Volume Curve
CIF Engine Status
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TankBridge Calibration Validation Engine™
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CIF - Computer Input Format
Input page ini sengaja dibuat ringkas. Key-in hanya data yang sama seperti sheet CIF vendor, kemudian tekan Recalculate.
Pilih kaedah bacaan yang digunakan oleh calibration table ini.
Course / Strapping Data
Manual input columns: COURSE NUMBER, COURSE HEIGHT (MM), NETT. INCR. (Litre/cm). Row count is dynamic — Excel CIF import follows the actual number of course rows.
| COURSE NUMBER | COURSE HEIGHT (MM) | NETT. INCR. (Litre/cm) |
|---|
Local save/load status: ready.
Sounding to Volume Calculator
Result
This calculator uses TankBridge Engine calculation as the primary source. Vendor Excel certified table is kept as reference/validation and can be selected when exact vendor-table lookup is required.
Calibration Table
| SOUNDING mm | Volume L | Incr L/mm | Flag |
|---|
Engine Notes
This version is focused on the vendor CIF sheet. The input page only keeps the required manual fields and course table. Other workbook information is treated as internal/default project metadata or validation output.
Core logic
Reference Height mm = Reference Height metre × 1000 Shell Height mm = Shell Height metre × 1000 Volume at datum = Volume to Datum (litres) Volume at crown = Volume to Crown (litres) Course increment = NETT. INCR. (Litre/cm) ÷ 10 Course volume = start volume + (dip mm - course start mm) × increment L/mm Final dip = Height at Datum + total Course Height Final volume = Volume to Crown + Σ(course height × increment L/mm)
TankBridge Engine calculation is the primary source. Vendor Excel certified table is imported as reference/validation. If a difference appears, the app will show the deviation instead of blindly accepting the Excel table.