Difference between revisions of "Exercise - Using Analogue Input Devices"
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Digital inputs are simpler to deal with, as they have a finite range of possible values.<br /> | Digital inputs are simpler to deal with, as they have a finite range of possible values.<br /> | ||
For example, a two bit digital input can have one of only four possible values - 00, 01, 10 or 11.<br /> | For example, a two bit digital input can have one of only four possible values - 00, 01, 10 or 11.<br /> | ||
| − | Flowcode uses an 'Input' icon to deal with digital inputs. | + | Flowcode uses an 'Input' icon [[File:Btn Input.gif|30px]] to deal with digital inputs. |
| − | An analogue input, on the other hand can have any of an infinite number of possible values. | + | An analogue input, on the other hand can have any of an infinite number of possible values.<br /> |
| + | As a result, it is more difficult to handle in Flowcode. | ||
| + | A component macro [[File:Btn Component Macro.gif|30px]] is used to input data from an analogue sensor. | ||
Revision as of 16:54, 24 June 2013
The aim of this exercise is to use analogue input devices within a Flowcode flowchart.
Digital inputs are simpler to deal with, as they have a finite range of possible values.
For example, a two bit digital input can have one of only four possible values - 00, 01, 10 or 11.
Flowcode uses an 'Input' icon 
to deal with digital inputs.
An analogue input, on the other hand can have any of an infinite number of possible values.
As a result, it is more difficult to handle in Flowcode.
A component macro 
is used to input data from an analogue sensor.
