Straba map snapshot how to#
Straba map snapshot code#
Straba map snapshot plus#
Straba map snapshot download#

Please be aware that only activities recorded with the Apple Watch Workout app recorded within the past 30 days are able to sync to Strava. Please be aware that route information from third-party activities (Garmin, Zwift, etc.) will not sync to Health. Strava will send data to Health such as route information, activity type, distance, time, and calories automatically. Navigate to Settings (gear icon) > Applications, Services, and Devices > Health and toggle Send to Health ON.After the initial setup, you can modify Strava's Health Access by going into the Health app and clicking on Sources > Strava.You must enable Workouts for the sharing of any data (cycling, running, calories, etc.) to work. You can control which types of information Strava will read and write to Health. You'll be taken to the Health Access page where you can enable the sharing of data from Strava to Health.

Straba map snapshot plus#

Select Applications, Services, and Devices > Health > Select the plus sign icon.

On the mobile app, open your settings from the gear icon in the upper right-hand corner of the Home, Groups, or You tab.

Connecting Strava and the Apple Health App Upload activities recorded with the Apple Workout App to Strava and automatically sync activities from Strava to the Health app.

Straba map snapshot download#

Here's the code, if you'd like to download it and try running & modifying it.

Straba map snapshot how to#

It's a nice little example that shows how to add a lot of things to a map.

And I use Proc Sql to grab the maximum distance (117.7 miles) and stuff it into a macro variable, so I can use it in the title. The landmark labels have html drill down links to the google map zoomed in to that location. I have labeled certain cities and landmarks based on their lat/long values, with the location of the label determined by an x/y offset. The lat/long grid lines are created programmatically in a data step, and annotated on the map. There are a few other things I added that are also worth mentioning.

Below is a snapshot of the map - click it to see the interactive version with html hover-text: I added some extra variables to the dataset so it could be used to annotate markers on the map, and added html hover-text so you can the timestamp and distance for each marker.

I used the lag() function in combination with the geodist() function to calculate the distance between each successive data location reading, and I used a data step to calculate the running total miles. OUT=anno_path ( rename= (var1=date_time var4=lat var5=long ) ) PROC IMPORT DATAFILE= 'cuba_crossing_spot_data.csv'

Straba map snapshot code#

Here's how the csv data was structured:Īnd here is the code I used to import the data into SAS: So I had my buddy Mark download the data in csv format, so I could do my own analysis. But I wanted something a little different. The SPOT map was very useful for interactive/instantaneous tracking - it lets you pan & zoom, and view the map or a satellite image, and you can view the data points 50 at a time. This device tracked our position, and relayed the coordinates directly to a satellite every ~10 minutes, so our friends, family, and fans could monitor our progress on SPOT's Web page. Hopefully this will inspire and help teach you to create your own custom maps!īefore we get into the nitty gritty data analysis, here are a few pictures I took in Cuba.įor our trip (kayaking the 100+ miles from Cuba to the US), we used a special tracking device called a SPOT (on loan from my good buddy Mark - thanks Mark!). This blog post shows how I created a custom SAS map of the tracking data for my recent trip to Cuba. These days many devices (such as smart phone apps, Fitbits, Apple watches, dog tracking collars, car gps, hiking gps, teen/car trackers, etc) can track your location, and provide you with standard/canned ways to analyze the data.