader.cadrgloader.class=com.bbn.openmap.proj.CADRGLoader
>> projFactoryLoader.ortholoader.class=com.bbn.openmap.proj.OrthographicLo
>> ader
>> projFactoryLoader.llxyloader.class=com.bbn.openmap.proj.LLXYLoader
>> projFactoryLoader.gnomonicloader.class=com.bbn.openmap.proj.GnomonicLoa
>> der
>>
>> zoompanel.class=com.bbn.openmap.gui.ZoomPanel
>> projkeys.class=com.bbn.openmap.event.ProjMapBeanKeyListener
>>
>> repaintPolicy.class=com.bbn.openmap.HintsMapBeanRepaintPolicy
>> repaintPolicy.renderingHints=KEY_ANTIALIASING
>> repaintPolicy.KEY_ANTIALIASING=VALUE_ANTIALIAS_ON
>> repaintPolicy.KEY_RENDERING=VALUE_RENDER_SPEED
>>
>> controlpanel.class=com.bbn.openmap.gui.OMControlPanel
>> controlpanel.OverviewMapHandler.overviewLayers=overviewLayer
>> controlpanel.OverviewMapHandler.isTool=false
>> controlpanel.OverviewMapHandler.overviewScaleFactor=30f
>> controlpanel.OverviewMapHandler.overviewMinScale=50000000f
>> controlpanel.OverviewMapHandler.overviewStatusLayer=com.bbn.openmap.lay
>> er.OverviewMapAreaLayer
>> controlpanel.OverviewMapHandler.lineColor=FFFF0000
>> controlpanel.OverviewMapHandler.fillColor=33FF0000
>> controlpanel.LayersPanel.controls=com.bbn.openmap.gui.LayerControlButto
>> nPanel
>> controlpanel.LayersPanel.controls.orientation=horizontal
>> controlpanel.LayersPanel.controls.configuration=NORTH
>>
>> # ###
>> # BeanPanel properties - the BeanPanel isn't defined in the
>> # openmap.components list above, you would add 'beanpanel' to that
>> # list and uncomment these properties:
>> # ###
>> #beanpanel.class=com.bbn.openmap.tools.beanbox.BeanPanel
>> #beanpanel.beans.path=path to directory containing jar files
>> #beanpanel.tabs=tab1 tab2 tab3
>> #beanpanel.tab1.name=Generic
>> #beanpanel.tab1.beans=com.bbn.openmap.examples.beanbox.SimpleBeanObject
>> #beanpanel.tab2.name=Container
>> #beanpanel.tab2.beans=com.bbn.openmap.examples.beanbox.SimpleBeanContai
>> ner
>> #beanpanel.tab3.name=Military
>> #beanpanel.tab3.beans=com.bbn.openmap.examples.beanbox.Fighter
>>
>> # Defining the DTED frame cache. 'dtedframecache' needs to be added
>> # to the openmap.components list, and the path to a dted directory
>> # needs to be modified to fit your installation.
>> dtedframecache.class=com.bbn.openmap.dataAccess.dted.DTEDFrameCache
>> dtedframecache.directoryHandlers=dted1
>> dtedframecache.dted1.path=/data/dted
>>
>> # Defining a VPF VMAP level 0 tile cache. 'vpfcache' needs to be
>> # added to the openmap.components list, and the path to your vmap level
>> # 0 needs to be modified to fit your installation. In the VPFLayer
>> # that uses this tile cache, the layer's libraryBean property would be
>> # set to VMAPLEVEL0, the name of this cache.
>> vpfcache.class=com.bbn.openmap.layer.vpf.LibraryBean
>> vpfcache.name=VMAPLEVEL0
>> vpfcache.vpfPath=/data/vpf/vmaplv0/disk0;/data/vpf/vmaplv0/disk1
>>
>> # ###
>> # Properties defined for the overview map handler.
>> # ###
>>
>> overviewMapHandler.class=com.bbn.openmap.gui.OverviewMapHandler
>> # marker name list defining background layers used on overview map.
>> # The layers are defined as any other layer is below, look
>> # for 'overviewLayer' properties. This is a space-separated list of
>> # marker names.
>> overviewMapHandler.overviewLayers=overviewLayer
>>
>> # how zoomed out to keep the overview map versus the main map
>> overviewMapHandler.overviewScaleFactor=10f
>>
>> # when to stop zooming in
>> overviewMapHandler.overviewMinScale=10000000f
>>
>> # the layer to use to render on top, showing where the main map covers.
>> overviewMapHandler.overviewStatusLayer=com.bbn.openmap.layer.OverviewMa
>> pAreaLayer
>> overviewMapHandler.lineColor=ffff0000
>> overviewMapHandler.fillColor=66ff0000
>> # ###
>>
>> # The AddLayerPanel allows certain layers/plugins to be added to the
>> # application dynamically. Only certain layers/plugin have been
>> # updated to be able to work with the Inspector to set their initial
>> # parameters. The 'addlayer' marker name was added to the
>> # openmap.components list, and this component looks for the
>> # openmap.addableLayers property to figure out what layers to make
>> # available for dynamic addition. To add a layer to this list, create
>> # a unique marker name for a generic instance of the layer, and then
>> # supply the <layername>.class field and <layername>.prettyName (see
>> # below) for that object. The class name will be the type of
>> # layer/plugin created by the LayerAddPanel, and this prettyName will
>> # be the generic description of the layer presented to the user. The
>> # user will have an opportunity to name the specific layer that gets
>> # created.
>>
>> # Define the class for the component listed in the openmap.components
>> # list:
>> addlayer.class=com.bbn.openmap.gui.LayerAddPanel
>>
>> # Define a list of addable layers:
>> openmap.addableLayers=earth shape grat utmgrid rpf shispi eipi wmsp epi
>>
>> # Define the properties of the addable layers:
>> earth.class=com.bbn.openmap.layer.EarthquakeLayer
>> earth.prettyName=Earthquake Layer
>> shape.class=com.bbn.openmap.layer.shape.ShapeLayer
>> shape.prettyName=Shape Layer
>> grat.class=com.bbn.openmap.layer.GraticuleLayer
>> grat.prettyName=Graticule Layer
>> utmgrid.class=com.bbn.openmap.plugin.UTMGridPlugIn
>> utmgrid.prettyName=UTM Grid Overlay
>> rpf.class=com.bbn.openmap.layer.rpf.RpfLayer
>> rpf.prettyName=RPF Layer
>> shispi.class=com.bbn.openmap.plugin.shis.SHISPlugIn
>> shispi.prettyName=Simple Http Image Server (SHIS) Plugin
>> eipi.class=com.bbn.openmap.plugin.earthImage.EarthImagePlugIn
>> eipi.prettyName=Earth Image Plugin
>> wmsp.class=com.bbn.openmap.plugin.wms.WMSPlugIn
>> wmsp.prettyName=WMS Layer
>> epi.class=com.bbn.openmap.plugin.esri.EsriPlugIn
>> epi.prettyName=Shape Layer with Attributes
>>
>> # End component definitions
>> # ###################################################
>>
>> # ###################################################
>> # These properties define the formatters the Simple Http
>> # Image Server uses. The default formatter is the first one
>> # in the list.
>> # The layers property can be used to override the
>> # openmap.startUpLayers property as the default layers.
>> # ###################################################
>>
>> formatters=gif jpeg
>> gif.class =com.bbn.openmap.image.AcmeGifFormatter
>> jpeg.class=com.bbn.openmap.image.SunJPEGFormatter
>> #layers=date drawing daynight graticule shapePolitical
>>
>> # ###################################################
>> # You can refer to other properties files and have their properties
>> # loaded as well. This is good for defining a set of layers that work
>> # with a particular type of data, for instance, and then override some
>> # of those properties defined in those files to localize them for your
>> # setup. This works with a marker name list. By default, nothing
>> defined.
>> # ###################################################
>>
>> #openmap.include=include1 include2
>> #include1.URL=<http://whatever>
>> #include2.URL=<http://whatever>
>>
>> # ###################################################
>> # Here is the list of layers to add to the map. The properties for
>> # each marker name are defined later.
>> #
>> # If you want to remove a layer from the application, remove its
>> # marker name from the openmap.layers property list. You do not have
>> # to delete all of its properties as well.
>> #
>> # If you want to add a layer to the application, add its marker name
>> # to the openmap.layers property list, and then add its properties to
>> # this file. As a minimum, Layers all need a 'marker name'.class
>> # property, and a 'marker name'.prettyName property (for the GUI
>> # components). Consult the JavaDocs for a layer to see what other
>> # properties can be set for that layer.
>> # ###################################################
>>
>> # Layers listed here appear on the Map in the order of their names.
>> openmap.layers=date dtlayer distlayer quake daynight cities test
>> graticule demo shapePolitical
>>
>> # If you get more data, you can add other layers defined in this file.
>> # You'll want to look at the properties for each layer and modify them
>> # as needed. Check the javadocs for definitions of the available
>> # properties for each layer.
>>
>> #openmap.layers=date quake daynight test graticule terrain demo
>> dtedcov jdted jrpf shapePolitical ScaledPolitical ScaledFillPolitical
>>
>> # These layers are turned on when the map is first started. Order
>> # does not matter here...
>> openmap.startUpLayers=graticule drawing shapePolitical
>>
>> # ###################################################
>> # These are the properties for individual layers. Consult the
>> # javadocs (Java API pages) for the individual layers for options.
>> # ###################################################
>>
>> ### Drawing version of the EditorLayer. An EditorLayer, when active,
>> ### places tools in the ToolPanel that creates/manipulates the
>> ### OMGraphics on this particular layer.
>> dtlayer.class=com.bbn.openmap.layer.editor.EditorLayer
>> dtlayer.prettyName=Drawing Layer
>> dtlayer.editor=com.bbn.openmap.layer.editor.DrawingEditorTool
>> #dtlayer.showAttributes=false
>> dtlayer.loaders=lines polys rects circles points
>> dtlayer.mouseModes=Gestures
>> dtlayer.distance.class=com.bbn.openmap.tools.drawing.OMDistanceLoader
>> dtlayer.lines.class=com.bbn.openmap.tools.drawing.OMLineLoader
>> dtlayer.polys.class=com.bbn.openmap.tools.drawing.OMPolyLoader
>> dtlayer.rects.class=com.bbn.openmap.tools.drawing.OMRectLoader
>> dtlayer.circles.class=com.bbn.openmap.tools.drawing.OMCircleLoader
>> dtlayer.points.class=com.bbn.openmap.tools.drawing.OMPointLoader
>>
>> ### Another Drawing version of the EditorLayer, with the editor set up
>> ### to only create OMDistance objects.
>> distlayer.class=com.bbn.openmap.layer.editor.EditorLayer
>> distlayer.prettyName=Distance Layer
>> distlayer.showAttributes=false
>> distlayer.editor=com.bbn.openmap.layer.editor.DrawingEditorTool
>> distlayer.loaders=distance
>> distlayer.distance.class=com.bbn.openmap.tools.drawing.OMDistanceLoader
>> distlayer.distance.attributesClass=com.bbn.openmap.omGraphics.DrawingAt
>> tributes
>> distlayer.distance.lineColor=FFAA0000
>> distlayer.distance.mattingColor=66333333
>> distlayer.distance.matted=true
>>
>> ### Layer to catch Drag and Drop events from the DefaultDnDCatcher and
>> ### DropListenerSupport
>> simpleBeanLayer.class=com.bbn.openmap.examples.beanbox.SimpleBeanLayer
>> simpleBeanLayer.prettyName=Simple Bean Layer
>>
>> ### Layer used by the overview handler
>> overviewLayer.class=com.bbn.openmap.layer.shape.ShapeLayer
>> overviewLayer.prettyName=Overview
>> overviewLayer.shapeFile=data/shape/dcwpo-browse.shp
>> overviewLayer.spatialIndex=data/shape/dcwpo-browse.ssx
>> overviewLayer.lineColor=ff000000
>> overviewLayer.fillColor=ffbdde83
>>
>> ###
>> # Demo layer - the layer's palette has a bunch of buttons to call
>> # the Drawing Tool.
>> demo.class=com.bbn.openmap.layer.DemoLayer
>> demo.prettyName=Demo
>>
>> ###
>> # DrawingToolLayer - no palette, just a generic layer to catch
>> # graphics from the OMDrawingToolLauncher, and to call the OMDrawingTool
>> # to edit graphics already part of the layer.
>> drawing.class=com.bbn.openmap.layer.DrawingToolLayer
>> drawing.prettyName=Drawing Tool Layer
>> drawing.addToBeanContext=true
>>
>> ### ShapeFile layers
>> shapePolitical.class=com.bbn.openmap.layer.shape.ShapeLayer
>> shapePolitical.prettyName=Political Boundaries
>> # Specify shapefile and spatial-index file as a filename or pathname.
>> # If the former, you must reference the directory where this file
>> # lives in your CLASSPATH
>> shapePolitical.shapeFile=data/shape/dcwpo-browse.shp
>> shapePolitical.spatialIndex=data/shape/dcwpo-browse.ssx
>> # Colors (32bit ARGB)
>> shapePolitical.lineColor=ff000000
>> shapePolitical.fillColor=ffbdde83
>>
>> # ScaleFilterLayer switches between the layers at the transisition
>> scales.
>> ScaledPolitical.class=com.bbn.openmap.layer.ScaleFilterLayer
>> ScaledPolitical.prettyName=Political Boundaries
>> # List 2 or more layers
>> ScaledPolitical.layers=ThinShapePolitical ShapePolitical
>> # List the transition scales to switch between layers
>> ScaledPolitical.transitionScales=5000000
>>
>> # ScaleFilterLayer switches between the layers at the transisition
>> scales.
>> ScaledFillPolitical.class=com.bbn.openmap.layer.ScaleFilterLayer
>> ScaledFillPolitical.prettyName=Political Areas
>> # List 2 or more layers
>> ScaledFillPolitical.layers=ThinShapeFillPolitical ShapeFillPolitical
>> # List the transition scales to switch between layers
>> ScaledFillPolitical.transitionScales=5000000
>>
>> ### ShapeFile layer, full resolution converted vmap political boundaries
>> ShapePolitical.class=com.bbn.openmap.layer.shape.ShapeLayer
>> ShapePolitical.prettyName=Political Edge
>> ShapePolitical.shapeFile=data/shape/vmap_edge.shp
>> ShapePolitical.spatialIndex=data/shape/vmap_edge.ssx
>>
>> ### ShapeFile layer, thinned converted vmap political boundaries
>> ThinShapePolitical.class=com.bbn.openmap.layer.shape.ShapeLayer
>> ThinShapePolitical.prettyName=Political Edge
>> ThinShapePolitical.shapeFile=data/shape/vmap_edge_thin.shp
>> ThinShapePolitical.spatialIndex=data/shape/vmap_edge_thin.ssx
>>
>> ### ShapeFile layer, full resolution converted vmap political areas
>> ShapeFillPolitical.class=com.bbn.openmap.layer.shape.ShapeLayer
>> ShapeFillPolitical.prettyName=Political Solid
>> ShapeFillPolitical.shapeFile=data/shape/vmap_area.shp
>> ShapeFillPolitical.spatialIndex=data/shape/vmap_area.ssx
>> ShapeFillPolitical.lineColor=BDDE83
>> ShapeFillPolitical.fillColor=BDDE83
>>
>> ### ShapeFile layer, thinned converted vmap political areas
>> ThinShapeFillPolitical.class=com.bbn.openmap.layer.shape.ShapeLayer
>> ThinShapeFillPolitical.prettyName=Political Solid
>> ThinShapeFillPolitical.shapeFile=data/shape/vmap_area_thin.shp
>> ThinShapeFillPolitical.spatialIndex=data/shape/vmap_area_thin.ssx
>> ThinShapeFillPolitical.lineColor=BDDE83
>> ThinShapeFillPolitical.fillColor=BDDE83
>>
>> ### ShapeFile layer, thinned converted vmap political boundaries,
>> # muiltiple shape files on one layer...
>> politicalCombo.class=com.bbn.openmap.layer.shape.MultiShapeLayer
>> politicalCombo.prettyName=Political Boundaries 2
>> politicalCombo.shapeFileList=pol_edges pol_fill
>>
>> politicalCombo.pol_edges.shapeFile=data/shape/vmap_edge_thin.shp
>> politicalCombo.pol_edges.prettyName=Borders
>> politicalCombo.pol_edges.buffered=false
>>
>> politicalCombo.pol_fill.shapeFile=data/shape/vmap_area_thin.shp
>> politicalCombo.pol_fill.prettyName=Areas
>> politicalCombo.pol_fill.lineColor=FFAAAA66
>> politicalCombo.pol_fill.fillColor=FFAAAA66
>> politicalCombo.pol_fill.buffered=false
>>
>> ### Graticule layer
>> graticule.class=com.bbn.openmap.layer.GraticuleLayer
>> graticule.prettyName=Graticule
>> # Show lat / lon spacing labels
>> graticule.showRuler=true
>> graticule.show1And5Lines=true
>> # Controls when the five degree lines and one degree lines kick in
>> #- when there is less than the threshold of ten degree lat or lon
>> #lines, five degree lines are drawn. The same relationship is there
>> #for one to five degree lines.
>> graticule.threshold=2
>> # the color of 10 degree spacing lines (ARGB)
>> graticule.10DegreeColor=99000000
>> # the color of 5 degree spacing lines (ARGB)
>> graticule.5DegreeColor=99009900
>> # the color of 1 degree spacing lines (ARGB)
>> graticule.1DegreeColor=99003300
>> # the color of the equator (ARGB)
>> graticule.equatorColor=99FF0000
>> # the color of the international dateline (ARGB)
>> graticule.dateLineColor=99000000
>> # the color of the special lines (ARGB)
>> graticule.specialLineColor=99000000
>> # the color of the labels (ARGB)
>> graticule.textColor=99000000
>>
>> ### Date & Time layer
>> date.class=com.bbn.openmap.layer.DateLayer
>> date.prettyName=Date & Time
>> # display font as a Java font string
>> date.font=SansSerif-Bold
>> # like XWindows geometry: [+-]X[+-]Y, `+' indicates relative to
>> # left edge or top edges, `-' indicates relative to right or bottom
>> # edges, XX is x coordinate, YY is y coordinate
>> date.geometry=+20+30
>> # background rectangle color ARGB
>> date.color.bg=ff808080
>> # foreground text color ARGB
>> date.color.fg=ff000000
>> # date format (using java.text.SimpleDateFormat patterns)
>> date.date.format=EEE, d MMM yyyy HH:mm:ss z
>>
>>
>> ### Day/Night shading layer properties
>> daynight.class=com.bbn.openmap.layer.daynight.DayNightLayer
>> daynight.prettyName=Day/Night Shading
>> # draw terminator as poly (faster calculation than image, defaults to
>> # true).
>> daynight.doPolyTerminator=true
>> # number of vertices for polygon terminator line. this is only valid
>> # if doPolyTerminator is true...
>> daynight.terminatorVerts=512
>> # termFade - the distance of the transition of fade, as a percentage
>> of PI.
>> daynight.termFade=.1
>> # currentTime - true to display the shading at the computer's current
>> time.
>> daynight.currentTime=true
>> # updateInterval - time in milliseconds between updates. currentTime
>> has to be
>> # true for this to be used. 1000*60*5 = 300000 = 5min updates
>> daynight.updateInterval=300000
>> # Shading Colors (32bit ARGB)
>> daynight.nighttimeColor=64000000
>> daynight.daytimeColor=00FFFFFF
>>
>>
>> ### Earthquake layer
>> quake.class=com.bbn.openmap.layer.EarthquakeLayer
>> quake.prettyName=Recent Earthquakes
>>
>>
>> ### Test layer
>> test.prettyName=Test
>> test.class=com.bbn.openmap.layer.test.TestLayer
>> test.line.visible=true
>> test.circ.visible=true
>> test.rect.visible=true
>> test.text.visible=true
>> test.poly.visible=true
>> #test.poly.vertices=80 -180 80 -90 80 0 80 90 80 180 70 180 70 90 70
>> 0 70 -90 70 -180
>>
>> ### VMAP Political layer - Run the com.bbn.openmap.layer.vpf.VPFConfig
>> ### class to create properties for a set of features.
>> vmapPolitical.class=com.bbn.openmap.layer.vpf.VPFLayer
>> vmapPolitical.prettyName=VMAP Political
>> vmapPolitical.vpfPath=data/vmap/vmaplv0
>> vmapPolitical.coverageType=bnd
>> vmapPolitical.featureTypes=edge area text
>> # just display coastlines and political boundaries
>> #vmapPolitical.edge= polbndl coastl depthl
>> vmapPolitical.edge= polbndl coastl
>> # just display political areas and not oceans
>> #vmapPolitical.area= oceansea polbnda
>> vmapPolitical.area= polbnda
>>
>> # Use this property for a better focus on feature types, especially
>> # for more fine-grained databases
>> #vmapPolitical.searchByFeature=true
>>
>> ### VMAP Coastline layer
>> vmapCoast.class=com.bbn.openmap.layer.vpf.VPFLayer
>> vmapCoast.prettyName=VMAP Coastline Layer
>> vmapCoast.vpfPath=data/vmap/vmaplv0
>> ## a predefined layer from the VPF predefined layer set found in
>> ## com/bbn/openmap/layer/vpf/defaultVPFLayers.properties
>> vmapCoast.defaultLayer=vmapCoastline
>>
>> # Basic political boundaries with DCW
>> dcwPolitical.class=com.bbn.openmap.layer.vpf.VPFLayer
>> dcwPolitical.prettyName=DCW Political Boundaries
>> dcwPolitical.vpfPath=path to DCW data
>> dcwPolitical.coverageType=po
>> dcwPolitical.featureTypes=edge area
>>
>> # For creating other VPF layer definitions, use the
>> # com.bbn.openmap.layer.vpf.VPFConfig class, running it directly on a
>> # VPF data directory.
>>
>> # For instance, for inland water, the following properties could be
>> # used, and 'vmapIW' would be added to the openmap.layers property.
>>
>> vmapIW.prettyName=VPF Inland Water
>> vmapIW.inwatera.selectColor=ff000000
>> vmapIW.searchByFeature=true
>> vmapIW.inwatera.lineWidth=1.0
>>
>> # If you are using a VPF tile cache, specify the library bean name
>> # here:
>> vmapIW.libraryBean=VMAPLEVEL0
>> # Otherwise, you have to specify the path to the data (parent of the
>> # .lat file):
>> #vmapIW.vpfPath=/data/vpf/vmaplv0/disk0
>> vmapIW.inwatera.lineColor=ff000000
>> vmapIW.inwatera.dashPhase=
>> vmapIW.inwatera.textColor=ff000000
>> vmapIW.coverageType=hydro
>> vmapIW.inwatera.fillPattern=
>> vmapIW.class=com.bbn.openmap.layer.vpf.VPFLayer
>> vmapIW.area=inwatera
>> vmapIW.inwatera.fillColor=FF0000FF
>> vmapIW.featureTypes=area
>> vmapIW.inwatera.dashPattern=
>> vmapIW.inwatera.matted=false
>>
>>
>> ### Java RPF properties
>> jrpf.class=com.bbn.openmap.layer.rpf.RpfLayer
>> jrpf.prettyName=CADRG
>> # This property should reflect the paths to the RPF directories
>> #jrpf.paths=data/RPF
>> #jrpf.paths=classes
>> jrpf.paths=C:/mapdata/RPF/RPF
>> # Number between 0-255: 0 is transparent, 255 is opaque
>> jrpf.opaque=255
>> # Number of colors to use on the maps - 16, 32, 216
>> jrpf.number.colors=216
>> # Display maps on startup
>> jrpf.showmaps=true
>> # Display attribute information on startup
>> jrpf.showinfo=false
>> # Scale images to fit the map scale
>> jrpf.scaleImages=true
>> jrpf.coverage=true
>>
>> ### Another Java RPF Layer - usually keep CADRG and CIB separate,
>> # although you don't have to.
>> jcib.class=com.bbn.openmap.layer.rpf.RpfLayer
>> jcib.prettyName=CIB
>> # This property should reflect the paths to the RPF directories
>> jcib.paths=C:/mapdata/RPF/RPF
>> # Number between 0-255: 0 is transparent, 255 is opaque
>> jcib.opaque=255
>> # Number of colors to use on the maps - 16, 32, 216
>> jcib.number.colors=216
>> # Display maps on startup
>> jcib.showmaps=true
>> # Display attribute information on startup
>> jcib.showinfo=false
>> # Scale images to fit the map scale
>> jcib.scaleImages=true
>>
>>
>> ### Java DTED Coverage properties
>> dtedcov.class=com.bbn.openmap.layer.dted.DTEDCoverageLayer
>> dtedcov.prettyName=DTED Coverage
>> # This property should reflect the paths to the DTED level 0 and 1
>> # directories. These levels can be combined.
>> dtedcov.paths=C:/mapdata/DTED
>> # DTED Level 2 data!
>> dtedcov.level2.paths=data/dted2
>> # Number between 0-255: 0 is transparent, 255 is opaque
>> dtedcov.opaque=255
>>
>> # *NOTE* This property needs to be changed to specify a DTED coverage
>> file,
>> # or the location where you want one created if the layer doesn't find
>> # it here. If you add or remove coverage from your dted collection,
>> # you should delete this file so that an accurate one will be created.
>> dtedcov.coverageFile=<path to coverage file>
>>
>> # This is an optional property. You can substitute a URL for the
>> # coverage file instead. This is checked first before the coverage
>> # file, and if a valid file is found at the URL, then the coverage
>> # file is ignored. The layer does not try to create a file at this
>> # URL!
>> #dtedcov.coverageURL=http://dstl.bbn.com/openmap/data/dted/coverage.dat
>>
>> ### Java DTED properties
>> jdted.class=com.bbn.openmap.layer.dted.DTEDLayer
>> jdted.prettyName=DTED
>> # This property should reflect the paths to the DTED level 0 and 1
>> # directories. These levels can be combined.
>> jdted.paths=C:/mapdata/DTED
>> # DTED Level 2 data!
>> jdted.level2.paths=C:/mapdata/DTED
>> # Number between 0-255: 0 is transparent, 255 is opaque
>> jdted.opaque=255
>> # Number of colors to use on the maps - 16, 32, 216
>> jdted.number.colors=216
>> # Level of DTED data to use on startup (0, 1, 2)
>> jdted.level=0
>> # Type of display for the data on startup
>> # 0 = no shading at all
>> # 1 = greyscale slope shading
>> # 2 = band shading, in meters
>> # 3 = band shading, in feet
>> # 4 = subframe testing
>> # 5 = elevation, colored
>> jdted.view.type=5
>> # Contrast setting on startup, 1-5
>> jdted.contrast=3
>> # height (meters or feet) between color changes in band shading on
>> startup
>> jdted.band.height=25
>> # Minimum scale to display images. Larger numbers mean smaller scale,
>> # and are more zoomed out.
>> jdted.min.scale=20000000
>>
>> ###
>> # Java DTED Layer that uses the central DTEDFrameCache. The
>> # DTEDFrameCache has to be added to the openmap.components list.
>> jdted2.class=com.bbn.openmap.layer.dted.DTEDFrameCacheLayer
>> jdted2.prettyName=DTED
>> # and are more zoomed out.
>> jdted2.min.scale=50000000
>> jdted2.generators=greys colors
>> jdted2.greys.class=com.bbn.openmap.omGraphics.grid.SlopeGeneratorLoader
>> jdted2.greys.prettyName=Slope Shading
>> jdted2.greys.colorsClass=com.bbn.openmap.omGraphics.grid.GreyscaleSlope
>> Colors
>> jdted2.colors.class=com.bbn.openmap.omGraphics.grid.SlopeGeneratorLoade
>> r
>> jdted2.colors.prettyName=Elevation Shading
>> jdted2.colors.colorsClass=com.bbn.openmap.omGraphics.grid.ColoredShadin
>> gColors
>>
>> ###
>> # Terrain layer. Requires the DTEDFrameCache being added to the
>> # openmap.components list.
>> terrain.class=com.bbn.openmap.layer.terrain.TerrainLayer
>> terrain.prettyName=Terrain Tools
>> # The default tool to use for the terrain layer. Can be PROFILE or LOS.
>> terrain.default.mode=PROFILE
>>
>> ###
>> # PlugIn layer with a samplePlugIn marker name - comments are
>> commented out!
>> #samplePlugIn.class=com.bbn.openmap.plugin.PlugInLayer
>> #samplePlugIn.prettyName=Earth At Night
>> #samplePlugIn.plugin=<path to PlugIn class>
>> # Then, plugin properties as needed, with layer marker name.plugin
>> # prefix. These depend on the PlugIn, and you should consult the
>> # JavaDocs for that PlugIn class for specifics.
>> #samplePlugIn.plugin.property1=value
>> #samplePlugIn.plugin.property2=value
>>
>> ###
>> # LocationLayer that holds cities. The palette for this layer lets
>> # you turn on the names and declutter matrix, if you want. The
>> # declutter matrix can get expensive at small scales.
>> cities.class=com.bbn.openmap.layer.location.LocationLayer
>> cities.prettyName=World Cities
>> cities.locationHandlers=csvcities
>> cities.useDeclutter=false
>> cities.declutterMatrix=com.bbn.openmap.layer.DeclutterMatrix
>>
>> csvcities.class=com.bbn.openmap.layer.location.csv.CSVLocationHandler
>> csvcities.prettyName=World Cities
>> csvcities.locationFile=data/cities.csv
>> csvcities.csvFileHasHeader=true
>> csvcities.locationColor=FF0000
>> csvcities.nameColor=008C54
>> csvcities.showNames=false
>> csvcities.showLocations=true
>> csvcities.nameIndex=0
>> csvcities.latIndex=5
>> csvcities.lonIndex=4
>> csvcities.csvFileHasHeader=true
>>
>>
>
>
> =-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
> Don Dietrick, dietrick_at_bbn.com
> BBN Technologies, Cambridge, MA
> =-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
>
>
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Received on Mon Feb 07 2005 - 13:24:45 EST