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#dplyr — Public Fediverse posts

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  1. {duckplyr} is a drop-in replacement for dplyr powered by DuckDB. Keep the familiar dplyr syntax while speeding up work with large datasets: duckplyr.tidyverse.org/ #rstats #dplyr #duckdb #datascience

  2. {duckplyr} is a drop-in replacement for dplyr powered by DuckDB. Keep the familiar dplyr syntax while speeding up work with large datasets: duckplyr.tidyverse.org/ #rstats #dplyr #duckdb #datascience

  3. {duckplyr} is a drop-in replacement for dplyr powered by DuckDB. Keep the familiar dplyr syntax while speeding up work with large datasets: duckplyr.tidyverse.org/ #rstats #dplyr #duckdb #datascience

  4. {duckplyr} is a drop-in replacement for dplyr powered by DuckDB. Keep the familiar dplyr syntax while speeding up work with large datasets: duckplyr.tidyverse.org/ #rstats #dplyr #duckdb #datascience

  5. Choosing the wrong join can silently remove observations, duplicate rows, or introduce missing values into your data.

    More info in the latest Statistics Globe Hub module: statisticsglobe.com/hub

    #rstats #datascience #statistics #programming #tidyverse #dplyr #analytics #statisticsglobehub

  6. Choosing the wrong join can silently remove observations, duplicate rows, or introduce missing values into your data.

    More info in the latest Statistics Globe Hub module: statisticsglobe.com/hub

    #rstats #datascience #statistics #programming #tidyverse #dplyr #analytics #statisticsglobehub

  7. Choosing the wrong join can silently remove observations, duplicate rows, or introduce missing values into your data.

    More info in the latest Statistics Globe Hub module: statisticsglobe.com/hub

    #rstats #datascience #statistics #programming #tidyverse #dplyr #analytics #statisticsglobehub

  8. Choosing the wrong join can silently remove observations, duplicate rows, or introduce missing values into your data.

    More info in the latest Statistics Globe Hub module: statisticsglobe.com/hub

    #rstats #datascience #statistics #programming #tidyverse #dplyr #analytics #statisticsglobehub

  9. | Uncertainties – Monochrome | | . Coffee Price Forecast — Holt-Winters (HW) Built with using , , , , and .

  10. #Day29 | Uncertainties – Monochrome | #30DayChartChallenge | . Coffee Price Forecast — Holt-Winters (HW) Built with #RStats using #forecast, #ggplot2, #dplyr, #lubridate, #scales and #tidyr.

  11. #Day29 | Uncertainties – Monochrome | #30DayChartChallenge | . Coffee Price Forecast — Holt-Winters (HW) Built with #RStats using #forecast, #ggplot2, #dplyr, #lubridate, #scales and #tidyr.

  12. | Incertidumbre – Animación | | Tendencia de la temperatura global. Creado con usando , y .

  13. | Incertidumbre – Tendencias | | Tendencia de la temperatura global. Creado con usando y

  14. #Día26 | Incertidumbre – Tendencias | #30DayChartChallenge | Tendencia de la temperatura global. Creado con #RStats usando #dplyr y #ggplot2

  15. #Día26 | Incertidumbre – Tendencias | #30DayChartChallenge | Tendencia de la temperatura global. Creado con #RStats usando #dplyr y #ggplot2

  16. | Series de Tiempo – Día Temático - South China Morning Post | | Producción de Café en Centroamérica: Tendencias 2021-2025. Creada usando con , , , , , , , y .

  17. #Día24 | Series de Tiempo – Día Temático - South China Morning Post | #30DayChartChallenge | Producción de Café en Centroamérica: Tendencias 2021-2025. Creada usando #Rstats con #ggplot2, #patchwork, #dplyr, #grid, #gridExtra, #scales, #sf, #rnaturalearth y #rnaturalearthdata.

  18. #Día24 | Series de Tiempo – Día Temático - South China Morning Post | #30DayChartChallenge | Producción de Café en Centroamérica: Tendencias 2021-2025. Creada usando #Rstats con #ggplot2, #patchwork, #dplyr, #grid, #gridExtra, #scales, #sf, #rnaturalearth y #rnaturalearthdata.

  19. | Series de Tiempo – Seasons (Temporadas) | | Malcolm in the Middle. Creada usando con , , , , , y .

  20. | Series de Tiempo – Histórico | | Precio histórico del café y cacao. Creada usando con , , , , , , y .

  21. | Series de Tiempo – Cambio Global | | Anomalía anual de temperatura superficial global respecto al promedio 1951–1980. Creada usando con , , , y .

  22. #Día20 | Series de Tiempo – Cambio Global | #30DayChartChallenge | Anomalía anual de temperatura superficial global respecto al promedio 1951–1980. Creada usando #Rstats con #ggplot2, #dplyr, #readr, #scales y #ggtext.

  23. #Día20 | Series de Tiempo – Cambio Global | #30DayChartChallenge | Anomalía anual de temperatura superficial global respecto al promedio 1951–1980. Creada usando #Rstats con #ggplot2, #dplyr, #readr, #scales y #ggtext.

  24. | Series de Tiempo – Evolución | | Nuevas especies de mamíferos descritas por la ciencia · 1900–2050. Creada usando con , , y .

  25. #Día19 | Series de Tiempo – Evolución | #30DayChartChallenge | Nuevas especies de mamíferos descritas por la ciencia · 1900–2050. Creada usando #Rstats con #ggplot2, #dplyr, #scales y #patchwork.

  26. | Relationships – UNICEF – Data Day | | UNICEF Children's Climate and Environment Risk Index (CCRI). Built with using , , , and .

  27. #Day18 | Relationships – UNICEF – Data Day | #30DayChartChallenge | UNICEF Children's Climate and Environment Risk Index (CCRI). Built with #RStats using #ggplot2, #dplyr, #ggrepel, and #showtext.

  28. | Relationships – Remake | | Are we making more or fewer remakes as the years go by?. Built with using , , , and .

  29. #Day17 | Relationships – Remake | #30DayChartChallenge | Are we making more or fewer remakes as the years go by?. Built with #RStats using #rvest, #dplyr, #stringr, #ggplot2 and #showtext.

  30. #Day17 | Relationships – Remake | #30DayChartChallenge | Are we making more or fewer remakes as the years go by?. Built with #RStats using #rvest, #dplyr, #stringr, #ggplot2 and #showtext.

  31. #Day17 | Relationships – Remake | #30DayChartChallenge | Are we making more or fewer remakes as the years go by?. Built with #RStats using #rvest, #dplyr, #stringr, #ggplot2 and #showtext.

  32. | Distributions – FlowingData – ThemeDay | | Heat Spots in Central America 2020-2024, source: NASA Firms . Built with using , , , and scales.

  33. #Day12 | Distributions – FlowingData – ThemeDay | #30DayChartChallenge | Heat Spots in Central America 2020-2024, source: NASA Firms . Built with #RStats using #ggplot2, #dplyr, #readr, #stringr and scales.

  34. #Day12 | Distributions – FlowingData – ThemeDay | #30DayChartChallenge | Heat Spots in Central America 2020-2024, source: NASA Firms . Built with #RStats using #ggplot2, #dplyr, #readr, #stringr and scales.

  35. | Distributions – Wealth | | Income Distribution in Central America, source World Bank. Built with using , , , , , , and .

  36. #Day9 | Distributions – Wealth | #30DayChartChallenge | Income Distribution in Central America, source World Bank. Built with #RStats using #ggplot2, #dplyr, #tidyr, #patchwork, #ggtext, #scales, #wbstats and #purrr.

  37. #Day9 | Distributions – Wealth | #30DayChartChallenge | Income Distribution in Central America, source World Bank. Built with #RStats using #ggplot2, #dplyr, #tidyr, #patchwork, #ggtext, #scales, #wbstats and #purrr.

  38. | Distributions – Circular | | Elevation distribution in the most circular department of Honduras. Built with using , , , , , , , , , , and .

  39. #Day8 | Distributions – Circular | #30DayChartChallenge | Elevation distribution in the most circular department of Honduras. Built with #RStats using #sf, #raster, #exactextractr, #ggplot2, #ggnewscale, #ggtext, #dplyr, #terra, #showtext, #scales, #patchwork and #ggspatial.

  40. | Distributions – Multiscale | | Comparison of NDVI distributions across two spatial scales. Built with using , , , , , , and .

  41. #Day7 | Distributions – Multiscale | #30DayChartChallenge | Comparison of NDVI distributions across two spatial scales. Built with #RStats using #ggplot2, #dplyr, #terra, #tidyterra, #patchwork, #ggtext, and #scales.

  42. #Day7 | Distributions – Multiscale | #30DayChartChallenge | Comparison of NDVI distributions across two spatial scales. Built with #RStats using #ggplot2, #dplyr, #terra, #tidyterra, #patchwork, #ggtext, and #scales.

  43. #Day7 | Distributions – Multiscale | #30DayChartChallenge | Comparison of NDVI distributions across two spatial scales. Built with #RStats using #ggplot2, #dplyr, #terra, #tidyterra, #patchwork, #ggtext, and #scales.

  44. | Comparaciones – Experimental | . Experimenté agregando una sumatoria horizontal de observaciones en un boxplot sobre la capacidad endocraneana en especies del género Homo. Creada usando R con , , , , , , y .

  45. #Día5 | Comparaciones – Experimental | #30DayChartChallenge. Experimenté agregando una sumatoria horizontal de observaciones en un boxplot sobre la capacidad endocraneana en especies del género Homo. Creada usando R con #ggplot2, #ggdist, #dplyr, #scales, #ggtext, #patchwork, #tibble y #tidyr.

  46. #Día5 | Comparaciones – Experimental | #30DayChartChallenge. Experimenté agregando una sumatoria horizontal de observaciones en un boxplot sobre la capacidad endocraneana en especies del género Homo. Creada usando R con #ggplot2, #ggdist, #dplyr, #scales, #ggtext, #patchwork, #tibble y #tidyr.

  47. | Comparaciones – Slope | . Comportamiento de los focos de calor detectados para los paises de América Central. Creada usando R con , , , , y .

  48. #Día4 | Comparaciones – Slope | #30DayChartChallenge. Comportamiento de los focos de calor detectados para los paises de América Central. Un gráfico con valores absolutos y otro con valores realtivos. Creada usando R con #ggplot2, #dplyr, #scales, #readr, #stringr y #ggtext.

  49. #Día4 | Comparaciones – Slope | #30DayChartChallenge. Comportamiento de los focos de calor detectados para los paises de América Central. Creada usando R con #ggplot2, #dplyr, #scales, #readr, #stringr y #ggtext.

  50. | Comparación– Mosaico | . Focos de calor detectados para los paises de América Central. Un gráfico con valores absolutos y otro con valores relativos. Creada usando R con , , , , y .

  51. #Día3 | Comparación– Mosaico | #30DayChartChallenge. Focos de calor detectados para los paises de América Central. Un gráfico con valores absolutos y otro con valores relativos. Creada usando R con #ggplot2, #treemapify, #dplyr, #scales, #readr y #stringr.

  52. #Día3 | Comparación– Mosaico | #30DayChartChallenge. Focos de calor detectados para los paises de América Central. Un gráfico con valores absolutos y otro con valores relativos. Creada usando R con #ggplot2, #treemapify, #dplyr, #scales, #readr y #stringr.

  53. 2 | Comparaciones – Pictograma | . Centroamérica suma más de 51 millones de habitantes. El gráfico fue creada usando R con , , #, , , , , , .