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Excel.ChartSeriesCollection.add::Backward_EnronFuse.1009-File.xlsx | Gpt56Reasoning | Gpt56Reasoning | hard_saved | Excel.ChartSeriesCollection.add | Backward_EnronFuse.1009-File.xlsx | Generate a realistic query that requires creating a new Chart in the workbook, grounded in its actual contents. | On the Utilities sheet, create a clustered column chart comparing the monthly customer charges for Small Commercial and Medium Commercial. Title it “Monthly Customer Charge Comparison,” name the chart “CommercialRateComparison,” hide the legend, and place it from G4 to N18. | The Small Commercial and Medium Commercial labels are in nonadjacent cells B4 and E4, while their monthly customer charges are in B6 and E6. Creating a chart from these separated cells requires adding a series and explicitly assigning its categories and values. | Utilities contains a clustered column chart named "CommercialRateComparison" positioned at G4:N18, titled "Monthly Customer Charge Comparison", with no legend and one series named "Monthly Customer Charge" whose categories are ["Small Commercial", "Medium Commercial"] and values are [7.5, 110]. | await Excel.run(async (context) => {
const sheet = context.workbook.worksheets.getItem("Utilities");
const charts = sheet.charts;
const oldChart = charts.getItemOrNullObject("CommercialRateComparison");
oldChart.load("isNullObject");
await context.sync();
if (!oldChart.isNullObject) {
oldChart.delete()... | null | outputs/train/84128436c7ec4d4b1b1fa8aa1f4d04c250826466cb23142f9956c50bf2eee874/gold.xlsx | Utilities contains a clustered column chart named "CommercialRateComparison" positioned at G4:N18, titled "Monthly Customer Charge Comparison", with no legend and one series named "Monthly Customer Charge" whose categories are ["Small Commercial", "Medium Commercial"] and values are [7.5, 110].
| 2026-09-08T09:01:28.791684+00:00 | Chart | 672 | 2 | 5 | 1 | 0 | 0.4 | [
{
"code": "await Excel.run(async (context) => {\n const sheet = context.workbook.worksheets.getItem(\"Utilities\");\n const charts = sheet.charts;\n\n // Replace any existing chart with the requested name.\n const existing = charts.getItemOrNullObject(\"CommercialRateComparison\");\n existing.load(\"isNull... | 84128436c7ec4d4b1b1fa8aa1f4d04c250826466cb23142f9956c50bf2eee874 | workbooks/Backward_EnronFuse.1009-File.xlsx | 606e05d965ed602272c59e288dd16cceb459220812ef14788a0f47a71d79a5b1 | f1b7c503714b784989f10ca3813f3a2bbcd4e33a86d14bccaf1d8db324390adb | workbooks/inputs.zip | workbooks/train_outputs.zip |
Excel.ChartSeriesCollection.add::Backward_EnronFuse.100-File.xlsx | Gpt56Reasoning | Gpt56Reasoning | hard_saved | Excel.ChartSeriesCollection.add | Backward_EnronFuse.100-File.xlsx | Generate a realistic query that requires creating a new Chart in the workbook, grounded in its actual contents. | Create a line chart on Sheet1 comparing Debt service/fixed pmt and O&M across periods 1 through 9. Name the chart FixedCostsByPeriod, title it “Fixed Costs by Period,” and place it from O3 to W18. | The periods 1–9 and the two complete fixed-cost rows are split across three nonadjacent blocks on Sheet1. A new line chart can combine those blocks into continuous nine-point series by explicitly adding each series and assigning its category and value arrays. | Sheet1 contains a new line chart named "FixedCostsByPeriod" positioned from O3 to W18, titled "Fixed Costs by Period", with categories [1,2,3,4,5,6,7,8,9] and two series: "Debt service/fixed pmt" = [40,40,40,40,40,40,40,40,40] and "O&M" = [9,9,9,9,9,9,9,9,9]. | await Excel.run(async (context) => {
const sheet = context.workbook.worksheets.getItem("Sheet1");
const periodRanges = [
sheet.getRange("C5:E5"),
sheet.getRange("G5:I5"),
sheet.getRange("K5:M5")
];
const debtRanges = [
sheet.getRange("C9:E9"),
sheet.getRange("G9:I9"),
sheet.getRange("K9... | null | outputs/train/ad7cdd5b51d9981eecc73c45304de23fab9f9ab5fcb0bd7dea3657bb35a5127b/gold.xlsx | Sheet1 contains a new line chart named "FixedCostsByPeriod" positioned from O3 to W18, titled "Fixed Costs by Period", with categories [1,2,3,4,5,6,7,8,9] and two series: "Debt service/fixed pmt" = [40,40,40,40,40,40,40,40,40] and "O&M" = [9,9,9,9,9,9,9,9,9].
| 2026-09-08T09:02:42.717592+00:00 | Chart | 162 | 2 | 5 | 2 | 0 | 0.4 | [
{
"code": "await Excel.run(async (context) => {\n const sheet = context.workbook.worksheets.getItem(\"Sheet1\");\n\n // Build a compact, contiguous source range for the nine periods.\n const source = sheet.getRange(\"X3:Z12\");\n source.values = [\n [\"Period\", \"Debt service/fixed pmt\", \"O&M\"],\n ... | ad7cdd5b51d9981eecc73c45304de23fab9f9ab5fcb0bd7dea3657bb35a5127b | workbooks/Backward_EnronFuse.100-File.xlsx | bb15777d4b212871792d084734e1093dc2f200c6dd55ee282ec32cfbe91ad37b | 771245ec26d14e84c47d607b7f6b71ff726b78f6fe1c8e912ca177a9770364ca | workbooks/inputs.zip | workbooks/train_outputs.zip |
Excel.ChartCollection.add::Backward_EnronFuse.1010-File.xlsx | Gpt56Reasoning | Gpt56Reasoning | hard_saved | Excel.ChartCollection.add | Backward_EnronFuse.1010-File.xlsx | Generate a realistic query that requires creating a new Chart in the workbook, grounded in its actual contents. | On Utilities, create a horizontal clustered bar chart that directly compares the Monthly Customer Charge for Small Commercial (B4/B6) and Medium Commercial (E4/E6), without adding a helper table. Title it “Monthly Customer Charge Comparison,” show value labels, hide the legend, set the value axis from 0 to 120 in incre... | The two commercial classes and their monthly customer charges are stored in nonadjacent cells (labels B4/E4 and values B6/E6). Creating one clean series directly from those dispersed cells, without a helper table, requires adding a chart and explicitly defining its category and value references. | Utilities contains a new clustered bar chart named "MonthlyCustomerChargeChart" at G4:N18, titled "Monthly Customer Charge Comparison", with one series whose categories are Small Commercial and Medium Commercial and whose values are 7.5 and 110, respectively; value labels are shown, the legend is hidden, and the value ... | await Excel.run(async (context) => {
const sheet = context.workbook.worksheets.getItem("Utilities");
// Add the chart from the row containing the two dispersed numeric values.
const chart = sheet.charts.add(
Excel.ChartType.barClustered,
sheet.getRange("B6:E6"),
Excel.ChartSeriesBy.rows
);
chart... | null | outputs/train/1662f124951a51627e9160477c4252bf37c9782f8c0473300c98647b84f80ab9/gold.xlsx | Utilities contains a new clustered bar chart named "MonthlyCustomerChargeChart" at G4:N18, titled "Monthly Customer Charge Comparison", with one series whose categories are Small Commercial and Medium Commercial and whose values are 7.5 and 110, respectively; value labels are shown, the legend is hidden, and the value ... | 2026-09-08T09:03:56.386485+00:00 | Chart | 772 | 2 | 5 | 2 | 1 | 0.4 | [
{
"code": "await Excel.run(async (context) => {\n const sheet = context.workbook.worksheets.getItem(\"Utilities\");\n const charts = sheet.charts;\n\n const oldChart = charts.getItemOrNullObject(\"MonthlyCustomerChargeComparison\");\n oldChart.load(\"isNullObject\");\n await context.sync();\n if (!oldChar... | 1662f124951a51627e9160477c4252bf37c9782f8c0473300c98647b84f80ab9 | workbooks/Backward_EnronFuse.1010-File.xlsx | 606e05d965ed602272c59e288dd16cceb459220812ef14788a0f47a71d79a5b1 | 846b5d1203ba0ffda2a0f04d745d91a89fe0d4d3cf034d44f94f94e559663e02 | workbooks/inputs.zip | workbooks/train_outputs.zip |
Excel.ChartTrendlineCollection.add::Backward_EnronFuse.1011-File.xlsx | Gpt56Reasoning | Gpt56Reasoning | hard_saved | Excel.ChartTrendlineCollection.add | Backward_EnronFuse.1011-File.xlsx | Generate a realistic query that requires creating a new Chart in the workbook, grounded in its actual contents. | Using the Small Commercial and Medium Commercial charges on the Utilities sheet, compare their estimated monthly bills assuming demand never exceeds 25 kW. Build a table for 0, 1,000, 2,000, 3,000, 4,000, and 5,000 kWh plus the exact break-even usage, then create an XY scatter chart titled “Commercial Bill Break-Even” ... | The Utilities sheet provides the fixed monthly charges in B6/E6 and energy rates in B11/E11. Calculating the exact intersection, inserting it among usage scenarios, charting both resulting bill series, and adding a linear trendline to each makes the task difficult while remaining grounded in the workbook. The code uses... | Utilities!G4:I11 contains [["Monthly kWh","Small Commercial Bill","Medium Commercial Bill"],[0,7.5,110],[1000,51.5,133.2],[2000,95.5,156.4],[3000,139.5,179.6],[4000,183.5,202.8],[4927.884615384615,224.32692307692307,224.32692307692307],[5000,227.5,226]]; Utilities!K4:K5 contains [["Break-even kWh"],[4927.884615384615]]... | await Excel.run(async (context) => {
const sheet = context.workbook.worksheets.getItem("Utilities");
const smallMonthlyCell = sheet.getRange("B6");
const mediumMonthlyCell = sheet.getRange("E6");
const smallRateCell = sheet.getRange("B11");
const mediumRateCell = sheet.getRange("E11");
smallMonthlyCell.lo... | null | outputs/train/840d31972dba6deed57c42699739928fbe56680767ca1cb3e77f7fe217737697/gold.xlsx | Utilities!G4:I11 contains [["Monthly kWh","Small Commercial Bill","Medium Commercial Bill"],[0,7.5,110],[1000,51.5,133.2],[2000,95.5,156.4],[3000,139.5,179.6],[4000,183.5,202.8],[4927.884615384615,224.32692307692307,224.32692307692307],[5000,227.5,226]]; Utilities!K4:K5 contains [["Break-even kWh"],[4927.884615384615]]... | 2026-09-08T09:04:53.949073+00:00 | Chart | 826 | 2 | 5 | 3 | 1 | 0.4 | [
{
"code": "",
"success": false,
"attempts": 3,
"stdout": null
},
{
"code": "await Excel.run(async (context) => {\n const sheet = context.workbook.worksheets.getItem(\"Utilities\");\n\n // Remove a prior output chart/table if this task is rerun.\n const oldChart = sheet.charts.getItemOrNul... | 840d31972dba6deed57c42699739928fbe56680767ca1cb3e77f7fe217737697 | workbooks/Backward_EnronFuse.1011-File.xlsx | e11e7e7508c852ed664d77a85c42141c7dcbbddd555640964b25bd97d8c9949a | 18ea9a98ecd32e1c7bc004959dcc48a745adb854a7f7c0bcfd81cc4ed0bd504f | workbooks/inputs.zip | workbooks/train_outputs.zip |
Excel.ChartSeriesCollection.add::Backward_EnronFuse.1004-File.xlsx | Gpt56Reasoning | Gpt56Reasoning | hard_saved | Excel.ChartSeriesCollection.add | Backward_EnronFuse.1004-File.xlsx | Generate a realistic query that requires creating a new Chart in the workbook, grounded in its actual contents. | On Sheet1, replace any existing chart named `RevenueExpenseTrend` with a line chart named exactly `RevenueExpenseTrend` at exactly `M3:U18`. Use only the 12 monthly dates in `A4:A15`, Revenue in `H4:H15`, and Expense in `I4:I15`—do not include headers, totals, or blank rows. Configure exactly two series: Revenue as a s... | The monthly dates are in A4:A15, while Revenue and Expense are separated into H4:H15 and I4:I15. Creating the chart from Revenue first and explicitly adding Expense exercises the series collection API; the exact axis, series, naming, replacement, and positioning requirements require substantial configuration beyond a b... | Sheet1 contains exactly one chart named "RevenueExpenseTrend", anchored at M3:U18 and titled "Revenue vs Expense by Month". It has exactly two series using categories A4:A15: Revenue uses H4:H15 and is a solid #4472C4 line; Expense uses I4:I15 and is a dashed #ED7D31 line. The legend is at the bottom. The category axis... | await Excel.run(async (context) => {
const sheet = context.workbook.worksheets.getItem("Sheet1");
const charts = sheet.charts;
// Ensure rerunning the task replaces, rather than duplicates, the named chart.
const existingChart = charts.getItemOrNullObject("RevenueExpenseTrend");
existingChart.load("isNullObj... | null | outputs/train/65d5760abe32e8e0036cd7affcfe5f3c16c380535f6901e9ab4bd144e7050fa4/gold.xlsx | Sheet1 contains exactly one chart named "RevenueExpenseTrend", anchored at M3:U18 and titled "Revenue vs Expense by Month". It has exactly two series using categories A4:A15: Revenue uses H4:H15 and is a solid #4472C4 line; Expense uses I4:I15 and is a dashed #ED7D31 line. The legend is at the bottom. The category axis... | 2026-09-08T09:06:03.731074+00:00 | Chart | 417 | 0 | 5 | 2 | 1 | 0 | [
{
"code": "await Excel.run(async (context) => {\n const sheet = context.workbook.worksheets.getItem(\"Sheet1\");\n const existing = sheet.charts.getItemOrNullObject(\"RevenueExpenseTrend\");\n existing.load(\"isNullObject\");\n await context.sync();\n if (!existing.isNullObject) {\n existing.delete();\n... | 65d5760abe32e8e0036cd7affcfe5f3c16c380535f6901e9ab4bd144e7050fa4 | workbooks/Backward_EnronFuse.1004-File.xlsx | 07214646d79ba7d7d3bcc66fff50330037178324aabbae295515ff69342b5f6a | 9ccc4b26bccae045f76226bab595c1d2c2b5fe73fe118099d1b118e0ef72e6ab | workbooks/inputs.zip | workbooks/train_outputs.zip |
Excel.ChartSeriesCollection.add::Backward_EnronFuse.1017-File.xlsx | Gpt56Reasoning | Gpt56Reasoning | hard_saved | Excel.ChartSeriesCollection.add | Backward_EnronFuse.1017-File.xlsx | Generate a realistic query that requires creating a new Chart in the workbook, grounded in its actual contents. | On the Utilities sheet, create a clustered column chart comparing the Energy Charge rates for Small Commercial and Medium Commercial. Title it “Commercial Energy Charge Comparison” and place it from G4 to N18. | The two energy-charge rates are stored in nonadjacent cells, Utilities!B11 and Utilities!E11. Creating the chart with a manually added series allows those values to be plotted together under the customer categories from B4 and E4. | Utilities contains a clustered column chart named “CommercialEnergyChargeComparison” positioned at G4:N18, titled “Commercial Energy Charge Comparison”, with one series named “Energy Charge ($/kWh)”: Small Commercial = 0.044 and Medium Commercial = 0.0232. | await Excel.run(async (context) => {
const sheet = context.workbook.worksheets.getItem("Utilities");
// Make the operation repeatable by removing a prior chart with this name.
const existingChart = sheet.charts.getItemOrNullObject("CommercialEnergyChargeComparison");
existingChart.load("isNullObject");
await... | null | outputs/train/fc6d0f3ce8481fdb4b84cea8c96f30fcf146b96961319ef428accd274fd62cde/gold.xlsx | Utilities contains a clustered column chart named “CommercialEnergyChargeComparison” positioned at G4:N18, titled “Commercial Energy Charge Comparison”, with one series named “Energy Charge ($/kWh)”: Small Commercial = 0.044 and Medium Commercial = 0.0232.
| 2026-09-08T09:07:26.104445+00:00 | Chart | 1,131 | 2 | 5 | 1 | 0 | 0.4 | [
{
"code": "await Excel.run(async (context) => {\n const sheet = context.workbook.worksheets.getItem(\"Utilities\");\n\n // Remove an existing chart with the requested title/name if this is rerun.\n const charts = sheet.charts;\n charts.load(\"items/name\");\n await context.sync();\n for (const existing of... | fc6d0f3ce8481fdb4b84cea8c96f30fcf146b96961319ef428accd274fd62cde | workbooks/Backward_EnronFuse.1017-File.xlsx | 4c1a3874872fa952ef6c79c47402afaec8192782bc5a990ff2f7187b06ea6640 | 8835eaeac00a11625e9183d1e614397455e5810b2b019c6a9baad913a1f75006 | workbooks/inputs.zip | workbooks/train_outputs.zip |
Excel.ChartSeriesCollection.add::Backward_EnronFuse.1008-File.xlsx | Gpt56Reasoning | Gpt56Reasoning | hard_saved | Excel.ChartSeriesCollection.add | Backward_EnronFuse.1008-File.xlsx | Generate a realistic query that requires creating a new Chart in the workbook, grounded in its actual contents. | On Utilities, create a visible monthly-bill scenario table in G4:J8 and a clustered column chart over L4:T20. Use these exact headers: G4 “Energy Usage (kWh)”, H4 “Scenario Label”, I4 linked to B4, and J4 linked to E4. Enter 0, 500, 1000, and 2000 in G5:G8. In H5:H8, use formulas linked to A6 and A11 to display “0 kWh ... | The visible table derives scenario labels and monthly bills from Utilities!A6, A11, B6, B11, E6, and E11. The chart series are added with SERIES formulas referencing that table, so they contain no hard-coded chart values. To avoid leaving the chart with zero series, the replacement series are added before the automatic... | Utilities!G4:J8 contains headers [Energy Usage (kWh), Scenario Label, Small Commercial, Medium Commercial]. Its four scenarios display Small Commercial bills [$7.50, $29.50, $51.50, $95.50] and Medium Commercial bills [$110.00, $121.60, $133.20, $156.40]. H5:H8 contains formulas linked to A6 and A11 and displays [0 kWh... | await Excel.run(async (context) => {
const sheet = context.workbook.worksheets.getItem("Utilities");
// Remove only a prior copy of the requested chart, if one exists.
const priorChart = sheet.charts.getItemOrNullObject("CommercialBillScenarios");
priorChart.load("isNullObject");
await context.sync();
if (... | null | outputs/train/8dcaca89329337626a28f39addf73661e07cd354de75188c86f97d8651ba9e9d/gold.xlsx | Utilities!G4:J8 contains headers [Energy Usage (kWh), Scenario Label, Small Commercial, Medium Commercial]. Its four scenarios display Small Commercial bills [$7.50, $29.50, $51.50, $95.50] and Medium Commercial bills [$110.00, $121.60, $133.20, $156.40]. H5:H8 contains formulas linked to A6 and A11 and displays [0 kWh... | 2026-09-08T09:08:08.041681+00:00 | Chart | 621 | 0 | 5 | 3 | 1 | 0 | [
{
"code": "",
"success": false,
"attempts": 3,
"stdout": null
},
{
"code": "",
"success": false,
"attempts": 3,
"stdout": null
},
{
"code": "",
"success": false,
"attempts": 3,
"stdout": null
},
{
"code": "",
"success": false,
"attempts": 3,
... | 8dcaca89329337626a28f39addf73661e07cd354de75188c86f97d8651ba9e9d | workbooks/Backward_EnronFuse.1008-File.xlsx | 82754f7aadf6651438cf922fd85b38962c85536dd2daaacc249303a35a443db8 | 965280307ad39be2e2bfa041f00cc904ef1326b2d9a0e7e804bf368a4b1ce33d | workbooks/inputs.zip | workbooks/train_outputs.zip |
Excel.ChartCollection.add::Backward_EnronFuse.1014-File.xlsx | Gpt56Reasoning | Gpt56Reasoning | hard_saved | Excel.ChartCollection.add | Backward_EnronFuse.1014-File.xlsx | Generate a realistic query that requires creating a new Chart in the workbook, grounded in its actual contents. | On the Utilities sheet, find the section labeled “Example 1)” within the used data and locate its Peak and Total rows. Confirm both corresponding amounts are numeric, then create a clustered column chart linked to those source cells. The chart must be named exactly Example1PeakTotalChart, use the two metric names as ca... | The revised solution uses only plain JavaScript syntax. It searches the Utilities used range for the Example 1 section, validates the numeric Peak and Total values, derives linked category and value formulas, removes only duplicate charts with the target name, and explicitly applies all chart formatting and accessibili... | Utilities contains exactly one chart named Example1PeakTotalChart at G4:N18, with all unrelated charts preserved. It is a clustered column chart titled “Example 1 Peak and Total” with exactly one series named “Example 1”, category formula ='Utilities'!$B$16:$B$17, value formula ='Utilities'!$C$16:$C$17, categories Peak... | await Excel.run(async (context) => {
const sheet = context.workbook.worksheets.getItem("Utilities");
const used = sheet.getUsedRange();
used.load(["values", "rowIndex", "columnIndex", "rowCount", "columnCount"]);
await context.sync();
const values = used.values;
const normalize = (value) => String(value ==... | null | outputs/train/657b929d9ef0c7ab281462aa9453152c31472a78e0b843a62a82aa5524c485e5/gold.xlsx | Utilities contains exactly one chart named Example1PeakTotalChart at G4:N18, with all unrelated charts preserved. It is a clustered column chart titled “Example 1 Peak and Total” with exactly one series named “Example 1”, category formula ='Utilities'!$B$16:$B$17, value formula ='Utilities'!$C$16:$C$17, categories Peak... | 2026-09-08T09:08:12.792298+00:00 | Chart | 976 | 0 | 5 | 4 | 2 | 0 | [
{
"code": "",
"success": false,
"attempts": 3,
"stdout": null
},
{
"code": "",
"success": false,
"attempts": 3,
"stdout": null
},
{
"code": "",
"success": false,
"attempts": 3,
"stdout": null
},
{
"code": "",
"success": false,
"attempts": 3,
... | 657b929d9ef0c7ab281462aa9453152c31472a78e0b843a62a82aa5524c485e5 | workbooks/Backward_EnronFuse.1014-File.xlsx | 3987ca7fe061a1715f566af4cab3dc093c8c38603954144abd47f784647056dd | cbf34086d73ce70fe0b1d3bbbe87165d717d68c419f0c7b24b2404a82969f839 | workbooks/inputs.zip | workbooks/train_outputs.zip |
Excel.ChartTrendlineCollection.add::Backward_EnronFuse.1012-File.xlsx | Gpt56Reasoning | Gpt56Reasoning | hard_saved | Excel.ChartTrendlineCollection.add | Backward_EnronFuse.1012-File.xlsx | Generate a realistic query that requires creating a new Chart in the workbook, grounded in its actual contents. | On Utilities, build a Medium Commercial monthly-charge sensitivity chart using the tariff information already on the sheet. Find the Medium Commercial demand threshold and per-kW excess charge from its Demand Charge entry, its Energy Charge rate, and the Peak and Total usage in the block labeled “Example 1).” In G21:H2... | The revised solution uses only runtime-valid JavaScript while retaining the harder workbook interpretation: it locates the Medium Commercial tariff and Example 1 inputs by their labels, derives a sensitivity table, creates an idempotent single-series XY chart, and adds exactly one linear trendline. | Utilities!G21:H25 contains [["Peak kW","Projected charge"],[25,165.6016],[27.44,174.3856],[30,183.6016],[35,201.6016]], with G22:G25 formatted "0.00" and H22:H25 formatted "$#,##0.00". Utilities contains exactly one chart named "Example1TrendChart" positioned at G4:N18: an XY scatter chart with one marker-only series n... | await Excel.run(async (context) => {
const sheet = context.workbook.worksheets.getItem("Utilities");
const used = sheet.getUsedRange();
used.load(["values", "rowIndex", "columnIndex"]);
await context.sync();
const values = used.values;
const baseRow = used.rowIndex;
const baseColumn = used.columnIndex;
... | null | outputs/train/40a01c097350c53a15c68dc14a279c3b445159d762fbaeca3f0b5102e07b052b/gold.xlsx | Utilities!G21:H25 contains [["Peak kW","Projected charge"],[25,165.6016],[27.44,174.3856],[30,183.6016],[35,201.6016]], with G22:G25 formatted "0.00" and H22:H25 formatted "$#,##0.00". Utilities contains exactly one chart named "Example1TrendChart" positioned at G4:N18: an XY scatter chart with one marker-only series n... | 2026-09-08T09:09:08.829153+00:00 | Chart | 877 | 2 | 5 | 4 | 2 | 0.4 | [
{
"code": "await Excel.run(async (context) => {\n const sheet = context.workbook.worksheets.getItem(\"Utilities\");\n\n // Read the tariff and Example 1 inputs already present on the sheet.\n const demandEntry = sheet.getRange(\"E8\");\n const energyRateCell = sheet.getRange(\"E11\");\n const examplePeakCe... | 40a01c097350c53a15c68dc14a279c3b445159d762fbaeca3f0b5102e07b052b | workbooks/Backward_EnronFuse.1012-File.xlsx | f6bd2f656676322767d7734bb328d7e8d90efd107b8c9a966e30e492f3b70a64 | b8051fccaadee074c646dffb61494506be8410a145019b0c985cb0b7b1b4f38d | workbooks/inputs.zip | workbooks/train_outputs.zip |
Excel.ChartSeriesCollection.add::Backward_EnronFuse.1018-File.xlsx | Gpt56Reasoning | Gpt56Reasoning | hard_saved | Excel.ChartSeriesCollection.add | Backward_EnronFuse.1018-File.xlsx | Generate a realistic query that requires creating a new Chart in the workbook, grounded in its actual contents. | Create a chart-only comparison on the Utilities sheet without adding or rearranging worksheet data. Use Small Commercial and Medium Commercial as the categories, show Monthly Customer Charge as clustered columns on the primary axis, and show Energy Charge as a line with markers on the secondary axis. Display values on ... | The two tariff classes are stored as nonadjacent headings in B4 and E4, while their fixed and usage charges are in B6/E6 and B11/E11. A custom combo chart requires adding separately constructed series so the much smaller energy rates can use a secondary axis rather than being visually flattened by the monthly charges. | Utilities contains a new combo chart named "CommercialTariffRateProfile" at G4:N20 titled "Commercial Tariff Rate Profile", with categories ["Small Commercial", "Medium Commercial"], primary-axis clustered-column series "Monthly Customer Charge" = [7.5, 110], secondary-axis line-with-markers series "Energy Charge" = [0... | await Excel.run(async (context) => {
const sheet = context.workbook.worksheets.getItem("Utilities");
const classHeadings = sheet.getRanges("B4,E4");
const monthlyChargeCells = sheet.getRanges("B6,E6");
const energyChargeCells = sheet.getRanges("B11,E11");
const monthlyLabelCell = sheet.getRange("A6");
cons... | null | outputs/train/965e4ad85620b67e6c8bc4a2146bb1509717872b0ff81cba651d4b1d44516c06/gold.xlsx | Utilities contains a new combo chart named "CommercialTariffRateProfile" at G4:N20 titled "Commercial Tariff Rate Profile", with categories ["Small Commercial", "Medium Commercial"], primary-axis clustered-column series "Monthly Customer Charge" = [7.5, 110], secondary-axis line-with-markers series "Energy Charge" = [0... | 2026-09-08T09:09:52.253015+00:00 | Chart | 1,182 | 2 | 5 | 2 | 1 | 0.4 | [
{
"code": "await Excel.run(async (context) => {\n const sheet = context.workbook.worksheets.getItem(\"Utilities\");\n\n // Create the chart from an existing cell only as a host, then replace its series.\n const chart = sheet.charts.add(Excel.ChartType.columnClustered, sheet.getRange(\"B6\"));\n chart.name =... | 965e4ad85620b67e6c8bc4a2146bb1509717872b0ff81cba651d4b1d44516c06 | workbooks/Backward_EnronFuse.1018-File.xlsx | 2dadcb3bba19b5d353ae7a13a51f78270ad68495d5d6d402ebbbd69603388749 | 18ff18d5c8e8c31ce7017d738efbe2cd69c501834b29ed793aad47935298154d | workbooks/inputs.zip | workbooks/train_outputs.zip |
Excel.ChartSeriesCollection.add::Backward_EnronFuse.1016-File.xlsx | Gpt56Reasoning | Gpt56Reasoning | hard_saved | Excel.ChartSeriesCollection.add | Backward_EnronFuse.1016-File.xlsx | Generate a realistic query that requires creating a new Chart in the workbook, grounded in its actual contents. | Create a combo chart on Utilities using Small Commercial and Medium Commercial as the two categories from B4 and E4. Plot their Monthly Customer Charge values from B6 and E6 as clustered columns on the primary axis, and their Energy Charge values from B11 and E11 as a line with markers on the secondary axis. Name the c... | The four rates are split across nonadjacent Small and Medium Commercial columns and differ greatly in scale. Building a combo chart requires explicitly adding the monthly-charge and energy-charge series, assigning different chart types, and placing the energy-rate series on the secondary axis. | Utilities!G4:N18 contains a combo chart named "Commercial Rate Structure" titled "Commercial Rate Structure Comparison", with categories ["Small Commercial", "Medium Commercial"], primary-axis clustered-column series "Monthly Customer Charge" = [7.5, 110], secondary-axis line-with-markers series "Energy Charge" = [0.04... | await Excel.run(async (context) => {
const sheet = context.workbook.worksheets.getItem("Utilities");
const smallHeader = sheet.getRange("B4");
const mediumHeader = sheet.getRange("E4");
const smallMonthly = sheet.getRange("B6");
const mediumMonthly = sheet.getRange("E6");
const smallEnergy = sheet.getRange... | null | outputs/train/40cfd34af56fa6cd010452f00720d53f220494fa9b6cf2873351afdf33e05b84/gold.xlsx | Utilities!G4:N18 contains a combo chart named "Commercial Rate Structure" titled "Commercial Rate Structure Comparison", with categories ["Small Commercial", "Medium Commercial"], primary-axis clustered-column series "Monthly Customer Charge" = [7.5, 110], secondary-axis line-with-markers series "Energy Charge" = [0.04... | 2026-09-08T09:10:04.249008+00:00 | Chart | 1,080 | 2 | 5 | 3 | 1 | 0.4 | [
{
"code": "await Excel.run(async (context) => {\n const sheet = context.workbook.worksheets.getItem(\"Utilities\");\n const charts = sheet.charts;\n charts.load(\"items/name\");\n const inputs = sheet.getRange(\"B4:E11\");\n inputs.load(\"values\");\n await context.sync();\n\n for (const c of charts.item... | 40cfd34af56fa6cd010452f00720d53f220494fa9b6cf2873351afdf33e05b84 | workbooks/Backward_EnronFuse.1016-File.xlsx | 3987ca7fe061a1715f566af4cab3dc093c8c38603954144abd47f784647056dd | 3b6fe68d3d2fc67293529ba4e9702a3cb46af945d9c5f5659ad196747c5a3327 | workbooks/inputs.zip | workbooks/train_outputs.zip |
Excel.ChartSeriesCollection.add::Backward_EnronFuse.1010-File.xlsx | Gpt56Reasoning | Gpt56Reasoning | hard_saved | Excel.ChartSeriesCollection.add | Backward_EnronFuse.1010-File.xlsx | Generate a realistic query that requires creating a new Chart in the workbook, grounded in its actual contents. | On Utilities, create a formula-linked comparison block in G25:J27. In G25:J25 enter “Charge Type”, “Small Commercial”, “Medium Commercial”, and “Geometric Mean Benchmark”. Use “Monthly Customer Charge” and “Energy Charge” in G26:G27. H26:I27 must use absolute-reference formulas linked to B6, E6, B11, and E11, and J26:J... | The raw charges are in nonadjacent cells B6, E6, B11, and E11. A formula-linked table can feed the two column series, while an adjacent GEOMEAN formula provides a scale-neutral benchmark that must be added as a third series and changed to a line. A logarithmic axis is appropriate because the values range from 0.0232 to... | Utilities!G25:J27 contains headers ["Charge Type","Small Commercial","Medium Commercial","Geometric Mean Benchmark"], row labels ["Monthly Customer Charge","Energy Charge"], H26="=$B$6" yielding 7.5, I26="=$E$6" yielding 110, H27="=$B$11" yielding 0.044, I27="=$E$11" yielding 0.0232, J26="=GEOMEAN(H26:I26)" yielding ap... | await Excel.run(async (context) => {
const sheet = context.workbook.worksheets.getItem("Utilities");
const block = sheet.getRange("G25:J27");
block.formulas = [
["Charge Type", "Small Commercial", "Medium Commercial", "Geometric Mean Benchmark"],
["Monthly Customer Charge", "=$B$6", "=$E$6", "=GEOMEAN(H2... | null | outputs/train/584537eadba071160f11643acf13f794a40d681fdad97f42bc328c79719339dd/gold.xlsx | Utilities!G25:J27 contains headers ["Charge Type","Small Commercial","Medium Commercial","Geometric Mean Benchmark"], row labels ["Monthly Customer Charge","Energy Charge"], H26="=$B$6" yielding 7.5, I26="=$E$6" yielding 110, H27="=$B$11" yielding 0.044, I27="=$E$11" yielding 0.0232, J26="=GEOMEAN(H26:I26)" yielding ap... | 2026-09-08T09:11:07.411006+00:00 | Chart | 774 | 2 | 5 | 4 | 2 | 0.4 | [
{
"code": "",
"success": false,
"attempts": 3,
"stdout": null
},
{
"code": "await Excel.run(async (context) => {\n const sheet = context.workbook.worksheets.getItem(\"Utilities\");\n\n const block = sheet.getRange(\"G25:J27\");\n block.values = [\n [\"Charge Type\", \"Small Commercial\... | 584537eadba071160f11643acf13f794a40d681fdad97f42bc328c79719339dd | workbooks/Backward_EnronFuse.1010-File.xlsx | 606e05d965ed602272c59e288dd16cceb459220812ef14788a0f47a71d79a5b1 | f7d1f0e8957eedb3217f85d7f57e97fe3c3e7f60177381a2d075d2037af3a548 | workbooks/inputs.zip | workbooks/train_outputs.zip |
Excel.ChartTrendlineCollection.add::Backward_EnronFuse.1010-File.xlsx | Gpt56Reasoning | Gpt56Reasoning | hard_saved | Excel.ChartTrendlineCollection.add | Backward_EnronFuse.1010-File.xlsx | Generate a realistic query that requires creating a new Chart in the workbook, grounded in its actual contents. | On Utilities, create a linked break-even analysis using the customer charges in B6 and E6 and energy charges in B11 and E11, ignoring the Medium Commercial demand charge. Build a scenario table with Usage (kWh), Small Commercial Bill, Medium Commercial Bill, and Lower-Cost Class. Include 1,000, 3,000, and 5,000 kWh plu... | The break-even point is the intersection of two linear bill equations based on B6/B11 and E6/E11. The corrected code propagates row-relative formulas with copyFrom, explicitly constructs all three chart series from their required X/Y ranges, and verifies that both bill series received a linear trendline. | Utilities!G4:J8 displays [["Usage (kWh)","Small Commercial Bill","Medium Commercial Bill","Lower-Cost Class"],[1000.00,51.50,133.20,"Small Commercial"],[3000.00,139.50,179.60,"Small Commercial"],[4927.88,224.33,224.33,"Equal"],[5000.00,227.50,226.00,"Medium Commercial"]]. G7 contains =($E$6-$B$6)/($B$11-$E$11). Utiliti... | await Excel.run(async (context) => {
const sheet = context.workbook.worksheets.getItem("Utilities");
// Create the linked scenario analysis.
sheet.getRange("G4:J4").values = [[
"Usage (kWh)",
"Small Commercial Bill",
"Medium Commercial Bill",
"Lower-Cost Class"
]];
sheet.getRange("G5").value... | null | outputs/train/f19ebc9ba4948aa3d67dda5c71cc4507956044bc21d8a13820563d493a08fa63/gold.xlsx | Utilities!G4:J8 displays [["Usage (kWh)","Small Commercial Bill","Medium Commercial Bill","Lower-Cost Class"],[1000.00,51.50,133.20,"Small Commercial"],[3000.00,139.50,179.60,"Small Commercial"],[4927.88,224.33,224.33,"Equal"],[5000.00,227.50,226.00,"Medium Commercial"]]. G7 contains =($E$6-$B$6)/($B$11-$E$11). Utiliti... | 2026-09-08T09:11:11.264989+00:00 | Chart | 775 | 0 | 5 | 4 | 2 | 0 | [
{
"code": "",
"success": false,
"attempts": 3,
"stdout": null
},
{
"code": "",
"success": false,
"attempts": 3,
"stdout": null
},
{
"code": "",
"success": false,
"attempts": 3,
"stdout": null
},
{
"code": "",
"success": false,
"attempts": 3,
... | f19ebc9ba4948aa3d67dda5c71cc4507956044bc21d8a13820563d493a08fa63 | workbooks/Backward_EnronFuse.1010-File.xlsx | 606e05d965ed602272c59e288dd16cceb459220812ef14788a0f47a71d79a5b1 | 77f13f42557aa646cf1a486c40d70391c43e2783247804f7565d8e9dfab5a02d | workbooks/inputs.zip | workbooks/train_outputs.zip |
Excel.ChartTrendlineCollection.add::Backward_EnronFuse.103-File.xlsx | Gpt56Reasoning | Gpt56Reasoning | hard_saved | Excel.ChartTrendlineCollection.add | Backward_EnronFuse.103-File.xlsx | Generate a realistic query that requires creating a new Chart in the workbook, grounded in its actual contents. | On Sheet1, create a line chart showing O&M in $/kw-yr for periods 1 through 9, add a linear trendline, title it “O&M Cost Trend,” and place it to the right of the existing data. | The O&M row on Sheet1 contains a constant value of 9 for periods 1–9. A new line chart can use those actual period/value pairs, and the chart series’ trendline collection can add the requested linear trendline. | Sheet1 contains a line-marker chart named "OM_Cost_Trend" at O3:W18, titled "O&M Cost Trend", with categories [1,2,3,4,5,6,7,8,9], one series named "O&M" containing [9,9,9,9,9,9,9,9,9], and one linear trendline. | await Excel.run(async (context) => {
const sheet = context.workbook.worksheets.getItem("Sheet1");
const chart = sheet.charts.add(
Excel.ChartType.lineMarkers,
sheet.getRange("A10:M10"),
Excel.ChartSeriesBy.rows
);
chart.name = "OM_Cost_Trend";
chart.setPosition("O3", "W18");
chart.title.text =... | null | outputs/train/594aa7c26e5addf7a64113ceceebfcc2eb58222e73e8623815b967c21c92bc97/gold.xlsx | Sheet1 contains a line-marker chart named "OM_Cost_Trend" at O3:W18, titled "O&M Cost Trend", with categories [1,2,3,4,5,6,7,8,9], one series named "O&M" containing [9,9,9,9,9,9,9,9,9], and one linear trendline.
| 2026-09-08T09:12:35.162708+00:00 | Chart | 1,846 | 0 | 5 | 1 | 0 | 0 | [
{
"code": "await Excel.run(async (context) => {\n const sheet = context.workbook.worksheets.getItem(\"Sheet1\");\n\n // Build a compact chart source to the right of the existing data, linked to the original O&M row.\n const source = sheet.getRange(\"O3:P12\");\n source.values = [\n [\"Period\", \"O&M ($/... | 594aa7c26e5addf7a64113ceceebfcc2eb58222e73e8623815b967c21c92bc97 | workbooks/Backward_EnronFuse.103-File.xlsx | bb15777d4b212871792d084734e1093dc2f200c6dd55ee282ec32cfbe91ad37b | 3e3383c8b93bb0f938e029898cbf5d8f77a1c4c132fb354eb6f1f386be9ebc10 | workbooks/inputs.zip | workbooks/train_outputs.zip |
Excel.ChartSeriesCollection.add::Backward_EnronFuse.1021-File.xlsx | Gpt56Reasoning | Gpt56Reasoning | hard_saved | Excel.ChartSeriesCollection.add | Backward_EnronFuse.1021-File.xlsx | Generate a realistic query that requires creating a new Chart in the workbook, grounded in its actual contents. | On Utilities, build a demand-charge sensitivity chart for the Medium Commercial plan. Plot the demand charge at peak demands of 20, 25, 27.44, 30, and 35 kW using the rule that only demand above 25 kW is charged at $3.60 per kW. Add a vertical series marking the 25 kW threshold and a separate one-point series highlight... | The Utilities sheet gives Medium Commercial demand pricing of $3.60 per kW above 25 kW and Example 1's peak demand of 27.44 kW, whose existing demand-charge formula evaluates to $8.784. A scatter chart with a modeled charge curve, a vertical threshold, and a separately added actual-example series makes the task substan... | Utilities!G4:H9 = [["Peak Demand (kW)","Modeled Demand Charge ($)"],[20,0],[25,0],[27.44,8.784],[30,18],[35,36]]; chart "MediumCommercialDemandSensitivity" at K4:S18 is an XY scatter-lines chart titled "Medium Commercial Demand Charge Sensitivity" with series "Modeled Demand Charge" using X values [20,25,27.44,30,35] a... | await Excel.run(async (context) => {
const sheet = context.workbook.worksheets.getItem("Utilities");
const examplePeakCell = sheet.getRange("C16");
const exampleDemandChargeCell = sheet.getRange("E16");
examplePeakCell.load("values");
exampleDemandChargeCell.load("values");
const oldChart = sheet.charts.ge... | null | outputs/train/f46bd1eb8973aa99b391fb15f06a3fc3e45307b5ff61b4c0ab3399837faf7d08/gold.xlsx | Utilities!G4:H9 = [["Peak Demand (kW)","Modeled Demand Charge ($)"],[20,0],[25,0],[27.44,8.784],[30,18],[35,36]]; chart "MediumCommercialDemandSensitivity" at K4:S18 is an XY scatter-lines chart titled "Medium Commercial Demand Charge Sensitivity" with series "Modeled Demand Charge" using X values [20,25,27.44,30,35] a... | 2026-09-08T09:12:38.241750+00:00 | Chart | 1,386 | 1 | 5 | 2 | 1 | 0.2 | [
{
"code": "",
"success": false,
"attempts": 3,
"stdout": null
},
{
"code": "",
"success": false,
"attempts": 3,
"stdout": null
},
{
"code": "await Excel.run(async (context) => {\n const sheet = context.workbook.worksheets.getItem(\"Utilities\");\n\n // Build the sensiti... | f46bd1eb8973aa99b391fb15f06a3fc3e45307b5ff61b4c0ab3399837faf7d08 | workbooks/Backward_EnronFuse.1021-File.xlsx | 024756f5ca383361d80e3bff359d54fc5772fd4c9ad8f394e917d874407fce7c | 2678bcb38cc6e93be8b24bc5e415dacddd15e625637b931f248e90bb70f8c338 | workbooks/inputs.zip | workbooks/train_outputs.zip |
XLGym
XLGym contains natural-language spreadsheet tasks paired with Office.js reference programs, input and reference-output workbooks, and recorded candidate outcomes.
Splits
| Split | Tasks | Input filenames | Distinct input byte contents | Target APIs |
|---|---|---|---|---|
train |
20,482 | 1,722 | 814 | 1,287 |
bench |
200 | 126 | 122 | 82 |
| Artifact | Train | Bench |
|---|---|---|
| Chart | 3,520 | 25 |
| ConditionalFormat | 3,512 | 25 |
| Filter | 1,686 | 25 |
| Formula | 3,517 | 25 |
| Hyperlink | 191 | 25 |
| PivotTable | 3,500 | 25 |
| Sort | 1,068 | 25 |
| Table | 3,488 | 25 |
Load the records
After publication:
from datasets import load_dataset
dataset = load_dataset("prose-ms/xlgym")
train = dataset["train"]
bench = dataset["bench"]
The same package can be loaded before publication without contacting the Hub:
dataset = load_dataset(
"parquet",
data_files={
"train": r"data\train.parquet",
"bench": r"data\bench.parquet",
},
)
The data files contain metadata and paths, not embedded XLSX bytes.
Download and extract workbooks
Three ZIP archives avoid publishing tens of thousands of individual files:
| Archive | Contents |
|---|---|
workbooks/inputs.zip |
1,848 referenced input workbook filenames across both splits |
workbooks/train_outputs.zip |
20,482 reference-output workbooks |
workbooks/bench_outputs.zip |
200 reference-output workbooks and 1,000 candidate outputs |
Archive members are relative to a common extraction root. Their paths match
input_workbook, gold_wb, and solution_wb_dir in each record.
from pathlib import Path
from zipfile import ZipFile
from huggingface_hub import snapshot_download
local = Path(snapshot_download(
"prose-ms/xlgym",
repo_type="dataset",
allow_patterns=["data/*", "workbooks/*", "*.json", "*.md", "LICENSE", "SHA256SUMS"],
))
books = Path("xlgym_workbooks")
for name in ("inputs.zip", "train_outputs.zip", "bench_outputs.zip"):
with ZipFile(local / "workbooks" / name) as archive:
archive.extractall(books)
row = bench[0]
input_path = books / row["input_workbook"]
reference_path = books / row["gold_wb"]
For benchmark-only use, omit train_outputs.zip. XLSX files are already
compressed; the ZIP archives use stored entries. workbook_manifest.json
contains SHA-256 checksums and byte sizes for every member. SHA256SUMS
covers the package files.
Training candidates retain code, execution-success flags, attempt counts and stdout, but their output workbooks are intentionally not bundled.
Record fields
See SCHEMA.md for the full contract. Core fields include:
query: task given to a solver.input_workbook: input workbook path after archive extraction.query_solution_code: historical reference Office.js program.expected_answer: author-proposed expected result.gold_wb,gold_stdout: saved reference workbook and execution output.artifact,api_name: generation labels, not proof that a particular API is necessary or actually used.candidates,pass_rate: historical candidate attempts and grading outcomes.
When evaluating solvers, provide only the query, input workbook and the context your protocol permits. Do not expose reference code, expected answers, reference outputs, candidate solutions or author rationale as solver input. The benchmark includes these fields for evaluation and inspection, not training.
Generation and grading
Tasks were mined from API/workbook pairs over EnronFUSE workbooks. An author proposed a query, expected answer and reference program. Consistency checking and candidate-solution testing could trigger revisions. The historical pipeline supplied API information to candidate solvers; this release should not be described as an API-blind mining experiment.
The retained label records at most two passes among five candidates:
pass_rate is 0.0, 0.2 or 0.4. Candidate execution and model-based grading are
part of this measurement. Exact historical protocol revisions are not fully
pinned per record.
These scores are not intrinsic task-difficulty measurements or independent correctness certificates. Known historical limitations include incomplete workbook evidence, output-policy conflicts, reference-only grading constraints, and an extraction issue that could omit cell differences after context building. Later pilot corrections did not retroactively regenerate or reverify these rows.
This export preserves the recorded supervision and labels rather than silently relabeling them. Reference and candidate code should be inspected and executed only in an appropriately isolated environment. Running Office.js requires a compatible Excel environment; the dataset itself does not include a portable Excel runtime or a standalone grading service.
Provenance and limitations
- Source package: historical
xlgymv2_22k; originalbench200is namedbenchhere. - No task filtering, resampling, or validation holdout was applied during this packaging step.
- Added fields provide stable identifiers, portable archive paths and workbook hashes. Source text, programs and candidate outcomes are preserved.
- Only referenced workbooks are included. Intermediate query-evolution traces, raw logs, credentials, unrelated source trees and pilot runs are not bundled.
- Original workbooks and generated text may contain names, addresses or other source-corpus content; they should not be assumed anonymized.
- The intended use is spreadsheet-agent research. Review supervision quality for applications requiring reliable correctness.
License
This dataset is licensed under the Community Data License Agreement -
Permissive, Version 2.0 (CDLA-Permissive-2.0). See LICENSE for
the complete terms. When sharing the data, include the license text.
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