wraps standard servo library. For servos and motor controllers that use servo signals (ESCs)
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#include <JMotorDriverAvrServo.h>
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| | JMotorDriverAvrServo (byte _servoPin, int _minServoValue=544, int _maxServoValue=2400, bool _constrainRange=true) |
| | constructor, sets pins
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| |
| bool | set (float _val) |
| | set motor power
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| |
| bool | setEnable (bool _enable) |
| | use to enable or disable a motor, and sets up pin states
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| |
| bool | getEnable () |
| | get the enable state of the driver
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| |
| float | getMaxRange () |
| | high end of the range
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| |
| float | getMinRange () |
| | low end of the range
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| |
| void | setMinServoValue (int value) |
| | microseconds for shortest servo pulse
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| |
| void | setMaxServoValue (int value) |
| | microseconds for longest servo pulse
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| |
| int | getMinServoValue () |
| | returns setting for microseconds for shortest servo pulse
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| |
| int | getMaxServoValue () |
| | returns setting for microseconds for longest servo pulse
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| |
| int | getServoValueRange () |
| | returns difference (in microseconds) between longest and shortest servo pulse settings
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| |
| void | setServoValues (int min, int max) |
| | set the settings for short and long servo pulses at the same time
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| |
| int | getSetMicroseconds () |
| | returns how many microseconds the servo signal pulse was most recently set to
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| |
| bool | getConstrainRange () |
| | returns whether the range of set() will be constrained to within -1 and 1
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| |
| void | setConstrainRange (bool _constrainRange) |
| | set whether the range of set() will be constrained to within -1 and 1
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| |
| bool | enable () |
| | enable motor
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| |
| bool | disable () |
| | disable motor
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| |
wraps standard servo library. For servos and motor controllers that use servo signals (ESCs)
- Note
- compatible with all boards that support analogWrite()
◆ JMotorDriverAvrServo()
| JMotorDriverAvrServo::JMotorDriverAvrServo |
( |
byte |
_servoPin, |
|
|
int |
_minServoValue = 544, |
|
|
int |
_maxServoValue = 2400, |
|
|
bool |
_constrainRange = true |
|
) |
| |
|
inline |
constructor, sets pins
- Parameters
-
| _servoPin | pin to attach servo to |
| _minServoValue | (int) minimum servo pulse, default: 544 microseconds |
| _maxServoValue | (int) maximum servo pulse, default: 2400 microseconds |
| _constrainRange | (bool) constrain range of set() to within -1 and 1, default: true |
◆ getEnable()
| bool JMotorDriverAvrServo::getEnable |
( |
| ) |
|
|
inlinevirtual |
get the enable state of the driver
- Return values
-
| (bool) | true if enabled, false if disabled |
Reimplemented from JMotorDriver.
◆ getMaxRange()
| float JMotorDriverAvrServo::getMaxRange |
( |
| ) |
|
|
inlinevirtual |
high end of the range
- Note
- usually 1.0
- Return values
-
Reimplemented from JMotorDriver.
◆ getMinRange()
| float JMotorDriverAvrServo::getMinRange |
( |
| ) |
|
|
inlinevirtual |
low end of the range
- Note
- usually -1.0, if 0, that indicates a motor controller with no reverse function
- Return values
-
Reimplemented from JMotorDriver.
◆ set()
| bool JMotorDriverAvrServo::set |
( |
float |
val | ) |
|
|
inlinevirtual |
set motor power
- Note
- val should be between getMinRange and getMaxRange, but constrained internally
- Parameters
-
- Return values
-
| (bool) | false if at end of power range, true otherwise |
Reimplemented from JMotorDriver.
◆ setEnable()
| bool JMotorDriverAvrServo::setEnable |
( |
bool |
_enable | ) |
|
|
inlinevirtual |
use to enable or disable a motor, and sets up pin states
- Note
- setEnable(true) must be called before a motor driver will activate
- Parameters
-
| _enable | (bool) true=enable, false=disable |
- Return values
-
| (bool) | true if state changed, false if state already set |
Reimplemented from JMotorDriver.
The documentation for this class was generated from the following file: