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wiki:v1:overview [2018/05/20 20:35] pixycam |
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{{youtube>J8sl3nMlYxM?large}} | {{youtube>J8sl3nMlYxM?large}} | ||
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===== Vision as a Sensor ===== | ===== Vision as a Sensor ===== | ||
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Pixy can learn seven color signatures, numbered 1-7. Color signature 1 is the default signature. To teach Pixy the other signatures (2-7) requires a simple button pressing sequence. | Pixy can learn seven color signatures, numbered 1-7. Color signature 1 is the default signature. To teach Pixy the other signatures (2-7) requires a simple button pressing sequence. | ||
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===== PixyMon lets you see what Pixy sees ===== | ===== PixyMon lets you see what Pixy sees ===== | ||
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PixyMon is great for debugging your application. You can plug a USB cable into the back of Pixy and run PixyMon and then see what Pixy sees while it is hooked to your Arduino or other microcontroller — no need to unplug anything. PixyMon is open source, like everything else. | PixyMon is great for debugging your application. You can plug a USB cable into the back of Pixy and run PixyMon and then see what Pixy sees while it is hooked to your Arduino or other microcontroller — no need to unplug anything. PixyMon is open source, like everything else. | ||
- | {{http://i74.photobucket.com/albums/i241/cmucam/Image209_zps1e87977b.jpg|}} | + | {{wiki:img:e5c5968ae307c19552d6c6d10fc198d70516aa16.jpg|PixyMon}} |
===== Technical specs ===== | ===== Technical specs ===== | ||
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CCs might be particularly useful for helping a robot navigate. For example, an indoor environment with CCs uniquely identifying each doorway and hallway would be both low-cost and robust. | CCs might be particularly useful for helping a robot navigate. For example, an indoor environment with CCs uniquely identifying each doorway and hallway would be both low-cost and robust. | ||
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- | *For more information on Pixy, [[projects/cmucam5/wiki.*|go here]] | ||