Difference between revisions of "Campbell Diagram Tool"

Campbell Diagram Tool (view source)

894 bytes removed , 30 June

9,435

edits

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 When using a '''pre-computed waterfall''' (.res), the STFT windows are fixed in time. At sweep rates above ~50 RPM/s and for orders higher than 5×, some amplitude underestimation and peak broadening may occur. For resonance location (critical speed identification), this is generally acceptable. For amplitude-critical measurements (API acceptance tests, ISO compliance), prefer raw signals with a tacho.
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-== Technical Reference ==
-=== Supported NVGate file types ===
-{|class="wikitable"
-|-
-!File!!Description
-|-
-|<code>.orm</code>||JSON metadata for one recorded channel (sampling rate, unit, name…)
-|-
-|<code>.ors</code>||Raw float32 little-endian samples in SI units
-|-
-|<code>Result.res</code>||Pre-computed NVGate results (waterfall, spectra…) — read via the OROS orostk library
-|}
-=== Keyboard shortcuts ===
-{|class="wikitable"
-|-
-!Key!!Action
-|-
-|Mouse move||Update cursor (RPM, freq, amplitude)
-|-
-|Right-click on plot||Add resonance marker at cursor frequency
-|-
-|Scrollbar (right panel)||Access all display settings when in full-screen mode
-|}
-=== System requirements ===
-{|class="wikitable"
-|-
-!||Minimum!!Recommended
-|-
-|OS||Windows 10||Windows 10/11 64-bit
-|-
-|RAM||2 GB||4 GB
-|-
-|Disk||600 MB free||1 GB free
-|-
-|Display||1280 × 720||1920 × 1080 or dual monitor
-|}
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