Difference between revisions of "PRIM MATERIAL"

From Second Life Wiki
Jump to navigation Jump to search
m (<lsl> tag to <source>)
 
(14 intermediate revisions by 3 users not shown)
Line 1: Line 1:
{{#if:
<onlyinclude>{{#if:
{{LSL_Constants/PrimitiveParams}}
 
{{#vardefine:material_const|{{LSL Const|PRIM_MATERIAL|integer|2|c=Used to {{GetSet|{{{1|}}}|get|set|/}} the prim's material}}}}
 
{{#vardefine:p_material_desc|PRIM_MATERIAL_* flag}}
 
}}</onlyinclude>{{#if:
 
}}{{LSL Constant
}}{{LSL Constant
|inject-2={{LSL PrimitiveParam Categorize|Prim}}
|name=PRIM_MATERIAL
|name=PRIM_MATERIAL
|type=integer
|type=integer
|value=2
|value=2
|desc=Sets the prim material. Material affects only friction, not mass, bounce, elasticity, or collision sound. On a wood incline of 33 degrees, the example script below gave the following results:
|float=
 
<center style="font-size:125%;">[http://youtube.com/watch?v=6OXYO61kQCA Video tutorial about material]</center>
STONE reached maximum velocity of 0.453181 and travelled 0.361655 metres.
<videoflash>6OXYO61kQCA</videoflash>
 
|desc=Sets the prim material. Material does not affect mass, but does affect friction, bounce (elasticity), and collision sound. On a wood incline of 33 degrees, the example script below gave the following results:
METAL reached maximum velocity of 5.475444 and travelled 10.211180 metres.
 
GLASS reached maximum velocity of 6.483150 and travelled 11.678304 metres.
 
WOOD reached maximum velocity of 2.154549 and travelled 9.433724 metres.
 
FLESH reached maximum velocity of 0.351543 and travelled 0.188043 metres.
 
PLASTIC reached maximum velocity of 4.502428 and travelled 9.590952 metres.
 
RUBBER reached maximum velocity of 0.374964 and travelled 0.187106 metres.


{{{!}} class="sortable" {{Prettytable}}
{{!}}+ <font style="font-size:80%;">Table detailing maximum velocity and distance traveled down the incline.</font>
{{!}}- {{Hl2}}
!Type
!Velocity <font style="font-size:80%;">({{HoverText|m/s|meters per second}})</font>
!Distance <font style="font-size:80%;">({{HoverText|m|meters}})</font>
{{!}}-
{{!}}[[PRIM_MATERIAL_STONE|Stone]]
{{!}}0.453181
{{!}}0.361655
{{!}}-
{{!}}[[PRIM_MATERIAL_METAL|Metal]]
{{!}}5.475444
{{!}}10.211180
{{!}}-
{{!}}[[PRIM_MATERIAL_GLASS|Glass]]
{{!}}6.483150
{{!}}11.678304
{{!}}-
{{!}}[[PRIM_MATERIAL_WOOD|Wood]]
{{!}}2.154549
{{!}}9.433724
{{!}}-
{{!}}[[PRIM_MATERIAL_FLESH|Flesh]]
{{!}}0.351543
{{!}}0.188043
{{!}}-
{{!}}[[PRIM_MATERIAL_PLASTIC|Plastic]]
{{!}}4.502428
{{!}}9.590952
{{!}}-
{{!}}[[PRIM_MATERIAL_RUBBER|Rubber]]
{{!}}0.374964
{{!}}0.187106
{{!}}-
{{!}}}
|pa={{LSL Constant/List|i_front=[&#32;{{#var:material_const}},&#32;|i_end=&nbsp;]
|text=When used with [[llSetPrimitiveParams]] & [[llSetLinkPrimitiveParams]]
|i1_type=integer|i1_name=material
|toc=llSetPrimitiveParams
}}
|pb={{LSL Constant/List|i_front=[[llGetPrimitiveParams]]([&nbsp;{{#var:material_const}}|i_end=&nbsp;]);|
|r_front=Returns the list [&nbsp;|r_end=&nbsp;]
|text
|r1_type=integer|r1_name=material
|toc=llGetPrimitiveParams
}}
|examples=
|examples=
<lsl>
<source lang="lsl2">// © 2008 by Karzita Zabaleta
// © 2008 by Karzita Zabaleta
// Author of Scripting Your World, Wiley, October 2008.
// Author of Scripting Your World, Wiley, October 2008.


Line 87: Line 129:
         gWaitCount=0;
         gWaitCount=0;
         gPrimMaterial++;
         gPrimMaterial++;
         if (gPrimMaterial ==7 ) gPrimMaterial=(0);
         if (gPrimMaterial == 7 ) gPrimMaterial = 0;
     }
     }
     timer() {
     timer() {
Line 94: Line 136:
         if (gWaitCount > 100) { // 10 seconds
         if (gWaitCount > 100) { // 10 seconds
             string type = llList2String( gMaterialTypes, gPrimMaterial-1 );
             string type = llList2String( gMaterialTypes, gPrimMaterial-1 );
             llOwnerSay(type+" reached maximum velocity of "+(string)gMaxVelMag+" and travelled "+(string)llVecMag(llGetPos()-gHomePosition)+" metres.");
             llOwnerSay(type+" reached maximum velocity of "+(string)gMaxVelMag+
                      " and traveled "+(string)llVecDist(llGetPos(), gHomePosition)+" meters.");
             returnHome();
             returnHome();
         }
         }
     }
     }
}
}</source>
</lsl>
|constants=
|constants=
{{LSL ConstRow|PRIM_MATERIAL_FLESH}}
{{!}}
{{LSL ConstRow|PRIM_MATERIAL_GLASS}}
{{LSL Constants/PrimitiveParams/materials|table=*|sortable=*}}
{{LSL ConstRow|PRIM_MATERIAL_METAL}}
{{LSL ConstRow|PRIM_MATERIAL_PLASTIC}}
{{LSL ConstRow|PRIM_MATERIAL_RUBBER}}
{{LSL ConstRow|PRIM_MATERIAL_STONE}}
{{LSL ConstRow|PRIM_MATERIAL_WOOD}}
|functions=
|functions=
{{LSL DefineRow||[[llSetPrimitiveParams]]|}}
{{LSL DefineRow||[[llSetPrimitiveParams]]|}}
Line 115: Line 152:
{{LSL DefineRow||[[changed]]|}}
{{LSL DefineRow||[[changed]]|}}
|location
|location
|cat1=Prim
|haiku={{Haiku|The prims we conjure|can have many qualities.|There's more than plywood?}}
|cat2
|cat1=Collision
|cat3
|cat2=Prim/Materials
|cat3=Material
|cat4
|cat4
}}
|}}

Latest revision as of 16:42, 23 January 2015

Description

Constant: integer PRIM_MATERIAL = 2;
Video tutorial about material

<videoflash>6OXYO61kQCA</videoflash>

The integer constant PRIM_MATERIAL has the value 2

Sets the prim material. Material does not affect mass, but does affect friction, bounce (elasticity), and collision sound. On a wood incline of 33 degrees, the example script below gave the following results:

Table detailing maximum velocity and distance traveled down the incline.
Type Velocity (m/s) Distance (m)
Stone 0.453181 0.361655
Metal 5.475444 10.211180
Glass 6.483150 11.678304
Wood 2.154549 9.433724
Flesh 0.351543 0.188043
Plastic 4.502428 9.590952
Rubber 0.374964 0.187106

llSetPrimitiveParams

[ PRIM_MATERIAL, integer material ]
• integer material – PRIM_MATERIAL_* flag

When used with llSetPrimitiveParams & llSetLinkPrimitiveParams

llGetPrimitiveParams

llGetPrimitiveParams([ PRIM_MATERIAL ]);

Returns the list [ integer material ]

• integer material – PRIM_MATERIAL_* flag

Related Articles

Constants

material Flags Description Friction Restitution
PRIM_MATERIAL_STONE 0 stone 0.8 0.4
PRIM_MATERIAL_METAL 1 metal 0.3 0.4
PRIM_MATERIAL_GLASS 2 glass 0.2 0.7
PRIM_MATERIAL_WOOD 3 wood 0.6 0.5
PRIM_MATERIAL_FLESH 4 flesh 0.9 0.3
PRIM_MATERIAL_PLASTIC 5 plastic 0.4 0.7
PRIM_MATERIAL_RUBBER 6 rubber 0.9 0.9
PRIM_MATERIAL_LIGHT 7 light, DEPRECATED: Looks the same as [ PRIM_FULLBRIGHT, ALL_SIDES, TRUE ] 0.6 0.5

Functions

•  llSetPrimitiveParams
•  llSetLinkPrimitiveParams
•  llGetPrimitiveParams

Events

•  changed

Examples

// © 2008 by Karzita Zabaleta
// Author of Scripting Your World, Wiley, October 2008.

list gMaterialTypes = [
  "STONE",
  "METAL",
  "GLASS",
  "WOOD",
  "FLESH",
  "PLASTIC",
  "RUBBER"
];

vector   gHomePosition;
rotation gHomeRotation;
integer  gWaitCount = 0; 
float    gMaxVelMag;
integer  gPrimMaterial;

moveTo(vector origin, vector destination) {
    float dist = llVecDist(origin, destination);
    integer passes = llCeil( llLog(dist/10.0) / llLog(2.0) );
    integer i;
    list params = [PRIM_POSITION, destination];
    for (i=0; i<passes; i++) {
        params = (params=[]) + params + params;
    }
    // actually move the prim, now
    llSetPrimitiveParams(params);
}

returnHome()
{
    llSetStatus(STATUS_PHYSICS, FALSE);
    moveTo(llGetPos(),gHomePosition);
    llSetTimerEvent(0);
    llSetRot(gHomeRotation);
}

calculate_velocity()
{
    float velMag = llVecMag(llGetVel());
    if (velMag > gMaxVelMag) {
        gMaxVelMag = velMag;
    }
}

default
{
    state_entry() {
        gHomePosition = llGetPos();
        gHomeRotation = llGetRot();
    }
    on_rez(integer _n) {
        llResetScript();
    }
    touch_start(integer n) {
        gMaxVelMag = 0;
        llSetPrimitiveParams([PRIM_MATERIAL, gPrimMaterial]);
        llSetStatus(STATUS_PHYSICS,TRUE);
        llSetTimerEvent(0.1);
        llResetTime();
        gWaitCount=0;
        gPrimMaterial++;
        if (gPrimMaterial == 7 ) gPrimMaterial = 0;
    }
    timer() {
        calculate_velocity();
        gWaitCount++;
        if (gWaitCount > 100) { // 10 seconds
            string type = llList2String( gMaterialTypes, gPrimMaterial-1 );
            llOwnerSay(type+" reached maximum velocity of "+(string)gMaxVelMag+
                       " and traveled "+(string)llVecDist(llGetPos(), gHomePosition)+" meters.");
            returnHome();
        }
    }
}

Deep Notes

Search JIRA for related Issues

Signature

integer PRIM_MATERIAL = 2;

Haiku

The prims we conjure
can have many qualities.
There's more than plywood?

Retrieved from "https://wiki.secondlife.com/w/index.php?title=PRIM_MATERIAL&oldid=1194682"