Oh MY GOD!!! >:(

[niffirg1]

okay s i just was finishing my newest scene and BAM an Old Phun Bug started happening to me again. This is where any saved scene or just any scene of algobox is screwed up. All the colors are random, tall scripting is erased and all collision groups are back to "A". This happened too me at least 3 times using Phun 5.28 but i though they fixed it for algodoo.
Edit: I Fixed it by deleting my config. But still Why does this Happen

[Paradigm 29]

Would've been helpful if you had posted the old Config. Then you could see the difference and the problem.

[niffirg1]

Didn't think of that.
Edit: Here it is it was in the recycling bin

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 = 100.0;
    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 = true;
    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 = false;
        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 = false;
            drawNames = true;
            external = true;
            normal = true;
            velScale = 1.0;
            frictionText = "T";
            springText = "-kx-bv";
            forceScale = 1.0;
            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 = "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, 96.0];
            title = "Settings"
        };
        Scene.addWidget {
            widgetID = "SimControl";
            minimized = false;
            pos = [0.0, 70.0];
            size = [521.0, 40.0];
            title = ""
        }
    };
    laserEvents = true;
    screenshotsWithAlpha = false;
    laserBroadPhase = true;
    Background -> {
        skyColor = [0.45, 0.55, 1.0, 1.0];
        cuteClouds = true;
        drawClouds = true;
        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 = [0.95, 0.95];
    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 = "Griffn Jones";
    title = "New scene";
    description = "";
    Camera -> {
        trackRotation = false;
        zoom = 149.99998;
        smoothRotation = true;
        smoothPan = true;
        smoothFactor = 0.9;
        rotation = 0.0;
        pan = [0.0, 0.0];
        smoothZoom = true
    };
    gravityRotationOffset = NaN
};
time = {Sim.time};
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 = [1280, 750]
};
for = (n, what)=>{
    n <= 0 ? false : {
        for(n - 1, what);
        what(n - 1)
    }
};
FileInfo -> {
    author = "Griffn Jones";
    title = "New scene";
    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}

[Paradigm 29]

Nothing different from a that Config and a default config except that you had some different settings for force visualization.

[imaweasal]

yeah, thats happened to me before when using phun, it never happens to my copy of algodoo though, its odd, but deleting the cfg seems to clear it up

[emilk]

This (and many similar problems) will be fixed in the next release