removed useless _ folders

Color Shifter/Color Shifter.sol

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+<Solution name="Color Shifter">
+	<Project name="Color Shifter" path="Color Shifter\Color Shifter.prj" active="true"/>
+</Solution>

Color Shifter/Color Shifter/Color Shifter.prj

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+<Project name="Color Shifter" guid="ff183ea8-8b6b-4828-b876-f0069d2d76a6">
+	<Object name="Object" guid="9d7cb4bc-5d42-4e64-8f4f-01575cf29d34" active="true">
+		<Script name="Color Shifter.lsl" guid="21eb0bc2-e6c2-4f29-b48d-3876308364f9">
+		</Script>
+	</Object>
+</Project>

Color Shifter/Color Shifter/Object/Color Shifter.lsl

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+// :CATEGORY:Color
+// :NAME:Color Shifter
+// :AUTHOR:ferd Frederix    
+// :CREATED:2013-09-06
+// :EDITED:2013-09-18 15:38:50
+// :ID:189
+// :NUM:262
+// :REV:1.0
+// :WORLD:Second Life, OpenSim
+// :DESCRIPTION:
+// Color shifter for dance floors, makes a bunch of linked prims very colorful
+// :CODE:
+
+
+// Color shifter for dance floors, makes a bunch of linked prims very colorful
+
+list colCom ;  // an empty list we will fill up with color vectors
+integer position = 0;    // the first position in the list = 0
+
+default
+{
+    state_entry()
+    {
+        // Here I set up three start and 3 end color schemes in a list, which must be done in pairs.
+        // You can add as many as you want.  I picked 3 cuz i am lazy
+        //
+        // syntax is always <RED,GREEN,BLUE>, in 0 to 255 decimal numbers.
+        // If this bothers you, try just multiplying by 255 to get the equivalent.
+        // so 50% red, 25% green, and 10 blue = 0.5, 0.25, 0.1, or multiplied by 255 = 128, 64, 25, which is entered as <128,64,25>
+        // This is the same as the color numbers in the Texture Window in SL.
+
+        // first color pair       
+        colCom += <255,0,0>; // start with 100% = 255 red
+        colCom += <0,0,255>; // go to all blue
+
+        // color pair
+        colCom += <0,0,255>; // start with all  blue
+        colCom += <0,255,0>; // end with all green
+
+
+        //  color pair
+        colCom += <0,255,0>; // start with 100% = 255 green
+        colCom += <255,0,0>; // now back to red.  It will repeat after that starting with step #1, all red
+
+        // you can use partial colors, too. White = <255,255,255>, black = <0,0,0>, light cyan = <0,128,128>, and so on.
+
+        // the list colCom now contains 6 vectors
+       
+        llSetTimerEvent(5.0);   //wait 5 seconds, then change color   
+    }
+   
+    timer ()
+    {
+        vector startCol = llList2Vector(colCom,position);  // get the vector on the list colCom pointed to by 'position'
+        vector endCol = llList2Vector(colCom,position+1);  // get the next one for end color
+        vector grades = <(endCol.x - startCol.x)/llGetNumberOfPrims(), (endCol.y - startCol.y)/llGetNumberOfPrims(), (endCol.z - startCol.z)/llGetNumberOfPrims()>;
+        // grades is a vector of 3 numbers represeting the difference added each time to fade the color
+        // each color bit, the <Reg,Green.Blue> is now the difference between start and end color as a percentage of the number of prims
+
+        // scan over each prim and make the changes from start to end using the percentage change in 'grades'
+        integer x;
+        for(x = 1; x < llGetNumberOfPrims()+ 1; x++)
+        {
+            startCol += grades;        // add the delta we calculated above to a start color
+            llSetLinkColor(x, startCol, ALL_SIDES);    // and set the color
+        }
+
+        // now we need to get the next color scheme
+        position += 2; // advance to the next position in the list, which is two steps up, not one
+
+        // llGetListLength returns the number 3 in my demo, we need to check against the numbers 0,1,2 as lists are zero-based, so I check for >=, not just greater than.
+        if (position >=  llGetListLength(colCom))
+        {
+            position = 0; // reset to beginning if past the 3rd item (as in 0,1,2)
+        }
+       
+    }        // end timer
+   
+}// end program
+