id stringlengths 4 6 | question stringlengths 37 2.29k | input_file stringlengths 7 258 ⌀ | output_type stringclasses 1
value | output_file stringlengths 7 235 | rubrics stringlengths 38 1.42k ⌀ |
|---|---|---|---|---|---|
DV_101 | Draw distribution charts of BMI for different age groups | 2024 physical examination rate spring compilation.xlsx | Data Visualization | Q164_vis.png | 1. The number of overweight people aged 65-69 years old exceeds 700.
2. The number of obese people aged 75-79 years old is between 100 and 200. |
DV_102 | Please create a line chart using the data from the table, with the title "Unit Cost and Unit Selling Price per Mu for Ordinary Greenhouse Crops" | Workbook.xlsx | Data Visualization | Q190_vis.png | 1. The chart title is "Cost per Mu vs. Sale Price per Mu for Ordinary Greenhouse Crops", containing two lines: "Planting Cost / (Yuan/Mu)" and "Flat Dry Land Price per Mu".
2. The sale price of Yuhuang mushroom is the highest among all crops, with a peak close to 300,000 Yuan.
3. The overall trend shows that the sale p... |
DV_103 |
Statistical Chart of the Relationship Between Gender and BMI | Workbook.xlsx | Data Visualization | Q194_vis.png | 1. The median BMI of males (green line position, approximately 19.8) is noticeably higher than the median BMI of females (approximately 17.0).
2. The upper edge (maximum value) of both groups is close to 25, but the overall box position of males is higher than that of females, indicating a higher distribution. |
DV_104 | BMI and Test Score relationship, create a chart | Workbook.xlsx | Data Visualization | Q195_vis.png | 1. The person with the highest Test Score is a male, with a BMI close to 16.
2. Most females have a Test Score around 110.
3. The person with the lowest Test Score is a male, with a BMI exceeding 24. |
DV_105 | Help me create a line chart of Body weight based on the Sheet1 data in the document | September_2_desensitized.xlsx | Data Visualization | Q227_vis.png | 1. The chart title is "Body weight", showing the trend of body weight changes from data point 1 to data point 40.
2. The overall data presents a steady upward trend, with no obvious downward inflection point.
3. The body weight value increases from an initial 127.2 jin to a maximum of 131.5 jin. |
DV_106 | Draw a box plot, mark the upper bound of outliers with a green dashed line and label its value (rounded to two decimal places); mark the lower bound of outliers with a red dashed line and label its value (rounded to two decimal places). Add a legend in the upper right corner explaining what each colored line represents... | Workbook.xlsx | Data Visualization | old_chart_26.png | 1. A green dashed line must be used to mark the upper bound of outliers, with the value 70.77 labeled
2. A red dashed line must be used to mark the lower bound of outliers, with the value -13.82 labeled
3. There must be eight points (or circles) above the green dashed line |
DV_107 | Based on the "Export Count_MS2class" data sheet in "combine_intensity_select.xlsx", extract the proportions for the two categories "Flavonoids" and "Isoquinolines and derivatives".
Combine all remaining categories in the table into "Others", ensuring that the sum of the three proportions equals 100%.
Please draw a pie ... | combine_intensity_select.xlsx | Data Visualization | Q274_vis.png | 1. The "Others" category has the largest proportion, with a value of 93.4%.
2. "Flavonoids" has a proportion of 6.0%.
3. "Isoquinolines and derivatives" has the smallest proportion at 0.6%. |
DV_108 | Generate a clustered bar chart based on the table data. Requirements:
Chart title: set to 'Statistical Comparison of Key and General Student Counts by Subject';
Horizontal axis (X-axis): categorized by 'Subject', with axis title named 'Subject';
Vertical axis (Y-axis): displays values, with axis title named 'Count';
Da... | Workbook.xlsx | Data Visualization | Comparison Chart of Key vs Regular Student Count Statistics by Subject.png | 1. There are 4 legend entries on the right or top of the chart, which are Key Count, Key Valid Count, General Count, and General Valid Count.
2. The four bar values in the Math cluster are 13, 7, 38, and 31.
3. The highest value in General Count is 40, in the English subject.
4. The chart title is "Comparison of Key an... |
DV_109 | Based on students' "Junior High School Graduated From", create a pie chart | 2024 xx No.1 High School College Entrance Exam Admission Honor Roll.xlsx | Data Visualization | old_chart_29.png | Junior High 21 (14 people), Junior High 9 (9 people), Junior High 5 (4 people), Junior High 22 (3 people), Junior High 12 (3 people), Junior High 37 (3 people), Junior High 17 (2 people), Junior High 14 (1 person), Junior High 31 (1 person) |
DV_110 | Based on the scores of the knowledge points examined in sheet2, generate a stacked bar proportion chart with the title "Proportion of Mathematics Culture Questions and Other Questions Each Year", the horizontal axis representing "Year", the vertical axis representing proportion, the legend displaying "Mathematics Cultu... | 2024 middle school exam math analysis data archive.xlsx | Data Visualization | Q320_vis.png | 1. The chart covers three years: 2022, 2023, and 2024.
2. The legend displays "Mathematics Culture Questions Proportion" and "Other Questions Proportion".
3. The sum of the proportions of the two question types for each year equals 1.0, with the Mathematics Culture Questions Proportion in 2023 and 2024 being roughly eq... |
DV_111 | Draw a line chart for bid-rigging crimes, without labeling the data values. | Workbook.xlsx | Data Visualization | Q325_vis.png | 1. There is a noticeable decline between 2016 and 2017, dropping from around 80 to around 30.
2. The number of cases reached its peak in 2020, with the annotated value of 136.0.
3. Each data point on the line is labeled with a specific number, and the horizontal axis spans from 2010 to 2024.
4. No numerical labels are ... |
DV_112 | Draw a line chart for the crime of bid-rigging collusion, with year on the x-axis and number of cases on the y-axis. Label each point on the line chart with its value. | Workbook.xlsx | Data Visualization | Q325-1_vis.png | 1. There is a notable decline between 2016 and 2017, dropping from around 80 to around 30.
2. The number of cases reaches its peak in 2020, with the annotated value of 136.0.
3. Each data point on the line chart is labeled with a specific number, and the horizontal axis spans from 2010 to 2024.
4. Each point is labeled... |
DV_113 | Please create a bar chart showing the Yield per Mu, planting cost per Mu, and Price per Mu for each crop in the table.
The left axis scale represents Yield per Mu, and the right axis scale represents Planting Cost and Price per Mu. | Workbook.xlsx | Data Visualization | crop_bar_chart.png | 1. The left axis scale represents Yield per Mu / Jin, and the right axis scale represents Planting Cost / (Yuan/Mu) and Price per Mu. The horizontal axis displays 15 crops including peas, sweet potatoes, etc.
2. The Price per Mu of sweet potatoes is the highest among all crops, with a value exceeding 7000.
3. Pumpkin h... |
DV_114 | In "Related Statistics for 2023", first remove the data where the crop is a person's name, then generate a line chart using the Crop Name of terraced fields as the x-axis, and Yield per Mu / Jin and Planting Cost / (Yuan/Mu) as the 2 y-axes. | 2023 statistical data attachment 2.xlsx | Data Visualization | Q347_vis.png | 1. The chart uses dual Y-axes to display Yield per Mu / Jin and Planting Cost / (Yuan/Mu).
2. The Yield per Mu / Jin shows that "Pumpkin" has the highest yield per mu, significantly higher than other crops, with a value approaching 3000 Jin.
3. The Planting Cost / (Yuan/Mu) shows that "Sweet Potato" has the highest pla... |
DV_115 | Plot a histogram of all Change % data | data_tracking.xlsx | Data Visualization | Q384_vis.png | 1. The X-axis represents the Change % intervals, and the Y-axis represents frequency.
2. The interval with the highest frequency is the first interval [9.36%, 11.36%], with a value exceeding 120.
3. There is a significant secondary peak at the interval [29.36%, 31.36%], with a frequency close to 40.
4. The data distrib... |
DV_116 | Create a bar chart of shipping performance | Application Form.xlsx | Data Visualization | Q412_vis.png | 1. The horizontal axis spans from June 2022 to August 2024.
2. The month with the highest performance is November 2022, with a value of 1835960.67.
3. The month with the lowest performance is January 2023, with a value of 454729.09. |
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