Three Idealized Objects
The project is due in two weeks
As was discussed in class, the color theory displayed in
your color chart shows that each of our major hues achieves its highest
intensity at a certain point on the value scale. In real life color on form tends to act this
way as well. For example, on a bright
yellow object, the shadows cannot be as saturated as the light areas because of
how yellow behaves in light and shadow.
In the same way, on a blue object the shadows appear more saturated than
the light areas (even if the local color is a light blue).
For this exercise, you are to make simple paintings of ovoid
forms (also called eggs). For each one
you are to choose a primary or secondary color and paint each form as if it was
illuminated by a neutral, full spectrum spotlight. To do this, theorize where the lights and
shadow should be (including highlights, core shadow, and reflected light), and
place the tints, shades, and the pure color where they would appear according
to your color chart. The goal is to make
each spherical or ovoid colored object convincing as it might exist in space. The attached diagram describing light and
shadow on a sphere should help you decide where each value should go. Be sure to include the cast shadows.
In short, first figure out where the light and shadow goes,
and then fill it in as you would the color chart.
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