Aug 6, 2014
THE LAST 10 COMMONWEALTH GAMES HOST PERFORMANCE
seen from Canada
seen from United States
seen from Hong Kong SAR China
seen from United States
seen from Yemen
seen from United States
seen from China
seen from Türkiye
seen from Malaysia
seen from Kazakhstan
seen from United States
seen from Brazil
seen from United States
seen from China
seen from Singapore
seen from Australia
seen from China
seen from Germany
seen from United Kingdom
seen from Poland
THE LAST 10 COMMONWEALTH GAMES HOST PERFORMANCE
My Trip to the UN
One of the most memorable moments of my school life has been the United Nation Conference visit. The 15 day tour to America has not only given exposure but also gave me an understanding of the world beyond Indian boundaries. The Timeline is created to get an insight of the beautiful memories I gathered in a trip that can never be forgotten.
Age Group of students of MACJ, Jamia
The Bar graph represents the Age Group of Students.
The information was taken personally and feed-in the Google Spreadsheet. Through Google Drive the spreadsheet was circulated for more feed-in’s. Through Google Fusion table, the spreadsheet was uploaded and the visualization was made.
The aggregate age was taken by count i.e group of students. The Bar Graph was selected as by just looking at the bar graph one can analyze which group of age are most of the student. Once the visual is displayed, the embedded code can be copied to post the html on the blog.
The aggregate by, value, count was initially hard to understand and did not give the right result due to wrong selection. Once the aggregate was selected with count, the results were out. Also once clicked on the embedded code, the visual would change and the copied html would be the wrong visual, so once copied few times and posted, finally the right visual was displayed on the blog.
State of Origin of Students of MACJ,Jamia
India's Map represents the state of origin of the students.
The information was taken personally and feed-in the Google Spreadsheet. Through Google Drive the spreadsheet was circulated for more feed-in’s. Through Google Fusion table, the spreadsheet was uploaded and the visualization was made.
In the visualization option, select intensity map in which the aggregate of state by count was further selected. The map was the best choice for defining the location of every student and thus grouping them together for easier understanding. Once the visual is displayed, the embedded code can be copied to post the html on the blog.
The problem that initially occurred was that the few names of the state were not being displayed. The error was that they were not written with accordance of the map, like written as Kashmir or New Delhi but had to be written as Delhi and Jammu and Kashmir. Once corrected the state and No. of students were displayed.
Age Group of students of MACJ, Jamia
The Pie Chart represents the Age Group of Students.
The information was taken personally and feed-in the Google Spreadsheet. Through Google Drive the spreadsheet was circulated for more feed-in's. Through Google Fusion table, the spreadsheet was uploaded and the visualization was made.
The aggregate age was taken by count i.e group of students. Pie chart was selected as the visual for easier understanding, as the color and division indicates the age aspect with percentage when the mouse is pointed. Once the visual is displayed, the embedded code can be copied to post the html on the blog. But rather, I toke a screen shot of the pie chart for later reference.
Then, Google Code Playground was signed in and in the visualization option, pie chart was selected which indicated code and a visual. The code was replaced by the information taken from the Google spread sheet and the Google Fusion table screen shot. For example, age of 21, 22, 23 etc were mentioned with no. of students following in that category. Once the information is feed, the codes are run. A visual representation is shown. The codes are then saved and from the edit HTML, the HTML is copied. The HTML is then posted on the blog.
Understanding the aggregate options and coding was difficult but practice can make it easy. Getting the Pie chart from Google Code Playground to display on the blog was difficult but regular try later made it possible.
// <![CDATA[ google.load("visualization", "1", {packages:["corechart"]}); google.setOnLoadCallback(drawChart); function drawChart() { var data = google.visualization.arrayToDataTable([ ['Age', 'No of Students'], ['21', 4], ['22', 7], ['23', 3], ['24', 1], ['25', 1], ['26', 1] ]); var options = { title: 'Students Age' }; var chart = new google.visualization.PieChart(document.getElementById('piechart')); chart.draw(data, options); } // ]]>