I need a fresh config.cfg and autoexec.cfg

[standardtoaster]

I've been trying to get my SPH value resetter to work properly because a couple of people have said that it doesn't work. I think I may have messed with the config to much. I deleted it along with autoexec and now some functions aren't working. I opened up the console with ~ typed 1..5 so that it would get me [1, 2, 3, 4, 5] but instead it said that it couldn't do it because it was a Function applied to non-funtion 1(..). Please help.

[Sonic]

I'd send mine, except mine's a custom one, with custom console commands.

[KarateBrot]

wow cool i didn't know of x...y to get an array counting from one to another number. are there also other helpful short commands?

[standardtoaster]

Well... I made a quick for myself that I use often.

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clear = {console.clear}

That makes it so whenever I type clear in the console it clears the console.

[electronicboy]

reinstall algodoo?

options --> reset?

asl my autoexec

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Reflection.ExecuteFile "thyme.cfg";

Keys.bind("f12", {System.screenshot});
Keys.bind("pause", {Sim.running=false; App.Step}); // Press this to take one time step when paused

exit = {System.exit};
quit = {System.exit};
print = {Console.print};

time = {Sim.time};
sin = {math.sin};
cos = {math.cos};

spawnBoxRow = (offset, n)=>{for(n, (x)=>{Scene.addBox({pos = offset + [x, 0]})})};
spawnPyramid = (n)=>{for(n, (i)=>{spawnBoxRow([(n - i) * 0.5, n - i], i)})}; // A pyramid of boxes
makeRing = (r, n)=>{
    list = [];
    for(n, (i)=>{
        a = (2 * math.pi * i) / n;
        list = list ++ [r * [cos(a), sin(a)]]
    });
    list
};

spawnRing = { Scene.addPolygon { surfaces = [ makeRing(1, 48), makeRing(0.5, 48) ] } }; // Creates a 2D-torus

groovyOn = {
   App.fadeColor = [0.8, 0, 0.9];
   App.fadeTranslate = { [3 * sin(time), 2 * sin(time)] };
   App.fadeRotate = { sin(System.time*1.2) };
   App.Background.skyColor = [0,0,0,0];
};

groovyOff = {
   App.fadeColor = [0, 0, 0];
   App.Background.skyColor = [0.45, 0.55, 1, 1];
};

also there is 2 config files!!
one in prgram files and 1 in my docs
program files

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// Default config.cfg shipped with Algodoo 5.47

Resources.shaders = false;

Scene.addWidget {
    minimized = false;
    pos = [0.0, 31.0];
    widgetID = "Toolbar";
};
Scene.addWidget {
    minimized = false;
    pos = [0.0, 70.0];
    widgetID = "SimControl";
};       
Scene.addWidget {
    minimized = false;
    pos = [0.0, 117.0];
    title = "Settings";
    widgetID = "EntityOptions"
};
Scene -> {
    Camera -> {
        smoothPan = true;
        smoothZoom = true;
    };
};

my docs

Code: Select all

// Generated by Algodoo v1.6.0

inclusive_range = (min, max)=>{min > max ? [] : {[min] ++ inclusive_range(min + 1, max)}};
SPH -> {
    kernelMultiplier = 0.635;
    incompressible = true;
    influence = 2.7;
    viscMultiplier = 1.0;
    solveT = 0.01;
    unilateral = true;
    lowMassCollisionRadiusFactor = 0.4;
    friction = 0.01;
    jitter = 0.0;
    sort = false;
    restitution = 0.0;
    maxNeighbors = 64;
    geomFieldOffset = 0.5;
    spikyKernel = true;
    geomFriction = 0.001;
    surfaceTension = 0.0;
    radius = 0.05;
    density = 1.0;
    solveIters = 1;
    minMassFactor = 3.0;
    nonPenetration = true;
    vaporizeTime = +inf;
    pressMultiplier = 1.0;
    specialPressure = true;
    solveConst = 1e+006;
    bucketSize = 2.0;
    geomMassMultiplier = 2.0;
    kernelNormalize = false;
    viscosity = 0.0;
    soundSpeed = 20.0;
    velocitySmoothing = false;
    geometryFields = true
};
math -> {
    max = (a, b)=>{a > b ? a : b};
    min = (a, b)=>{a < b ? a : b}
};
Sim -> {
    airFrictionQuadratic = 0.0;
    blockedContactSolver4N = false;
    skipDistance = 0.15;
    solvePreSortConstraints = true;
    blockedContactSolver3N = true;
    solver = "gs";
    blockedContactSolver2N = true;
    solveRegularizationFactor = 1.0;
    adHocSolver = false;
    cableMaxMassRation = 2.0;
    gravityStrength = 9.8;
    airSwitch = true;
    cableAdaptiveSlack = false;
    gravitySwitch = true;
    frequency = 100;
    blockedContactSolver2NF = false;
    cableMiliatryConstraint = false;
    solveConstant = 1e+008;
    useSkipLists = true;
    timeFactor = 1.0;
    mutipleContactEventPerPair = false;
    maxSpringStrength = 10.0;
    cables = true;
    cableDistanceConstraint = true;
    gravityAngleOffset = 0.0;
    solveConstCables = 1e+008;
    solverSOR = [1.0, 1.0, 1.0];
    solveIter = 30;
    solveTcontacts = 0.05;
    solveStiffIter = 0;
    solveDistFactor = 1.0;
    solveRandomizeConstraints = true;
    bruteColliderCutoff = 0;
    solveTCables = 0.05;
    sortBroadPhasePairs = false;
    blockedContactSolver = false;
    cableLineSmartChoice = true;
    solveTconstraints = 0.05;
    solveVelFactor = 1.0;
    defaultBodyDensity = 2.0;
    cableJacobianScale = 1.0;
    airFrictionLinear = 0.01;
    maxPositionCorrection = +inf;
    warmStart = true;
    cableMaxSlack = 0.1;
    running = false;
    optimizeContactSet = true;
    airFrictionMultiplier = 1.0;
    targetPenetration = 0.0001;
    solveReverseConstraints = false;
    polygonMeshSize = [128, 128];
    cableMaxImpFactor = +inf;
    defaultBodyFriction = 0.5;
    fastPolyAABB = true;
    nyquistFactor = 4.0;
    cableLineConstraint = true;
    springForce = 1000.0;
    warmStartFactor = 0.5;
    airDensity = 0.01;
    largeOverlapTest = true;
    solvePenetrationDamping = false;
    rotFrictionLinear = 0.00314;
    defaultBodyRestitution = 0.5;
    solveAccFactor = 1.0;
    cableSafetyDistance = 0;
    cableLineInternalize = false;
    forceContactCalculations = false
};
sin = {math.sin};
WebCam -> {
    flipVert = false;
    flipHoriz = false
};
Defaults -> {
    glueToWorld = false;
    borders = true
};
spawnPyramid = (n)=>{for(n, (i)=>{spawnBoxRow([(n - i) * 0.5, n - i], i)})};
exit = {System.exit};
App -> {
    fadeColor = [0.0, 0.0, 0.0];
    updateInterval = 1;
    alwaysCalcContacts = false;
    laserResolution = 10.0;
    waterMaxElongation = 2.0;
    maxBorderArea = 0.2;
    borderWidth = 0.1;
    waterColor = [0.1, 0.1, 1.0, 0.7];
    waterRefractiveIndex = 1.33;
    sceneFadeInTime = 1.0;
    polytoolPreviewColor = [1.0, 0.5, 1.0, 0.4];
    gpuWater = false;
    drawBCs = false;
    drawVertices = false;
    maxPointDist = 0.5;
    drawScaleIndicator = true;
    maxUndo = 40;
    metaWater = true;
    minPointDist = 0.15;
    maxSPHSpawn = 2000;
    laserWidth = 0.2;
    maxBorderAreaSpecial = 0.4;
    drawOBBs = false;
    Grid -> {
        grid = true;
        base = 4;
        numAxes = 2;
        scale = 1.0;
        snap = true
    };
    language = "English";
    fadeTranslate = [0.0, 0.0];
    waterTracerLightness = 0.75;
    GUI -> {
        geomGenTolerance = 1.2;
        toolGestureSensitivity = 1.0;
        drawDragLine = true;
        dragUndo = true;
        useHSL = false;
        alikeTolerance = 0;
        geomGenShrink = 0.0033;
        toolGestures = true;
        Forces -> {
            normalText = "N";
            totalText = "";
            airFrictionText = "-fv";
            attraction = true;
            gravityText = "mg";
            airBuoyancyText = "-adg";
            airFriction = true;
            airBuoyancy = true;
            total = true;
            attractionText = "A";
            externalText = "ext";
            friction = true;
            drawValues = true;
            drawNames = true;
            external = true;
            normal = true;
            velScale = 1.0;
            frictionText = "T";
            springText = "-kx-bv";
            forceScale = 1.9;
            drawForces = false;
            gravity = true;
            contactCombinationDistance = 1.2;
            spring = true;
            velocities = false;
            frictionProjection = true;
            hingeText = "H";
            hinge = true
        };
        trapUser = false;
        geomGenMinArea = 0.0009;
        drawHingesWhenRunning = true;
        toolSpecificCursors = true;
        zoomFactor = 0.2;
        allowDrawSelect = true;
        level = 3;
        Scene.addWidget {
            widgetID = "SimInfo";
            minimized = false;
            pos = [842.0, 0.0];
            size = [167.5, 210.0];
            title = "Sim-info"
        };
        Scene.addWidget {
            widgetID = "SimControl";
            minimized = false;
            pos = [0.0, 70.0];
            size = [521.0, 40.0];
            title = ""
        };
        Scene.addWidget {
            widgetID = "Toolbar";
            minimized = false;
            pos = [0.0, 31.0];
            size = [600.0, 32.0];
            title = ""
        };
        Scene.addWidget {
            widgetID = "EntityOptions";
            minimized = false;
            pos = [0.0, 117.0];
            size = [178.25, 120.0];
            title = "Settings"
        }
    };
    laserEvents = true;
    screenshotsWithAlpha = false;
    laserBroadPhase = true;
    Background -> {
        skyColor = [0.24745497, 0.5456197, 0.585, 1.0];
        cuteClouds = true;
        drawClouds = false;
        cloudOpacity = 0.95
    };
    scaleGravityField = false;
    drawBodyCenters = false;
    drawCables = false;
    forceVertexPolygonDrawing = false;
    maxPolygonBorderFactor = 0.75;
    pointSize = 3.0;
    chainDensityFactor = 1.0;
    laserSuperBoost = 1.0;
    dragToolStrength = 0.25;
    HQPolygons = false;
    drawParticleNeighbors = false;
    waterElongation = 0.05;
    fadeRotate = 0.0;
    drawSelectionOBB = false;
    drawVelocityFactor = 0.02;
    lineWidth = 3.0;
    drawParticleCenters = false;
    fadeScale = [0.995, 0.995];
    enableScriptMenu = true;
    checkForUpdates = true;
    DPI = 86.0;
    waterTracers = 0;
    autosaveTime = 300.0;
    waterFanceyFactor = 10.0;
    metaCutoff = 0.5;
    numColorsInRainbow = 12;
    drawCollisions = false;
    drawMapOBBs = false;
    waterTracerSize = 0.015;
    showGravityField = false;
    maxCogs = 128;
    autosaveEnable = true;
    laserWaterBVH = false;
    marchingSquaresResolution = 1.0
};
Console -> {
    fade = false;
    screenSize = 0.35;
    delay = 0.3;
    scroll = true;
    color = [0.1, 0.1, 0.1, 0.8]
};
Tablet -> {
    rightClickOverride = false;
    improveClickTolerance = true;
    overrideMouseEvents = true
};
Resources -> {
    textures = true;
    force16BitTextures = false;
    shaders = false
};
cos = {math.cos};
makeRing = (r, n)=>{
    list = [];
    for(n, (i)=>{
        a = (2 * math.pi * i) / n;
        list = list ++ [r * [cos(a), sin(a)]]
    });
    list
};
groovyOn = {
    App.fadeColor = [0.8, 0, 0.9];
    App.fadeTranslate = {[3 * sin(time), 2 * sin(time)]};
    App.fadeRotate = {sin(System.time * 1.2)};
    App.Background.skyColor = [0, 0, 0, 0]
};
Scene -> {
    author = "";
    title = "V-22 Osprey (Work In Progress)";
    description = "";
    my -> {
        heightground = 2.6721344;
        planepos = [-20.40071, 79.085045];
        groundpos = [-20.400963, 76.41291];
        heightsealevel = 79.085045
    };
    Camera -> {
        trackRotation = false;
        zoom = 11.640823;
        smoothRotation = true;
        smoothPan = true;
        smoothFactor = 0.9;
        rotation = 0.0;
        pan = [12.780467, 103.42179];
        smoothZoom = true
    };
    gravityRotationOffset = NaN
};
time = 31.370623;
GUI -> {
    rightToLeft = false;
    fontShadow = true;
    fgColor = [1.0, 1.0, 1.0, 1.0];
    font = "arial_black";
    crispFonts = false;
    clickTimeTolerance = 0.3;
    opacity = 0.8;
    cursorFPSLimit = 25.0;
    scale = 1.0;
    bgColor = [0.2, 0.2, 0.2, 1.0];
    penInput = false;
    forceOSCursor = true;
    fontShadowOffset = [0.125, 0.125];
    cursor = true;
    crispFontFactor = 0.5;
    tooltips = true;
    clickTolerance = 5.0
};
Threading -> {numThreads = 1};
Input -> {
    touchScreenDetection = true;
    touchScreenDetectionGoodCutoff = 30;
    touchScreenDetectionRelCutoff = 50
};
quit = {System.exit};
groovyOff = {
    App.fadeColor = [0, 0, 0];
    App.Background.skyColor = [0.45, 0.55, 1, 1]
};
Keys -> {
    Keys.bind("f12", {System.screenshot});
    Keys.bind("pause", {
        Sim.running = false;
        App.Step
    })
};
System -> {
    frame = true;
    minFPS = 10.0;
    resizable = true;
    maximized = true;
    maxFPS = 60.0;
    antiAlias = 1;
    regularScreenshots = 0;
    fakeFullscreen = true;
    depth = 32;
    vSync = false;
    fullscreen = false;
    resolution = [1024, 712]
};
for = (n, what)=>{
    n <= 0 ? false : {
        for(n - 1, what);
        what(n - 1)
    }
};
FileInfo -> {
    author = "";
    title = "";
    version = 6;
    description = ""
};
spawnBoxRow = (offset, n)=>{for(n, (x)=>{Scene.addBox({pos = offset + [x, 0]})})};
spawnRing = {Scene.addPolygon({surfaces = [makeRing(1, 48), makeRing(0.5, 48)]})};
print = {Console.print}

[standardtoaster]

Thanks! The bottom one was what I needed most. I'll make sure to keep a "clean" copy on hand now.

[gradyfitz]

Thanks! The bottom one was what I needed most. I'll make sure to keep a "clean" copy on hand now.

... I deleted it along with autoexec and now some functions aren't working...

This is the reason, autoexec.cfg contains a line telling algodoo to execute the file "thyme.cfg" (Reflection.ExecuteFile "thyme.cfg"), Thyme.cfg contains an infixed operation (..)

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inclusive_range = (min, max)=>{min > max ? [] : {[min] ++ inclusive_range(min + 1, max)}};
infix 2 left: _ .. _ => inclusive_range; // Usage:  1..5 == [1,2,3,4,5]


I have a tutorial explaining how infix works, infix as the key word, 2 as the number of arguments to be sent to the function, left: as the order to evaluate functions (this only comes into play in situations like 6^3^3^2, where it actually matters which order the evaluations occur, in a situation like 7 + 32 + 8, the order would not matter ), _.._ being the place holders (underscores) and the symbol(s) to assign an infixed operation to, inclusive_range being the function the arguments are being sent into.

Hopefully this was informative , there's rarely any reason to delete autoexec.cfg, since it is only manually modified, there shouldn't be too much problem with it.

[KarateBrot]

is an infix saved to the scene so everyone can use it when they download the scene or is it just working for me and others will get an error?

[gradyfitz]

is an infix saved to the scene so everyone can use it when they download the scene or is it just working for me and others will get an error?

Hmm, I've questioned this myself before, I'm pretty sure that it isn't saved with scenes, but min, max, for, inclusive range and infixed .. operations should work with anyone, because this data is added when Algodoo runs (autoexec.cfg runs thyme.cfg, everyone has this file, you can probably safely assume that it will work for everyone). I don't remember whether this even works for local operations (not serialised to the config.cfg file), this isn't too much of a problem, because if you distribute the scene you can just modify the functions that use it, this is not too difficult to do.

The thing is, if you have a massive code, it can be simplified with a few infixed operations, this may just make it easier to read, but that can be very useful, also you could run all your data through a secondary parser, which would act as a debug, that you could later remove easily. 5..6 ++ 6..9 ++ 7..9 as opposed to Math.addlist(inclusive_range(5,6),Math.addlist(inclusive_range(6,9),inclusive_range(7,9))), the first would take a lot less space, if you were running a few thousand line script, it would be much easier to read "5-***-7-***-8-***-9-***-72" than a function in place of each infixed operation, or just easier to type.

Whichever way you choose, it's not to hard to transfer it with the file.

Hopefully this is helpful .

[standardtoaster]

I know that this is a stupid question to ask, but where should I put config.cfg? Should I put it in the Algodoo folder or under the Algodoo Application support folder where my scenes are?

[gradyfitz]

I know that this is a stupid question to ask, but where should I put config.cfg? Should I put it in the Algodoo folder or under the Algodoo Application support folder where my scenes are?

Either, it first reads the My Documents version, if it is not found, it reads the Algodoo install folder's copy . probably best to keep a clean copy in the install folder, with a modified copy in the My Documents one .

Hopefully this helped .

[standardtoaster]

Thanks! Now I don't really need to worry about messing it up again. Thanks gradyfitz.