Engee documentation

RITM Spectrum

Visualization of signals on the KPM "RHYTHM" monitor.

blockType: CFunction

Path in the library:

/RITM/RITM Plot/RITM Spectrum

Description

Block RITM Spectrum It is used to visualize the signals on the KPM "RHYTHM" monitor. Each block generates its own graph on the KPM "RHYTHM" monitor, displaying the dependence of X on Y, where the value of X is set by the user.

Blocks RITM Spectrum and RITM Plot they don’t work within the same model - use only one of the blocks.

Ports

Input

# IN_1 — the Y value for plotting a point on the KPM "RHYTHM" chart
vector

Details

The number of inputs depends on the value of the parameter Number of signals.

Data types

Vector{Float64}

Complex numbers support

No

# IN_2 — the value of X for plotting a point on the KPM "RHYTHM" chart
vector

Details

The number of inputs depends on the value of the parameter Number of signals.

Data types

Vector{Float64}

Complex numbers support

No

Parameters

Parameters

# Общее количество графиков — the number of chart windows on the KPM "RHYTHM" monitor
1 | 2 | 3 | 4 | 5

Details
Values

1 | 2 | 3 | 4 | 5

Default value

1

Program usage name

m_block_amount

Tunable

No

Evaluatable

Yes

# Номер графика — the number of the chart window on the KPM "RHYTHM" monitor or the number of the RITM Plot block.
1 | 2 | 3 | 4 | 5

Details
Values

1 | 2 | 3 | 4 | 5

Default value

1

Program usage name

m_num_plot

Tunable

No

Evaluatable

Yes

# Название графика — the signature of the chart window on the KPM "RHYTHM" monitor

Details
Default value

"Spetrum"

Program usage name

m_Graph_signature

Tunable

No

Evaluatable

Yes

# Количество точек для отображения — the number of points on the graph to display

Details

The description is missing.

Default value

1024

Program usage name

m_points_amount

Tunable

No

Evaluatable

Yes

Usage Notes

The discretization of the graph is equal to the block calculation step. The parameter Number of points to display sets the window length: only the last N points are visible on the graph; as new ones are added, the old ones are deleted.

To prepare the data before RITM Spectrum It is recommended to use Rate Transition and Data Type Conversion Inherited.