diff --git a/RMarkdown/GoldMining/GoldMining.Rmd b/RMarkdown/GoldMining/GoldMining.Rmd index f5b8242..cd1622b 100644 --- a/RMarkdown/GoldMining/GoldMining.Rmd +++ b/RMarkdown/GoldMining/GoldMining.Rmd @@ -69,8 +69,8 @@ The graph below summarizes the projections from a variety of sources. This week From this graph be sure to notice: - `r p_and(htests[order(-std_upside)][1:5][order(std_ave_rank)][,unique(name)])` are the five players with the largest upside (as measured from their (pseudo)medians). For these players, some projections are placing much higher valuations than others. If you are projected to lose this week by quite a few points and are looking for a risky play that may tip the balance in your favor, these are players to consider. - - `r p_and(htests[order(std_downside)][1:5][order(std_ave_rank)][,unique(name)])` are the playres with the smallest downside, which suggests that while their median projection might not be great, there is less uncertainty concerning how poorly they may perform. So, if your are likely to win by a lot and want to reduce your downside risk, these players may deserve extra attention. - - On the other hand, `r p_and(htests[order(-std_downside)][1:5][order(std_ave_rank)][,unique(name)])` are the five playres with the largest downside this week. If you are planning on starting them, it may be prudent to investigate why some projections have such low expectations for these players. + - `r p_and(htests[order(std_downside)][1:5][order(std_ave_rank)][,unique(name)])` are the players with the smallest downside, which suggests that while their median projection might not be great, there is less uncertainty concerning how poorly they may perform. So, if your are likely to win by a lot and want to reduce your downside risk, these players may deserve extra attention. + - On the other hand, `r p_and(htests[order(-std_downside)][1:5][order(std_ave_rank)][,unique(name)])` are the five players with the largest downside this week. If you are planning on starting them, it may be prudent to investigate why some projections have such low expectations for these players.
```{r,echo=FALSE,fig.height=8,fig.width=8} @@ -108,8 +108,8 @@ ggplot(htests, aes(x=std_pm, y=std_rank, color=factor(std_tier))) + From this graph be sure to notice: - `r p_and(htests[order(-ppr_upside)][1:5][order(ppr_ave_rank)][,unique(name)])` are the five players with the largest upside (as measured from their (pseudo)medians). For these players, some projections are placing much higher valuations than others. If you are projected to lose this week by quite a few points and are looking for a risky play that may tip the balance in your favor, these are players to consider. - - `r p_and(htests[order(ppr_downside)][1:5][order(ppr_ave_rank)][,unique(name)])` are the playres with the smallest downside, which suggests that while their median projection might not be great, there is less uncertainty concerning how poorly they may perform. So, if your are likely to win by a lot and want to reduce your downside risk, these players may deserve extra attention. - - On the other hand, `r p_and(htests[order(-ppr_downside)][1:5][order(ppr_ave_rank)][,unique(name)])` are the five playres with the largest downside this week. If you are planning on starting them, it may be prudent to investigate why some projections have such low expectations for these players. + - `r p_and(htests[order(ppr_downside)][1:5][order(ppr_ave_rank)][,unique(name)])` are the players with the smallest downside, which suggests that while their median projection might not be great, there is less uncertainty concerning how poorly they may perform. So, if your are likely to win by a lot and want to reduce your downside risk, these players may deserve extra attention. + - On the other hand, `r p_and(htests[order(-ppr_downside)][1:5][order(ppr_ave_rank)][,unique(name)])` are the five players with the largest downside this week. If you are planning on starting them, it may be prudent to investigate why some projections have such low expectations for these players.
```{r,echo=FALSE,fig.height=8, fig.width=8} @@ -129,7 +129,7 @@ ggplot(htests, aes(x=ppr_pm, y=ppr_rank, color=factor(ppr_tier))) + ,legend.position = "none" ) + scale_y_reverse()+ ylab("Average Rank") + xlab("Median FPTS Projection with Confidence Interval") + - labs(title = paste("Week ", next_week, " Wide Recevier Projections Roundup", sep="")) + + labs(title = paste("Week ", next_week, " Wide Receiver Projections Roundup", sep="")) + coord_cartesian(xlim =c(0,(max(htests$ppr_pm_h)+10))) ```