// Import the data
electrondensity = Import("watermolecule");
    // Partition the data
electrondensity = Partition(electrondensity);
    // Compute the gradient
gradient = Gradient(electrondensity);
    // Create a camera
camera = AutoCamera(electrondensity);
    // Create an isosurface at a value of 0.3
isosurface = Isosurface(electrondensity,0.3);
    // Map the gradient field onto the isosurface
isomapped = Map(isosurface,gradient);
    // Color the isosurface
colored = AutoColor(isomapped);
    // Display
Display(colored,camera);

    // Create a set of about 10 starting points
starts = Sample(electrondensity, 10);
    // Create streamlines
lines = Streamline(gradient, starts);
    // Map the original field onto the lines
streamlinesmapped = Map(lines,electrondensity);
    // Color the lines
colored = AutoColor(streamlinesmapped);
Display(colored,camera);

    // Create tubes from the lines
tubes = Tube(lines);
    // Map the data onto the tubes (instead of onto the lines)
tubesmapped = Map(tubes,electrondensity);
    // Color the tubes
colored = AutoColor(tubesmapped);
Display(colored,camera);


    // Create a plane through the data
plane = MapToPlane(electrondensity);
    // Color, then use RubberSheet to deform
colored = AutoColor(plane);
deformed = RubberSheet(colored);
    // Add normals for shading
deformed = Normals(deformed);
Display(deformed,camera);

    // Now map data onto the deformed plane and color. The colors will
    // represent data values at the deformed, rather than original, positions
new = Map(deformed, electrondensity);
colored = AutoColor(new);
Display(colored,camera);