QAugmentedReality - Local based augmented reality component - Revision history

Hamishwillee: Text replace - "Category:Multimedia" to ""

2013-06-14T05:00:22Z

Text replace - "Category:Multimedia" to ""

Hamishwillee: Hamishwillee - Change to use new video player which works with Lumia 920 and other mobile browsers

2013-01-30T05:00:23Z

Hamishwillee - Change to use new video player which works with Lumia 920 and other mobile browsers

Hamishwillee: Text replace - "`" to ""`


2012-10-11T01:18:06Z
Text replace - "<code cpp>" to "<code cpp-qt>"

			
			
			
			
		
		← Older revision
		Revision as of 01:18, 11 October 2012
		
Line 38:
Line 38:
    
  === .pro ===   === .pro ===
− <code cpp> + <code cpp-qt>
  include(QAugmentedReality/AugmentedRealityLibrary.pri)   include(QAugmentedReality/AugmentedRealityLibrary.pri)
  </code>   </code>
    
  === main.cpp ===   === main.cpp ===
− <code cpp> + <code cpp-qt>
  #include <QtGui/QApplication>   #include <QtGui/QApplication>
  #include "qmlapplicationviewer.h"   #include "qmlapplicationviewer.h"



Hamishwillee: Hamishwillee - Tidy wiki text
2012-06-18T03:34:39Z
Hamishwillee - Tidy wiki text

			
			
			
			
		
		← Older revision
		Revision as of 03:34, 18 June 2012
		
Line 1:
Line 1:
− [[Category:Qt]][[Category:Qt Mobility]][[Category:Qt Quick]][[Category:Location]][[Category:Multimedia]][[Category:Symbian]][[Category:Code Snippet]] + [[Category:Qt]][[Category:Qt Mobility]][[Category:Qt Quick]][[Category:Location]][[Category:Multimedia]][[Category:Symbian]][[Category:Code Examples]][[Category:Camera]][[Category:Imaging]]
− {{Abstract| This article explains how to implement Augmented Reality engine that provides all functionalities to create your own local based augmented reality application like Nokia City Lens.}} + {{Abstract|This article describes [http://projects.developer.nokia.com/QAugmentedReality QAugmentedReality], an augmented reality (AR) engine that makes it easy for you to create AR applications like Nokia City Lens in QML.}}
  {{Note|This is an entry in the [[PureView Imaging Competition 2012Q2]]}}   {{Note|This is an entry in the [[PureView Imaging Competition 2012Q2]]}}
  {{ArticleMetaData <!-- v1.2 -->   {{ArticleMetaData <!-- v1.2 -->
− |sourcecode= <!-- Link to example source code e.g. [[Media:The Code Example ZIP.zip]] --> + |sourcecode= [http://projects.developer.nokia.com/QAugmentedReality/browser QAugmentedReality] (Nokia Project)
− |installfile= <!-- Link to installation file (e.g. [[Media:The Installation File.sis]]) --> + |installfile= [http://projects.developer.nokia.com/QAugmentedReality/files/QAugmentedRealitySample_installer.sis QAugmentedRealitySample_installer.sis]
  |devices= Nokia N8, Nokia C7-00   |devices= Nokia N8, Nokia C7-00
− |sdk= <!-- SDK(s) built and tested against (e.g. [http://linktosdkdownload/ Qt SDK 1.1.4]) --> + |sdk= Qt SDK 1.2
− |platform= <!-- Compatible platforms - e.g. Symbian^1 and later, Qt 4.6 and later --> + |platform= Nokia Belle
  |devicecompatability= <!-- Compatible devices e.g.: All* (must have internal GPS) -->   |devicecompatability= <!-- Compatible devices e.g.: All* (must have internal GPS) -->
  |dependencies= <!-- Any other/external dependencies e.g.: Google Maps Api v1.0 -->   |dependencies= <!-- Any other/external dependencies e.g.: Google Maps Api v1.0 -->
Line 26:
Line 26:
    
  == Introduction ==   == Introduction ==
− QAugmentedReality is a Augmented Reality engine that provides all functionalities to create your own local based augmented reality application like Nokia City Lens or social applications for example displaying your friends location or your parked car location direction.<br /> + {{Icode|QAugmentedReality}} is an Augmented Reality engine that provides all functionalities to create your own local based augmented reality application like Nokia City Lens or social applications for example displaying your friends location or your parked car location direction.
− Developer just need to setup for each item the longitude, latitude, description text, image and the engine will do the hard work to manage rendering, gps, compass. + 
    
− == Summary == + The component built entirely from scratch, inherits all camera features adding [http://doc.qt.nokia.com/qtmobility/location-overview.html GPS], [http://doc.qt.nokia.com/qtmobility-1.2/qml-accelerometer.html Accelerometer] and [http://doc.qt.nokia.com/qtmobility/qml-compass.html Compass] support.
− The component built entirely from scratch, inherits all camera features adding [http://doc.qt.nokia.com/qtmobility/location-overview.html GPS], [http://doc.qt.nokia.com/qtmobility-1.2/qml-accelerometer.html Accelerometer] and [http://doc.qt.nokia.com/qtmobility/qml-compass.html Compass] support.<br/> +  
− Anyway the component's strength is the '''model''' support that allows you to easy manage your data to display. To add a '''pin''' into your scene you just need to add a {{Icode|QAugmentedRealityCameraItem}} element to {{Icode|QAugmentedRealityCameraModel}} to obtain a result like below: {{#ev:youtube|WFez-3_xp64}} + Developers just need to setup for each item the longitude, latitude, description text, image and the engine will do the hard work to manage rendering, gps, compass. The component's strength is the '''model''' support that allows you to easy manage your data to display. To add a '''pin''' into your scene you just need to add a {{Icode|QAugmentedRealityCameraItem}} element to {{Icode|QAugmentedRealityCameraModel}}. A video of the component in operation is given below:
  + {{#ev:youtube|WFez-3_xp64}}
    
  == Get Started with QAugmentedReality ==   == Get Started with QAugmentedReality ==
Line 173:
Line 173:
    
  == QAugmentedRealityCamera ==   == QAugmentedRealityCamera ==
− QAugmentedRealityCamera is the component that provide not only the camera display feature, but includes GPS, Accelerometer, and Compass to display Pins on screen and being able to move them depending on watching direction.<br /> + {{Icode|QAugmentedRealityCamera}} is the component that provide not only the camera display feature, but includes GPS, Accelerometer, and Compass to display Pins on screen and being able to move them depending on watching direction.
  +  
  To add a pin you need setup a {{Icode|QAugmentedRealityCameraModel}} for the component.   To add a pin you need setup a {{Icode|QAugmentedRealityCameraModel}} for the component.
    
  == QAugmentedRealityCameraModel ==   == QAugmentedRealityCameraModel ==
− QAugmentedRealityCameraModel has a {{Icode|pins}} property that have to be filled with {{Icode|QAugmentedRealityCameraItem}} element. <br /> + QAugmentedRealityCameraModel has a {{Icode|pins}} property that have to be filled with {{Icode|QAugmentedRealityCameraItem}} element.  
− You can add {{Icode|QAugmentedRealityCameraItem}} both in a static a dynamic way. +  
  + You can add {{Icode|QAugmentedRealityCameraItem}} statically or dynamically.
    
− === Adding a Pin statically === + === Adding a pin statically ===
  <code javascript>   <code javascript>
  QAugmentedRealityCameraModel {   QAugmentedRealityCameraModel {
Line 194:
Line 196:
  </code>   </code>
    
− === Adding a Pin dynamically === + === Adding a pin dynamically ===
  This approach is preferred when fetching data from a database.   This approach is preferred when fetching data from a database.
  <code javascript>   <code javascript>
Line 208:
Line 210:
    
  == QAugmentedRealityCameraItem ==   == QAugmentedRealityCameraItem ==
− QAugmentedRealityCameraItem has the following properties:<br /> + {{Icode|QAugmentedRealityCameraItem}} has the following properties:
− * {{Icode|latitude}} + * {{Icode|latitude}} - latitude of the item
− * {{Icode|longitude}} + * {{Icode|longitude}} - longitude of the item
− * {{Icode|message}} - Is the description text displayed inside the pin + * {{Icode|message}} - description text displayed inside the pin
− * {{Icode|infoBox}} - Is the color of the box drawn on the left of the pin. This is because to give you the possibility to have pins of different color for your own purpose + * {{Icode|infoBox}} - the color of the box drawn on the left of the pin. This is because to give you the possibility to have pins of different color for your own purpose
  * {{Icode|source}} - As for {{Icode|infoBox}} this feature allow you to set an image for your pin. Transparent images are allowed. The {{Icode|infoBox}} background color will be displayed on transparent areas.   * {{Icode|source}} - As for {{Icode|infoBox}} this feature allow you to set an image for your pin. Transparent images are allowed. The {{Icode|infoBox}} background color will be displayed on transparent areas.
    
− == Shooting Photos == + == Shooting still images ==
− The component inherits from a base camera component, the same for QHdrCamera, so is possible to capture photos as a normal camera component. The result image will include the augmented reality items into the scene.<br /> + The component inherits from a base camera component so is possible to capture photos as with the default camera component. The result image will include the augmented reality items in the scene.
− This feature will be improved as soon as possible to be fitable with all resolutions. <br /> +  
  + This feature will be improved as soon as possible to be fitable with all resolutions.
  +  
  [[File:Ar-201206135237.jpg]] [[File:Ar-201206135324.jpg]]   [[File:Ar-201206135237.jpg]] [[File:Ar-201206135324.jpg]]
    
− == Earth is not flat == + == Be careful of large distances - the world is not flat ==
− Managing pins with very huge distances you can encounter in a strange effect because we are accustomed to watch maps using the [http://en.wikipedia.org/wiki/Mercator_projection Mercator projection]. Let's consider the example showcased on the video above. + For pins located a very long way away you may see odd effects. Consider the example showcased on the video above - at certain watching angles Berlin, Tokyo and Melbourne appear close together.
− I loaded data with some of the most important cities in the world. Let's consider Milan, where I'm located, Berlin, Tokyo and Melbourne. Watching to Berlin direction being located in Milan you could think that Berlin is located above Milan, Tokyo on the right and Melbourne on the bottom right.<br /><br /> + 
− [[File:Earth-flat.png]]<br /><br /> + 
− However this is an error due to [http://en.wikipedia.org/wiki/Mercator_projection Mercator projection] in fact application will show Berlin, Tokyo and Melbourne almost near in watching direction. This happens because the earth has a spherical shape and points in a sphere are located using  [http://en.wikipedia.org/wiki/Polar_coordinate_system polar coordinate system].<br /><br /> + 
− [[File:Earth-round.png]]<br /><br /> + 
− In our example happens that the  [http://en.wikipedia.org/wiki/Bearing_%28navigation%29 bearing] between Milan, Berlin, Tokyo and Melbourne and more the very huge distances that occurs, make it the application show these point of interest very near considering the direction watching angle. + 
− From my point of view this is not a problem and reflects the real world, but you have to consider this aspect if you plan to manage very huge distances. + 
− Anyway in the most common cases you will manage point of interest very near ( few kilometer/miles ) so the effect is reduced or near to zero. + 
    
− == Sample Application == + [[File:Earth-flat.png]]
  +  
  + This happens because the earth has a spherical shape and points in a sphere are located using  [http://en.wikipedia.org/wiki/Polar_coordinate_system polar coordinate system].
  +  
  + [[File:Earth-round.png]]
  +  
  + In our example what happens is that the [http://en.wikipedia.org/wiki/Bearing_%28navigation%29 bearing] between Milan, Berlin, Tokyo and Melbourne is quite small - these are therefore shown as close together at some watching angle. This should not be a problem if you're working with objects that are within tens of kilometres or less.
  +  
  + == Sample application ==
  * [http://projects.developer.nokia.com/QAugmentedReality/files/QAugmentedRealitySample_installer.sis QAugmentedRealitySample]   * [http://projects.developer.nokia.com/QAugmentedReality/files/QAugmentedRealitySample_installer.sis QAugmentedRealitySample]
  {{Note|Don't forget to shake the phone for compass calibration or pins will not be displayed correctly}}   {{Note|Don't forget to shake the phone for compass calibration or pins will not be displayed correctly}}
    
− == Further Improvements == + == Further improvements ==
− Improvements that will come as soon as possible:<br /> + Improvements that will come as soon as possible:
−   + 
  * filter item based on max distance, for example to display just items far less then 150mt   * filter item based on max distance, for example to display just items far less then 150mt
  * At time of writing the '''delegate''' is static. if possible to allow users to create their own delegate   * At time of writing the '''delegate''' is static. if possible to allow users to create their own delegate
Line 243:
Line 247:
    
  Despite improvements that will come the component is easy and powerful enough to start creating your local based augmented reality applications and enjoy with them.   Despite improvements that will come the component is easy and powerful enough to start creating your local based augmented reality applications and enjoy with them.
− <br /> +  
− I'm available for any help about component and opened to suggestions for further improvements.<br /> + If you have any questions about using the component or suggestions for improvement please add them in the project [http://projects.developer.nokia.com/QAugmentedReality/discussion/forum/1 discussion board].



Chintandave er: Chintandave er - /* Summary */
2012-06-16T17:16:29Z
Chintandave er - - Summary

			
			
			
			
		
		← Older revision
		Revision as of 17:16, 16 June 2012
		
Line 30:
Line 30:
    
  == Summary ==   == Summary ==
− The component built entirely from scratch, inherits all camera features adding [http://doc.qt.nokia.com/qtmobility/location-overview.html GPS], [http://doc.qt.nokia.com/qtmobility-1.2/qml-accelerometer.html Accelerometer] and [http://doc.qt.nokia.com/qtmobility/qml-compass.html Compass] support.<br /> + The component built entirely from scratch, inherits all camera features adding [http://doc.qt.nokia.com/qtmobility/location-overview.html GPS], [http://doc.qt.nokia.com/qtmobility-1.2/qml-accelerometer.html Accelerometer] and [http://doc.qt.nokia.com/qtmobility/qml-compass.html Compass] support.<br/>
− Anyway the component's strength is the '''model''' support that allows you to easy manage your data to display. To add a '''pin''' into your scene you just need to add a {{Icode|QAugmentedRealityCameraItem}} element to {{Icode|QAugmentedRealityCameraModel}} to obtain a result like below:<br /> + Anyway the component's strength is the '''model''' support that allows you to easy manage your data to display. To add a '''pin''' into your scene you just need to add a {{Icode|QAugmentedRealityCameraItem}} element to {{Icode|QAugmentedRealityCameraModel}} to obtain a result like below: {{#ev:youtube|WFez-3_xp64}}
− {{#ev:youtube|WFez-3_xp64}} + 
    
  == Get Started with QAugmentedReality ==   == Get Started with QAugmentedReality ==



Chintandave er: Chintandave er -
2012-06-16T17:13:49Z
Chintandave er -

			
			
			
			
		
		← Older revision
		Revision as of 17:13, 16 June 2012
		
Line 1:
Line 1:
  [[Category:Qt]][[Category:Qt Mobility]][[Category:Qt Quick]][[Category:Location]][[Category:Multimedia]][[Category:Symbian]][[Category:Code Snippet]]   [[Category:Qt]][[Category:Qt Mobility]][[Category:Qt Quick]][[Category:Location]][[Category:Multimedia]][[Category:Symbian]][[Category:Code Snippet]]
− {{Note|This is an entry in the [[PureView Imaging Competition 2012Q2]]}}  
  {{Abstract| This article explains how to implement Augmented Reality engine that provides all functionalities to create your own local based augmented reality application like Nokia City Lens.}}   {{Abstract| This article explains how to implement Augmented Reality engine that provides all functionalities to create your own local based augmented reality application like Nokia City Lens.}}
  + {{Note|This is an entry in the [[PureView Imaging Competition 2012Q2]]}}
  {{ArticleMetaData <!-- v1.2 -->   {{ArticleMetaData <!-- v1.2 -->
  |sourcecode= <!-- Link to example source code e.g. [[Media:The Code Example ZIP.zip]] -->   |sourcecode= <!-- Link to example source code e.g. [[Media:The Code Example ZIP.zip]] -->



Chintandave er: Chintandave er - added Abstract Template
2012-06-16T17:13:21Z
Chintandave er - added Abstract Template

			
			
			
			
		
		← Older revision
		Revision as of 17:13, 16 June 2012
		
Line 1:
Line 1:
  [[Category:Qt]][[Category:Qt Mobility]][[Category:Qt Quick]][[Category:Location]][[Category:Multimedia]][[Category:Symbian]][[Category:Code Snippet]]   [[Category:Qt]][[Category:Qt Mobility]][[Category:Qt Quick]][[Category:Location]][[Category:Multimedia]][[Category:Symbian]][[Category:Code Snippet]]
  {{Note|This is an entry in the [[PureView Imaging Competition 2012Q2]]}}   {{Note|This is an entry in the [[PureView Imaging Competition 2012Q2]]}}
  + {{Abstract| This article explains how to implement Augmented Reality engine that provides all functionalities to create your own local based augmented reality application like Nokia City Lens.}}
  {{ArticleMetaData <!-- v1.2 -->   {{ArticleMetaData <!-- v1.2 -->
  |sourcecode= <!-- Link to example source code e.g. [[Media:The Code Example ZIP.zip]] -->   |sourcecode= <!-- Link to example source code e.g. [[Media:The Code Example ZIP.zip]] -->



Chintandave er: Chintandave er - spell correction
2012-06-16T17:10:53Z
Chintandave er - spell correction

			
			
			
			
		
		← Older revision
		Revision as of 17:10, 16 June 2012
		
Line 30:
Line 30:
  == Summary ==   == Summary ==
  The component built entirely from scratch, inherits all camera features adding [http://doc.qt.nokia.com/qtmobility/location-overview.html GPS], [http://doc.qt.nokia.com/qtmobility-1.2/qml-accelerometer.html Accelerometer] and [http://doc.qt.nokia.com/qtmobility/qml-compass.html Compass] support.<br />   The component built entirely from scratch, inherits all camera features adding [http://doc.qt.nokia.com/qtmobility/location-overview.html GPS], [http://doc.qt.nokia.com/qtmobility-1.2/qml-accelerometer.html Accelerometer] and [http://doc.qt.nokia.com/qtmobility/qml-compass.html Compass] support.<br />
− Anyway the component's strenght is the '''model''' support that allows you to easy manage your data to display. To add a '''pin''' into your scene you just need to add a {{Icode|QAugmentedRealityCameraItem}} element to {{Icode|QAugmentedRealityCameraModel}} to obtain a result like below:<br /> + Anyway the component's strength is the '''model''' support that allows you to easy manage your data to display. To add a '''pin''' into your scene you just need to add a {{Icode|QAugmentedRealityCameraItem}} element to {{Icode|QAugmentedRealityCameraModel}} to obtain a result like below:<br />
  {{#ev:youtube|WFez-3_xp64}}   {{#ev:youtube|WFez-3_xp64}}
    
Line 173:
Line 173:
    
  == QAugmentedRealityCamera ==   == QAugmentedRealityCamera ==
− QAugmentedRealityCamera is the component that provide not only the camera display feature, but includes GPS, Accelerometer, and Compass to display Pins on screen and being able to move them depending on wacthing direction.<br /> + QAugmentedRealityCamera is the component that provide not only the camera display feature, but includes GPS, Accelerometer, and Compass to display Pins on screen and being able to move them depending on watching direction.<br />
  To add a pin you need setup a {{Icode|QAugmentedRealityCameraModel}} for the component.   To add a pin you need setup a {{Icode|QAugmentedRealityCameraModel}} for the component.
    
Line 217:
Line 217:
  == Shooting Photos ==   == Shooting Photos ==
  The component inherits from a base camera component, the same for QHdrCamera, so is possible to capture photos as a normal camera component. The result image will include the augmented reality items into the scene.<br />   The component inherits from a base camera component, the same for QHdrCamera, so is possible to capture photos as a normal camera component. The result image will include the augmented reality items into the scene.<br />
− This feature will be improved as soon as pissible to be fitable with all resolutions. <br /> + This feature will be improved as soon as possible to be fitable with all resolutions. <br />
  [[File:Ar-201206135237.jpg]] [[File:Ar-201206135324.jpg]]   [[File:Ar-201206135237.jpg]] [[File:Ar-201206135324.jpg]]
    
  == Earth is not flat ==   == Earth is not flat ==
  Managing pins with very huge distances you can encounter in a strange effect because we are accustomed to watch maps using the [http://en.wikipedia.org/wiki/Mercator_projection Mercator projection]. Let's consider the example showcased on the video above.   Managing pins with very huge distances you can encounter in a strange effect because we are accustomed to watch maps using the [http://en.wikipedia.org/wiki/Mercator_projection Mercator projection]. Let's consider the example showcased on the video above.
− I loaded data with some of the most important cities in the world. Let's consider Milan, where I'm located, Berlin, Tokio and Melbourne. Watching to Berlin direction being located in Milan you could think that Berlin is located above Milan, Tokio on the right and Melbourne on the bottom right.<br /><br /> + I loaded data with some of the most important cities in the world. Let's consider Milan, where I'm located, Berlin, Tokyo and Melbourne. Watching to Berlin direction being located in Milan you could think that Berlin is located above Milan, Tokyo on the right and Melbourne on the bottom right.<br /><br />
  [[File:Earth-flat.png]]<br /><br />   [[File:Earth-flat.png]]<br /><br />
− However this is an error due to [http://en.wikipedia.org/wiki/Mercator_projection Mercator projection] in fact application will show Berlin, Tokio and Melbourne almost near in watching direction. This happens beacouse the earth has a sferical shape and points in a sphere are located using  [http://en.wikipedia.org/wiki/Polar_coordinate_system polar coordinate system].<br /><br /> + However this is an error due to [http://en.wikipedia.org/wiki/Mercator_projection Mercator projection] in fact application will show Berlin, Tokyo and Melbourne almost near in watching direction. This happens because the earth has a spherical shape and points in a sphere are located using  [http://en.wikipedia.org/wiki/Polar_coordinate_system polar coordinate system].<br /><br />
  [[File:Earth-round.png]]<br /><br />   [[File:Earth-round.png]]<br /><br />
− In our example happens that the  [http://en.wikipedia.org/wiki/Bearing_%28navigation%29 bearing] between Milan, Berlin, Tokio and Melbourne and more the very huge distances that occurs, make it the application show these point of interest very near considering the direction watching angle. + In our example happens that the  [http://en.wikipedia.org/wiki/Bearing_%28navigation%29 bearing] between Milan, Berlin, Tokyo and Melbourne and more the very huge distances that occurs, make it the application show these point of interest very near considering the direction watching angle.
  From my point of view this is not a problem and reflects the real world, but you have to consider this aspect if you plan to manage very huge distances.   From my point of view this is not a problem and reflects the real world, but you have to consider this aspect if you plan to manage very huge distances.
  Anyway in the most common cases you will manage point of interest very near ( few kilometer/miles ) so the effect is reduced or near to zero.   Anyway in the most common cases you will manage point of interest very near ( few kilometer/miles ) so the effect is reduced or near to zero.




Galazzo: Galazzo -
2012-06-14T11:15:02Z
Galazzo -

			
			
			
			
		
		← Older revision
		Revision as of 11:15, 14 June 2012
		
Line 232:
Line 232:
  == Sample Application ==   == Sample Application ==
  * [http://projects.developer.nokia.com/QAugmentedReality/files/QAugmentedRealitySample_installer.sis QAugmentedRealitySample]   * [http://projects.developer.nokia.com/QAugmentedReality/files/QAugmentedRealitySample_installer.sis QAugmentedRealitySample]
  + {{Note|Don't forget to shake the phone for compass calibration or pins will not be displayed correctly}}
    
  == Further Improvements ==   == Further Improvements ==



Galazzo: Galazzo -
2012-06-14T11:08:57Z
Galazzo -

			
			
			
			
		
		← Older revision
		Revision as of 11:08, 14 June 2012
		
Line 229:
Line 229:
  From my point of view this is not a problem and reflects the real world, but you have to consider this aspect if you plan to manage very huge distances.   From my point of view this is not a problem and reflects the real world, but you have to consider this aspect if you plan to manage very huge distances.
  Anyway in the most common cases you will manage point of interest very near ( few kilometer/miles ) so the effect is reduced or near to zero.   Anyway in the most common cases you will manage point of interest very near ( few kilometer/miles ) so the effect is reduced or near to zero.
  + 
  + == Sample Application ==
  + * [http://projects.developer.nokia.com/QAugmentedReality/files/QAugmentedRealitySample_installer.sis QAugmentedRealitySample]
    
  == Further Improvements ==   == Further Improvements ==

QAugmentedReality - Local based augmented reality component - Revision history

Hamishwillee: Text replace - "Category:Multimedia" to ""

Hamishwillee: Hamishwillee - Change to use new video player which works with Lumia 920 and other mobile browsers

Hamishwillee: Text replace - "" to ""

Hamishwillee: Hamishwillee - Tidy wiki text

Chintandave er: Chintandave er - /* Summary */

Chintandave er: Chintandave er -

Chintandave er: Chintandave er - added Abstract Template

Chintandave er: Chintandave er - spell correction

Galazzo: Galazzo -

Galazzo: Galazzo -

Hamishwillee: Text replace - "`" to ""`