Buat GDE

Upload and Click to Select Color from Image

CONVERT IMAGE TO CSV

Contour Detection in Image

Min Contour Length:
Max Contour Length:

importScripts('https://docs.opencv.org/4.x/opencv.js'); self.onmessage = function(e) { const { imgData, minLength, maxLength } = e.data; const src = cv.matFromArray(imgData.height, imgData.width, cv.CV_8UC4, imgData.data); const gray = new cv.Mat(); cv.cvtColor(src, gray, cv.COLOR_RGBA2GRAY, 0); const edged = new cv.Mat(); cv.Canny(gray, edged, 50, 150, 3, false); const contours = new cv.MatVector(); const hierarchy = new cv.Mat(); cv.findContours(edged, contours, hierarchy, cv.RETR_TREE, cv.CHAIN_APPROX_SIMPLE); const validContours = []; for (let i = 0; i < contours.size(); ++i) { const contour = contours.get(i); const length = cv.arcLength(contour, true); if (length >= minLength && length <= maxLength) { validContours.push(contour); } } const processedImage = new ImageData(new Uint8ClampedArray(src.data), src.cols, src.rows); self.postMessage({ processedImage, validContours }); src.delete(); gray.delete(); edged.delete(); contours.delete(); hierarchy.delete(); };

Test

Geothermal Gradient Calculator

Surface Temperature 1 (°C):

Depth 1 (meters):

benar

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Depth:  

Lithology: Shale Sandstone Limestone Coal Volcanic Igneos Rock Metamorf Siltstone Claystone Conglomerate Marl

ewqe

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Depth:  

Lithology: Shale Sandstone Limestone Coal Volcanic Igneos Rock Metamorf Siltstone Claystone Conglomerate Marl

UJICOBA

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Depth:  

Lithology: Shale Sandstone Limestone Coal Volcanic Igneos Rock Metamorf Siltstone Claystone Conglomerate Marl

Excel+ff

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Depth:  

Lithology: Shale Sandstone Limestone Coal Volcanic Igneos Rock Metamorf Siltstone Claystone Conglomerate Marl

Excel

Depth:  

Lithology: Shale Sandstone Limestone Coal Volcanic Igneos Rock Metamorf Siltstone Claystone Conglomerate Marl

ff

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Tabel

Column 1	Column 2

Mudlog (Cekpoint)

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Kolom 1	Kolom 2

Usaha dan Energi

1. Usaha

Rumus Usaha secara Umum:

$W = F.s$

$W$ (Joule) : $F$ (N) : $s$ (m) :

Rumus Usaha pada Bidang Datar:

$W = F.cos θ.s$

$W$ (Joule) : $F$ (N) : $θ$ (°) : $s$ (m) :

Rumus Usaha pada Bidang Miring:

$W = m.g.cos θ.s$

$W$ (Joule) : $m$ (kg) : $g$ () : $θ$ (°) : $s$ (m) :

2. Energi

Rumus Energi Kinetik:

$E_k = \frac{1}{2}.m.v^2$

$Ek$ (Joule) : $m$ (kg) : $v$ (m/s) :

Rumus Energi Potensial:

$E_p = m.g.h$

$E_p$ (Joule) : $m$ (kg) : $g$ () : $h$ () :