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 | | Composing and Drawing Tip of the Week. |
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Here's a fun exercise for you. We know that color has four components: hue, value, intensity and temperature. When we see two different colors side by side, it's a good brain challenge to name what makes them different from each other. Is it the hue, the value, the intensity or the temperature, or is it a combination of these?
In the chart below, there are five rows and five columns of color. Column A is a root hue to those in columns b, c, and d. Begin with row 1. Name the ways in which b is different from A, then how c is different from A and next how d is different from A. In each instance, you are comparing the color with A. Each row of colors is the same hue, so the differences will be in value, intensity, temperature or a combination.
The answers will be found at the bottom of this page under PPPS. Have fun!
Happy painting,
Dianne
P.S. We have two free gifts for you at the eStore. Go there, get your gifts and check out this week's new video--Black Going Violet-- where I use a bearded iris as my model to explore whether it can be interpreted with black, alizarin crimson, hansa yellow and white. The eStore is HERE.
P.P.S. Next week will be the final week for our 20% off coupon we send to every member of the Facebook forum who does a study based on a video Tip and posts it to the forum.
The Facebook forum now has over 575 members, some who are sharing their art work. We have twenty-four challenges for you to play with. You can do any challenge at any time, adding even more fun to being a member.
P.P.P.S.
Row 1: b-value; c-value, intensity; d-value, intensity, temperature
Row 2: b-intensity (temperature, ok);, c-value, temperature; d-value ( intenstity is ok)
Row 3: b-value, temperature, c-value, intensity, temperature; d-value, intensity,temperature.
Roe 4: b-value, intensity, temperature; c-value, intensity; d-value (temperature ok)
Row 5: b-value; c-value (intensity ok); d-intensity, temperature (value ok)
Note: When an intensity is changed, if often effects the temperature because a complement (which is always a different temperature) is added. And when a value is darkened or lightened, we feel the intensity to be changed because it has been neutralized by the addition of a neutral.
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