Yes, you can! For more information on the specific requirements for the shapefile, please see this article.
Most likely yes, you can provided your city's maps are publicly available and you know the URL address of the service.
This could be due to several reasons. First, check that the server URL is correct.
If the issue is that you cannot see the map layer in the questionnaire editor, try refreshing the page. If you can add the WMS basemap layer to the editor but can't see it in the map view window, take a look at the coordinates; do these match the place that you are trying to view the map for? For example, if your WMS map should contain only the map of a metropolitan area, you can search for it using the search function in the map view.
As many as you want! If you have many map layers that you want to use in one map view, it may however be smarter to merge some of them into fewer layers.
Currently, it is not possible to upload GeoTIFFs to Maptionnaire. However, you can take your raster maps to Mapbox, and add them to a WMS layer there, and then add the resulting Mapbox map to our platform.
Yes it is, see the Clickable map object element for more information.
You can do this by going to Page settings and to the Maps tab. Then, simply zoom to the map view you want and click Set. This location will be repeated on each page featuring the map if you don't set another starting location for them.
Yes it is, if you have included each route as a separate feature within the shapefile. You can then choose the color for each route when you upload the shapefile to Maptionnaire.
The previous version of Maptionnaire had some of Google's maps as default system maps. Unfortunately, due to Google's terms of service, we can no longer offer this option, as it would mean that you could use only Google Maps in Maptionnaire. For more information, please see Google Maps' Terms of Service (see in particular #3 License).
First, check that the shapefile contains all the correct files and is in a compressed .ZIP format. If these are correct, then the problem may be caused by a z-dimension in the shapefile. To fix this, simply remove it from the file. On QGIS, you can do this by saving the features again, and in the section called Geometry choosing the feature type (point, line or polygon) instead of Automatic. Finally, uncheck the z-dimension.
Not to worry, for this purpose we have created the Hand-drawn layers function. It allows you to place features on a map and thus create a map layer (in GeoJSOn format) that you can add to your surveys.
Yes you can, simply define the Label key (the name of the column in the file that contains the names of the different features) in the file's settings when you upload it to Maptionnaire.
We use WGS84 (EPSG:4326).
The accuracy of the location depends on both the location and the device. If you are using a laptop/desktop computer (i.e. devices that do not have GPS), geolocation is done through Wi-Fi network data. Essentially, the companies that provide the location search (Google, Apple etc.) record all Wi-Fi networks within for example a city, and where they are located there. When you search for a location, the system (a third-party provider with access to the Google/Apple data) locates your approximate position by looking at what Wi-Fi networks are the nearest to you and where their data tells these networks are located. By finding a matching 'network cluster', the service is then able to tell your approximate (never the absolutely exact) location, with a certain error margin (this is the see-through 'halo' around the location point).
In urban areas where there's a dense concentration of Wi-Fi networks, the location is usually fairly accurate. In rural areas it may not be as accurate due to those areas being more sparsely populated and hence having a lower density of Wi-Fi networks. The error margin in rural locations is therefore usually always bigger.
Finding your location is usually more accurate on mobile phones, as they use GPS. In the case that the location isn't accurate, the address search (magnifying glass symbol) can help. Respondents can use it to find different places if they know the address.
There are a couple of function within the maps that can help stakeholders with this. First, they can click the compass/arrowhead symbol to locate themselves on the map. They can also search for specific addresses using the address search (the magnifying glass symbol).
Locating yourself within the map and locating places through their addresses can be helpful in navigating the map, but of course there will always be individual differences with how people read / understand maps, as they always represent space in a two-dimensional mode that is very different from our every-day spatial experience. If you are worried about respondents having a difficulty finding places on the map, perhaps featuring images of the location in the instructions and/or in pop-ups on the map (e.g. respondent clicks a building and a photo of it opens up) could help? You can also always include follow-up questions in a pop-up after each map marking that the respondent has made, so to ensure that they have marked the correct spot on the map you could always ask them to provide some further details.