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Implement new s- and g- product numbers

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to support gehrsitz and spielberger products
This commit is contained in:
Filip Krumpe 2022-02-02 17:50:43 +01:00
parent f546255099
commit b0d86c0cde
1 changed files with 93 additions and 46 deletions
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139
Produktionsplanung.ipynb
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@ -6,7 +6,6 @@
"metadata": {}, "metadata": {},
"outputs": [], "outputs": [],
"source": [ "source": [
"import re\n",
"import math\n", "import math\n",
"import datetime\n", "import datetime\n",
"\n", "\n",
@ -47,7 +46,7 @@
"\n", "\n",
"@dataclass\n", "@dataclass\n",
"class Abpackung:\n", "class Abpackung:\n",
" artikelNummer: int # ArtNr\n", " artikelNummer: str # ArtNr\n",
" abpackMenge: int # in KG\n", " abpackMenge: int # in KG\n",
" bemerkung: str\n", " bemerkung: str\n",
" planPos: int # Wochenplannummer\n", " planPos: int # Wochenplannummer\n",
@ -67,7 +66,7 @@
"\n", "\n",
"@dataclass\n", "@dataclass\n",
"class MischBedarf:\n", "class MischBedarf:\n",
" artikelNummer: int # ArtNr\n", " artikelNummer: str # ArtNr\n",
" abpackMenge: int # in KG\n", " abpackMenge: int # in KG\n",
" kw_reich: float # KW REICH\n", " kw_reich: float # KW REICH\n",
" bem_ek: str # Bemerkung Einkauf\n", " bem_ek: str # Bemerkung Einkauf\n",
@ -260,7 +259,7 @@
"source": [ "source": [
"# read Dispo\n", "# read Dispo\n",
"\n", "\n",
"def readDispo(sheet, prodStamm):\n", "def readDispo(sheet, prodStamm, prodDict):\n",
" DISPO_DICT = {}\n", " DISPO_DICT = {}\n",
" ABPACK_DICT = {}\n", " ABPACK_DICT = {}\n",
" MISCH_DICT = {}\n", " MISCH_DICT = {}\n",
@ -275,10 +274,16 @@
" if row[0].value is None:\n", " if row[0].value is None:\n",
" break\n", " break\n",
"\n", "\n",
" product = prodStamm.get(row[0].value, None)\n", " product = prodDict.get(f\"s{row[0].value}\")\n",
" if product is None:\n",
" product = prodDict.get(f\"g{row[0].value}\")\n",
" \n",
" if product is None:\n",
" print(f\"Product {row[0].value} could neither be found in the spielberger nor gehrsitz database. Skipping!\")\n",
" continue\n",
"\n", "\n",
" d = DispoBedarf(\n", " d = DispoBedarf(\n",
" artikelNummer=row[0].value,\n", " artikelNummer=product.number,\n",
" palettenziel=row[4].value,\n", " palettenziel=row[4].value,\n",
" bestandL00=row[5].value,\n", " bestandL00=row[5].value,\n",
" bestandL01=row[6].value,\n", " bestandL01=row[6].value,\n",
@ -299,9 +304,13 @@
" DISPO_DICT[d.artikelNummer] = d\n", " DISPO_DICT[d.artikelNummer] = d\n",
" GEB_GROESSE[d.artikelNummer] = g\n", " GEB_GROESSE[d.artikelNummer] = g\n",
"\n", "\n",
" prodBase = prodStamm.get(product.number, None)\n",
"\n",
" if not (row[25].value is None):\n", " if not (row[25].value is None):\n",
" if prodBase is None:\n",
" print(f\"Product {product.number} could not be found in the production parameters database. Default parameters would be used for the production planing\")\n",
" a = Abpackung(\n", " a = Abpackung(\n",
" artikelNummer=d.artikelNummer,\n", " artikelNummer=product.number,\n",
" abpackMenge=int(row[25].value),\n", " abpackMenge=int(row[25].value),\n",
" bemerkung=\"\",\n", " bemerkung=\"\",\n",
" planPos= 999 if row[29].value is None else int(int(row[29].value)),\n", " planPos= 999 if row[29].value is None else int(int(row[29].value)),\n",
@ -314,7 +323,9 @@
"\n", "\n",
" ABPACK_DICT[d.artikelNummer]=a\n", " ABPACK_DICT[d.artikelNummer]=a\n",
"\n", "\n",
" if not product is None and product.muehleMisch == 1:\n", " if prodBase is None:\n",
" print(f\"Product {product.number} could not be found in the production parameters database. Cannot determine mixing status\")\n",
" elif prodBase.muehleMisch == 1:\n",
" MISCH_DICT[d.artikelNummer] = MischBedarf(\n", " MISCH_DICT[d.artikelNummer] = MischBedarf(\n",
" artikelNummer = d.artikelNummer,\n", " artikelNummer = d.artikelNummer,\n",
" abpackMenge = int(row[25].value) if not row[25].value is None else 0,\n", " abpackMenge = int(row[25].value) if not row[25].value is None else 0,\n",
@ -345,8 +356,13 @@
"\n", "\n",
" counter = 0\n", " counter = 0\n",
" for pack, mischDispo in [(\"Pack1\", dP1), (\"Pack2\", dP2), (\"Pack3\", dP3), (\"Pack4\", dP4)]:\n", " for pack, mischDispo in [(\"Pack1\", dP1), (\"Pack2\", dP2), (\"Pack3\", dP3), (\"Pack4\", dP4)]:\n",
" if mischDispo is None:\n",
" continue\n",
"\n",
" mischDispo = mischDispo[3]\n",
"\n",
" for d in mischDispo.values():\n", " for d in mischDispo.values():\n",
" p = prodDict.get(d.artikelNummer, None)\n", " p = prodDict.get(d.artikelNummer)\n",
" if p is None:\n", " if p is None:\n",
" print(f\"ERROR: Product {p.artikelNummer} not found\")\n", " print(f\"ERROR: Product {p.artikelNummer} not found\")\n",
" counter += 1\n", " counter += 1\n",
@ -356,7 +372,7 @@
" sheet.add_table(tab)\n", " sheet.add_table(tab)\n",
"\n", "\n",
"\n", "\n",
"def writeSchedule(vorlage, dispo, prodDict, pack):\n", "def writeSchedule(vorlage, dispo, pack):\n",
" name = f\"Schedule {pack}\"\n", " name = f\"Schedule {pack}\"\n",
"\n", "\n",
" _dispoDict, abpackDict, gebGroesse, _mischDict = dispo\n", " _dispoDict, abpackDict, gebGroesse, _mischDict = dispo\n",
@ -390,7 +406,7 @@
" print(f\"Für Produkt {pa.artikelNummer} in Pack {pack} ist keine gültige Abpackmenge eingetragen\")\n", " print(f\"Für Produkt {pa.artikelNummer} in Pack {pack} ist keine gültige Abpackmenge eingetragen\")\n",
" continue\n", " continue\n",
"\n", "\n",
" time = writePASchedule(sheet, pa, leistung, prodDict, gebGroesse, pack, time)\n", " time = writePASchedule(sheet, pa, leistung, gebGroesse, pack, time)\n",
" modus = new_modus\n", " modus = new_modus\n",
" writeEnd(sheet)\n", " writeEnd(sheet)\n",
"\n", "\n",
@ -414,11 +430,9 @@
"def prodTime(nbrBags, performance, min_t = 30):\n", "def prodTime(nbrBags, performance, min_t = 30):\n",
" return max(int(nbrBags * 60 / performance), min_t)\n", " return max(int(nbrBags * 60 / performance), min_t)\n",
"\n", "\n",
"def writePASchedule(sheet, pa, l, prodDict, gebGroeDict, pack, start):\n", "def writePASchedule(sheet, pa, l, gebGroeDict, pack, start):\n",
" row = sheet.max_row + 1\n", " row = sheet.max_row + 1\n",
" geb = gebGroeDict[pa.artikelNummer]\n", " geb = gebGroeDict[pa.artikelNummer]\n",
" prod = prodDict[pa.artikelNummer]\n",
" # t = math.ceil(60 * pa.anzBeutel(gebGroeDict) / beutelProH(pa.artikelNummer, pack))\n",
" t = prodTime(pa.anzBeutel(gebGroeDict), beutelProH(pa.artikelNummer, pack))\n", " t = prodTime(pa.anzBeutel(gebGroeDict), beutelProH(pa.artikelNummer, pack))\n",
" sheet.cell(row=row, column = 1).value = pa.artikelNummer\n", " sheet.cell(row=row, column = 1).value = pa.artikelNummer\n",
" sheet.cell(row=row, column = 2).value = shortName(pa.artikelNummer)\n", " sheet.cell(row=row, column = 2).value = shortName(pa.artikelNummer)\n",
@ -516,10 +530,10 @@
" 18,\n", " 18,\n",
" begin,\n", " begin,\n",
" (\n", " (\n",
" (\"MO\", Workday.to_1_schicht_WU(begin)),\n", " (\"MO\", Workday.to_holliday()),\n",
" (\"DI\", Workday.to_1_schicht_WU(begin)),\n", " (\"DI\", Workday.to_holliday()),\n",
" (\"MI\", Workday.to_1_schicht_WU(begin)),\n", " (\"MI\", Workday.to_holliday()),\n",
" (\"DO\", Workday.to_holliday()),\n", " (\"DO\", Workday.to_1_schicht_WU(begin)),\n",
" (\"FR\", Workday.to_1_schicht_WU(begin)),\n", " (\"FR\", Workday.to_1_schicht_WU(begin)),\n",
" (\"SA\", Workday.to_1_schicht_WU(begin))\n", " (\"SA\", Workday.to_1_schicht_WU(begin))\n",
" ),\n", " ),\n",
@ -596,12 +610,12 @@
" 36,\n", " 36,\n",
" begin,\n", " begin,\n",
" (\n", " (\n",
" (\"MO\", Workday.to_2_schicht(begin)),\n", " (\"MO\", Workday.to_2_schicht_one_only(begin)),\n",
" (\"DI\", Workday.to_2_schicht(begin)),\n", " (\"DI\", Workday.to_2_schicht_one_only(begin)),\n",
" (\"MI\", Workday.to_2_schicht_one_only(begin)),\n", " (\"MI\", Workday.to_2_schicht_one_only(begin)),\n",
" (\"DO\", Workday.to_2_schicht_one_only(begin)),\n", " (\"DO\", Workday.to_2_schicht(begin)),\n",
" (\"FR\", Workday.to_2_schicht_one_only(begin)),\n", " (\"FR\", Workday.to_2_schicht(begin)),\n",
" (\"SA\", Workday.to_2_schicht_one_only(begin)),\n", " (\"SA\", Workday.to_2_schicht(begin)),\n",
" )\n", " )\n",
" )\n", " )\n",
" \n", " \n",
@ -635,8 +649,23 @@
"metadata": {}, "metadata": {},
"outputs": [], "outputs": [],
"source": [ "source": [
"ibmconnect = IBMConnector(True)\n", "@dataclass\n",
"prodDict = ibmconnect.getProductsTable()\n" "class ProdDict:\n",
" gProdDict: dict()\n",
" sProdDict: dict()\n",
"\n",
" def get(self, pnr):\n",
" if pnr[0] == \"s\" or len(pnr) == 6:\n",
" return self.sProdDict.get(pnr, None)\n",
" elif pnr[0] == \"g\":\n",
" return self.gProdDict.get(pnr, None)\n",
"\n",
"g_ibmconnect = IBMConnector(False)\n",
"s_ibmconnect = IBMConnector(True)\n",
"prodDict = ProdDict(\n",
" sProdDict= s_ibmconnect.getProductsTable(),\n",
" gProdDict= g_ibmconnect.getProductsTable()\n",
")"
] ]
}, },
{ {
@ -652,7 +681,7 @@
"metadata": {}, "metadata": {},
"outputs": [], "outputs": [],
"source": [ "source": [
"KW = 3\n", "KW = 6\n",
"YEAR = 2022\n", "YEAR = 2022\n",
"\n", "\n",
"# ACHTUNG: Beim Lesen von der Dispo (FROM_DISPO = True) gehen alle bisherigen Planungen verloren!\n", "# ACHTUNG: Beim Lesen von der Dispo (FROM_DISPO = True) gehen alle bisherigen Planungen verloren!\n",
@ -673,7 +702,7 @@
"\n", "\n",
"WEEK_P1 = WTemplate.to_2_schicht(5, \"Pack1\")\n", "WEEK_P1 = WTemplate.to_2_schicht(5, \"Pack1\")\n",
"WEEK_P2 = WTemplate.to_2_schicht(5, \"Pack2\")\n", "WEEK_P2 = WTemplate.to_2_schicht(5, \"Pack2\")\n",
"WEEK_P3 = WTemplate.to_1_schicht(6, \"Pack3\")\n", "WEEK_P3 = WTemplate.to_2_schicht(5, \"Pack3\")\n",
"WEEK_P4 = WTemplate.to_1_schicht(7, \"Pack4\")" "WEEK_P4 = WTemplate.to_1_schicht(7, \"Pack4\")"
] ]
}, },
@ -698,7 +727,7 @@
"sheet = vorlage[\"TLeistungsdaten\"]\n", "sheet = vorlage[\"TLeistungsdaten\"]\n",
"PACK_VORLAGE = packVorlage(sheet)\n", "PACK_VORLAGE = packVorlage(sheet)\n",
"LEISTUNGS_DICT = packLeistung(sheet)\n", "LEISTUNGS_DICT = packLeistung(sheet)\n",
"\n", "#\n",
"print(\"Read Produktionsstammdaten\")\n", "print(\"Read Produktionsstammdaten\")\n",
"sheet = vorlage[\"ProduktionStammdaten\"]\n", "sheet = vorlage[\"ProduktionStammdaten\"]\n",
"PROD_STAMM = produktionStammdaten(sheet)\n", "PROD_STAMM = produktionStammdaten(sheet)\n",
@ -724,18 +753,34 @@
"# read Schedule from Dispo\n", "# read Schedule from Dispo\n",
"if FROM_DISPO:\n", "if FROM_DISPO:\n",
" dispo = load_workbook(filename = DISPO, data_only = True, read_only = True)\n", " dispo = load_workbook(filename = DISPO, data_only = True, read_only = True)\n",
" if P1: dispoP1 = readDispo(dispo[\"Dispo Abpackplanung P1\"], LEISTUNGS_DICT)\n", " if P1:\n",
" if P2: dispoP2 = readDispo(dispo[\"Dispo Abpackplanung P2\"], LEISTUNGS_DICT)\n", " print(\"Reading Dispo P1\") \n",
" if P3: dispoP3 = readDispo(dispo[\"Dispo Abpackplanung P3\"], LEISTUNGS_DICT)\n", " dispoP1 = readDispo(dispo[\"Dispo Abpackplanung P1\"], LEISTUNGS_DICT, prodDict)\n",
" if P4: dispoP4 = readDispo(dispo[\"Dispo Abpackplanung P4\"], LEISTUNGS_DICT)\n", " if dispoP1 is None:\n",
" print(\".. encountered an error. Skipping!\")\n",
" if P2: \n",
" print(\"Reading Dispo P2\") \n",
" dispoP2 = readDispo(dispo[\"Dispo Abpackplanung P2\"], LEISTUNGS_DICT, prodDict)\n",
" if dispoP2 is None:\n",
" print(\".. encountered an error. Skipping!\")\n",
" if P3: \n",
" print(\"Reading Dispo P3\") \n",
" dispoP3 = readDispo(dispo[\"Dispo Abpackplanung P3\"], LEISTUNGS_DICT, prodDict)\n",
" if dispoP3 is None:\n",
" print(\".. encountered an error. Skipping!\")\n",
" if P4: \n",
" print(\"Reading Dispo P4\") \n",
" dispoP4 = readDispo(dispo[\"Dispo Abpackplanung P4\"], LEISTUNGS_DICT, prodDict)\n",
" if dispoP4 is None:\n",
" print(\".. encountered an error. Skipping!\")\n",
" dispo.close()\n", " dispo.close()\n",
"\n", "\n",
" vorlage = load_workbook(filename = VORDEF, data_only = False, read_only = False)\n", " vorlage = load_workbook(filename = VORDEF, data_only = False, read_only = False)\n",
" writeMischDispo(vorlage, dispoP1[3], dispoP2[3], dispoP3[3], dispoP4[3], prodDict)\n", " writeMischDispo(vorlage, dispoP1, dispoP2, dispoP3, dispoP4, prodDict)\n",
" if P4: writeSchedule(vorlage, dispoP4, prodDict, \"Pack4\")\n", " if P4: writeSchedule(vorlage, dispoP4, \"Pack4\")\n",
" if P3: writeSchedule(vorlage, dispoP3, prodDict, \"Pack3\")\n", " if P3: writeSchedule(vorlage, dispoP3, \"Pack3\")\n",
" if P2: writeSchedule(vorlage, dispoP2, prodDict, \"Pack2\")\n", " if P2: writeSchedule(vorlage, dispoP2, \"Pack2\")\n",
" if P1: writeSchedule(vorlage, dispoP1, prodDict, \"Pack1\")\n", " if P1: writeSchedule(vorlage, dispoP1, \"Pack1\")\n",
" vorlage.save(PLANUNG_PATH)\n", " vorlage.save(PLANUNG_PATH)\n",
" vorlage.close() \n" " vorlage.close() \n"
] ]
@ -763,9 +808,10 @@
" marking = row[0].fill\n", " marking = row[0].fill\n",
" ))\n", " ))\n",
" else: \n", " else: \n",
" l = LEISTUNGS_DICT[row[0].value]\n", " prod_nr = row[0].value\n",
" l = LEISTUNGS_DICT[prod_nr]\n",
" pas.append(Produktionsauftrag(\n", " pas.append(Produktionsauftrag(\n",
" artikelNummer= row[0].value,\n", " artikelNummer= prod_nr,\n",
" artikelBezeichnung= row[1].value,\n", " artikelBezeichnung= row[1].value,\n",
" gebindeGroesse= row[2].value,\n", " gebindeGroesse= row[2].value,\n",
" abpackMenge= int(row[3].value),\n", " abpackMenge= int(row[3].value),\n",
@ -859,7 +905,7 @@
" marking = copy(row[0].fill)\n", " marking = copy(row[0].fill)\n",
" ))\n", " ))\n",
" else:\n", " else:\n",
" prod = prodDict.get(f\"s{row[0].value}\", None)\n", " prod = prodDict.get(row[0].value)\n",
" if prod is None:\n", " if prod is None:\n",
" print(f\"Could not find product data of {row[0].value}\")\n", " print(f\"Could not find product data of {row[0].value}\")\n",
" bundle = Bundle.fromString(prod.bundle)\n", " bundle = Bundle.fromString(prod.bundle)\n",
@ -868,7 +914,7 @@
" nbrBundles = int(nbrBags / bundle.nbrBags) if row[4].value is None else int(row[4].value)\n", " nbrBundles = int(nbrBags / bundle.nbrBags) if row[4].value is None else int(row[4].value)\n",
" performance = int(row[7].value)\n", " performance = int(row[7].value)\n",
" if performance is None:\n", " if performance is None:\n",
" l = getPackLeistung(prod.number[1:])\n", " l = getPackLeistung(prod.number)\n",
" if l.artikelNummer == \"000000\":\n", " if l.artikelNummer == \"000000\":\n",
" print(f\"Leistungsdaten für Produkt {prod.number} nicht verfügbar!\")\n", " print(f\"Leistungsdaten für Produkt {prod.number} nicht verfügbar!\")\n",
" \n", " \n",
@ -883,7 +929,7 @@
" \n", " \n",
"\n", "\n",
" pas.append(Produktionsauftrag(\n", " pas.append(Produktionsauftrag(\n",
" artikelNummer= prod.number[1:],\n", " artikelNummer= prod.number,\n",
" artikelBezeichnung= prod.name,\n", " artikelBezeichnung= prod.name,\n",
" gebindeGroesse= bundle.szBundle,\n", " gebindeGroesse= bundle.szBundle,\n",
" abpackMenge= amount,\n", " abpackMenge= amount,\n",
@ -1026,9 +1072,9 @@
" sheet.cell(row=rowOffset+startSlot, column=columnOffset+2).value = pa.gebindeGroesse\n", " sheet.cell(row=rowOffset+startSlot, column=columnOffset+2).value = pa.gebindeGroesse\n",
" sheet.cell(row=rowOffset+startSlot, column=columnOffset+4).value = pa.artikelBezeichnung\n", " sheet.cell(row=rowOffset+startSlot, column=columnOffset+4).value = pa.artikelBezeichnung\n",
" else:\n", " else:\n",
" sheet.cell(row=rowOffset+startSlot, column=columnOffset+3).value = f\"p{pa.artikelNummer}\"\n", " sheet.cell(row=rowOffset+startSlot, column=columnOffset+3).value = pa.artikelNummer\n",
" sheet.cell(row=rowOffset+startSlot, column=columnOffset+7).value = pa.abpackMenge\n", " sheet.cell(row=rowOffset+startSlot, column=columnOffset+7).value = pa.abpackMenge\n",
" prod = prodDict.get(pa.artikelNummer, None)\n", " prod = prodDict.get(pa.artikelNummer)\n",
" sheet.cell(row=rowOffset+startSlot, column=columnOffset+6).value = math.ceil(pa.anzGebinde / prod.palSize) if not prod is None else None\n", " sheet.cell(row=rowOffset+startSlot, column=columnOffset+6).value = math.ceil(pa.anzGebinde / prod.palSize) if not prod is None else None\n",
" if pa.bemerkung != \"\" and not pa.bemerkung is None and pa.pDauer >= 60:\n", " if pa.bemerkung != \"\" and not pa.bemerkung is None and pa.pDauer >= 60:\n",
" sheet.cell(row=rowOffset + startSlot + 1, column=columnOffset+4).value=pa.bemerkung\n", " sheet.cell(row=rowOffset + startSlot + 1, column=columnOffset+4).value=pa.bemerkung\n",
@ -1203,7 +1249,7 @@
" writeAbpackplan(vorlage, WEEK_P3, scheduleP3, prodDict)\n", " writeAbpackplan(vorlage, WEEK_P3, scheduleP3, prodDict)\n",
" if P2: \n", " if P2: \n",
" print(\"Updating P2 ...\")\n", " print(\"Updating P2 ...\")\n",
" scheduleP2 = updateSchedule(vorlage[\"Schedule Pack2\"], \"Pack1\")\n", " scheduleP2 = updateSchedule(vorlage[\"Schedule Pack2\"], \"Pack2\")\n",
" writeSchedule2(vorlage, scheduleP2, \"Pack2\")\n", " writeSchedule2(vorlage, scheduleP2, \"Pack2\")\n",
" writeAbpackplan(vorlage, WEEK_P2, scheduleP2, prodDict)\n", " writeAbpackplan(vorlage, WEEK_P2, scheduleP2, prodDict)\n",
" if P1:\n", " if P1:\n",
@ -1214,6 +1260,7 @@
"\n", "\n",
" sheet = vorlage[\"Mischungen\"]\n", " sheet = vorlage[\"Mischungen\"]\n",
" sheet[\"B2\"] = KW\n", " sheet[\"B2\"] = KW\n",
" sheet[\"B3\"] = YEAR\n",
" \n", " \n",
" print(\"\\nWriting to file ...\")\n", " print(\"\\nWriting to file ...\")\n",
" vorlage.save(PLANUNG_PATH)\n", " vorlage.save(PLANUNG_PATH)\n",
@ -1423,7 +1470,7 @@
"name": "python", "name": "python",
"nbconvert_exporter": "python", "nbconvert_exporter": "python",
"pygments_lexer": "ipython3", "pygments_lexer": "ipython3",
"version": "3.10.1" "version": "3.10.2"
}, },
"metadata": { "metadata": {
"interpreter": { "interpreter": {