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Tools: Web: FilterReview: move from 3D surface to 2D heatmap

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Iampete1 2023-05-15 00:32:18 +01:00 committed by Andrew Tridgell
parent 880eac98b2
commit 0acf4e50b8
1 changed files with 16 additions and 33 deletions
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49
Tools/autotest/web-firmware/Tools/FilterReview/FilterReview.js
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@ -201,41 +201,24 @@ function reset() {
FFTPlot.on('plotly_legendclick', function(data) { return false }) FFTPlot.on('plotly_legendclick', function(data) { return false })
// Spectrogram setup // Spectrogram setup
// Define type // Add surface
Spectrogram.data = [{ Spectrogram.data = [{
type:"surface", type:"heatmap",
colorbar: {title: {side: "right", text: ""}}, colorbar: {title: {side: "right", text: ""}},
contours: { transpose: true,
x: {highlight: false}, zsmooth: "best",
y: {highlight: false},
z: {highlight: false},
},
hovertemplate: "" hovertemplate: ""
}]; }]
// Define Layout // Define Layout
Spectrogram.layout = { Spectrogram.layout = {
margin: { xaxis: {title: {text: "Time (s)"}},
l: 10, yaxis: {title: {text: ""}, type: "linear"},
r: 10,
b: 10,
t: 10,
pad: 0
},
scene: {
camera: {
projection: { type: "orthographic"},
eye: { x:0, y:0, z:1 },
},
aspectratio: { x:1.4, y:4.4, z:1.4 },
xaxis: {showspikes: false, title: {text: ""}},
yaxis: {showspikes: false, title: {text: "Time (s)"}, autorange: 'reversed'},
zaxis: {showspikes: false, title: {text: ""}}
},
} }
Plotly.purge("Spectrogram") var SpectrogramPlot = document.getElementById("Spectrogram")
Plotly.newPlot("Spectrogram", Spectrogram.data, Spectrogram.layout, {modeBarButtonsToRemove: ['resetCameraDefault3d', 'orbitRotation'], displaylogo: false}); Plotly.purge(SpectrogramPlot)
Plotly.newPlot(SpectrogramPlot, Spectrogram.data, Spectrogram.layout, {displaylogo: false});
} }
// Calculate if needed and re-draw, called from calculate button // Calculate if needed and re-draw, called from calculate button
@ -460,10 +443,10 @@ function redraw_Spectrogram() {
const frequency_scale = get_frequency_scale() const frequency_scale = get_frequency_scale()
// Setup axes // Setup axes
Spectrogram.layout.scene.xaxis.type = frequency_scale.type Spectrogram.layout.yaxis.type = frequency_scale.type
Spectrogram.layout.scene.xaxis.title.text = frequency_scale.label Spectrogram.layout.yaxis.title.text = frequency_scale.label
Spectrogram.data[0].hovertemplate = "<extra></extra>" + "%{y:.2f} s<br>" + frequency_scale.hover("x") + "<br>" + amplitude_scale.hover("z") Spectrogram.data[0].hovertemplate = "<extra></extra>" + "%{x:.2f} s<br>" + frequency_scale.hover("y") + "<br>" + amplitude_scale.hover("z")
Spectrogram.data[0].colorbar.title.text = amplitude_scale.label Spectrogram.data[0].colorbar.title.text = amplitude_scale.label
// Find the start and end index // Find the start and end index
@ -473,9 +456,9 @@ function redraw_Spectrogram() {
// Number of windows to plot // Number of windows to plot
const plot_length = end_index - start_index const plot_length = end_index - start_index
// Setup xy data // Setup xy data (x and y swapped because transpose flag is set)
Spectrogram.data[0].x = frequency_scale.fun(Gyro_batch[batch_instance].FFT.bins) Spectrogram.data[0].x = Gyro_batch[batch_instance].FFT.time.slice(start_index, end_index)
Spectrogram.data[0].y = Gyro_batch[batch_instance].FFT.time.slice(start_index, end_index) Spectrogram.data[0].y = frequency_scale.fun(Gyro_batch[batch_instance].FFT.bins)
// Windowing amplitude correction depends on spectrum of interest // Windowing amplitude correction depends on spectrum of interest
const window_correction = amplitude_scale.use_PSD ? (Gyro_batch[batch_instance].FFT.correction.energy * math.sqrt(1/2)) : Gyro_batch[batch_instance].FFT.correction.linear const window_correction = amplitude_scale.use_PSD ? (Gyro_batch[batch_instance].FFT.correction.energy * math.sqrt(1/2)) : Gyro_batch[batch_instance].FFT.correction.linear