// Import the data
electrondensity = Import("watermolecule");

// Partition the data
electrondensity = Partition(electrondensity);

// Create an isosurface at an isovalue of 0.3
isosurface = Isosurface(electrondensity,0.3);

// Create a camera which will look at the isosurface from the "front" 
// (out along the z axis)
camera1 = AutoCamera(isosurface,"front",resolution=320);

// Create a camera which will look at the isosurface from the "top" 
// (out along the y axis)
camera2 = AutoCamera(isosurface,"top",resolution=320);

// Create a camera which will look at the isosurface from the "left" 
// (out along the -x axis)
camera3 = AutoCamera(isosurface,"left",resolution=320);

// Create a camera which will look at the isosurface from the "left" 
// (out along the [1 1 1] direction)
camera4 = AutoCamera(isosurface,"diagonal",resolution=320);



// Now render the isosurface using each of the four cameras, creating four
// images
image1 = Render(isosurface,camera1);
image2 = Render(isosurface,camera2);
image3 = Render(isosurface,camera3);
image4 = Render(isosurface,camera4);


// Collect the four images together
object = Collect(image1,image2,image3,image4);
// Arrange the images so that there are two in each row
arranged = Arrange(object,2);
// Display the newly arranged image
Display(arranged);