[{"_1":2,"_3":-5,"_4":-5},"loaderData",{"_5":6,"_7":8},"actionData","errors","root",{"_23":24,"_25":26,"_27":21,"_28":21,"_29":21,"_30":21,"_31":21,"_32":21,"_33":34},"routes/canvas.shared.$sharedTextdocId",{"_9":10,"_11":-7,"_12":13,"_14":15,"_16":17,"_18":19,"_20":21,"_22":21},"sharedTextdocId","68cd350349e481918f1d482caaec6e79","versionInt","title","Kill Sheet Subsea (first Screen)","type","code/react","content","import React, { useMemo, useState, useEffect } from \"react\";\nimport { Card, CardContent, CardHeader, CardTitle } from \"@/components/ui/card\";\nimport { Button } from \"@/components/ui/button\";\nimport { Input } from \"@/components/ui/input\";\nimport { Label } from \"@/components/ui/label\";\nimport { LineChart, Line, XAxis, YAxis, CartesianGrid, Tooltip, ResponsiveContainer, Legend, ReferenceLine } from \"recharts\";\n\n// ======================================================\n// Helpers\n// ======================================================\nconst isFiniteNum = (v: any): v is number => typeof v === \"number\" && Number.isFinite(v);\nconst clampNonNeg = (v: number) => (isFiniteNum(v) && v > 0 ? v : 0);\n\n// Display formatters (force '.' as decimal via toFixed)\nconst fmtInt = (v: number) => (isFiniteNum(v) ? Math.round(v).toString() : \"-\");\nconst fmt2 = (v: number) => (isFiniteNum(v) ? v.toFixed(2) : \"-\");\nconst fmt3 = (v: number) => (isFiniteNum(v) ? v.toFixed(3) : \"-\");\nconst fmt4 = (v: number) => (isFiniteNum(v) ? v.toFixed(4) : \"-\");\n\n// Parse allowing comma but normalizing to '.'\nconst parseDec = (raw: string) => {\n if (typeof raw !== \"string\") return parseFloat(String(raw));\n const cleaned = raw.replace(/,/g, \".\");\n const n = parseFloat(cleaned);\n return Number.isFinite(n) ? n : 0;\n};\n\n// ==========================\n// Types\n// ==========================\ninterface Section {\n id: string;\n name: string;\n length_ft: number; // (ft) — canonical internal unit\n cap_bbl_per_ft: number; // (bbl/ft) — canonical internal unit\n}\n\ninterface CalcRow extends Section {\n vol_bbl: number;\n strokes: number;\n minutes: number;\n}\n\n// ==========================\n// Core calculations (canonical in US units)\n// ==========================\nfunction computeTable(sections: Section[], pump_per_stk: number, spm: number) {\n const cleanPump = clampNonNeg(pump_per_stk);\n const cleanSpm = clampNonNeg(spm);\n\n const rows: CalcRow[] = sections.map((s) => {\n const len = clampNonNeg(s.length_ft || 0);\n const cap = clampNonNeg(s.cap_bbl_per_ft || 0);\n const vol_bbl = cap * len;\n const strokes = cleanPump > 0 ? vol_bbl / cleanPump : 0;\n const minutes = cleanSpm > 0 ? strokes / cleanSpm : 0;\n return { ...s, vol_bbl, strokes, minutes };\n });\n\n const totals = rows.reduce(\n (acc, r) => {\n acc.vol_bbl += r.vol_bbl;\n acc.strokes += r.strokes;\n acc.minutes += r.minutes;\n return acc;\n },\n { vol_bbl: 0, strokes: 0, minutes: 0 }\n );\n\n return { rows, totals };\n}\n\n// Linear DPP helpers per Adriano's spec\n// ΔDPP reference in psi/100 strokes\nfunction computeDppPer100(icpPsi: number, fcpPsi: number, totalStrokes: number): number {\n const N = Math.max(1, Math.round(totalStrokes));\n const diff = Math.abs((icpPsi ?? 0) - (fcpPsi ?? 0));\n return (diff * 100) / N;\n}\n\n// Generate LINEAR table (ICP → FCP)\nfunction buildPerStrokeTable(\n icpPsi: number,\n fcpPsi: number,\n totalStrokes: number,\n strokeStep: number,\n): { stroke: number; dpp: number }[] {\n const N = Math.max(0, Math.round(totalStrokes));\n const step = Math.max(1, Math.round(strokeStep || 1));\n const arr: { stroke: number; dpp: number }[] = [];\n\n for (let s = 0; s <= N; s += step) {\n const frac = N > 0 ? s / N : 0;\n const dpp = icpPsi + (fcpPsi - icpPsi) * frac;\n arr.push({ stroke: s, dpp });\n }\n\n if (arr.length === 0 || arr[arr.length - 1].stroke !== N) {\n arr.push({ stroke: N, dpp: fcpPsi });\n }\n\n return arr;\n}\n\n// KWM (ppg) – classic: MW + SIDPP/(0.052*TVD)\nconst calcKWM = (mw_ppg: number, sidpp_psi: number, tvd_ft: number) => {\n const MW = clampNonNeg(mw_ppg);\n const SIDPP = clampNonNeg(sidpp_psi);\n const TVD = clampNonNeg(tvd_ft);\n if (!(MW > 0 && TVD > 0)) return NaN;\n return MW + SIDPP / (0.052 * TVD);\n};\n// ICP = SIDPP + KRP current\nconst calcICP = (sidpp_psi: number, krp_curr_psi: number) => clampNonNeg(sidpp_psi) + clampNonNeg(krp_curr_psi);\n// FCP (psi) = (KWM / MW) * KRP (current mud)\nconst calcFCP = (kwm_ppg: number, mw_ppg: number, krp_current_psi: number) => {\n const MW = clampNonNeg(mw_ppg);\n const KWM = clampNonNeg(kwm_ppg);\n const KRP = clampNonNeg(krp_current_psi);\n if (!(MW > 0)) return NaN;\n return (KWM / MW) * KRP;\n};\n\n// EMW at shoe during LOT (aka MAMW at shoe)\n// Rename parameter to avoid any potential shadowing with state var names\nconst calcEMW_LOT = (lot_mw_ppg_in: number, lot_psi: number, shoe_tvd_ft: number) => {\n const TVD = clampNonNeg(shoe_tvd_ft);\n if (!(TVD > 0)) return NaN;\n return clampNonNeg(lot_mw_ppg_in) + clampNonNeg(lot_psi) / (0.052 * TVD);\n};\n// MAASP at surface (psi) = (EMW_LOT - MW) * 0.052 * shoe_TVD\nconst calcMAASP = (emw_lot_ppg: number, mw_ppg: number, shoe_tvd_ft: number) => {\n const TVD = clampNonNeg(shoe_tvd_ft);\n if (!(TVD > 0)) return NaN;\n const val = (clampNonNeg(emw_lot_ppg) - clampNonNeg(mw_ppg)) * 0.052 * TVD;\n return Number.isFinite(val) ? Math.max(0, val) : NaN;\n};\n\n// ==========================\n// Component\n// ==========================\nexport default function KillSheetSubsea() {\n type Method = \"drillers\" | \"waw\";\n type UnitSystem = \"US\" | \"SI\";\n\n // ---- Styling helpers ----\n const inputClass = \"ring-2 ring-orange-300 bg-orange-50 focus-visible:ring-orange-400\"; // inputs = orange\n const resultClass = \"bg-green-50 text-green-800 font-semibold\"; // results = green\n\n // ---- Units ----\n const ft_to_m = 0.3048;\n const psi_to_kpa = 6.894757;\n const bbl_to_m3 = 0.1589872949;\n const ppg_to_kgm3 = 119.8264273;\n const bblperft_to_m3perm = bbl_to_m3 / ft_to_m; // ≈ 0.5216 m3/m per (bbl/ft)\n\n const [unitSystem, setUnitSystem] = useState(\"US\");\n const isUS = unitSystem === \"US\";\n\n // Converters to/from UI units (canonical storage = US)\n const lenToUI = (ft: number) => (isUS ? ft : ft * ft_to_m);\n const lenFromUI = (val: number) => (isUS ? val : val / ft_to_m);\n\n const pToUI = (psi: number) => (isUS ? psi : psi * psi_to_kpa);\n const pFromUI = (val: number) => (isUS ? val : val / psi_to_kpa);\n\n const volToUI = (bbl: number) => (isUS ? bbl : bbl * bbl_to_m3);\n const capToUI = (bblperft: number) => (isUS ? bblperft : bblperft * bblperft_to_m3perm);\n const capFromUI = (val: number) => (isUS ? val : val / bblperft_to_m3perm);\n\n const pumpToUI = (bbl_per_stk: number) => (isUS ? bbl_per_stk : bbl_per_stk * bbl_to_m3 * 1000); // L/stk\n const pumpFromUI = (val: number) => (isUS ? val : val / (bbl_to_m3 * 1000));\n\n const mwToUI = (ppg: number) => (isUS ? ppg : ppg * ppg_to_kgm3);\n const mwFromUI = (val: number) => (isUS ? val : val / ppg_to_kgm3);\n\n // ---- Global Inputs (US units canonical) ----\n const [mw_ppg, setMw] = useState(10.0);\n const [tvd_ft, setTvd] = useState(11850);\n const [sidpp_psi, setSidpp] = useState(580);\n const [sicp_psi, setSicp] = useState(870);\n const [pump_bbl_per_stk, setPumpOut] = useState(0.12);\n const [spm, setSpm] = useState(45);\n const [krp_current_psi, setKrpCurrent] = useState(600);\n const [method, setMethod] = useState(\"drillers\");\n const [strokeStep, setStrokeStep] = useState(1);\n\n // ---- LOT/Shoe states declared BEFORE any usage below ----\n const [shoe_tvd_ft, setShoeTvd] = useState(8880);\n const [lot_psi, setLotPsi] = useState(2100);\n const [lot_mw_ppg, setLotMw] = useState(10.0);\n\n // ---- Editable buffers to allow free typing (decimals) before commit ----\n const [pumpEdit, setPumpEdit] = useState(undefined);\n const pumpRegex = /^\\d*(?:\\.\\d{0,3})?$/; // up to 3 decimals for pump output\n const pumpDisplay = pumpEdit !== undefined ? pumpEdit : fmt3(pumpToUI(pump_bbl_per_stk));\n const handlePumpChange = (raw: string) => {\n const v = raw.replace(/,/g, \".\");\n if (v === \"\" || pumpRegex.test(v)) setPumpEdit(v);\n };\n const commitPump = () => {\n const raw = pumpEdit;\n if (raw === undefined) return;\n const num = parseDec(raw);\n const us = pumpFromUI(num);\n const fixed = Math.round(us * 1e3) / 1e3; // 3 dp\n setPumpOut(fixed);\n setPumpEdit(undefined);\n };\n\n const [mwEdit, setMwEdit] = useState(undefined);\n const mwRegex = /^\\d*(?:\\.\\d{0,2})?$/; // 2 decimals for mud weight\n const mwDisplay = mwEdit !== undefined ? mwEdit : fmt2(mwToUI(mw_ppg));\n const handleMwChange = (raw: string) => {\n const v = raw.replace(/,/g, \".\");\n if (v === \"\" || mwRegex.test(v)) setMwEdit(v);\n };\n const commitMw = () => {\n const raw = mwEdit;\n if (raw === undefined) return;\n const num = parseDec(raw);\n setMw(mwFromUI(num));\n setMwEdit(undefined);\n };\n\n const [lotMwEdit, setLotMwEdit] = useState(undefined);\n const lotMwDisplay = lotMwEdit !== undefined ? lotMwEdit : fmt2(mwToUI(lot_mw_ppg));\n const handleLotMwChange = (raw: string) => {\n const v = raw.replace(/,/g, \".\");\n if (v === \"\" || mwRegex.test(v)) setLotMwEdit(v);\n };\n const commitLotMw = () => {\n const raw = lotMwEdit;\n if (raw === undefined) return;\n const num = parseDec(raw);\n setLotMw(mwFromUI(num));\n setLotMwEdit(undefined);\n };\n\n // ---- Tables data ----\n const [stringSecs, setStringSecs] = useState([\n { id: \"s1\", name: \"DP 5''\", length_ft: 9897, cap_bbl_per_ft: 0.0172 },\n { id: \"s2\", name: \"HWDP\", length_ft: 837, cap_bbl_per_ft: 0.0088 },\n { id: \"s3\", name: \"Drill Collar\", length_ft: 1116, cap_bbl_per_ft: 0.0077 },\n ]);\n const [annulusSecs, setAnnulusSecs] = useState([\n { id: \"a1\", name: \"Csg × DP\", length_ft: 8340, cap_bbl_per_ft: 0.0478 },\n { id: \"a2\", name: \"Open Hole × DP\", length_ft: 4000, cap_bbl_per_ft: 0.0447 },\n ]);\n const [chokeSecs, setChokeSecs] = useState([\n { id: \"c1\", name: \"Choke Line\", length_ft: 553, cap_bbl_per_ft: 0.0061 },\n ]);\n\n const stringTbl = useMemo(() => computeTable(stringSecs, pump_bbl_per_stk, spm), [stringSecs, pump_bbl_per_stk, spm]);\n const annulusTbl = useMemo(() => computeTable(annulusSecs, pump_bbl_per_stk, spm), [annulusSecs, pump_bbl_per_stk, spm]);\n const chokeTbl = useMemo(() => computeTable(chokeSecs, pump_bbl_per_stk, spm), [chokeSecs, pump_bbl_per_stk, spm]);\n\n const capStringAteBroca_bbl = stringTbl.totals.vol_bbl;\n\n const kwm_ppg = useMemo(() => calcKWM(mw_ppg, sidpp_psi, tvd_ft), [mw_ppg, sidpp_psi, tvd_ft]);\n const icp_psi = useMemo(() => calcICP(sidpp_psi, krp_current_psi), [sidpp_psi, krp_current_psi]);\n const fcp_psi = useMemo(() => calcFCP(kwm_ppg, mw_ppg, krp_current_psi), [kwm_ppg, mw_ppg, krp_current_psi]);\n\n const emw_lot_ppg = useMemo(() => calcEMW_LOT(lot_mw_ppg, lot_psi, shoe_tvd_ft), [lot_mw_ppg, lot_psi, shoe_tvd_ft]);\n const maasp_psi = useMemo(() => calcMAASP(emw_lot_ppg, mw_ppg, shoe_tvd_ft), [emw_lot_ppg, mw_ppg, shoe_tvd_ft]);\n\n const strokesSurfaceToBit = useMemo(() => stringTbl.totals.strokes, [stringTbl.totals.strokes]);\n\n // ΔDPP badge (psi/100 strokes)\n const dppPer100 = useMemo(\n () => computeDppPer100(icp_psi, fcp_psi, strokesSurfaceToBit),\n [icp_psi, fcp_psi, strokesSurfaceToBit]\n );\n\n // LINEAR per-stroke table (ICP → FCP)\n const perStrokeTable = useMemo(\n () => buildPerStrokeTable(icp_psi, fcp_psi, strokesSurfaceToBit, strokeStep),\n [icp_psi, fcp_psi, strokesSurfaceToBit, strokeStep]\n );\n\n // ---- CAP inline editing for 4 decimals ('.' only) ----\n const [capEdit, setCapEdit] = useState>({});\n const capRegex = /^\\d*(?:\\.\\d{0,4})?$/;\n const capKey = (which: \"string\" | \"annulus\" | \"choke\", id: string) => `${which}:${id}`;\n const getCapValue = (which: \"string\" | \"annulus\" | \"choke\", id: string, capUI: number) => {\n const key = capKey(which, id);\n return capEdit[key] !== undefined ? capEdit[key] : (isFiniteNum(capUI) ? capUI.toFixed(4) : \"\");\n };\n const handleCapChange = (which: \"string\" | \"annulus\" | \"choke\", id: string, raw: string) => {\n const v = raw.replace(/,/g, \".\");\n if (v === \"\" || capRegex.test(v)) setCapEdit((p) => ({ ...p, [capKey(which, id)]: v }));\n };\n const commitCap = (which: \"string\" | \"annulus\" | \"choke\", id: string) => {\n const key = capKey(which, id);\n const raw = capEdit[key];\n if (raw === undefined) return; // nothing pending\n const numUI = parseDec(raw);\n const numUS = capFromUI(numUI);\n const fixed = Math.round(numUS * 1e4) / 1e4; // ROUND to 4dp in US canonical\n const apply = (arr: Section[]) => arr.map((s) => (s.id === id ? { ...s, cap_bbl_per_ft: fixed } : s));\n if (which === \"string\") setStringSecs((cur) => apply(cur));\n if (which === \"annulus\") setAnnulusSecs((cur) => apply(cur));\n if (which === \"choke\") setChokeSecs((cur) => apply(cur));\n setCapEdit((p) => { const n = { ...p }; delete n[key]; return n; });\n };\n\n // ---- Table row helpers ----\n const handleSecChange = (\n which: \"string\" | \"annulus\" | \"choke\",\n id: string,\n field: keyof Section,\n value: string | number,\n ) => {\n const updater = (arr: Section[]) =>\n arr.map((s) => {\n if (s.id !== id) return s;\n if (field === \"name\") return { ...s, name: String(value) };\n if (field === \"length_ft\") return { ...s, length_ft: lenFromUI(parseDec(String(value))) };\n if (field === \"cap_bbl_per_ft\") return { ...s, cap_bbl_per_ft: capFromUI(parseDec(String(value))) };\n return s;\n });\n if (which === \"string\") setStringSecs((cur) => updater(cur));\n if (which === \"annulus\") setAnnulusSecs((cur) => updater(cur));\n if (which === \"choke\") setChokeSecs((cur) => updater(cur));\n };\n\n // ---- Add Row helpers ----\n const newId = () => Math.random().toString(36).slice(2, 9);\n const addRow = (which: \"string\" | \"annulus\" | \"choke\") => {\n const newSec: Section = { id: newId(), name: \"New Section\", length_ft: 0, cap_bbl_per_ft: 0 };\n if (which === \"string\") setStringSecs((cur) => [...cur, newSec]);\n if (which === \"annulus\") setAnnulusSecs((cur) => [...cur, newSec]);\n if (which === \"choke\") setChokeSecs((cur) => [...cur, newSec]);\n };\n\n // ---- Lightweight runtime tests (no UI impact) ----\n useEffect(() => {\n // Existing tests\n const tt = computeTable([{ id: \"t1\", name: \"X\", length_ft: 100, cap_bbl_per_ft: 0.00123 }], 0.1, 10);\n console.assert(Math.abs(tt.totals.vol_bbl - 0.123) < 1e-9, \"computeTable volume\");\n const kwmTest = calcKWM(10, 300, 12000); // ≈ 10.4808 ppg\n console.assert(Math.abs(kwmTest - 10.4808) < 0.01, \"kwm check\");\n\n // Additional tests (do not change existing ones)\n const _kwm = calcKWM(10, 580, 11850); // ≈ 10.56\n const _fcp = calcFCP(_kwm, 10, 880);\n console.assert(Math.abs(_fcp - (_kwm / 10) * 600) < 1e-6, \"fcp formula\");\n\n const _emw = calcEMW_LOT(10, 2100, 8880);\n const _maasp = calcMAASP(_emw, 10, 8880);\n console.assert(Number.isFinite(_maasp) && _maasp >= 0, \"maasp sanity\");\n\n const t2 = computeTable([\n { id: \"1\", name: \"A\", length_ft: 50, cap_bbl_per_ft: 0.001 },\n { id: \"2\", name: \"B\", length_ft: 50, cap_bbl_per_ft: 0.002 },\n ], 0.1, 10);\n console.assert(Math.abs(t2.totals.vol_bbl - (0.001 * 50 + 0.002 * 50)) < 1e-12, \"vol totals\");\n\n // NEW TESTS\n const capRegexLocal = /^\\d*(?:\\.\\d{0,4})?$/; // '.' only, up to 4 dp\n console.assert(capRegexLocal.test(\"1.2345\") && !capRegexLocal.test(\"1,2345\"), \"cap regex 4dp '.' only\");\n\n const _maaspZero = calcMAASP(10, 10, 8880);\n console.assert(_maaspZero === 0, \"MAASP should be zero when EMW == MW\");\n\n // Per-stroke last point equals FCP (linear)\n const last = perStrokeTable[perStrokeTable.length - 1];\n const Nround = Math.round(strokesSurfaceToBit);\n console.assert(last && last.stroke === Nround && Math.abs(last.dpp - fcp_psi) < 1e-6, \"per-stroke last point == FCP (linear)\");\n\n // Unit conversions sanity\n console.assert(Math.abs(lenToUI(1000) - (isUS ? 1000 : 304.8)) < 1e-6, \"lenToUI sanity\");\n console.assert(Math.abs(pToUI(100) - (isUS ? 100 : 689.4757)) < 1e-3, \"pToUI sanity\");\n\n // NEW: EMW_LOT consistency with state\n const emw_check = calcEMW_LOT(lot_mw_ppg, lot_psi, shoe_tvd_ft);\n console.assert(Math.abs(emw_check - emw_lot_ppg) < 1e-9, \"EMW_LOT consistency with state\");\n\n // NEW: Linear midpoint sanity\n const testTbl = buildPerStrokeTable(800, 400, 100, 1);\n const mid = testTbl.find((r) => r.stroke === 50);\n console.assert(mid && Math.abs(mid.dpp - 600) < 1e-9, \"linear midpoint 800→400 at 50 strokes is 600\");\n\n // NEW: ΔDPP correctness\n const dpp100 = computeDppPer100(800, 400, 200);\n console.assert(Math.abs(dpp100 - 200) < 1e-9, \"ΔDPP should be 200 psi/100 strokes for 800→400 over 200 strokes\");\n }, [perStrokeTable, strokesSurfaceToBit, mw_ppg, sidpp_psi, tvd_ft, krp_current_psi, isUS, lot_mw_ppg, lot_psi, shoe_tvd_ft, emw_lot_ppg, fcp_psi]);\n\n // ---- Labels ----\n const labels = {\n mw: isUS ? \"MW (ppg)\" : \"Mud Density (kg/m³)\",\n tvd: isUS ? \"TVD (ft)\" : \"TVD (m)\",\n sidpp: isUS ? \"SIDPP (psi)\" : \"SIDPP (kPa)\",\n sicp: isUS ? \"SICP (psi)\" : \"SICP (kPa)\",\n pump: isUS ? \"Pump Output (bbl/stk)\" : \"Pump Output (L/stk)\",\n spm: \"SPM (strokes/min)\",\n krpCurr: isUS ? \"KRP – Current Mud (psi)\" : \"KRP – Current Mud (kPa)\",\n strokeStep: \"Stroke interval (table)\",\n capString: isUS ? \"Cap. string to bit (bbl) – auto\" : \"Cap. string to bit (m³) – auto\",\n len: isUS ? \"Length (ft)\" : \"Length (m)\",\n cap: isUS ? \"Cap (bbl/ft)\" : \"Cap (m³/m)\",\n vol: isUS ? \"Vol (bbl)\" : \"Vol (m³)\",\n yAxis: isUS ? \"DPP (psi)\" : \"DPP (kPa)\",\n shoeTvd: isUS ? \"Casing Shoe TVD (ft)\" : \"Casing Shoe TVD (m)\",\n lotPsi: isUS ? \"LOT Pressure @ Shoe (psi)\" : \"LOT Pressure @ Shoe (kPa)\",\n lotMw: isUS ? \"LOT Mud Weight (ppg)\" : \"LOT Mud Density (kg/m³)\",\n mamw: isUS ? \"MAMW at Shoe (ppg)\" : \"MAMW at Shoe (kg/m³)\",\n maasp: isUS ? \"MAASP (psi)\" : \"MAASP (kPa)\",\n } as const;\n\n // ---- Renderers ----\n const renderSectionsTable = (\n which: \"string\" | \"annulus\" | \"choke\",\n secs: CalcRow[],\n totals: { vol_bbl: number; strokes: number; minutes: number },\n ) => (\n

\n \n \n \n \n \n \n \n \n \n \n \n \n {secs.map((r) => (\n \n \n \n \n \n \n \n \n ))}\n \n \n \n \n \n \n \n \n \n \n \n

Section	{labels.len}	{labels.cap}	{labels.vol}	Strokes	Min
\n handleSecChange(which, r.id, \"name\", e.target.value)}\n className={inputClass}\n />\n	\n handleSecChange(which, r.id, \"length_ft\", e.target.value)}\n className={inputClass}\n />\n	\n handleCapChange(which, r.id, e.target.value)}\n onBlur={() => commitCap(which, r.id)}\n onKeyDown={(e) => { if (e.key === 'Enter') commitCap(which, r.id); }}\n className={inputClass}\n placeholder=\"0.0000\"\n />\n	{fmt2(volToUI(r.vol_bbl))}	{fmtInt(r.strokes)}	{fmtInt(r.minutes)}
Totals			{fmt2(volToUI(totals.vol_bbl))}	{fmtInt(totals.strokes)}	{fmtInt(totals.minutes)}

\n );\n\n // ---- UI ----\n return (\n

\n {/* Header */}\n

SUBSEA Kill Sheet – By Adriano Lima

{isUS ? \"US units (ppg/psi/ft)\" : \"SI units (kg/m³/kPa/m)\"} • Inputs in orange, results in green

\n \n ΔDPP reference: {fmt2(dppPer100)} psi/100 strokes\n \n

\n \n \n

\n {/* Single-click conversion button */}\n \n

\n\n {/* Inputs */}\n \n \n Inputs – Pressures & Operation\n \n \n

\n {labels.mw}\n handleMwChange(e.target.value)}\n onBlur={commitMw}\n onKeyDown={(e) => { if (e.key === 'Enter') commitMw(); }}\n />\n

\n {labels.tvd}\n setTvd(Math.round(lenFromUI(parseDec(e.target.value || \"0\"))))}\n />\n

\n {labels.sidpp}\n setSidpp(Math.round(pFromUI(parseDec(e.target.value || \"0\"))))}\n />\n

\n {labels.sicp}\n setSicp(Math.round(pFromUI(parseDec(e.target.value || \"0\"))))}\n />\n

\n {labels.pump}\n handlePumpChange(e.target.value)}\n onBlur={commitPump}\n onKeyDown={(e) => { if (e.key === 'Enter') commitPump(); }}\n placeholder={isUS ? \"0.000 bbl/stk\" : \"0.000 L/stk\"}\n />\n

\n {labels.spm}\n setSpm(parseInt(e.target.value || \"0\"))} />\n

\n {labels.krpCurr}\n setKrpCurrent(Math.round(pFromUI(parseDec(e.target.value || \"0\"))))} />\n

\n {labels.strokeStep}\n setStrokeStep(parseInt(e.target.value || \"1\"))} />\n

\n\n

\n {labels.shoeTvd}\n setShoeTvd(Math.round(lenFromUI(parseDec(e.target.value || \"0\"))))} />\n

\n {labels.lotPsi}\n setLotPsi(Math.round(pFromUI(parseDec(e.target.value || \"0\"))))} />\n

\n {labels.lotMw}\n handleLotMwChange(e.target.value)}\n onBlur={commitLotMw}\n onKeyDown={(e) => { if (e.key === 'Enter') commitLotMw(); }}\n />\n

\n {labels.capString}\n

{fmt2(volToUI(capStringAteBroca_bbl))}

\n \n \n\n {/* STRING table */}\n \n \n STRING – Volumes, Strokes & Time\n \n \n

\n \n

\n {renderSectionsTable(\"string\", stringTbl.rows, stringTbl.totals)}\n \n \n\n {/* ANNULAR table */}\n \n \n ANNULAR – Volumes, Strokes & Time\n \n \n

\n \n

\n {renderSectionsTable(\"annulus\", annulusTbl.rows, annulusTbl.totals)}\n \n \n\n {/* CHOKE LINE table */}\n \n \n CHOKE LINE – Volumes, Strokes & Time\n \n \n

\n \n

\n {renderSectionsTable(\"choke\", chokeTbl.rows, chokeTbl.totals)}\n \n \n\n {/* Results – Pressures */}\n \n \n Calculated Pressures\n \n \n

\n {isUS ? \"KWM (ppg)\" : \"KWM (kg/m³)\"}\n

{fmt2(mwToUI(kwm_ppg))}

\n ICP ({isUS ? \"psi\" : \"kPa\"})\n

{fmtInt(pToUI(icp_psi))}

\n FCP ({isUS ? \"psi\" : \"kPa\"})\n

{fmtInt(pToUI(fcp_psi))}

\n {labels.mamw}\n

{fmt2(mwToUI(emw_lot_ppg))}

\n {labels.maasp}\n

{fmtInt(pToUI(maasp_psi))}

\n \n \n\n {/* Chart – Dynamic DPP (ICP → FCP). Keep SIDPP hidden per your spec */}\n \n \n Dynamic Drill Pipe Pressure ({isUS ? \"psi\" : \"kPa\"}) × Strokes\n \n \n \n ({ stroke: r.stroke, dppDisp: isUS ? r.dpp : r.dpp * psi_to_kpa }))}\n margin={{ top: 10, right: 20, left: 0, bottom: 10 }}\n >\n \n fmtInt(v)} label={{ value: \"Strokes\", position: \"insideBottomRight\", offset: -5 }} />\n fmtInt(v)} label={{ value: labels.yAxis, angle: -90, position: \"insideLeft\" }} domain={[0, \"auto\"]} />\n (typeof v === \"number\" ? fmt2(v) : v)} labelFormatter={(v: any) => `Stroke ${v}`} />\n \n \n \n \n \n \n \n\n {/* Table – DPP vs Strokes (surface → bit) */}\n \n \n Table – DPP vs Strokes (surface → bit)\n \n \n \n \n \n \n \n \n \n \n {perStrokeTable.map((r) => (\n \n \n \n \n ))}\n \n

Stroke	DPP ({isUS ? \"psi\" : \"kPa\"})
{fmtInt(r.stroke)}	{fmtInt(isUS ? r.dpp : r.dpp * psi_to_kpa)}

\n \n \n

\n );\n}\n","access","public","isModerationBlocked",false,"isAnonifyApiKeyDetected","dd",{"_35":36,"_37":38},"disablePrefetch",true,"shouldPrefetchAccount","shouldPrefetchUser","shouldPrefetchSystemHints","promoteCss","disableSSR","stripModulepreloadImports","statsigGateEvaluationsPromise",["P",34],"traceId","2507863473721715335","traceTime",1776513319725]