Panorama Viewer Engine written in several languages
The engine is based heavily off of panoramagl (https://code.google.com/p/panoramagl/) and panoramagl-android (https://code.google.com/p/panoramagl-android/). However, I found those libraries a bit too cumbersome for my purposes.
Add a PanoramaView, via code or GUI builder.
Then, using your PanoramaLoader (default implementation: JSONPanoramaLoader), load the panorama
when the view becomes visible.
You will need to implement the BitmapLoader interface, to follow decode your
AssetID scheme and load Bitmaps
For Cubic Panoramas
{
"type": "cubic", //Panorama type. Accepts: "cubic" or "cylindrical"
"subdivisionX": [int], //Number of horizontal subdivions
"subdivisionY": [int], //Number of vertical subdivisions
"scrolling": //Touch-based movement (Optional)
{
"enabled": [bool]
},
"gyro": //Gyroscope-based movement (Optional)
{
"enabled": [bool]
},
"images": //Panoramic images section
{
"preview": [string], //Preview image AssetID, displays until regular images are loaded (Optional)
"front": //Front images
[
{
"divX": [int], //vertical subdivision index
"divY": [int], //horizontal subdivision index
"assetID": [string] //Image AssetID
},
...
],
"back": //Back images
[
{
"divX": [int], //vertical subdivision index
"divY": [int], //horizontal subdivision index
"assetID": [string] //Image AssetID
},
...
],
"left": //Left images
[
{
"divX": [int], //vertical subdivision index
"divY": [int], //horizontal subdivision index
"assetID": [string] //Image AssetID
},
...
],
"right": //Right images
[
{
"divX": [int], //vertical subdivision index
"divY": [int], //horizontal subdivision index
"assetID": [string] //Image AssetID
},
...
],
"up": //Up images
[
{
"divX": [int], //vertical subdivision index
"divY": [int], //horizontal subdivision index
"assetID": [string] //Image AssetID
},
...
],
"down": //Down images
[
{
"divX": [int], //vertical subdivision index
"divY": [int], //horizontal subdivision index
"assetID": [string] //Image AssetID
},
...
]
},
"camera": //Camera settings section (Optional)
{
"vlookat": [int], //Initial vertical position [-90, 90]
"hlookat": [int], //Initial horizontal position [-180, 180]
"atvmin": [int], //Min vertical position [-90, 90]
"atvmax": [int], //Max vertical position [-90, 90]
"athmin": [int], //Min horizontal position [-180, 180]
"athmax": [int] //Max horizontal position [-180, 180]
},
"hotspots": //Hotspots section (Optional, this section is an array of hotspots)
[
{
"id": [int], //Hotspot identifier (int)
"atv": [int], //Vertical position [-90, 90]
"ath": [int], //Horizontal position [-180, 180]
"width": [float], //Width
"height": [float], //Height
"image": [string] //Image
}
]
}For Cylindrical Panoramas
{
"type": "cylindrical", //Panorama type. Accepts: "cubic" or "cylindrical"
"subdivisionX": [int], //Number of horizontal subdivions
"subdivisionY": [int], //Number of vertical subdivisions
"scrolling": //Touch-based movement (Optional)
{
"enabled": [bool]
},
"gyro": //Gyroscope-based movement (Optional)
{
"enabled": [bool]
},
"images": //Panoramic images section
{
"preview": [string], //Preview image AssetID, displays until regular images are loaded (Optional)
"images": //Images around the panorama
[
{
"divX": [int], //vertical subdivision index
"divY": [int], //horizontal subdivision index
"assetID": [string] //Image AssetID
},
...
]
},
"camera": //Camera settings section (Optional)
{
"vlookat": [int], //Initial vertical position [-90, 90]
"hlookat": [int], //Initial horizontal position [-180, 180]
"atvmin": [int], //Min vertical position [-90, 90]
"atvmax": [int], //Max vertical position [-90, 90]
"athmin": [int], //Min horizontal position [-180, 180]
"athmax": [int] //Max horizontal position [-180, 180]
},
"hotspots":
[ //Hotspots section (Optional, this section is an array of hotspots)
{
"id": [int], //Hotspot identifier (int)
"atv": [int], //Vertical position [-90, 90]
"ath": [int], //Horizontal position [-180, 180]
"width": [float], //Width
"height": [float], //Height
"image": [string] //Image
}
]
}