v2.0.4

Updated 'trs' to support time column name with spaces.
Updated 'geom_ts' to modify spindle sub-axis range.
Fixed 'geom_ts' to fix the problem that the data frame names of spindle and sub-axis control are renamed with other data frames.
Tried to fix the problem of reading particle size data in vignette.

DESCRIPTION

@@ -1,7 +1,7 @@
 Package: foqat
 Type: Package
 Title: Field Observation Quick Analysis Toolkit
-Version: 2.0.3
+Version: 2.0.4
 Author: Tianshu Chen
 Maintainer: Tianshu Chen <[email protected]>
 Description: Tools for quickly processing and analyzing 

R/dm8n.R

@@ -20,7 +20,9 @@
 #' statistics of the number of effective 8-hour average concentrations in each day, maximum-8-hour ozone) and 1 plot (dma8 plot).
 #' @export
 #' @examples
+#' \dontrun{ 
 #' dm8n(aqi,colio=6,unitlb=c("NO (ppbv)", "NO2 (ppbv)", "CO (ppbv)", "SO2 (ppbv)", "O3 (ppbv)"))
+#' }
 #' @import lubridate
 #' @importFrom stats aggregate
 #' @importFrom utils stack unstack

R/geom_avri.r

@@ -15,10 +15,12 @@
 #'
 #' @export
 #' @examples
+#' \dontrun{ 
 #' x=avri(aqi, bkip = "1 hour", mode = "recipes", value
 #'  = "day", st = "2017-05-01 00:00:00")
 #' geom_avri(x,cave=6, csd=11, alpha=0.5, lcc="#0050b3",
 #'  rff="#40a9ff", xlab="Time",ylab=bquote(O[3]~" "~(ppbv)))
+#' }
 #' @importFrom lubridate is.timepoint
 
 geom_avri<-function(df,cave=2, csd=3, ssd=1, alpha=0.5, xlab=NULL, ylab=NULL, lcc=NULL, lsize=1, rff=NULL){

R/geom_avri_batch.r

@@ -15,6 +15,7 @@
 #'
 #' @export
 #' @examples
+#' \dontrun{ 
 #' #example 1
 #' x=avri(aqi, bkip = "1 hour", mode = "recipes", value
 #'  = "day", st = "2017-05-01 00:00:00")
@@ -37,6 +38,7 @@
 #' ylab2=c("NO","NO2","CO","SO2","O3")
 #' geom_avri_batch(x, alpha=0.6, xlab=xlab2, ylab=ylab2,
 #'  lcc=lcc, rff=rff, bquote=FALSE)
+#' }
 #' @importFrom lubridate is.timepoint
 #' @import patchwork 
 

R/geom_ts.r

@@ -35,7 +35,8 @@
 #' @param yl_minor_breaks a numeric vector of positions for minor breaks in left y axis. 
 #'
 #' @export
-#' @examples 
+#' @examples
+#' \dontrun{ 
 #' aqi2=aqi
 #' aqi2$NO[aqi2$NO>7]=NA
 #' aqi2$NO2=aqi2$NO2*0.3
@@ -52,6 +53,7 @@
 #'      lcc="#ff4d4f", 
 #'      aff=c("#096dd9","#69c0ff"),
 #' xlab="Datetime")
+#' }
 #' @importFrom reshape2 melt
 #' @importFrom ggplot2 ggplot geom_area geom_bar geom_point geom_line scale_fill_discrete scale_fill_manual scale_linetype_manual scale_color_discrete scale_color_manual scale_shape_manual scale_y_continuous scale_x_datetime theme
 #' @importFrom ggnewscale new_scale_color new_scale_fill 
@@ -86,7 +88,7 @@ yl_breaks= waiver(), yr_breaks= waiver(), yl_minor_breaks = waiver()){
 			if(length(intersect(alist,yl))==1){
 					yla=intersect(alist,yl)
 					df[,yla][df[,yla]>yl_limit[2]]=NA#upper
-					df[,yla][df[,yla]<yl_limit[1]]=NAlower	
+					df[,yla][df[,yla]<yl_limit[1]]=NA#lower	
 			}else{
 					yla=intersect(alist,yl)
 					df[which(rowSums(df[,yla], na.rm=TRUE)>yl_limit[2]),yla]=NA#upper
@@ -356,7 +358,6 @@ yl_breaks= waiver(), yr_breaks= waiver(), yl_minor_breaks = waiver()){
 	if(length(llab)==0){llab=names(df)[llist]}
 	labs=setNames(llab,names(df)[llist])
 
-	##判断线型需求
 	##判断线型需求
 	if(length(ltype)!=0){
 	p = p + scale_linetype_manual(values=ltype, labels=labs)
@@ -388,9 +389,9 @@ yl_breaks= waiver(), yr_breaks= waiver(), yl_minor_breaks = waiver()){
 		###因子排序
 		df_yl_plist$variable=factor(df_yl_plist$variable,levels=fc_yl_plist)
 		if(length(pshape)==0){
-			p=p+geom_point(data=df_yl_plist, aes(x=df_yl_plist[,1], y=value, color=variable), size=lsize)
+			p=p+geom_point(data=df_yl_plist, aes(x=df_yl_plist[,1], y=value, color=variable), size=psize)
 		}else{
-			p=p+geom_point(data=df_yl_plist, aes(x=df_yl_plist[,1], y=value, color=variable, shape=variable), size=lsize) 
+			p=p+geom_point(data=df_yl_plist, aes(x=df_yl_plist[,1], y=value, color=variable, shape=variable), size=psize) 
 		}
 	}
 
@@ -407,15 +408,12 @@ yl_breaks= waiver(), yr_breaks= waiver(), yl_minor_breaks = waiver()){
 		###因子排序
 		df_yr_plist$variable=factor(df_yr_plist$variable,levels=fc_yr_plist)
 		if(length(pshape)==0){
-			p=p+geom_point(data=df_yr_plist, aes(x=df_yr_plist[,1], y=(value-yr_limit[1])*ryl/ryr+yl_limit[1], color=variable), size=lsize)
+			p=p+geom_point(data=df_yr_plist, aes(x=df_yr_plist[,1], y=(value-yr_limit[1])*ryl/ryr+yl_limit[1], color=variable), size=psize)
 		}else{
-			p=p+geom_point(data=df_yr_plist, aes(x=df_yr_plist[,1], y=(value-yr_limit[1])*ryl/ryr+yl_limit[1], color=variable, shape=variable), size=lsize)  
+			p=p+geom_point(data=df_yr_plist, aes(x=df_yr_plist[,1], y=(value-yr_limit[1])*ryl/ryr+yl_limit[1], color=variable, shape=variable), size=psize)  
 		}
 	}
 
-	#if(!exists("yl_plist")){yl_plist=NULL}
-	#if(!exists("yr_plist")){yr_plist=NULL}
-
 	##限制legend
 	if(length(plab)==0){plab=names(df)[plist]}
 	labs=setNames(plab,names(df)[plist])
@@ -426,7 +424,6 @@ yl_breaks= waiver(), yr_breaks= waiver(), yl_minor_breaks = waiver()){
 	}
 
 	##判断颜色需求
-
 	if(length(pcc)==0){
 		p = p + scale_color_discrete(labels=labs)
 	}else{
@@ -442,14 +439,14 @@ yl_breaks= waiver(), yr_breaks= waiver(), yl_minor_breaks = waiver()){
 		p=p+new_scale_color()+new_scale_fill()
 
 		###从df取上下限子数据集
-		df_yl_plist=df[,c(names(df)[1],"yl_up","yl_down")]
+		df_yl_plist_axis=df[,c(names(df)[1],"yl_up","yl_down")]
 		###为因子排序提前提取交集物种名
-		fc_yl_plist=names(df_yl_plist)[-1]
+		fc_yl_plist_axis=names(df_yl_plist_axis)[-1]
 		###子数据集变形以供画图
-		df_yl_plist=melt(df_yl_plist, id.vars = names(df_yl_plist)[1])
+		df_yl_plist_axis=melt(df_yl_plist_axis, id.vars = names(df_yl_plist_axis)[1])
 		###因子排序
-		df_yl_plist$variable=factor(df_yl_plist$variable,levels=fc_yl_plist)
-		p=p+geom_point(data=df_yl_plist, alpha = 0, aes(x=df_yl_plist[,1], y=value))  
+		df_yl_plist_axis$variable=factor(df_yl_plist_axis$variable,levels=fc_yl_plist_axis)
+		p=p+geom_point(data=df_yl_plist_axis, alpha = 0, aes(x=df_yl_plist_axis[,1], y=value))  
     }
 
     #副轴范围控制#################################
@@ -460,14 +457,14 @@ yl_breaks= waiver(), yr_breaks= waiver(), yl_minor_breaks = waiver()){
 		p=p+new_scale_color()+new_scale_fill()
 
 		###从df取上下限子数据集
-		df_yr_plist=df[,c(names(df)[1],"yr_up","yr_down")]
+		df_yr_plist_axis=df[,c(names(df)[1],"yr_up","yr_down")]
 		###为因子排序提前提取交集物种名
-		fc_yr_plist=names(df_yr_plist)[-1]
+		fc_yr_plist_axis=names(df_yr_plist_axis)[-1]
 		###子数据集变形以供画图
-		df_yr_plist=melt(df_yr_plist, id.vars = names(df_yr_plist)[1])
+		df_yr_plist_axis=melt(df_yr_plist_axis, id.vars = names(df_yr_plist_axis)[1])
 		###因子排序
-		df_yr_plist$variable=factor(df_yr_plist$variable,levels=fc_yr_plist)
-		p=p+geom_point(data=df_yr_plist, alpha = 0, aes(x=df_yr_plist[,1], y=(value-yr_limit[1])*ryl/ryr+yl_limit[1]))  	
+		df_yr_plist_axis$variable=factor(df_yr_plist_axis$variable,levels=fc_yr_plist_axis)
+		p=p+geom_point(data=df_yr_plist_axis, alpha = 0, aes(x=df_yr_plist_axis[,1], y=(value-yr_limit[1])*ryl/ryr+yl_limit[1]))  	
 	}
 
 	if(length(yr)!=0){

R/geom_ts_batch.r

@@ -43,6 +43,7 @@
 #'
 #' @export
 #' @examples
+#' \dontrun{ 
 #' #example 1
 #' geom_ts_batch(aqi)
 #' #example 2
@@ -56,6 +57,7 @@
 #'  "~(ppbv)), bquote(O[3]~" "~(ppbv)))
 #' cclist=c("#eb2f96", "#1890ff", "#52c41a", "#faad14", "#f5222d")
 #' geom_ts_batch(aqi, xlab=xlab2, ylab=ylab2, cclist=cclist, bquote=TRUE)
+#' }
 #' @importFrom scales hue_pal
 #' @import patchwork 
 #' @importFrom ggplot2 theme

R/trs.R

@@ -38,6 +38,9 @@ trs <- function(df, bkip, st = NULL, et = NULL, fun = 'mean', probs=0.5, na.rm =
   #set colnames of df
   colnames(df) <- cona_df
 
+  #temp replace first colname
+  colnames(df)[1]="temp_datetime"
+
   #get time zone of datetime
   tzlc=attr(df[,1],"tzone")