User:Fred Gandt/Scripts/Functions

My Contributions

I have implemented a V# system to make it more obvious if a function is updated. The V# forms part of the title of each function.

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All my scripting is written for compilation as MONO

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Free Scripts (content constantly updating)

More Free Scripts (content constantly updating)

Even More Free Scripts (content constantly updating)

Even More More Free Scripts (content constantly updating)

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Functions for specific tasks (this page)

Legal Stuff

The legal stuff about contributing to this wiki (worth reading).

PJIRA Issue Tracker

The issues I have filed on the PJIRA

Tuition

Tuition scripts, notes, videos and screenshots etc. (hardly any content yet)

Functions

Here is some stuffs wot does fings

GetUniqueListEntries ( V1 )

Feed a list in and get out a list which contains no duplicate entries. Nice and fast.

<lsl>// V1 //

list GetUniqueListEntries(list src) {

   integer index = 0;
   list output = [];
   list entry = [];
   do
   {
       output += (entry = llList2List(src, 0, 0));
       src = llDeleteSubList(src, 0, 0);
       while((index = llListFindList(src, entry)) != -1)
       src = llDeleteSubList(src, index, index);
   }
   while(llGetListLength(src));
   return output;

}

// Usage Example //

list source = ["How", "much", "wood", "would", "a", "woodchuck", "chuck", "if", "a", "woodchuck", "could", "chuck", "wood", "?"];

default {

   state_entry()
   {
       llOwnerSay(llDumpList2String(GetUniqueListEntries(source), ", "));
       // Return == "Object: How, much, wood, would, a, woodchuck, chuck, if, could, ?"
   }

}</lsl>

MultiListReplace ( V1 )

Replace entries in a list with other entries.

<lsl>// V1 //

list MultiListReplace(list src, list thisnthats) {

   integer index = 0;
   integer lc = 0;
   integer ll = llGetListLength(thisnthats);
   do
   {
       list this = llList2List(thisnthats, lc, lc);
       ++lc;
       while((index = llListFindList(src, this)) != -1)
       src = llListReplaceList(src, llList2List(thisnthats, lc, lc), index, index);
   }
   while((++lc) < ll);
   return src;

}

// Usage Example //

list source = ["How", "much", "wood", "would", "a", "woodchuck", "chuck", "if", "a", "woodchuck", "could", "chuck", "wood", "?"];

default {

   state_entry()
   {
       llOwnerSay(llDumpList2String(MultiListReplace(source, ["woodchuck", "primrezzer", "much", "many", "wood", "prims", "chuck", "rez"]), ", "));
       // Return == "Object: How, many, prims, would, a, primrezzer, rez, if, a, primrezzer, could, rez, prims, ?"
   }

}</lsl>

MultiStringReplace ( V4 )

Replace parts of a string with other strings.

<lsl>// V4 //

string MultiStringReplace(string src, list thisnthats) {

   integer index = 0;
   integer lc = -1;
   integer ll = llGetListLength(thisnthats);
   do
   {
       string this = llList2String(thisnthats, (++lc));
       while((index = llSubStringIndex(src, this)) != -1)
       src = llInsertString(llDeleteSubString(src, index, (index + (llStringLength(this) - 1))),
                            index, llList2String(thisnthats, lc));
   }
   while((++lc) < ll);
   return src;

}

// Usage Examples //

string source = "How much wood would a woodchuck chuck if a woodchuck could chuck wood?";

default {

   state_entry()
   {
       llOwnerSay(MultiStringReplace(source, ["woodchuck", "primrezzer", "much", "many", "wood", "prims", "chuck", "rez"]));
       // Return == "Object: How many prims would a primrezzer rez if a primrezzer could rez prims?"
       
       llOwnerSay(MultiStringReplace(source, ["much", "many", "wood", "prims", "woodchuck", "primrezzer", "chuck", "rez"]));
       // Return == "Object: How many prims would a primsrez rez if a primsrez could rez prims?"
       
       llOwnerSay(MultiStringReplace(source, ["farmers", "primrezzer", "much", "many", "wood", "prims", "chuck", "rez"]));
       // Return == "Object: How many prims would a primsrez rez if a primsrez could rez prims?"
       
       llOwnerSay(MultiStringReplace(source, ["much", "many", "wood", "prims", "farmers", "primrezzer", "chuck", "rez"]));
       // Return == "Object: How many prims would a primsrez rez if a primsrez could rez prims?"
       
       llOwnerSay(MultiStringReplace(source, ["woodchuck", "primrezzer", "much", "many", "wood", "prims", "farmers", "piggies", "chuck", "rez"]));
       // Return == "Object: How many prims would a primrezzer rez if a primrezzer could rez prims?"
   }

}</lsl>

StrideOfList ( V2 )

Get strided entries from a list. And yes, I know about llList2ListStrided; Frankly, this works better.

<lsl>// V2 //

list StrideOfList(list src, integer stride, integer start, integer end) {

   list l = [];
   integer ll = llGetListLength(src);
   if(start < 0)start += ll;
   if(end < 0)end += ll;
   if(end < start) return llList2List(src, start, start);
   while(start <= end)
   {
       l += llList2List(src, start, start);
       start += stride;
   }
   return l;

}

// Usage Examples //

list source = ["How", "much", "wood", "would", "a", "woodchuck", "chuck", "if", "a", "woodchuck", "could", "chuck", "wood?"];

default {

   state_entry()
   {
       llOwnerSay(llDumpList2String(StrideOfList(source, 1, 0, -1), ", "));
       // Return == "Object: How, much, wood, would, a, woodchuck, chuck, if, a, woodchuck, could, chuck, wood?"

       llOwnerSay(llDumpList2String(StrideOfList(source, 2, 0, -2), ", "));
       // Return == "Object: How, wood, a, chuck, a, could"

       llOwnerSay(llDumpList2String(StrideOfList(source, 4, 3, -1), ", "));
       // Return == "Object: would, if, chuck"

       llOwnerSay(llDumpList2String(StrideOfList(source, 5, 3, -4), ", "));
       // Return == "Object: would, a"

       llOwnerSay(llDumpList2String(StrideOfList(source, 3, -10, -7), ", "));
       // Return == "Object: would, chuck"

       llOwnerSay(llDumpList2String(StrideOfList(source, 3, 7, -7), ", ")); // Start index is closer to end that end index.
       // Return == "Object: if"                                            // Start is returned only.
   }

}</lsl>

ToNormal ( V2 )

Returns a string that holds true to a few simple rules.

• First person reference "I" is capitalized.
• Specified names are capitalized.
• The first word of each proper sentence is capitalized.

I would imagine the results will be a mess if the source is not neatly written. I'll work on improving it as time goes on (it's a start).

• New-lines disturb the results. The return is not as desired. It's on the "to-do" list.

<lsl>// V2 //

string ToNormal(string src, list names) {

   list abc = ["a","b","c","d","e","f","g","h","i","j","k","l","m",
               "n","o","p","q","r","s","t","u","v","w","x","y","z"];
   list punc = [". ","; ","? ","! "];
   src = llToLower(" " + src + " ");
   string result = "";
   integer index = 0;
   integer lc = 0;
   integer ll = 0;
   integer fp = 1;
   string ko = "";
   if((ll = llGetListLength(names)))
   {
       do
       {
           string name = llToLower(llList2String(names, lc));
           while((index = llSubStringIndex(src, name)) != -1)
           src = llInsertString(llDeleteSubString(src, index, (index + (llStringLength(name) - 1))),
                                index, llList2String(names, lc));
       }
       while((++lc) < ll);
       index = 0;
   }
   while((index = llSubStringIndex(src, "i")) != -1)
   {
       if(fp)
       {
           ko = llGetSubString(src, 0, (index - 1));
           fp = 0;
       }
       if((llListFindList(abc, [llGetSubString(src, (index - 1), (index - 1))]) == -1)
       && (llListFindList(abc, [llGetSubString(src, (index + 1), (index + 1))]) == -1))
       {
           src = llDeleteSubString(src, index, index);
           result += ("I" + llGetSubString(src, index, (llSubStringIndex(src, "i") - 1)));
       }
       else
       {
           src = llDeleteSubString(src, index, index);
           result += ("i" + llGetSubString(src, index, (llSubStringIndex(src, "i") - 1)));
       }
   }
   names = llParseString2List(llStringTrim((result = (ko + result)), STRING_TRIM), [], punc); // Reusing variable to save bytes.
   lc = 0;
   index = -1;
   ll = llGetListLength(names);
   string ABC = llToUpper(llDumpList2String(abc, ""));
   do
   {
       string entry = llList2String(names, lc);
       do
       {
           ++index;
           result = llToUpper(llGetSubString(entry, index, index));
       }
       while(llSubStringIndex(ABC, result) == -1);
       names = llListReplaceList(names, [llInsertString(llDeleteSubString(entry, index, index), index, result)], lc, lc);
       index = -1;
   }
   while((lc += 2) < ll);
   return llDumpList2String(names, "");

}

// Usage Example //

string source = "I can't help but wonder; \"What time should I and Sally arrive for dinner\"? For some reason, I like Tori Amos! Should I?";

default {

   state_entry()
   {
       source = llToUpper(source); // For whatever reason...

// source == "I CAN'T HELP BUT WONDER; "WHAT TIME SHOULD I AND SALLY ARRIVE FOR DINNER"? FOR SOME REASON, I LIKE TORI AMOS! SHOULD I?"

       llOwnerSay(ToNormal(source, ["Sally", "Tori Amos"]));

// Return == "Object: I can't help but wonder; "What time should I and Sally arrive for dinner"? For some reason, I like Tori Amos! Should I?"

   }

}</lsl>