image_id stringlengths 8 28 | caption_L1 stringlengths 51 785 | caption_L2L3 stringlengths 50 1.21k | chart_type1 stringclasses 11 values | cchart_type2 stringclasses 15 values |
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pie_97.png | The chart is a pie chart titled "Most say they pay about the right amount in taxes." It includes a legend with categories: "More than fair share," "About the right amount," "Less than fair share," and "DK." Each category is represetend by one slice of the pie. | The majority, 54%, feel they pay the right amount in taxes. A significant 40% believe they pay more than their fair share, while 5% think they pay less, and 2% are unsure. | Pie | Pie |
ACM_2760.png | This multiple line chart is titled 'Comparison of running time of 10 models'. The x-axis shows the number from 1 to 10, the y-axis shows time in range of 0.3 to 1.0s. Two models are compared as indicated in the legend: PNN, and Improved PSO-PNN. | The chart shows that the PSO-PNN model outperforms, with the highest accuracy observed at number 0.99. | Line | Multiple Line |
1944.png | This grouped bar chart is titled "Percentage of Behavioral Outcome Studies Across Targeted Behavior Types" and illustrates the distribution of studies by percentage, categorized into various behavior types. The y-axis represents the percentage of studies with behavioral outcomes, ranging from 0% to 40%, and the x-axis lists behavior types: New, Increase, Decrease, and Stop. Each bar is divided to show frequency of behavior—Once (light blue) and Sustained (dark blue). | The chart shows that the highest percentage of studies is focused on introducing new behaviors, with 34.7% once and 4.1% sustained. The next highest category is increasing behaviors, with 32.6% once and 18.4% sustained. In contrast, studies targeting behavior decrease and stopping behaviors have lower percentages, with stopping behaviors showing no studies. | Bar | Group Bar |
ArXiv_3rd_638.png | This multiple line chart shows "number of ENVs" on the left y-axis from 0 to 4, and "ENV_0 fraction" on the right y-axis from 0.0 to 1.0. The x-axis shows the changes in Time resolution Delta t. | The number of ENVs initially holds steady at 2, briefly rises to 3, then drops to 1 as time resolution increases. Meanwhile, the ENV₀ fraction gradually rises and jumps sharply to. 0.7. | Line | Multiple Line |
0416.png | This grouped bar chart shows the distribution of task types currently completed or requiring support on smartphones. The y-axis recorded the Numebr of Occuraneces from 0 to 40, the x-axis listed task types. Two conditions are comapred across all task types: Currently complete, and Needs support. | Tasks "Survey' and "Other" have the highest numebr of occurances for both conditions. for other tasks, there are more number of occurances for condition Needs support than currently support. | Bar | Group Bar |
springer_3226 copy 2.png | This horizontal bar chart shows the mean SHAP value for six different conditions. The y-axis lists the conditions: Magnitude, R_jb, Hypocenteral Distance (Km), Epicontral Distance (Km), V_s30 (ms), and Depth (Km). The x-axis represents the mean SHAP value, ranging from 0.00 to 0.25. Each bar is color-coded in red, with values marked. | The chart shows that "Magnitude" has the highest mean SHAP value (+0.24), followed by "R_jb" and then "Hypocenter Distance (Km)." "Depth(km)" has the lowest mean SHAP value (+0). | Bar | Simple Bar |
0618.png | This stacked bar chart, titled "Ranking of Slider Types by Participants". 8 type of Slider Types are being ranked as seen in the legend, Ranks are shon on the x-axis in ragne of 1-best to 8-worse. Numerb of pariticpants are depicted on the y-axis in ragen of 0 to20. | In the first rank, the most frequently ranked sliders are rotating with 10 counts, followed by elevating at 5, and dotted at 3. For the last rank, distancing received the highest count at 10, while horseshoe received 4 and both rainbow and regular received 3. Over the ranks, certain sliders demonstrate consistency; for instance, elevating maintains a presence in the top four ranks, while distancing only appears in the last rank, indicating varying preferences for certain slider types among participants. | Bar | Stacked Bar |
springer_0936 copy.png | This scatter plot shows test score PRE on the x-axis, ranging from 0 to 10, against confidence score PRE on the y-axis, ranging from 1 to 4. | The plot reveals a positive relationship between test scores PRE and confidence score PRE, indicating that test score increases as confidence score increases. | Scatter | Simple Scatter |
springer_1580.png | This horizontal bar chart displays up-regulated (brown) and down-regulated (green) gene functions, with q-values on the x-axis ranging approximately from 1 to 0 to 1.5. | Up-regulated pathways include protein homeostasis, external stimuli response, and solute transport, while down-regulated ones cover amino acid metabolism, chromatin organisation, and RNA biosynthesis. The contrasting bar directions indicate a cellular shift from metabolic and structural activities toward stress response and regulatory processes. | Bar | Simple Bar |
1979b.png | This horizontal grouped bar is titled "New Content Pages" and displays the number of new content pages created in Malayalam, Marathi, and Kannada. The x-axis represents the count of new pages, ranging from 0 to 25,000. Malayalam has the highest number of new content pages, more than double that of Marathi and significantly higher than Kannada. | This graph shows that Malayalam has a notably higher rate of content creation compared to Marathi and Kannada. | Bar | Simple Bar |
ArXiv_3rd_443.png | This stacked bar chart is titled 'Error Histogram with 20 bins'. The x-axis lists 20 values for 'errors=trgets-outputs' from -0.5098 to 1.488. The y-axis shows Instances ranging from 0 to 40. 4 conditions are compared within each bar: Training, Validation, Test, and Zero Error. | The chart reveals that there are most instances around zero error, peaking at 38 instances. The training condition has the most instances across all bins in different values of errors. | Bar | Stacked Bar |
ArXiv_3rd_22.png | This is a scatter plot titled 'Cy5', which shows the distribution of Cy5 and a DNA duplex. The x-axis represents the angle rho, ranging from -90 degrees to 90 degrees, and the y-axis shows the values of M, ranging from 0 to 1. | The plot shows that most scatters cluster around rho equals 0 degree with moderate M values (0.5). Outliers appear scattered at extreme angles. There is no strong relationship between the values of M and rho. | Scatter | Simple Scatter |
springer_0859.png | This scatter plot with regression bars shows the log odds of regression, ranging from 3 to 6, for four guidances: audio, exit signs, cone and co not enter signs. There is also a distinction between location: left or right for these objects. | The chart shows no significant difference between left or right location. The chart shows that the highest log odds of regression are with audio, with a value of 5 for left and 5.5 for right. Exit signs have the lowest odds of approximately 4 for both locations. | Scatter | Scatter plot with error bars |
extra2_0310.png | The chart is a box plot titled "MSIS-29 (Physical)." It has a legend distinguishing between Baseline and 12 weeks. The x-axis is labeled "Intervention group" and "Control group," while the y-axis denotes scores from 0 to 100. | The box plot reveals significant reduction in MSIS-29 in the intervention group (37 to 25), and highlights the significant difference using an asterisk. There is also significant difference between the intervention and control group (shown by an asterisk), highlighting the influence of the intervention. | Boxplot | Grouped Boxplot |
Springer_2nd_0885.png | This is a scatter plot. The x-axis is labeled NMDS1 and the y-axis is labeled NMDS2. The legend identifies six site groups using different color-coded symbols. | The scatter plot shows clear clustering of different sites based on NMDS ordination, indicating distinct community compositions. VC1, VC2, and VC3 cluster separately, while VCR2 and VCR3 form distinct outgroups. | Scatter | Simple Scatter |
ArXiv_3rd_612.png | This multiple line chart is titled 'Balanced'. The x-axis represents the number of words returned, ranging from 0 to 1,000,000, while the y-axis represents the value of F_0.5 from 0.00 to 1.75. Three conditions are compared: 'Unigram', 'Bigram', and 'Trigram'. | The chart shows that the value of F0.5 decreases as the number of words returned increases. Unigrams initially outperform others from 1.75 F0.5 scores, but converge with Bigrams and Trigrams approaching 0.00 with the rise of a number of words returned. | Line | Multiple Line |
springer_4396.png | This scatter plot shows the relationship between the hsa-miR-1258: microRNA expression and the Cancer Type. The y-axis shows the hsa-miR-1258: microRNA expression, ranging from -4 to 10. The x-axis shows fourteen different cancer types. Three conditions are compared as seen in the legend: Male, Female and No data. | The chart reveals that Ovarian Cancer and Breast Cancer only appear among females. Bladder Cancer appears more among Males than females. Bladder Cancer has the biggest spread of expression amongst all cancer types. The lowest expression has Non-cancer control. | Scatter | Scatter plot with error bars |
ACM_0946.png | This grouped bar chart shows the number of TUIs for various interaction techniques across different environments. The y-axis represents the number of TUIs, ranging from 0 to 35, and the x-axis lists the environments: 'objects alone', 'objects + mobile device', 'objects + computer', objects + interactive tabletop', objects + headset'. For each environment, three bars are shown: 'physical interaction', 'direct manipulation', and 'natural language'. | The chart shows that "Direct manipulation" is the most common interaction method across all five environments, with "Physical interaction" being second and "Natural language" being third. THe environment 'Objects alone' has the highest total number of TUIs, followed by 'objects + mobile device'. | Bar | Group Bar |
1784b.png | This boxplot shows Reading Speef for WRAT-H Literacy Group. The y-axis shows Reading Speed in range of 0 to 500, the 3 conditinos are shown on the y-axis: low, Medium, and High. | Medium condition shows the highest reading speed, around 200, higher than High condition. The low condition has lowest reading speed, around 100. | Boxplot | Simple Boxplot |
arXiv_0030.png | This multiple line chart shows the temperature on the y-axis in range of 20 to 40 against Metatoms on the x-axis ranging from 0 to 50. Five types of intensity are compared: 12.7, 30.3, 48.0, and 88.5, as indicated in the legend. | The plot shows a positive trend between temperature and metaatoms for all 5 types of intensity. As the intensity increases, the temperature is also higher, as indicated by the upward-sloping green line. | Line | Multiple Line |
extra_0166.png | This pie chart is titled "Laboratory Building, total sum of ant is 530 ng/g". It shows the breakdown of eight compounds, such as BHT, 4-tOP, etc. Each compound is represented by one segment of the pie, with the percentage labelled. | The chart reveals that 46.0% of the total compounds are attributed to BHT compound. Followed by the BHT-Q compound (37.3%) and the BHT-CHO compound (11.9%). Other compounds have a minor contribution, with less than 10% each. | Pie | Pie |
0613.png | This boxplot is titled " Intervention Difficulty vs Time Spent on Facebook" , It has Session duration, second (log scale) shwon on the y-axis, 4 difficulty levles of intervention shown on the x-axis: No Intervention, Easy, Medium, and Hard. Each boxplot presents one difficulty level intervention time. . | Sessions are shorter in the presence of more difficult interventions. It shows the highest session duration median for No intervention diffuculty level. | Boxplot | Simple Boxplot |
springer_4601.png | This bar chart is titled "All Individuals". The x-axis shows 12 different task numbers and the y-axis the mean correct in percent ranging form 0 to 100. 5 conditions are compared as indicated in the legened: leo, huxley, fry, plato and connelly. | The chart shows that all conditions have a mean correct for tasks 4 to 7. Tasks 12 to 15 and S2 only represent the leo condition. | Bar | Group Bar |
1620a.png | The grouped bar chart titled "Recognition: Stationary using Desktop" shows recognition scores for two text styles, Handwritten and Typeface, across three scenarios: Appear-letter, Appear-word, and Trace-letter. The y-axis represents the "Recognition Score" ranging from 0.0 to 1.0, while the x-axis lists the different scenarios. Error bars are included to represent variability. | In all three scenarios, Typeface consistently outperforms Handwritten in recognition scores, with small but noticeable differences. The highest recognition scores are observed in the Appear-letter scenario for both text styles, close to 0.9. The Appear-word scenario shows a moderate drop, with Handwritten and Typeface showing similar scores around 0.75. The Trace-letter scenario displays a small reduction in scores, particularly for Handwritten text. | Bar | Group Bar |
arXiv_0599.png | This is a bar chart titled “Observed portions – HARD setting.” The x-axis shows the variable F ranging from 0.0 to 1.0, and the y-axis indicates frequency counts from 0 to 180. | The bar chart shows that under the HARD setting, most observed portions of F fall between 0.2 and 0.8, peaking around 0.4–0.6. Fewer observations occur at the extremes (0.0–0.2 and 0.8–1.0), suggesting moderate values of F are more common in this setting. | Bar | Group Bar |
ArXiv_3rd_448.png | This grouped bar chart is titled "Scenario 2b", it shows the confidence interval length ratio on the y-axis in the range of 0.0 to 2.0, against 5 labeled set sizes on the x-axis from 1000 to 5000. 3 conditions are compared as seen in the legend: method, PPI, PPIa, and CC. | The chart shows that the "PPI" method consistently produces the highest confidence intervals across all labeled set sizes, followed by the "PPIa" method. The "CC" method shows the lowest confidence interval length ratios across different labeled set sizes. With the labeled set size increases, the confidence interval length ratio increases for all methods. The "PPI" and "PPIa" methods have a higher confidence interval length ratio than the reference red line at 1.0, but the "CC" method remains close to the reference red line. | Bar | Group Bar |
ACM_0391.png | This bar chart shows seven different categories on the x-axis, and a score for each category. The scores range from 0 to 80, and the categories are: Cardinalities, Attributes, Total Participation, Entity type (weak vs. strong), Specialization or Union, Ternary relationships, Identifying participants in the relationships. | The chart shows that "Cardinalities" and "Entity type (weak vs. strong)" have the highest score, at 80 and 77 respectively. "Total participation" ahs the lowest score, with a score of 28. | Bar | Simple Bar |
ACM_3121.png | This line chart is titled LiDAR Localization Errors and is divided into two seperate y-axis'. The upper chart shows the X-Error (meters) on the y-axis in range of -0.4 to 0.2. The second y-axis shows the y Error (meters) ranging from 0.00 to 0.25. Time Steps are shown on the x-axis in range of 0 to 300. | The chart shows a general decline in x error as time steps progress in the above chart. The y error shows a general upward trend, with a notable dip at approximately 250 time steps. | Line | Simple Line |
ACM_2139.png | This multiple line chart shows the CDF against the RTT. The CDF is on the y-axis in range of 0 to 1, and the RTT (ms) is on the x-axis in range of 0 to 160. The chart compares four conditions: same city, different city, different country, and different continent. | The chart shows that the CDF increases with time for all four conditions, but the "same city" and "different country" increase exponentionally just after 0, while "different county" increases slowly, and"different continent" only starts increasing at 100ms and then increases direct. | Line | Multiple Line |
ArXiv_3rd_633.png | This multiple line chart shows "number of ENVs" on the left y-axis from 0 to 4, and "ENV_0 fraction" on the right y-axis from 0.0 to 1.0. The x-axis shows the changes in Time resolution Delta t. | The number of ENVs fluctuates initially but trends downward, dropping to 0 at the higher time resolution. Meanwhile, the ENV₀ fraction increases steadily and reaches 1.0 | Line | Multiple Line |
arXiv_0884.png | This multiple line chart shows the Computate Utilization on the y-axis in range of 0 to 1 against Inter-datacenter bandwidth (Gbit/s) on the x-axis in range of 0.1 to 1000. The chart includes five lines representing different heuristic parameters: DiLoCo H=300, DiLoCo H=100, DiLoCo H=50, DiLoCo H=10, and Data-Parallel. | The chart shows a general upward trend in computer utilization across all inter-datacenter bandwidths, with the highest computer utilization observed at 1000 gigabits per second. | Line | Multiple Line |
springer_0020 copy 3.png | This heatmap is titled: "(c) Vowel / in bird". The y-axis shows "frequency (Hz)" on a range from 500 to 10,500. "Time (s)" is shown on the x-axis, ranging from 0.02 to 0.12. There are different colors from red to blue but no caption to it. | The chart shows that the lower frequency is red. As the frequency gets higher, the color lightens up and gets from orange to yellow, green, and then blue. From time 0 to 0.06, most of it is yellow, and after that, it turns more green and blue. | Heatmap | Heatmap |
pie_178.png | The chart is a pie chart titled "Should Turkey Look More To Europe or the Middle East?" It includes a legend with categories: Europe, The Middle East, Both equally important, Neither, and DK. Each category is represetend by one slice of the pie. | "Both equally important" is the largest segment at 37%, indicating a preference for balance. "The Middle East" follows at 25%, while "Europe" is 17%. "DK" and "Neither" are smaller, at 15% and 6% respectively. | Pie | Pie |
extra_0203.png | This horizontal scatter plot with error bars is titled 'Niche volume'. It lists two conditions on the y-axis: monosp and both. The x-axis shows the relative volume from 0.00 to 1.00. | The chart reveals that the "both" category (above 0.75) has a relatively larger volume than the "monosp" category (around 0.40). The 'Monosp' category shows a wider error bar than the 'both' category. | Scatter | Scatter plot with error bars |
arXiv_0593.png | This is a boxplot titled “Days PM2.5 > 15 µg/m³ by SVI Levels.” The x-axis shows five SVI Levels: Very Low, Low, Medium, High, and Very High. The y-axis shows days (count) from 0 to 175. The legend includes a red dot labeled “Mean.” | The graph shows that Medium and High SVI areas generally experience more days with elevated PM2.5, along with greater variability. Mean values (red dots) are slightly higher for these groups. | Boxplot | Simple Boxplot |
Springer_2nd_1543.png | This is a vertical bar graph. The x-axis shows years from 2017 to 2023, and the y-axis shows the number of exposed population on a logarithmic scale from 10² to 10⁶. | The graph reveals a sharp increase in exposed population over time, peaking dramatically in 2023. The logarithmic y-axis highlights exponential growth, especially in 2021 and 2023. | Bar | Simple Bar |
springer_0932.png | This scatter plot shows test score POST on the x-axis, ranging from 0 to 10, against confidence score PRE on the y-axis, ranging from 1 to 4. | The plot shows a positive trend between confidence score and test score POST. The confidence score increases as the test score increases. Most test scores are greater than 5, and most confidence scores are greater than 2.5. | Scatter | Simple Scatter |
springer_1688.png | This line chart illustrates the average firm-level political risk from 2002 to 2020 on the x-axis. The y-axis ranges from 100 to 180. | The chart reveals significant volatility: risk rose sharply from around 125 in 2002 to a peak above 140 in 2003, then dropped to its lowest point near 105 in 2006. Afterward, it climbed again, reaching another local peak around 2011–2012 (approximately 150), followed by a dip to around 120 in 2015. The most dramatic increase occurred from 2018 to 2020, where political risk surged steeply, surpassing 180 by the end of the period. | Line | Simple Line |
ArXiv_3rd_387.png | This multiple line chart shows Count on the y-axis ranging from 10 to the power of 0 to the power of 5, against Distance on the x-axis ranging from 0 μm to 1500 μm. Two conditions are compared, as indicated in the legend: Brine and Gas. | The chart shows that Brine exhibits a higher initial count and steeper decay with distance, while gas starts lower but sustains a higher count at larger distances. There is no more counts for Brine after 600 distance, and there is no more counts for Gas after 1000 distance. | Line | Multiple Line |
0796a.png | This grouepd bar chart is titled "(a) Time Consumption", it shows TIme Performace on the y-axis in range of 0 to12, the x-axis shows 5 situation: Paragraph, Figure, Sentence Phrase, and Word. 2 conditions are comapredL DN and Based, as seen in the legend. | In the 'Figure' situation, both DN and Base conditions have the lowest score of Timed Performance. Among 5 situations, the Base conditions always show higher Timed Performace than DN condition. | Bar | Group Bar |
springer_2596.png | This multiple line chart shows the relative percentage of change in Pantanal's surface water cover on the y-axis, ranging from 0 to 10, against the Normalized Partial Dependence on the x-axis, ranging from 0 to 1. The chart includes eight lines, representing different conditions. | The chart shows that the percentage varies across all condition as the normalized partial dependence increases. | Line | Multiple Line |
springer_1280.png | This dual-axis line chart illustrates the Root Mean Square Deviation (RMSD) of a protein and ligand over time. The x-axis ranges from 0 to 200 nanoseconds. The left y-axis (protein RMSD) spans from 0 to 5 Å, while the right y-axis (ligand RMSD) extends from 0 to 10 Å. | The protein remains relatively stable around 2 Å. In contrast, the ligand exhibits a sharp jump near 80 ns, rising from ~3 Å to ~8.5 Å, indicating significant conformational change or detachment. | Line | Multiple Line |
springer_2571 copy 3.png | This multiple line chart is titled "SGC-7901" and shows the relationship between Time in hours on the x-axis, ranging from 0 to 36, and the OD Values on the y-axis, ranging from 0 to 1, for two conditions: "Si-NC" and "Si-APOE". The chart includes a legend indicating the two conditions. | The chart shows a clear divergence between the two models, with Si-NC exhibiting a sharp increase in OD values as time progresses, while Si-APOE maintains a relatively slow increase. This divergence becomes more pronounced as time increases. | Line | Multiple Line |
ArXiv_3rd_218.png | This horizontal scatter plot with error bars is titled "Hazard ratios, All-covariates-adjusted model, RS". It lists eight variables on the y-axis, the value of log(HR) (95% CI) is shown on the x-axis in the range of -0.4 to 0.8. | The chart shows that BAG and Age remain significant positive predictors of hazard, with narrow CIs. MAG and BMI show near-zero effects with tight intervals, while DM, Education, Sex, and Lag Time exhibit wide CIs crossing zero, indicating high uncertainty and non-significance. BAG's effect persists even after adjusting for all covariates. | Scatter | Scatter plot with error bars |
springer_0448 copy 4.png | This boxplot is titled "(b). Cadmium". It shows the concentration (mg/kg) on the y-axis from 0 to 24. The x-axis lists four categories: Anantapur, National, International and standards. | The plot shows the highest median for Anantapur at 20mg/kg. The international category shows a wider range. The national category is around 2mg/kg, the international around 3mg/kg and the median of the standards category is around 1mg/kg. | Boxplot | Simple Boxplot |
springer_0688.png | This horizontal bar chart shows the Eigenvalue of Fisher Information Matrix per country. The x-axis shows Eigenvalue in range of 0 to 0.0015, the y-axis lists various countries. | The USA has by far the highest Eigenvalue, above 0.0015, followed by the UK with an eigenvalue of 0.0005. Ireland has the lowest eigenvalue, very close to zero. | Bar | Simple Bar |
springer_4450 copy 2.png | This boxplot is titled Cosine Similarity Syn 1. The y-axis shows Cosine Similarity ranging from 0.0 to 1.0, the x-axis shows five conditions: Controls, Level 1, Level 2, and Level 3 and Level 4. | The plot shows that the cosine similarity for the level 1 condition is the highest, closely followed by controls and level 2. The lowest is the level 3 condition, which also has the widest range between minimum and maximum cosine similarity. | Boxplot | Simple Boxplot |
springer_0147.png | This scatter plot is not titled. It shows the Pmin (%) on the x-axis from 0.1 to 1. The y-axis is titled Albedo and shows number from 0.1 to 1. There are a lot of different conditions. | The "Makemake", "Eris" and "Pluto" conditions show the lowest Pmin% around 0.1 but are high in Albedo. The highest value in Albedo has "Enceladus". Most of the data points range between 0.1 and 0.6 albedo and over 1 Pmin%. | Scatter | Simple Scatter |
springer_2778.png | This scatter plot with regression line shows, on the x-axis the SHAP value (Impact on model output) in range of -40 to 100, the y-axis shows four conditions: DTCO, NPHI, DEPTH and RHOZ. The legend on the side represents the feature value. Pink colours indicates higher feature value whereas blue shows a lower feature value. | The plot shows that high values of the DTCO feature tend to increase the model output, while low DTCO values tend to decrease it. | Scatter | Scatter plot with regression line |
springer_3815.png | This line chart shows the activity of a single robot (labeled as "Robots Active") over iterations. The x-axis represents the time in milliseconds (ms), ranging from 0 to 25,000 ms, and the y-axis represents the level of activity, ranging from 70 to 130. | The chart shows a sharp increase in robots active from 72 to 115 in the first 1000 iterations. The number of robots active decreases and fluctuates around 90 when iterations increase. | Line | Simple Line |
extra_0601.png | The chart is a confusion matrix titled "Confusion Matrix." The legend indicates the scale of values from 0 to 1. The x-axis is labeled "True Labels" and the y-axis is labeled "Predicted Labels," both containing five categories: cucurbitiae, dorsalis, fallarmyworm, zonata, and background. | The confusion matrix shows a high accuracy in classifying all classes except "background" with an accuracy of at least 0.96. Background shows an accuracy of 0, as all were misclassified. Most were classified as "Zonata" (0.51), highlighting the areas for model improvement. | Heatmap | Heatmap |
Springer_2nd_0230.png | The chart is a line graph titled "Root Mean Square Error (RMSE)." It includes a legend with two series: "Above threshold" and "Below threshold". The x-axis is labeled "Uncertainty Threshold" ranging from 0.0 to 0.8, and the y-axis shows RMSE values, ranging from 0.25 to 0.45. | The graph reveals that RMSE increases with higher uncertainty thresholds for the "Above threshold" data, indicating a significant upward trend. Conversely, the "Below threshold" line remains relatively stable around a level below 0.25. | Line | Multiple Line |
springer_0494.png | This multiple line chart shows the time (sec) on the x-axis from 0 to 180. The left side of the y-axis shows the PMSO or PMSO2 M on a scale from 0 to 12. The right side of the y-axis shows the (PSMO2) %, from 0 to 100. Three conditions are being compared: PMSO, PMSO2 and PMSO+PMSO2. | The chart shows a steep increase for the PMSO2 line, with a following stable trend afterwards. The PMSO line shows a sharp decrease and then a following stable trend. The PMSO+PMSO line shows a stable trend overall with the highest values. | Line | Multiple Line |
springer_3226 copy.png | This horizontal bar chart shows the mean SHAP value for six different conditions. The y-axis lists the conditions: Magnitude, R_jb, Epicontral Distance (Km), Hypocenteral Distance (Km), V_s30 (ms), and Depth (Km). The x-axis represents the mean SHAP value, ranging from 0.00 to 0.04. Each bar is color-coded in red, with values marked. | The chart shows that "Magnitude" has the highest mean SHAP value (+0.04), followed by "R_jb" and then "Epicental Distance (Km)." "Depth" has the lowest mean SHAP value. | Bar | Simple Bar |
springer_0374.png | This multiple line chart shows the relationship between "Porosity" on the x-axis, ranging from 0 to 0.3 and "V (m/s)" on the y-axis ranging from 1500 to 3500. There are three conditions being compared: Wang et al. 2015, SCA and DEM. There are four different lines and colors. | The chart shows a general decreasing trend in V, as the Porosity gets higher. The highest V has AR=1 and the lowest has AR=0.08 | Line | Multiple Line |
springer_3018.png | This chart shows a Cost Breakdown with the following conditions: Mild solvent reactor – Thermal: 52% (light blue), Mesophication reactor – Thermal: 33% (yellow), Filtration: 10% (gray), Cooling costs: 5% (green), Mild solvent reactor – Agitation: <1% (red) and Mesophication reactor – Agitation: <1% (dark blue). The total is 0.04 dollars per kilogram MP. | The Mild solvent reactor – Thermal has the highest percentage with 52% (light blue), followed by Mesophication reactor – Thermal with 33% (yellow)en). The smallest percentage is by Mesophication reactor – Agitation: <1% (dark blue). | Pie | Pie |
springer_0569 copy.png | This bar chart shows the Dose of FWH in ppm from 0 to 160 on the x-axis. The y-axis shows the specific growth rate on a range from 0 to 5. | The chart shows a increase between dose 10 to 40. The specific growth rate goes from 3 to about 4.2. The rate stays relatively stable after that. | Bar | Simple Bar |
extra_0087.png | The chart is a pie chart titled "Spatial Distribution of Fire Mitigation Collaboratives." It indicates 12 different states from the USA, including WY, WA, TX, OR, etc. Each state is represented by one slice of the pie, with the percentage labelled. | The chart shows California (CA) as the dominant region with 26%, followed by states of Oregon(OR) (15%) and Colorado (CO) (18%). while Wyoming (WY) has the smallest share at 1%. Other states take up a minor percentage, less than 10%. | Pie | Pie |
Springer_2nd_0218.png | This simple bar graph shows "Failure Strain (percent) on the y-axis ranging from 0 to 0.9 and "CNTs Content (percent)" on the x-axis with 4 different categories. | The bar chart illustrates an increase in failure strain with higher CNTs content. Notably, the PC-Neat category exhibits much lower failure strain, then the other 3 categories. | Bar | Simple Bar |
ArXiv_3rd_169.png | This multiple line chart titled “3p2 example” plots SE (y-axis ranging from 0.5 to 2.0) against Time (x-axis ranging from 1 to 5). Three conditions are compared in the legend: 'Past 3 years', 'tru future', and 'pre future'. | The plot shows that the SE value for the 'past 3 years' condition decreases from 2.0 to 1.0 during the time interval 1 to 3. The predicted and true future conditions are closely aligned, both of their SE values decreased from 1.0 to 0.5 during time interval 3 to 5. | Line | Multiple Line |
Springer_2nd_1088.png | This is a scatter plot titled “Individuals - MCA.” The x-axis (Dim1) shows 4.8% variance, and the y-axis (Dim2) shows 4.3% variance. The legend indicates three groups: red for Dungu, green for Golinga, and blue for Kula. | The plot reveals that the Kula group (blue) forms a distinct cluster separate from Dungu and Golinga, which overlap more. This suggests clearer differentiation of Kula along these MCA dimensions. | Scatter | Grouped Boxplot |
springer_2481 copy.png | This bar chart shows the TC (mmol/L) on the y-axis, ranging from 0 to 4, against the three different models: "CK", "AFB1", and "AFB1+ZJ-2019-1". | The chart shows the "CK" and "AFB1+ZJ-2019-1" model are at around 3 TC while the "AFB1" is at about 3.3. | Bar | Simple Bar |
ACM_3129.png | This line chart shows the "Train loss" and "Test loss". The x-axis represents numbers, ranging from 0 to 100. The y-axis represents numbers from 0.0 to 0.4. | The chart shows a general decline in both train loss and test loss over time. Showing a correlation of the numbers of the x-axis increasing as the numbers of the y-axis are decreasing | Line | Multiple Line |
ArXiv_3rd_84.png | This line chart shows the relationship between the number of T_max_1 applications and the RMSE. The y-axis represents the RMSE, ranging from 0.287 to 0.291, and the x-axis represents the number of T_max_1 applications, ranging from 1 to 10. | The chart shows a sharp decline in RMSE at 5 T_Max_1 Replications, dropping from 0.29 to 0.287. The value of RMSE remains at 0.291 at other numbers of T_Max_1_replications. | Line | Simple Line |
springer_2155.png | This grouped bar chart shows the "Retation of Luteolin (percent)" on the y-axis ranging from 0 to 100, while the x-axis shows five different categories: "LUT", "phH12", "phH3", "phH6", and "phH4". The chart includes three bars for each condition: "60 degree Celsius", "70 degree Celsius", and "80 degree Celsius", as indicated in the legend. | The grouped bar chart shows that the "pH6" and "pH4" category has the highest percentage of "Retation of Luteolin" for all three conditions, while the LUT category has the lowest. | Bar | Group Bar |
extra2_0223.png | The chart is a pie chart showing four categories: Matriculation (44%), Primary (25%), Middle School (25%), and Intermediate (6%). The percentages are encoded in the size of the segments. | The data reveals that a significant majority (44%) is in Matriculation, contrasting sharply with the minimal representation of Intermediate at just 6%. Primary and Middle school both represent 25% of the chart. | Pie | Pie |
springer_4079.png | This bar chart is titled "Error Distribution - Optimal 9 PSO-SSM. The x-axis shows the combined position errors ranging from 30 to 60 and the y-axis shows the frequency ranging from 0 to 4. | The highest frequency of errors occurs at around 30 to 37 with a frequency of 4 which then declines rapidly to 1. There are no errors between around 40 and 44 and 46 to 59. | Bar | Simple Bar |
arXiv_0446.png | This is a heatmap titled "Temperature in degrees celcius". The x-axis shows the longtitude in range of 6 to 10 degrees east, and the y-axis shows latitude in range of 46 to 47.5 degrees north. The legend indicates that the temperature varies from 5 to 20 degrees. | The plot reveals higher temperatures in the north than in most of the south, except the southernmost tip which looks to be the warmest area. | Heatmap | Heatmap |
arXiv_0919.png | This grouped bar chart is titled "Management Experience: No" and shows the share of comfortable with gay individuals across different co-workers. The y-axis represents the share of comfortable with gay individuals, ranging from 0.4 to 1, while the x-axis lists various co-workers: Double List Supervisors, Direct Question Supervisors, Double List Co-Workers, Direct Question Co-Workers, Double List Customers, and Direct Question Customers. | The chart shows that the "Direct Question" has the highest share of comfortable gay individuals, around 0.85, followed by "Double List" around 0.50, however, "Co-workers" have a higher share than the other two. | Bar | Group Bar |
springer_4003.png | This multiple line chart is titled "Model's performance" and shows the relationship between Validation Accuracy and Testing Accuracy. The x-axis represents Validation Accuracy, ranging from 80 to 94, and the y-axis represents Testing Accuracy, ranging from 80 to 94. The two lines represent Validation Accuracy and Testing Accuracy, as indicated in the legend. | The chart shows that both models perform better, meaning they have a higher Testing Accuracy, as the Validation Accuracy increases. The Testing Accuracy also increases as the Validation Accuracy increases. | Line | Multiple Line |
springer_4451 copy 2.png | This bar chart is titled Load Acceptance. The y-axis shows Load Acceptance in range of 0 to 1, the x-axis shows ten conditions. | The chart shows that the load acceptance is the highest for the RF condition, closely followed by VL and VM. The load acceptance is the lowest for the GA condition. | Bar | Simple Bar |
springer_1390 copy.png | This regression plot compares measured flyrock distance (x-axis: 50–350 m) to values predicted by PSO-GMDH (y-axis: 50–400 m). Blue dots show data points, and the solid line represents the regression fit with an R² of 0.96. The conditions are: Model, Conf. interval (Mean 95%) and Conf. interval (Obs95%). | The regression line for the 95% confidence interval shows a linear trend with a positive slope, indicating a positive relationship between the 95% confidence interval and the predicted outcome. | Scatter | Scatter plot with regression line |
ArXiv_3rd_614.png | This multiple line chart is titled 'Realistic'. The x-axis represents the number of words returned, ranging from 100 to 1,000,000, while the y-axis represents the value of F_0.5 from 0.0 to 2.5. Three conditions are compared: 'Unigram', 'Bigram', and 'Trigram'. | All models show a steep decline in F0.5 as the number of words returned increases, with unigrams initially outperforming others. As the number of words returned grows, all three models converge to 0.0. | Line | Multiple Line |
Springer_2nd_0170.png | This is line graph. The x-axis is labeled “Shift [mm]” from -10 to 25 and the y-axis “Sound pressure [kPa]” from 0 to 30. The legend distinguishes blue for "Front" and red for "Back." | The graph compares sound pressure levels at the front and back positions across a range of shifts. Peaks in sound pressure appear at different shifts for each side, indicating spatial variation. | Line | Multiple Line |
pie_139.png | The chart is a pie chart titled "British Split on EU Membership." It includes a legend with three segments: "Leave EU," "Remain in EU," and "DK."Each category is represetend by one slice of the pie. | The chart shows equal support for leaving and remaining in the EU at 46% each, with 8% undecided. This indicates a divided opinion on EU membership among the British public. | Pie | Pie |
springer_2586 copy 3.png | This line chart shows the Ecological Footprint from 1996 to 2020. The y-axis shows the Ecological Footprint in the range of 0 to 7, and the x-axis shows the Year. | The chart reveals that the Ecological Footprint decreases slowly throughout the years from 6 to 4.5, from 1996 to 2020. | Line | Simple Line |
springer_3009.png | This scatter plot with error bars is titled "Funnel Plot of Standard Error by Std diff in means". The y-axis shows Standard Error in the range of 0.4 to 0.0, the x-axis shows Std diff in means in the range of -3 to 3. | The plot appears slightly asymmetric, with more spread and several points on the right side. A few points lie outside the funnel. Many points are clustered near the vertical line at 0. | Scatter | Simple Scatter |
springer_0313 copy 2.png | This boxplot is titled "sleep". It shows the PSQI Score on the y-axis from 0 to 25. The x-axis shows two different categories: IA-noise CAM and IA-use CAM. | The IA-use CAM shows a higher median with about 8 but IA-nouse CAM shows a wider spread in score values. | Boxplot | Simple Boxplot |
springer_0600.png | This bar chart shows 'cultural services' across three conditions: shallow, intermediate, and deep. The y-axis represents support services, ranging from 0 to 0.3. Each bar shows error bars as well. | The shallow group shows the highest cultural service of 0.22, followed by intermediate with 0.09 and deep with a cultural service of 0.08. | Bar | Simple Bar |
arXiv_0857.png | This pie chart is titled "Text Length". The chart uses color to encode responses. Each category is represented by one slice of the pie and marked with the percentage they take up. | The chart shows that (75,100) is the most common Text Length, with 37%, followed by (0,75) at 29%, (100,125) with 21.3%, (125, 150) with 9.3% and (150,inf) is less common, with 3.4%. | Pie | Pie |
0211.png | This is a bar char shows the distribution of different recording length. The "Recording Length (Seconds)" is on the x-axis, ranging from 0 to 125 seconds, and "Frequency" is on the y-axis, ranging from 0 to 60. | The bar chart demonstrates a skewed distribution, with a majority of the recordings concentrated in the lower range of recording lengths. The highest frequency occurs at around 0-10 seconds, and there is a sharp decline in the number of recordings as length increases, indicating that shorter recordings are more common. The tail of the distribution extends beyond 50 seconds, but the frequencies in this range are minimal. | Bar | Simple Bar |
springer_0673 copy.png | This horizontal bar chart shows the importance of various features. The y-axis shows different economic features, the x-axis shows the importance in percentage, ranging from 0 to 12% | The most important feature is trade openness with 11.12%, followed by inflation with 10.88%. The least important feature is 'Patent stock', with only 3.15%. | Bar | Simple Bar |
arXiv_1059.png | This pie chart represents the CC Precondition. It shows the percentage of CC Precondition instances across 4 categories. The chart is divided into 4 slices, each category is represented by one slice of the pie. | The chart shows that "1" category has the largest share at 62.3%, followed by "3" at 29%, "2" at 5.8%, and "4" at 2.9%. | Pie | Pie |
springer_1604.png | This chart displays salience scores for various Chinese cities over time, with dates on the x-axis (ranging from June to September 2018) and city names on the y-axis. Each dot represents a city's salience on a given date, color-coded from red (low salience) to blue (high salience). Two vertical lines mark key dates: July 21 and August 16, indicating a shift from crisis analysis to correction analysis. | Salience generally increases post-crisis, peaking in early September, with high visibility especially in northern and eastern cities. | Scatter | Simple Scatter |
springer_4410.png | This horizontal bar chart is titled "Relative importance". The y-axis shows fourteen different variables and the y-axis ther importance of those variables. | The chart shows that "Duration of diabetes" has the highest relative importance, scoring around 0.17, followed by "eGFR" and then "Systolic BP". "LDL-cholesterol" has the lowest variable importane of close to zero. | Bar | Simple Bar |
arXiv_0999.png | This horizontal bar chart is titled "Top Occupations (Combined Score)" and displays the combined score for various occupations. The x-axis represents the score, ranging from 0.00 to 0.25, while the y-axis lists different occupations. | The top occupation is freight transport dispatcher with a score of 0.25. The lowest is an import export specialist in electronic and telecommunications equipment with a score of 0.2. | Bar | Simple Bar |
extra_0629.png | The chart is a boxplot with a line graph showing PM_2.5 levels. The x-axis represents years from 2005 to 2017, while the y-axis indicates concentrations in µg/m3, ranging from 20 to 80. The chart's legend differentiates the boxplots and the trend line. | The boxplots reveal variability in PM_2.5 concentrations, showing a general trend of slight decrease from 2005 to 2017. The peak values in 2013 stand out, while the trend declines from this point onward. Values fluctuate between around 45 (2017) and 60 (2013). | Boxplot | Simple Boxplot |
springer_2089.png | This simple line chart shows the Total Counts on the y-axis in range of 0 to 400000 against the Apparent Zeta Potential (mV) on the x-axis in range of -100 to 200. The line represents Record 206: 1, as indicated in the legend. | The distribution shows a peak between 0 and 100 "Apparent Zeta Potential (mV)", reaching "Total Counts" of around 300000 | Line | Simple Line |
ACM_4209.png | This horizontal grouped bar chart shows the "Awarness (0 -17)" values on the y-axis in range of -10 to 30, against "Frequency" on the x-axis in range of 0 to 40. Two gender conditions are compared as indicated in the legend: Female, and Male. | The plot reveals that 35 females rated an awareness score of 10, which is more than males, but fewer females rated above 13 than males. | Bar | Group Bar |
springer_0352 copy 2.png | This bar chart is titled "Distribution of Age Groups". The y-axis shows count in range of 0 to 400, the x-axis shows 4 age groups: 20-30, >40, 30-40, and <20. | The chart shows that the 20-30 age group has the highest count at 400, followed by the 30-40 age group at 300. The <20 group has the lowest count at 100. | Bar | Simple Bar |
1118b.png | This scatter plot with regressin line is titled 'Dragging Time', it shows Mean Trial TIme in second on the y-axis from 0 to 6 against Age on the x-axis in range of 15 to 85. Two conditions are compared as indicated in the legend: No MI, and Has MI. Each condition is represented by one color. | The fit line for participants Has MI condition increases from about 1 second at the younger end to almost 2 seconds at the older end, compared to those No MI condition who start under 1 second and reach about 1.5 seconds. | Scatter | Scatter plot with regression line |
springer_3041.png | This multiple line chart shows the Mean NDTI on the y-axis in range of -0.200 to 0.020 against the Year on the x-axis in range of 1993 to 2023. Two conditions are compared as indicated in the legend: Post-monsoon, and Pre-monsoon. | The mean NDTI fluctuates over time, with both "Post-monsoon" and "Pre-monsoon" conditions showing a general decreasing trend. However, there are notable differences between the two conditions, with "pre-monsoon" exhibiting a wider range and a higher median compared to "post-monsoon." | Line | Multiple Line |
ACM_1629.png | This line chart shows the heart rate (in beats per minute) over time." The x-axis represents time in seconds, ranging from 1 hour to 1 hour 55 seconds, and the y-axis represents the heart rate in beats per minute, ranging from 40 to 180. | The heart rate fluctuates in a cycle, peaking around 1 hour 25 seconds with 160 beats per minute heart rate and 1 hour 43 seconds with 175 beats per minute heart rate. | Line | Simple Line |
ArXiv_3rd_814.png | This overlaid bar chart with density curves compares the distribution of logit values for PPG and ECG. The x-axis represents logits from -250 to 0, and the y-axis represents density from 0.0000 to 0.0175. A legend identifies the two sources. | The chart shows that the ECG logits are more concentrated, peaking higher at 0.0175 when the logits are at -50. The PPG logits have a wider spread and lower peak when the logits are at -100. | Bar | Simple Bar |
springer_1252 copy 4.png | This scatter plot compares simulated and surrogate oil production rates. The x-axis (Simulation) ranges from 13.8 to 517.1 m³/day, and the y-axis (Surrogate) follows the same range. Red dots represent individual observations, and the black diagonal line indicates perfect prediction alignment. | Most values cluster between 100 and 400 m³/day, where both simulation and surrogate rates align closely. The trend follows the diagonal, indicating strong agreement. Both variables peak at approximately 517.1 m³/day, with minor scatter above 400 m³/day, suggesting increasing prediction variance at higher outputs. | Scatter | Scatter plot with regression line |
0071.png | This bar chart, title Completion Time, represents the average completion time in seconds for 5 types of actions grouped by 5 augmentation types: Arrow, Object, Highlight, Ghosthard and Audio+Text. Averate Time is showns on the y-axis in range of 0 to 14 secodns, x-axis shows different types of actions. | Most actions were carried out between one and 3 seconds after the cue. The PU action was completed on average 9 seconds after the cue for the ARROW augmentation, and after 12.5 seconds for the HIGHLIGHT augmentation. Labels have been included on bars for the combinations with success rates less than 100%, as follows: ARROW and PU (40%); ARROW and PD (75%); ARROW and M (88%); ARROW and O (60%); OBJECT and PU (95%), OBJECT and PD (95%), OBJECT and M (95%); HIGHLIGHT and PU (35%); HIGHLIGHT and PD (95%); HIGHLIGHT and C (95%); GHOSTHAND and PD (95%); GHOSTHAND and M (93%); AUDIO+TEXT and PU (90%); AUDIO+TEXT and M (98%). Error bars show the standard error of the mean, and are all less than one second . | Bar | Simple Bar |
ACM_2019.png | This pie chart represents the number of students with certain Grades. The chart includes seven categories: A, A+, A-, B, B+, B-, and C+. Each category is represented by one slice of the pie. | A and B+ have the largest percentage, comprising a combined 50% of the total, followed by A- with about 20%. B and A+ are smaller, each with less than 15% each. Finally, a small 4% in total is grades B- and C+. | Pie | Pie |
Springer_3rd_079.png | The pie chart is titled 'Incidents Reported of Bias-Motivated Speech'. It shows the distribution of six categories: 'Perpetuates Negative Stereotypes, 'Use of Slur/Epithet', 'Verbal/Written Harassement', 'Use of a Derogatory Symbol or Image', 'Unfair Treatment', and 'Other Bias Motivated Speech'. | The chart shows the category of 'Use of Slur/Epithet'. has the highest percentage, of 29.0%. The category of 'Other Bias Motivated Speech' has 24.0%. The categories of 'Unfair Treatment' and 'Verbal/Written Harassment' have the same percentage of 14.0%. | Pie | Pie |
0932b.png | This bar chart is titled "Harmfulness Check". The x-axis shows two harmfulness categories: Not Hramful and Hramful. On the y-axis, it shows score in the range of 0 to 6. | Harmful category has the highest score, 5.53, Not Harmful has lower socre 3.39. | Bar | Simple Bar |
springer_4404 copy.png | This scatter plot shows the preservation median rank in relationship to the module size. The y-axis shows the preservation median rank, ranging from 1 to 6 against the module size on the x-axis in range of 10 to 2000. The five dots that are compared, each have a different colour. | The scatter plot shows that the module size 200 has the lowest preservation median rank and the module size of around 500 has the highest. | Scatter | Simple Scatter |
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