气动#

介绍#

气动系统使用气泵和电磁阀来控制移动气缸的压缩空气。它可以通过代码打开或关闭气泵，并伸缩气缸。

This page uses pneumatic_1 as the example Pneumatic name. Replace it with your own configured name as needed.

以下是所有方法的列表：

操作——使用气泵压缩或释放空气。

变异体——改变气泵的状态。

  • pump_on — Turn on the air pump.

  • pump_off — Turn off the air pump.

  • pump — Set the on or off state of the air pump.

检查电磁阀是否已连接。

  • installed — Returns whether or not a solenoid is connected to the Brain.

构造函数——手动初始化和配置气动系统。

行动#

extend#

extend extends a cylinder.

Usage:
pneumatic_1.extend(cylinder)

参数

描述

cylinder

The cylinder to extend:

  • CYLINDER1
  • CYLINDER2
  • CYLINDERALL – Both cylinders

retract#

retract retracts a cylinder.

Usage:
pneumatic_1.retract(cylinder)

参数

描述

cylinder

The cylinder to retract:

  • CYLINDER1
  • CYLINDER2
  • CYLINDERALL – Both cylinders

修改器#

pump_on#

pump_on turns the air pump on.

Usage:
pneumatic_1.pump_on()

参数

描述

该方法没有参数。

pump_off#

pump_off turns the air pump off.

Usage:
pneumatic_1.pump_off()

参数

描述

该方法没有参数。

pump#

pump turns the air pump on or off.

Usage:
pneumatic_1.pump(state)

参数

描述

state

The air compressor state:

  • True – Turn the air pump on.
  • False – Turn the air pump off.

吸气剂#

installed#

installed returns a Boolean indicating whether the solenoid is connected to the Brain.

  • True — The solenoid is connected to the Brain.

  • False — The solenoid is not connected to the Brain.

Usage:
pneumatic_1.installed()

参数

描述

该方法没有参数。

构造函数#

Constructors are used to manually create Pneumatic objects, which are necessary for configuring Pneumatics outside of VEXcode.

Pneumatics#

The Pneumatic constructor creates a Pneumatic object in the specified Smart Port.

Usage:
pneumatic_1 = Pneumatic(smartport)

范围

描述

smartport

电磁阀连接的智能端口，记为 PORTx，其中 x 是端口编号。

 
# Create a Pneumatic object in Port 1
pneumatic_1 = Pneumatic(Ports.PORT1)
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