hmm...that's just stuff about the C++ language i don't think we will be needing it.so let me get this straight, are you thinking about taking the curve from my grapher and sending it into the arduino?
yes, either exploiting the curve itself, or the motion that the curve gives. like the drive shaft example.ACTUALLYthere are alot of different options of how the curve can be utilized. for example, just off the top of my head.- use the percentage field that the curve illustrates to dictate an elastic movement (light, sound, water, etc.)- exploit the actual, literal, motion of the curve and just make that bigger and more understandable/relatable-use the motion of the curve as a basis of motion for a drive shaft...
...motor, or similar machine.but to answer your question simply. YES i think the motion of the line will be processed through arduino, that is where the 'sculpting' of the data will occur.
hmm...that's just stuff about the C++ language i don't think we will be needing it.
ReplyDeleteso let me get this straight, are you thinking about taking the curve from my grapher and sending it into the arduino?
yes, either exploiting the curve itself, or the motion that the curve gives. like the drive shaft example.
ReplyDeleteACTUALLY
there are alot of different options of how the curve can be utilized. for example, just off the top of my head.
- use the percentage field that the curve illustrates to dictate an elastic movement (light, sound, water, etc.)
- exploit the actual, literal, motion of the curve and just make that bigger and more understandable/relatable
-use the motion of the curve as a basis of motion for a drive shaft...
...motor, or similar machine.
ReplyDeletebut to answer your question simply. YES i think the motion of the line will be processed through arduino, that is where the 'sculpting' of the data will occur.