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攀登率指示器

Display measurements for aircraft climb rate

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  • Library:

  • Aerospace Blockset / Flight Instruments

  • 攀登率指示器block

Description

The攀登率指示器block displays measurements for an aircraft climb rate in ft/min.

The needle covers the top semicircle, if the velocity is positive, and the lower semicircle, if the climb rate is negative. The range of the indicator is from –Maximumfeet per minute toMaximumfeet per minute. Major ticks indicateMaximum/4. Minor ticks indicateMaximum/8 andMaximum/80.

Tip

为了促进理解和调试模型，您可以在正常和加速器模式模拟中修改模型中的仪器块连接。

Parameters

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连接到信号显示,从列表中选择of signal names.

要查看来自信号的数据，请在模型中选择一个信号。该信号出现在Connectiontable. Select the option button next to the signal you want to display. ClickApplyto connect the signal.

The table has a row for the signal connected to the block. If there are no signals selected in the model, or the block is not connected to any signals, the table is empty.

Maximum tick mark value, specified as a finite double scalar value, in ft/min.

The minimum tick value is always0.

Programmatic Use

Block Parameter:MaximumRate
Type: character vector
Values: scalar
Default:'4000'

Block label, displayed at the top or bottom of the block, or hidden.

  • Top

    Show label at the top of the block.

  • Bottom

    Show label at the bottom of the block.

  • Hide

    Do not show the label or instructional text when the block is not connected.

Programmatic Use

Block Parameter:LabelPosition
Type: character vector
Values:'Top'|'Bottom'|'Hide'
Default:'Top'

Model Examples

HL-20 with Flight Instrumentation Blocks

HL-20 with Flight Instrumentation Blocks

NASA's HL-20 lifting body and controller modeled in Simulink® and Aerospace Blockset™ software. This model simulates approach and landing flight phases using an auto-landing controller. The Visualization subsystem uses aircraft-specific gauges from the Aerospace Blockset™ Flight Instrumentation library.
Open Model
HL-20 with Simulink 3D Animation and Flight Instrumentation Blocks

HL-20 with Simulink 3D Animation and Flight Instrumentation Blocks

NASA's HL-20 lifting body and controller modeled in Simulink®, Aerospace Blockset™, and Simulink® 3D Animation™ software. This model simulates approach and landing flight phases using an auto-landing controller. The Visualization subsystem uses aircraft-specific gauges from the Aerospace Blockset™ Flight Instrumentation library.
Open Model

Extended Capabilities

Version History

Introduced in R2016a

See Also

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