The KDC vacuum system simulate the chore activity of floor vacuuming and the progressive degradation of it's cleaning status. It is composed of the following objects.
The vacuum charger is the home of your KDC vacuum cleaner, place it wherever you wish to store your vacuum cleaner when not in use. Clicking it will either create a fresh vacuum on the charger or will indicate you where the vacuum currently is (secondlife coordinates) and tell you who is currently using it, if anyone.
If the vacuum cannot be found in the region, a new copy will automatically be rezzed on click and loaded with the last known data.
This is the object responsible of spawning the actual vaccum cleaner, you won't find the vacuum itself in the delivery box, simply rez the charger, place it and click it to get the vacuum cleaner spawned.
The vacuum cleaner can be picked up by clicking it and accepting the secondlife permission to attach. It can also be dropped on the spot by simply detaching it. To put it back on it's charger, simple detach it in close proximity of the charger.
When worn, a menu can be open by clicking the vacuum cleaner, it will allow you to toggle it on and off, aswel as dropping it if your client doesn't allow you to simply detach it.
The vacuum will turn on as long as long as it has some battery charge and the dust reservoir isn't full.
You can check the battery capacity and dust reservoir on the bar indicators located on the handle.
If you wish to adjust it's “in hand” position, you can do so like with any SecondLife attachment. In order to save it, you have to briefly turn on the vacuum cleaner.
This is where you can empty the KDC vacuum cleaner's dust reservoir. When wearing the vacuum cleaner, simply get into close proximity of the Trashcan and click it. After a brief animation the dust reservoir should be empty. This specific trashcan model is marked as “infinite” because it doesn't have a capacity of it's own. A future product may expand domestic waste treatment and offer a compatible trashcan which may include a limited capacity and the disposal of full trashbags.
The VacuTrack is the heart of the Vacuum System and allow you to define a vacuum-able area of floor. It also allows to change various cleaning parameters.
The circular light can go through 3 distinct states:
Note: You can edit the vacuTrack and change the color of the casing and the ring to your liking, it will not affect its function.
The VacuTrack has a few extra settings that will allow you to further tweak the system, they can be changed by editing the configuration notecard in the VacuTrack inventory.
//All lines starting with "//" are comments and will be ignored. //How much dirt is picked up PER node by a cleaning implement. //minimum value: 0.1 DIRT_PICKUP_RATE=2.0 //This is how often a node becomes dirty. //minimum value: 60 DIRT_REGENERATION_RATE=120.0 //This is the size of each node, smaller nodes mean a more thorough vacuuming is required. //minimum value: 1.0 DIRT_NODE_SIZE=1.0
The monitoring panel allows you to track multiple chores in a single location. It can display up to 3 progress bars with their own label and can add multiple chores into a single bar to provide a “global” status.
The progress bar will go from green to red as the values get lower.
It is configured through the “monitoring.config” notecard located in its inventory:
//Every line starting with "//" is a comment and //will be ignored //Uncomment this line to get the monitoring panel's UUID in local chat. //SHOW_UUID //Declares that we are creating a new entry. //You can have up to 3 on this monitoring panel. PANEL_START //This is the label that will be used for the current entry, used by other devices for filtering LABEL=MY PANEL //This is the name of the texture to display for this entry on the panel. It has to be in the object's inventory. DISPLAY=vacuuming.texture //This allows us to filter which labels we will be gathering, ignored if it is unset or set to "*" //Any label on the tracked objects that doesn't pass the filter will be ignored. //Multiple entries, comma separated FILTER=* //One or more of these lines are the IAPI compatible objects that are tracked for this entry. //You can have as many of these lines as you want. TRACK_KEY=put_the_key_to_track_here //Example for a second entry: //PANEL_START //DISPLAY=sometexture.texture //LABEL=MY OTHER PANEL //FILTER=* //TRACK_KEY=put_the_key_to_track_here
A floor surface script, configuration file and a set of textures are provided. Essentially this will allow you to make a set of prims to overlay over your vacuum able room and to make it automatically fade in and out based on the room dustyness.
Its configuration is very similar to the monitoring panel:
//IMPORTANT// //If you need more than this prim to represent a complex room surface, you don't have to //duplicate this script/config in each and every one of them, simply link all the extra surfaces. //to this one, the script will set the alpha of all the child prims at once. //Uncomment this line to get the monitoring panel's UUID in local chat. //SHOW_UUID //The minimum and maximum alpha values for the dust cover where 0 is fully transparent and 100 fully visible. MIN_ALPHA=0 MAX_ALPHA=100 //This is the label that will be used for the current entry, used by other devices for filtering LABEL=DUST //This allows us to filter which labels we will be gathering, ignored if it is unset or set to "*" //Any label on the tracked objects that doesn't pass the filter will be ignored. //Multiple entries, comma separated FILTER=* //One or more of these lines are the IAPI compatible objects that are tracked by the floor surface. //You can have as many of these lines as you want. TRACK_KEY=put_the_key_to_track_here
You can use any prims and link them with the floor surface, as long as the floor surface remains the root prim, it will set the alpha value for all child prims. Several dust textures are provided for your convenience.
NOTE: floor surfaces and monitoring panels also output IAPI compatible tracking data, so you can actually chain them in a bigger system, ex: multiple floor surfaces are traccked by a monitoring panel, which is tracked by a global monitoring panel that adds up the results for every rooms.