Last commit

Author: ragavkumar

2_VizPage.html

@@ -56,7 +56,7 @@ <h2 class="litegreenfont">Max Temperature</h2>
 
             <img src="Resources/assets/images/Fig1.png" class="img-fluid" alt="City Latitude vs Max Temperature (01/05/17)">
 
-            <p>
+            <p class ="text-justify">
               As expected, the weather becomes significantly warmer as one approaches the equator (0 Deg. Latitude). More interestingly, however, is the fact that the southern hemisphere tends to be warmer this time of year than the northern hemisphere. This may be due to the tilt of the earth at the time of the year this data was gathered.
             </p>
 

3_VizPage.html

@@ -56,7 +56,7 @@ <h2 class="litegreenfont">Humidity</h2>
 
             <img src="Resources/assets/images/Fig2.png" class="img-fluid" alt="City Latitude vs Humidity (01/05/17)">
 
-            <p>No observable correlation between latitude and humidity is noted. However, an evident cluster of points can be noted around the 100% humidity mark across all latitudes. This could implpy that latitude does not have a bearing on humidity.</p>
+            <p class ="text-justify">No observable correlation between latitude and humidity is noted. However, an evident cluster of points can be noted around the 100% humidity mark across all latitudes. This could implpy that latitude does not have a bearing on humidity.</p>
 
             </div>
 

4_VizPage.html

@@ -56,7 +56,7 @@ <h2 class="litegreenfont">Cloudiness</h2>
 
             <img src="Resources/assets/images/Fig3.png" class="img-fluid" alt="City Latitude vs Cloudiness (01/05/17)">
 
-            <p>No observable trend is noted between latitude and cloudiness. However, three evident clusters can be seen here:</p>
+            <p class ="text-justify">No observable trend is noted between latitude and cloudiness. However, three evident clusters can be seen here:</p>
             <ul>
               <li>0 % cloudiness: 20 to 75 deg latitude</li>
               <li>75 % cloudiness: 40 to 75 deg latitude</li>

5_VizPage.html

@@ -56,7 +56,7 @@ <h2 class="litegreenfont">Wind Speed</h2>
 
             <img src="Resources/assets/images/Fig4.png" class="img-fluid" alt="City Latitude vs Wind Speed (01/05/17)">
 
-            <p>No observable correlation is noted between latitudea and wind speed. However, based on the provided dataset, the few cities that experience high wind speeds (20 - 35 mph range) seem to fall in the 45 to 80 degree latitudes.</p>
+            <p class ="text-justify">No observable correlation is noted between latitudea and wind speed. However, based on the provided dataset, the few cities that experience high wind speeds (20 - 35 mph range) seem to fall in the 45 to 80 degree latitudes.</p>
 
             </div>
 

index.html

@@ -54,13 +54,13 @@
             <h2 class="litegreenfont">Summary: Latitude vs. X</h2>
             <hr>
 
-            <img src="Resources/assets/images/Fig1.png" class="img-fluid_x" alt="City Latitude vs Max Temperature (01/05/17)">
+            <img style="float:left" src="Resources/assets/images/Fig1.png" class="img-fluid_x" alt="City Latitude vs Max Temperature (01/05/17)">
 
-            <p>
+            <p class ="pt-3 pb-5 text-justify">
               The purpose of this project was to analyze how weather changes as you get closer to the equator. To accomplish the analysis, we first pulled data from the OpenWeatherMap API to assemble a dataset on over 500 cities. 
             </p>
 
-            <p>
+            <p class ="text-justify">
               After assembling the dataset, we used Matplotlib to plot various aspects of the weather vs latitude. Factors we looked at included: temperature, cloudiness, wind speed and humidity. This site provides the source data and visualizations created as part of the analysis, as well as explanations and descriptions of any trends and correlations witnessed.
             </p>