Week 6 summary

During week 6 we were able to get a basic UI working to get the different routing selections and the control of the isochrones' ranges. Geocoding was added to the page so that the user can search routes using road names. The video pitch was filmed and edited at the end of the week.

Video Pitch

Week 5 summary

During week 5 we got routing to work between markers with different routing options. Isochrones are working with a hard coded range and interval. Work on UI and preparing for the pitching video were started.

Week 4 summary

During week 4 we were able to set up the git project for the website and create a basic server and a basic client that can be worked on in the future. Different possibilities for the website's UI were thought about to help the addition of future features.

Week 3 and 4 summary

Week 3

On week 3 our team met with the project owners and held the sprint planning for the next two weeks. The main goals for the sprint were decided to be mainly researching available technologies and creating a framework on which to start building the website. At the end of Friday we were able to decide on the technologies to use, had a basic map on a webpage and found a few ideas how to differentiate our project from others.

Week 4 Summaries

Olavi Viitanen

During this week I mainly focused on the client side of the webpage trying to get leaflet markers working on the map and accessing their location information. A lot of the time was spent on researching leaflet and recapping how html and css works. During the week there was also a lot of discussion with the group about everyone's tasks and the ICT show room. On Friday I spent some time drawing UI possibilities on paper.

Eppu Peltonen

I started to look into Leaflet JavaScript library and how we can use it. I did some testing with Leaflet and tried to see how it works. I also revised some JavaScript.

Łukasz Tomczyk

I looked into OpenRouteService to use it for routing, geocoding and creating isochrones on the map. I also did some very simple tests with Leaflet, to get familliar with this library.

Arkadiusz Mączkowski

I was trying to get familiar with the Leaflet library and learn how to use it. I also managed to use Google Maps API to collect adresses of the markers and display them in popups.

Alfons Salmi

Developed the java server, mostly set up a project that uses the OpenTripPlanner to start up a server that can handle routing requests. Also made couple handy programs for downloading GTFS data.

Arttu Seppä-Lassila

I looked into Leaflet library and tried to get familiar with it and thought about UI.

Łukasz Tomczyk - Introduction

Name:  Łukasz Tomczyk

Age: 21
Study field: Information Technology
Interests: Game development, music, gaming
Expectation for the course: To gain experience in working in a group project
Strengths: Programming
Weaknesses: Graphical design
Work experience: none

Hi! My name is Łukasz and I’m studying as TUAS as an exchange student from January to June. At my home university I study Information Technology, so I have some programming experience (C++, Java), and basic skills in web development. I want to get more practical knowledge concerning web development while working on this project, so I’m eager to learn.

Arkadiusz Maczkowski - Introduction

Name: Arkadiusz Maczkowski
Age: 21
Study field: Telecommunications
Interests: Programming
Expectation for the course: learn how to work well in a team, developing programming skills
Strengths: Analytical thinking

Weaknesses: Organizing my work
Work experience: 3 month summer internship as junior developer

I am exchange student from Poland. I came to Turku University of Applied Sciences for ICT projects & Cybersecurity semester. I am interested in programming and I try to learn new programming languages during my free time.

I hope that this project will allow me to further develop my skills in this field, as well as, I will learn to work better in a team. I have basic experience in web development, which I gained during an internship, that I think, and hope, might be useful for our team.

Week 3 Sprint Planning

Key points of sprint planning sessions

• Created Trello board and updated backlog
• Researched available technologies and selected the ones to use in the project
• Setup a Git repository for the project

Presentation Peer Review

Improving Service Design on Cruise Ships through Digital Technologies

Problem or need: Ok, but wasn't explained clearly enough, 3

Potential customer / market area: 3

Solution / benefit for customer:  solution not explained clear enough

Oral presentation: 4

Interactive art installation for SHIFT Business Festival

Problem or need: 4

Potential customer / market area: 4

Solution / benefit for customer: 3, solution could have been explained more clearly

Oral presentation: 4

Result of Questionnaire (Stakeholder Meeting)

Since we can't still meet someone from the city, we only did a survey to exchange students. We have got 21 answers.

We asked:
1. Do you use any applications while traveling?
2. Which application do you use?
3. What do you use for?
4. Have you noticed any missing features in the applications you have used?
5. How long have you been in Turku?
6. Do you feed that the time spent here in Turku could have been more productive?
7. How easy has the seeking of information been on the internet?
8. How likely would you use an application that offers everything you need to your travels?
9. Insert your suggestions here.


One of the answers stated "I would like to find an application which will show me with attractions. Moreover, I like to visit unknown places-locals tips are very helpful."
We could confirmed that there is definitely high demand for our project.

Idea tree, clean version

Peer group comments - Mindmap & Idea Tree

Mindmap
https://exman3d.blogspot.fi/2017/11/mindmap.html

Idea Tree
https://exman3d.blogspot.fi/2017/11/idea-tree.html

Potential Ideas

Here are our ideas we came up with innovation methods. We used MoSCoW-method to give some insight about idea priorities. Our top 3 picks are in bold text.

Extensions 

1. The application could save your used routes to some local storage, so you could see your total co2 consumption from multiple trips. [W]
2. You can choose your route to avoid intersection with traffic lights so you don't have to stop and accelerate too many times. [W]
3. Find the quickest route, which may not always be the shortest path (routes based on traffic, red lights, construction work, speed limits). [C]
4. Rankings based on preferred travel methods. [C]
1. Total and average distances for each travel method 
2. Most used roads and routes 
5. Gather usage date for big data mining for the city of Turku [M]

New Features 

1. Tourist application (Attractions list, Public transport information...) [M] 
1. Link to helpful information if you're lost [S]
2. Browse attractions [S]
3. Have links to attractions on the map [S]
4. Have useful shopping attractions [C]
5. Include popular restaurants as attractions (traditional Finnish food places, for example) [C]
6. Include Turku universities as attractions [C]
7. Include student restaurants as attractions [C]
8. Have some information where you can have student discounts [C]
2. Hill data usage, route weighting based on hills [W]
3. Gamification like user rankings on saved CO2 [C]
4. Routing could be selected to favour curvy roads and/or different road types. [C]
5. Plan your route based on attractions. [S]
6. Have multiple destinations chained in your route. [S]
7. Save your route for others to see [C]
8. Comment and like used routes [C]
9. Time estimations for time spent in attractions [M]
1. Comment used time estimations [C]
2. Information about busy hours in attractions/routes [C]
3. Show business hours for attractions [S]
10. Attraction popularity score and rankings [C]
11. Users can comment attractions [C] 

User Experience 

1. The application could ask your location when you open it and then fill it to start point. [S]
2. The app could have a "Search"/"Go" button, because it first seems unclear that you have to press enter-key to submit the route. [S]
3. Choose your ecological measurement [W]