Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Most professional wind visualizations show wind speed and direction using a glyph called a wind barb in a grid pattern. Research into flow visualization has suggested that streamlines better represent flow patterns but these methods lack a key property - unlike the wind barb, they do not accurately convey the wind speed. With the goal of improving the perception of wind patterns, and at least equaling the quantitative quality of wind barbs,  designed two variations on the wind barb and designed a new quantitative glyph. All of our new designs space glyph elements along equally spaced streamlines. To evaluate these designs,  used a North American mesoscale forecast model.  tested the ability of subjects to determine direction and speed using two different densities each of three new designs as ll as the classic wind barb. A second experiment evaluated how effectively each of the designs represented wind patterns. The results shod that the new design is superior to the classic, but they also shod that the classic barb can be redesigned and substantially improved.  suggest that flow patterns with integrated glyphs may have widespread application in flow visualization.
['David Pilar', 'Colin Ware']
I am writing a research paper on a idea Representing Flow Patterns by Using Streamlines with Glyphs
[{"from": "human", "value": "I am writing a research paper on a idea Representing Flow Patterns by Using Streamlines with Glyphs"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Most professional wind visualizations show wind speed and direction using a glyph called a wind barb in a grid pattern. Research into flow visualization has suggested that streamlines better represent flow patterns but these methods lack a key property - unlike the wind barb, they do not accurately convey the wind speed. With the goal of improving the perception of wind patterns, and at least equaling the quantitative quality of wind barbs,  designed two variations on the wind barb and designed a new quantitative glyph. All of our new designs space glyph elements along equally spaced streamlines. To evaluate these designs,  used a North American mesoscale forecast model.  tested the ability of subjects to determine direction and speed using two different densities each of three new designs as ll as the classic wind barb. A second experiment evaluated how effectively each of the designs represented wind patterns. The results shod that the new design is superior to the classic, but they also shod that the classic barb can be redesigned and substantially improved.  suggest that flow patterns with integrated glyphs may have widespread application in flow visualization."}]