The background is black and in the foreground are two white objects, a
square and an ellipse.  The square is in the bottom left hand corner (but
doesnt tough the border of the image) and its volume is about 1/6 of the
whole image.  The ellipse touches (nearly) the top right hand corner of the
square.  The volume of the ellipse is about twice that of the square.  The
ellipse is horizontally orientated and touches the square just below the
horizontal axis that goes through the middle of the ellipse.


The image is of a black rectangle. The horizontal sides are the 
longer. In the bottom left of the rectangle, and filling about one 
quarter of the area is a white square. It does not touch the sides of 
the rectangle. In the upper right corner is a white ellipsoid. Again 
it does not touch the sides of the rectangle. The square and the 
ellipsoid almost touch. They are of similar area.


The image consists of a black background, with a white square
in the lower left portion and a white oval with a horizontal long
axis in the upper right portion. The oval has about 2 times the area
of the square.


On a black frame, about 12   cm long and 8  cm high, are two white
objects: a square in the lower left corner of the frame and an ellipse
in the upper right part of the frame. The upper right corner of the
square is very close to and nearly touching the periphery of the
ellipse about  point 5  cm below its long axis which runs horizontally.
However, by adjusting the image size to say approximately 13 by 13  cm the
square turns into a rectangle and the ellipse turns to a circle. The
objects maintain their relative positions of the  near touching 
point. The objects maintain these relative positions during various
transformations of the frame.


The image is a composite of three geometric shapes. Two shapes are 
within the boundaries of the first. The first is a black 
rectangle, twice as long as it is high. The rectangle is about 10 cm 
high on my monitor. Within the rectangle is a white square in the 
bottom left quarter, which is about one half of the height of the 
rectangle. Finally, there is a white oval, twice as wide as it is 
high, in the top right quarter. The oval is slightly taller and wider 
than one half of the dimensions of the rectangle. 


The picture consists of a black rectangle onto which two white shapes, a
square in the bottom left and an ellipse in the top right, have been
superimposed.  The two shapes almost touch near the middle of the picture,
but not quite.  A faint trail of grey dots links the two shapes, starting
at the bottom right of the square, the trail goes vertically, just within
the right hand vertex, to the top right of the square, where it crosses to
the ellipse, before weaving around the edge of the ellipse anticlockwise,
sometimes within, sometimes outside the perimeter.


I saw a black rectangle, into which there was a white 
square in lower left and a white oval in upper right. The background 
and objects were solid coloured, and there was no overlap of the 
internal objects with each other or the edge of the main rectangle.


The graphic shows two white, geometric shapes, an oval and a square,
against a black background.  The oval is somewhat larger than the
square.  They are aligned perpendicular to each other and touch at only
one point.  The upper right corner of the square touches the left
end-tip of the oval.


The figure is a white oval and square on a rectangular black
background.  The oval is longer horizontally than vertically
and raised slightly above the square to its right such that
its long axis is just above the top of the square.  They
almost, but dont quite, touch.  It looks like a company trademark
for a company whose name would start with an  r  (lower case).


A black rectangle 4 point 5 units high and 7 units wide. Imbedded in the black
rectangle is a white square and a white ellipse. The white square is 2 by 2 units
in size and located in the lower left corner of the black rectangle, with its
top 2 units from the top of the black rectangle and its left side 1/2 units
from the left side of the black rectangle. The ellipse, in the top right of
the black rectangle, has a major axis 4 units wide and minor axis 3 units high
with leftmost edge almost touching the square.


It looks like a square towards the bottom left of the screen, with an oval
touching its top right-hand corner.  The background is black and the
figures white.


The graphic is rectangular in shape with the long axis being horizontal and
about 50 percent  longer than the vertical axis.  The graphic has two objects, a
white square and a white oval on a black background.  The square is on the
left and the oval on the right.  The oval is larger than the square,
probably having about twice the area.   The long axis of the oval is
horizontal.  The oval is slightly above the square such that the line of
the top edge of the square would pass just below the horizontal axis of the
oval.


A black rectangle is lying on its side, 
with a small square and a large oval 
inside it.  The square is in the lower 
left corner, the oval is in the upper 
right on its side, and both are white.


I see two shapes on a black background. Lower left is a white square. 
Upper right is a white vertically squashed circle. They nearly touch 
each other. There are some tiny black dots suggesting shading within 
the perimeters of each shape.


This is a solid black rectangle, about one and a half times longer than it
is tall, with a thin gray border and two solid white shapes inside it. In
the upper right corner of the rectangle is an oval: its dimensions are
about two-thirds that of the rectangle. It does not touch the edges of the
rectangle.  In the lower left corner of the rectangle is a square. Each
side of the square is about half the height of the rectangle, but it is set
in from the edge of the rectangle by an amount that is about a quarter of
the length of one of its sides.  Its upper right corner just touches the
oval on its left edge just below the widest part of the oval.


An oval falling off a square


The image  translated as a black rectangular 
background with a white square in the lower left and a white 
oval somewhat above and to the right of the square.


Two white geometric solids on a black background.  The first is a square,
towards the bottom left of the picture.  The second is an ellipse, with its
major axis horizontal.  Its major axis is twice the side of the square, its
minor axis one-and-a half times the side of the square.  The top right
corner of the square almost touches the ellipse, just below the leftmost
point on its edge.  The whole picture is a little bigger than the two
shapes.


A white ellipse is positioned disjoint from and just to the right of a
white square. The major axis of the ellipse is parallel to and just above
the top boundary of the square. On first examination, the right end of the
ellipse appears to be thicker than the left end of the ellipse. However,
this appears to be to be an optical illusion. On a more careful
examination, the ellipse seems to be exactly symmetrical about its minor
axis.


The image depicts two white, geometrical shapes on a black background.  A
square is situated to the lower left of the image while an ellipse,
approximately 1 point 5 times  the area of the square, is situated to the upper right
of the image.  The two geometrical shapes are clearly defined and do not
overlap.


Against a rectangular black background, about twice as long as tall,
appear two white objects.
One is a square in the lower left hand corner of the background. The
square is about one half the height of the black rectangle, and placed
slightly but symmetrically off the exact corner.
The second object is an oval about half the width of the black rectangle,
and two thirds the height of the rectangle. It is placed in the upper
right corner of the triangle close to but not touching the edge of the
rectangle. The right upper corner of the square and the oval touch just
below the left center of the oval.


The figure is of a black rectangle with a white ellipse, with its main
axis horizontal, in the upper right, and a white square in the lower left
half. The major axis of the ellipse is about 10 percent  longer than the minor
axis. These two objects fill about half of the total space and touch
each other.


This is an image of two white figures on a black rectangular background, the
long axis of which is oriented horizontally.  The length of the rectangle is
about 50 percent  greater than the width.  A white ellipse, with its long axis
parallel to that of the rectangular background, lies near the upper right
corner;  its length and width (along the major and minor axes) are about 60
to 70 percent as long as the length and width of the rectangle.  A white
square lies near the lower left corner of the rectangle.  Its upper right
corner abuts the ellipse at a point slightly below the left terminus of the
ellipses long axis.


The rectangular picture has a black background with two non-overlapping
white images.  An image of a square fills most of the lower left quadrant of
the picture.  The upper right corner of the square is touched by an
egg-shaped image that dominates the upper right quadrant of the picture.
The longer axis of both the egg-shaped image and the entire rectangular picture
is horizontal.


Imagine a black rectangle within which lie a white square and a white oval.   
The square lies in the bottom left of the black rectangle; its height is  
about half the height and a third the width of the black rectangle.  The white  
oval lies in the upper right of the black rectangle and its left edge almost  
touches the upper right corner of the square.  The oval is longer than it is  
tall and contains maybe twice the area as the white square.  The embedded  
white square and white oval therefore make up about half the area contained in  
the rectangle.


The picture is a black rectangle (with length about 1 point five times height) with two
white shapes within it. The first shape is a white square with sides about
half the length of the smaller side of the black rectangle. It is located
near the lower left corner of the rectangle, slightly closer to the bottom
than the left side. The second figure is a white oval. Its long dimension
is horizontal, just like the main rectangle. Its long dimension is almost
as large as the short side of the rectangle, and its short dimension is
about 25 percent  longer than the squares sides. It is located in the upper right
corner of the rectangle and its edges are much closer to the sides of the
rectangle than the square and about equidistant from top edge and right
side. Within the rectangle, the square and circle almost but dont quite
touch.


Imagine a black rectangle, width approximately 1 point 5 times height.  Cut
into that black rectangle are two large white shapes, as follows:  (1)
Towards the upper right quadrant of the black rectangle is a white oval,
which has a width that is about 1 point 3 times its height (i.e., it resembles
an egg that has fallen over on its side), and that is about half as wide
as the entire black rectangle.  (2) Towards the lower left quadrant of
the black rectangle is a white square that is about half as high as the
entire black rectangle.  Both white objects (large oval and somewhat
smaller square) are positioned so that they do not run up against the
black rectangles edge; rather, there are slender black boundaries
separating them from the edges of the rectangle.  Furthermore, the two
white objects almost touch, but not quite, at a point towards the middle
of the black rectangle.  Specifically, this point of near-contact is
slightly above and to the left of the actual center of the black
rectangle.


There is a square at lower left corner and oval at upper right corner on
black background.


The image has a black rectangular background, roughly 9  cm vertical by 14
 cm horizontal.   Against the background are two objects. The leftmost
object is a completely white square,  about 4 point 2  cm on a side, located 1  cm
from the left edge and 1  cm up from the bottom edge.  The sides of the
square are parallel to those of the background rectangle.  The rightmost
object is an ellipse, with a major axis of 8  cm and a minor axis of 6  cm.
The  major axis is horizontal, and the leftmost end of the ellipse falls on
a vertical line  extended up from the right side of the square, and is
about 1  cm above the square.  The top of  the ellipse is 0 point 3  cm from the
edge of the black background, and the right edge is about 0 point 4   cm from the
right edge of the background.  All measurements of course will scale with
the original viewing size.


This is a graphic of a black rectangle that contains within it a white
square and a white oval.  The corner of the square is just touching the
edge of the oval.


This picture shows two white shapes on a black background.  In the lower
left is a square.  In the upper right is an oval, with the longer axis
along the horizontal.  The upper right corner of the square is nearly
touching the left edge of the oval.


This is a two-dimensional black and white figure.  There are two white objects on
a black background.  The first white object is a square and the second is an
ellipse (long axis horizontal).  The square is toward the bottom of the figure
but not touching it.  The ellipse is to the right of the square and nearly but
not quite touches the square.  The long axis of the ellipse is just above the
top of the square.




There is a black rectangle about 50 percent wider than it is deep.  Filling
the upper right hand corner, without touching the edges, is a white
ellipse, also about 50 percent  wider than it is deep; the ellipse is about
60 percent the width of the rectangle.  Filling the lower left corner, again
not touching the edges, is a white square, its width being about 30 percent 
that of the rectangle.  The upper right corner of the square nearly
touches the leftmost edge of the ellipse.


The image shows two simple geometric figures: a square and an oval.  The
square and oval are white and the background is black.  The placement of the
square is slightly offset from the lower left corner of the image.  The
ovals longest axis is parallel to the bottom and top of the figure.  It is
approximately 3/4 as tall as it is wide, and is placed slightly offset from
the upper right corner of the image.  The ovals left edge comes very close
to touching the upper right corner of the square just below its (the ovals)
widest point.  The widest axis of the oval appears to be approximately twice
the length of a side of the square.



a screen with a large black rectangle in which are placed two 
shapes:
In the lower left is a white square, the dimensions being 
approximately half the height of the black rectangle.
Upper right contains a white ellipse with the long axis horizontal.
The top right corner of the white square is placed very close but not 
connected to the perimeter of the ellipse.
The contrast in shade and shape is pleasing.


Picture, on a black background, a white square on the  bottom left and a
white oval on the top right barely touching each other.


A square, to the left and  below an oval.  The long axis of the oval is
horizontal, and the short axis is as wide as the square.  The top right of
the square touches the left tip of the oval.



The figure consists of a black rectangular background in landscape
orientation, with two white objects embedded in it.  To the upper right is
a large ellipse.  To the lower left is a smaller square.  These objects are
almost touching at the upper right corner of the square.


I see a black rectangle about 4 inches tall by 6 inches long.  Inside this
rectangle are a white square about 2 by 2 inches and a white oval about
2 inches tall by 3 inches wide. The left end of the oval is positioned at
the top right corner of the square.




Your image is a black rectangle, with the long axis horizontal, nearly
filled with two white figures.  There is an ellipse in the northeast corner
with horizontal long axis and a square in the southwest corner.


Imagine an upright, solid black rectangle.  From it, cut out an oval shape
in the upper left corner which has its long axis vertical and extending
for slightly more than half the rectangles height.  Color  the cut-out
oval white. In the bottom right corner of the rectangle, cut out a square
which just touches the oval at the 5 oclock position at its upper left
corner and which doesnt quite fill all of the remaining space in the
rectangle, but leaves a small border of black.  Color the square space
white.