Creative Academy

Second Life & OpenSim

Preloading Texture Displayer ( V1 )

Expired

Use to display a texture to the public while displaying on a hidden face the next texture to display. Perfect for presentations that require a slideshow. Touch triggered, the textures will be displayed incrementally in alphabetical/numerical order. The script reads the textures from the inventory of the object and reacts only to the owners touch.

 

// V1 //
 
integer display_face = 0; // Face to display the texture on.
 
integer hidden_face = 1; // A face that is hidden that displays the texture to be preloaded to all local viewers.
 
/////////////////////////////////////////////////////////////////////////////////////////////////////////////////
///////////////////////////////////////NO NEED TO EDIT ANYTHING BELOW HERE///////////////////////////////////////
/////////////////////////////////////////////////////////////////////////////////////////////////////////////////
 
key owner;
 
integer tex;
 
integer noi;
 
default
{
    on_rez(integer param)
    {
        llResetScript();
    }
    changed(integer change)
    {
        if(change & (CHANGED_INVENTORY | CHANGED_OWNER))
        llResetScript();
    }
    state_entry()
    {
        owner = llGetOwner();
        if((noi = llGetInventoryNumber(INVENTORY_TEXTURE)))
        {
            llSetTexture(llGetInventoryName(INVENTORY_TEXTURE, (tex = 0)), display_face);
            if(noi > 1)
            llSetTexture(llGetInventoryName(INVENTORY_TEXTURE, (++tex)), hidden_face);
        }
    }
    touch_start(integer nd)
    {
        while(nd)
        {
            if((llDetectedKey(--nd) == owner) && (noi > 1))
            {
                llSetTexture(llGetInventoryName(INVENTORY_TEXTURE, tex), display_face);
                if((++tex) == noi)
                tex = 0;
                llSetTexture(llGetInventoryName(INVENTORY_TEXTURE, tex), hidden_face);
            }
        }
    }
}

 

Link-Set Texture Configuration ( V2 )

Expired

For example - We have a piece of furniture with 5 frame prims and 4 cushion prims.

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  • You want the frame to have 4 texture options -
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    • Dark Wood
    • Light Wood
    • Aluminium
    • Shiny Black
  • And the cushions have 4 texture options -
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    • Pink Damasque
    • Green Twill
    • Black Fur
    • Crimson Velour

You want these options to be available to choose from -

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  • Dark Wood frame with Crimson Velour cushions.
  • Light Wood frame with Pink Damasque cushions.
  • Aluminium frame with Green Twill cushions.
  • Shiny Black frame with Black Fur cushions.
  • Dark Wood frame with Pink Damasque cushions.
  • Light Wood frame with Green Twill cushions.
  • Aluminium frame with Black Fur cushions.
  • Shiny Black frame with Crimson Velour cushions.
  • Dark Wood frame with Green Twill cushions.
  • Light Wood frame with Black Fur cushions.
  • Aluminium frame with Crimson Velour cushions.
  • Shiny Black frame with Pink Damasque cushions.

Put this script in any prim in the set. If you put it in the root prim, the whole object will become touchable. This may be undesirable. If the script is in any other prim in the set, only that prim will be touchable (unless you have other touch active scripts in the object). The script responds to its owner only. It will reset if the owner changes so that the new owner can control it.

  1. Set the object manually to one of the texturing configurations.
  2. Set your Viewer Preferences > Text Chat > Chat Options > Show Timestamp in Local Chat to OFF (uncheck that option).
  3. Click the prim with this script in it.
  4. A dialog will appear, click the "Config" button.
  5. A load of data will be chatted to you.
  6. Copy from your local chat history all the text between "!!!!!!!!!!----CONFIGURATION START----!!!!!!!!!!" & "!!!!!!!!!!----CONFIGURATION END----!!!!!!!!!!". Don't include those two lines. Since this is local chat (and the script is cleaner without automatic removal) you'll need to check there is no unwanted chat mixed up in the object data chat.
  7. Paste that text into an otherwise clean Notecard (no other text in the card).
  8. Name it. The Notecard name needs to be short enough to be the name of that configuration option when offered on a dialog button.
  9. Set the object manually to another of the texturing configurations.
  10. Repeat these steps until all the configurations (Maximum of 12) are stored to Notecards.

Once all the Notecards are saved and named, drop them all into the same prim contents as the script. That's it. Now when the prim is clicked a dialog will appear offering the options, taking the names for each option from the Notecards the script finds.

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  • To add new configurations after adding Notecards to the prim, you'll need to remove the Notecards already in the contents and add them again after creating the new Notecards. In other words, If the prim has any Notecards in it, it will offer the options. If the prim has no Notecards in it, it will offer the "Config" button.
  • The change from one configuration to another can be very slow (depending on the number of prims and the number of faces of each prim etc).
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    • This slowness is a trade off. The main advantages are -
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      • The script doesn't use a vast amount of memory ("Memory use is bad, M'kay?").
      • There are not loads of scripts. Just one script for the whole object.
      • Dramatically different texturing is as simple to apply as slight changes.
    • This isn't designed for dynamic effect. It is for simply changing decoration. Speed is hardly important when changing the color of an arm chair after all.

All texture parameters are catered for. Every individual face separately.

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  • Texture
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    • UUID
    • Repeats
    • Offsets
    • Rotations
  • Color
  • Alpha
  • Mapping
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    • Default or Planar
  • Shiny
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    • High, Medium, Low or None
  • Bump Mapping
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    • All the bumpy options are recorded
  • Fullbright
  • Glow

This is early days for this idea (I may possibly rework it sometime) and there are limits. The amount of data that can be stored to a Notecard being one of them. Very large prim-count objects with complex prims (hollowed and path cut boxes having up to 9 faces for example) may create too much data to be stored to one Notecard. Sorry bout that. - Fred Gandt

 

 

// V2 //
 
SpewConfig(integer nol)
{
    llSetObjectName("");
    llOwnerSay("/me /n!!!!!!!!!!----CONFIGURATION START----!!!!!!!!!!");
    integer ln = 1;
    do
    {
        list s = [];
        list p = [];
        integer c = 0;
        integer f = 0;
        integer l = llGetListLength((s = llGetLinkPrimitiveParams(ln, [17, -1])));
        do
        {
            llOwnerSay("/me " + llDumpList2String([17, (f++)] + llList2List(s, c, (c + 3)), ","));
            c += 4;
        }
        while(c 

 

Touch Texture Setter ( V3 )

Expired

Fill out the UUID for the texture to set. Drop the script in the root prim of the object to texture. The texture then sets on each face touched. A long held touch will delete the script.

 

// V3 //
 
key texture_uuid = "f05755e7-d31c-116d-9cf2-a4840bdfc56b"; // Fence texture
 
integer tc;
 
key owner;
 
default
{
    state_entry()
    {
        owner = llGetOwner();
    }
    touch_end(integer nd)
    {
        while(nd)
        {
            if(llDetectedKey(--nd) == owner)
            {
                tc = 0;
                llSetLinkTexture(llDetectedLinkNumber(nd), texture_uuid, llDetectedTouchFace(nd));
            }
        }
    }
    touch(integer nd)
    {
        while(nd)
        {
            if(llDetectedKey(--nd) == owner)
            {
                if((++tc) == 20)
                llRemoveInventory(llGetScriptName());
            }
        }
    }
}

 

Touch Texture Getter ( V2 )

Expired

Put this script in the root prim of an object and touch whichever face of whichever prim you want the texture UUID of. It will be chatted to you. If you do not have permission to get the UUID you will not get it! A long held touch will delete the script.

 

// V2 //
 
integer tc;
 
key owner;
 
default
{
    state_entry()
    {
        owner = llGetOwner();
    }
    touch_end(integer nd)
    {
        while(nd)
        {
            if(llDetectedKey(--nd) == owner)
            {
                tc = 0;
                llOwnerSay(llList2String(llGetLinkPrimitiveParams(llDetectedLinkNumber(nd), [PRIM_TEXTURE, llDetectedTouchFace(nd)]), 0));
            }
        }
    }
    touch(integer nd)
    {
        while(nd)
        {
            if(llDetectedKey(--nd) == owner)
            {
                if((++tc) == 20)
                llRemoveInventory(llGetScriptName());
            }
        }
    }
}