Download Touch And Go Yo Maps Mp3

Tactile maps are a great aid for people who are blind or partially sighted, helping them to orient themselves and to plan routes. Using Touch Mapper, you can easily create custom outdoor maps for any address of your choice. You can either print the map yourself at no charge using a 3D printer, or you can order a 3D print, starting from 29 euro/USD. Embossers and swell paper printers are also supported.

Recently I published my first infrastructure viewer for use in my company. We have an enterprise setup and I used a webmap and webapp builder to create the viewer app. Everything is working fine with users on desktop and mobile, except for Galaxy S8 Chrome users. I am instead left without touch controls (pinch to zoom, touch and drag to navigate).

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For me, one of the Epix's main draws was the combination of the touch screen with the AMOLED display. I really want to be able to use the touch screen to navigate maps on hikes, but I would prefer not to have it enabled when I'm on other windows in an activity (hitting the buttons taking a pack on or off etc. is annoying enough). Is there a way to do that now? If not, I think it'd be a great option in the future. Thanks!

Absolutely! I would love to have both those features. I'm a little surprised they didn't do #1 already before product launch, that one seemed pretty obvious to me and a lot of people were specifically requesting it for months before the watch was even announced. Anyways, I'm hopeful/confident they'll add more touchscreen logic control soon.

While the touch screen is disabled in the general settings, and in the settings I will indicate that the touchscreen is active for map and navigation activities, it does not work for these activities. It works fine for running and cycling.

Now the new Collector version and the Field Maps changed to the target method for Android phones. Much more time-consuming and clunky to use. Please go back to the simple touch to add or drag a point method that was used earlier.

I second this. In my previous job mapping vegetation we avoided Collector Aurora for this exact reason. It doubled the actions needed and therefore time needed to draw a polygon feature. For example if you want to create an 8 vertex polygon in classic you touch the screen 8 times (once per vertex) while with Collector Aurora and now Field Maps that same polygon requires at least 16 screen touches/actions (touch and pan the map to the cross hair and then press the ad vertex button). Not a big deal for small simple polygons or a low number of polygons, but with large complex polygons (natural features) or drawing a large number (50-100+) lines/polys this significantly hampers work efficiency and slows down data collection. On top of the drag on efficiency I could also see it leading to greater chances of drawing errors as you are trying to position the vertex location by panning the map under the cross hair (like drawing by moving the paper rather than the pencil) and the moving your finger to the add vertex button slipping the map position. The cludgyness of this polygon/line entry system will also discourage field workers to collect accurate shapes in the field by using as few vertices as possible or fewer, bigger polygons thus reducing the accuracy of data collected in the field and requiring more data cleaning/refinement on the back end in the office. This pan and add button system is ok at best for point features, but is trash for polys and lines. It is a significant step backwards in the functionality of mobile GIS data collection. If I were in my previous position today I would choose a different method of mapping vegetation populations over Field Maps. Possibly even opting to print aerial images of the area of interest and draw on them with markers and then digitize in the office, the way it was done before Collector Classic was a viable option. Which btw Collector Classic significantly improved the efficiency of the job and reduced data processing time by days to weeks and allowed my former organization to basically double the amount of work done in a season without increasing the number of people working on the project. Huge cost savings. Field Maps and the death of Collector Classic (it won't sync with newer versions of Android) is going to be a huge set back for my former organization and for me personally, I am rethinking my approach to tryining to start a land management mapping consulting business by exploring other less costly options that do the same things (QField, Input, even Avenza) with the same data entry style or canning the business idea altogether. The touch to add vertex functionality was one of the major things that set ESRI's mobile GIS apart from the rest and yet y'all axed it. What gives? Thanks ESRI for actively making your product worse.

The switch in the concept for data entry between Collector classic and Collector/Fieldmaps is a big step in the wrong direction regarding line and polygon feature entry. It affects our work proces and efficiency so much that it forces us to seriously reconsider our solution for digital data collection. When changing to a complete different concept of data entry, you would expect the existing solution stays available as clients their work processes might depend on it...

I fully support this suggestion. Our field workers have tried to work with this cross-hair but it is very time-consuming compared to normal touch-and-enter. We already accepted a lower accuracy (by entering less vertices) but still cannot complete our work within acceptable time limits. If this is not changed for the better we will be forced to abandon Collector/Field Maps for some other software, even if we have to develop it ourselves.

I have a Samsung Note 9 and an Alpine ILX702D and since the refreshed Google Maps update a couple of weeks ago about half the touch parts of Google maps don't work. I can't press the microphone, I can't press back after searching, I can't press the next turn to get the overview of my route. But I can scroll around the map and a few other things. I've wiped storage for maps and AA, to no effect.

I'm trying to figure out how best to do this, I have a map with one Polygon drawn on it. Since it doesn't seem as though the Google Maps API V2 has a touch detection on a Polygon. I was wonder if it is possible to detect whether the touch point is inside the Polygon? If so then how, my main goal is to outline a state on a map and when the user taps that state it will show more details inside a custom view. As of now I am able to capture the MapOnClick of the map but when the user taps inside the Polygon I want the polygon.getID() set on the Toast. I am a newbie so I apologize if I am not clear enough.

I am using Google Maps javascript API within an angular application. When using the app in Google Chrome on a regular desktop machine with a mouse, various navigation features (pan/zoom) work in the google maps part of the application just fine. However, when I try to use touch gestures on a windows 8.1 screen, the maps do not recognize any of the pan or zoom gestures. If I pinch to zoom, nothing happens. If I double tap on the screen like a mouse, then maps will zoom in. If I drag with a finger, the browser window handles the touch events instead of the maps div, so left and right navigates page history and up and down dragging scrolls the whole page instead of panning the maps.

So, is it a viewport meta tag type of thing? Or does it have to do with sizing the map element? Or is it an angular thing and we need to do something with ngTouch somehow to allow the app to respond to touch events?

Update: the touch events do work on the same page on an iPad. I'm not sure what that says, but it's encouraging that at least it works on mobile safari. It seems that we need to communicate something to Angular to tell it to accept the touch events.

Putting the following code before the google maps api script tag helps me. But, unfortunately, it continues to disable mouse events. Please, can we a find a solution for Google Maps API with both touch and mouse support?

I did a quick Google search about that, and unfortunately, I only have found bad news. From what I see, the MyFord Touch navigation system only supports US/CAN. 2 people were asking for Middle East maps and there aren't any. However, I wasn't able to find that they're never supporting it, but I wouldn't count on seeing it for a long while. :(

Frankly, I don't know why the car can't use cloud maps like from Google. It has a 2 way cellular data radio in the car... let us pay a monthly subscription for certain services if it's a cost concern. Google gets updated a LOT. My TomTom gets around 4 updates a year... the site still says my map is current, even though it's a year out of date.

When working with the large map collection, we begin by bringing down a stack of maps that needs to be scanned and entered into the system, typically any maps older than the 1920s. After the maps have been scanned, I crop them in Photoshop, leaving a thin line of black space to frame each map. From there the scanned maps are uploaded into the system, making them digitally preserved for easy access in the future. Then the original maps are placed in large folders and barcoded according to the accession numbers on each of the maps. Once the barcodes are put on the folders, the folders are brought upstairs to be reshelved in their respective places.

I may not be a North Dakota native, but I have loved learning more about the Peace Garden State through its maps, the names of current and former towns, and the changing boundaries of its counties. Each map tells a unique story depending on who made the map, when it was made, what materials were used, the purpose of the map, and so on. These various pieces help us to more fully understand the history of the map and the place it represents.

Tactile Maps Automated Production (TMAP) is a web app that quickly creates maps accessible to blind people, offering increased access to information; improved spatial reasoning and Orientation & Mobility skills; and ultimately, greater independence and equality. 2351a5e196