Assemblies were generated using SHASTA and Canu. Three sets of parameters were used with SHASTA.

Stats.SHASTA.k10 Stats.SHASTA.k12 Stats.SHASTA.k8 Stats.Canu
Number.Contigs 1393 1884 3360 98
Total.Assembled.Bases 2.476E+08 1.873E+08 2.749E+08 2.704E+08
Maximum.Contig.Length 7.005E+06 4.253E+06 1.311E+07 3.677E+07
Percent.N 0 0 0 0
GC.Content 0.3567 0.3529 0.3626 0.3604

Scaffold N50 is an important attribute for assessing a genome assembly. Below we present NXX defined similarly as N50.

NXX LXX.SHASTA.k10 Length.SHASTA.k10 LXX.SHASTA.k12 Length.SHASTA.k12 LXX.SHASTA.k8 Length.SHASTA.k8 LXX.Canu Length.Canu
N10 5 4,570,304 bp 8 1,754,081 bp 3 8,825,071 bp 1 36,769,623 bp
N20 12 3,151,112 bp 22 1,085,465 bp 6 7,563,619 bp 3 11,056,894 bp
N30 21 2,035,684 bp 48 588,786 bp 10 5,113,312 bp 5 10,095,275 bp
N40 39 1,106,116 bp 86 413,238 bp 17 3,638,477 bp 9 7,866,814 bp
N50 67 718,850 bp 143 272,727 bp 25 2,760,205 bp 12 6,977,363 bp
N60 107 545,752 bp 227 183,577 bp 37 2,113,198 bp 17 5,539,772 bp
N70 162 382,051 bp 352 123,090 bp 52 1,620,868 bp 22 4,600,950 bp
N80 240 258,557 bp 541 78,700 bp 73 1,054,307 bp 29 3,527,172 bp
N90 367 146,922 bp 850 45,597 bp 106 655,895 bp 37 3,077,120 bp

Another way to look at the contributions of different length of contigs to the total genome size, the following plot provides a graphical representation.

---
title: "Genomics Assembly (ONT)"
output:
  html_notebook:
#   code_folding="hide"
  html_document:
#   code_folding="hide"
---


#### Assemblies were generated using SHASTA and Canu. Three sets of parameters were used with SHASTA.


```{r include=FALSE}
library(ShortRead)
library(Biostrings)
library(ggplot2)
library(kableExtra)
library(knitr)
library(plotly)
```


```{r echo=FALSE}
#### 10X assembly
#system("fold -w 1000 black_tail_deer.pseudohap.fasta > black_tail_deer.pseudohap.folded.fasta", intern=TRUE)
#system("cut -d' ' -f1 black_tail_deer.pseudohap.fasta > black_tail_deer.pseudohap.reform.fasta", intern=TRUE)
assembly10x <- readDNAStringSet("../03-SHASTA/run1/Assembly.fasta")

# reorder largest to smallest
assembly10x <- assembly10x[order(-width(assembly10x))]
width.assembly <- as.numeric(width(assembly10x))

a10X_number_of_contigs <- length(assembly10x)
a10X_genome_size <- sum(width.assembly)
a10X_max_contig <- max(width.assembly)

af <- alphabetFrequency(assembly10x)[,c("A","C","G","T","N")]
a10X_percentN <- sum(af[,'N'])/sum(as.numeric(af))*100
a10X_gcbycontig <- rowSums(af[,c("G","C")])/rowSums(af[,c("A","C","G","T")])
a10X_gccontent <- sum(rowSums(af[,c("G","C")]))/sum(rowSums(af[,c("A","C","G","T")]))
cs <- cumsum(width.assembly)
d2p <- data.frame(Contigs=width.assembly, Cumu.lens=cs, stringsAsFactors=F)

Nlens <- width.assembly[which(!duplicated(trunc((cs/sum(width.assembly)*10))))]
Nperc <- signif((cs/sum(width.assembly))[which(!duplicated(trunc((cs/sum(width.assembly)*10))))]*100,1)
Nind <- which(!duplicated(trunc((cs/sum(width.assembly)*10))))

Nlens <- Nlens[which(Nperc %in% seq(10,90,by=10))]
Nind <- Nind[which(Nperc %in% seq(10,90,by=10))]
Nperc <- Nperc[which(Nperc %in% seq(10,90,by=10))]

```


```{r echo=FALSE}
#### 10X assembly Novaseq system
#system("fold -w 1000 black_tail_deer.pseudohap.fasta > black_tail_deer.pseudohap.folded.fasta", intern=TRUE)
assembly10x.nova <- readDNAStringSet("../03-SHASTA/run2/Assembly.fasta")

# reorder largest to smallest
assembly10x.nova <- assembly10x.nova[order(-width(assembly10x.nova))]
width.assembly.nova <- as.numeric(width(assembly10x.nova))

a10X_number_of_contigs.nova <- length(assembly10x.nova)
a10X_genome_size.nova <- sum(width.assembly.nova)
a10X_max_contig.nova <- max(width.assembly.nova)

af.nova <- alphabetFrequency(assembly10x.nova)[,c("A","C","G","T","N")]
a10X_percentN.nova <- sum(af.nova[,'N'])/sum(as.numeric(af.nova))*100
a10X_gcbycontig.nova <- rowSums(af.nova[,c("G","C")])/rowSums(af.nova[,c("A","C","G","T")])
a10X_gccontent.nova <- sum(rowSums(af.nova[,c("G","C")]))/sum(rowSums(af.nova[,c("A","C","G","T")]))
cs.nova <- cumsum(width.assembly.nova)
d2p.nova <- data.frame(Contigs=width.assembly.nova, Cumu.lens=cs.nova, stringsAsFactors=F)

Nlens.nova <- width.assembly.nova[which(!duplicated(trunc((cs.nova/sum(width.assembly.nova)*10))))]
Nperc.nova <- signif((cs.nova/sum(width.assembly.nova))[which(!duplicated(trunc((cs.nova/sum(width.assembly.nova)*10))))]*100,1)
Nind.nova <- which(!duplicated(trunc((cs.nova/sum(width.assembly.nova)*10))))

Nlens.nova <- Nlens.nova[which(Nperc.nova %in% seq(10,90,by=10))]
Nind.nova <- Nind.nova[which(Nperc.nova %in% seq(10,90,by=10))]
Nperc.nova <- Nperc.nova[which(Nperc.nova %in% seq(10,90,by=10))]
```


```{r echo=FALSE}
#### 10X assembly Novaseq system
#system("fold -w 1000 black_tail_deer.pseudohap.fasta > black_tail_deer.pseudohap.folded.fasta", intern=TRUE)
assembly10x.cut8k <- readDNAStringSet("../03-SHASTA/run3/Assembly.fasta")

# reorder largest to smallest
assembly10x.cut8k <- assembly10x.cut8k[order(-width(assembly10x.cut8k))]
width.assembly.cut8k <- as.numeric(width(assembly10x.cut8k))

a10X_number_of_contigs.cut8k <- length(assembly10x.cut8k)
a10X_genome_size.cut8k <- sum(width.assembly.cut8k)
a10X_max_contig.cut8k <- max(width.assembly.cut8k)

af.cut8k <- alphabetFrequency(assembly10x.cut8k)[,c("A","C","G","T","N")]
a10X_percentN.cut8k <- sum(af.cut8k[,'N'])/sum(as.numeric(af.cut8k))*100
a10X_gcbycontig.cut8k <- rowSums(af.cut8k[,c("G","C")])/rowSums(af.cut8k[,c("A","C","G","T")])
a10X_gccontent.cut8k <- sum(rowSums(af.cut8k[,c("G","C")]))/sum(rowSums(af.cut8k[,c("A","C","G","T")]))
cs.cut8k <- cumsum(width.assembly.cut8k)
d2p.cut8k <- data.frame(Contigs=width.assembly.cut8k, Cumu.lens=cs.cut8k, stringsAsFactors=F)

Nlens.cut8k <- width.assembly.cut8k[which(!duplicated(trunc((cs.cut8k/sum(width.assembly.cut8k)*10))))]
Nperc.cut8k <- signif((cs.cut8k/sum(width.assembly.cut8k))[which(!duplicated(trunc((cs.cut8k/sum(width.assembly.cut8k)*10))))]*100,1)
Nind.cut8k <- which(!duplicated(trunc((cs.cut8k/sum(width.assembly.cut8k)*10))))

Nlens.cut8k <- Nlens.cut8k[which(Nperc.cut8k %in% seq(10,90,by=10))]
Nind.cut8k <- Nind.cut8k[which(Nperc.cut8k %in% seq(10,90,by=10))]
Nperc.cut8k <- Nperc.cut8k[which(Nperc.cut8k %in% seq(10,90,by=10))]
```


```{r echo=FALSE}
#### 10X assembly Novaseq system
#system("fold -w 1000 black_tail_deer.pseudohap.fasta > black_tail_deer.pseudohap.folded.fasta", intern=TRUE)
assembly10x.cut7k8k <- readDNAStringSet("../03-CANU/asm.contigs.fasta")

# reorder largest to smallest
assembly10x.cut7k8k <- assembly10x.cut7k8k[order(-width(assembly10x.cut7k8k))]
width.assembly.cut7k8k <- as.numeric(width(assembly10x.cut7k8k))

a10X_number_of_contigs.cut7k8k <- length(assembly10x.cut7k8k)
a10X_genome_size.cut7k8k <- sum(width.assembly.cut7k8k)
a10X_max_contig.cut7k8k <- max(width.assembly.cut7k8k)

af.cut7k8k <- alphabetFrequency(assembly10x.cut7k8k)[,c("A","C","G","T","N")]
a10X_percentN.cut7k8k <- sum(af.cut7k8k[,'N'])/sum(as.numeric(af.cut7k8k))*100
a10X_gcbycontig.cut7k8k <- rowSums(af.cut7k8k[,c("G","C")])/rowSums(af.cut7k8k[,c("A","C","G","T")])
a10X_gccontent.cut7k8k <- sum(rowSums(af.cut7k8k[,c("G","C")]))/sum(rowSums(af.cut7k8k[,c("A","C","G","T")]))
cs.cut7k8k <- cumsum(width.assembly.cut7k8k)
d2p.cut7k8k <- data.frame(Contigs=width.assembly.cut7k8k, Cumu.lens=cs.cut7k8k, stringsAsFactors=F)

Nlens.cut7k8k <- width.assembly.cut7k8k[which(!duplicated(trunc((cs.cut7k8k/sum(width.assembly.cut7k8k)*10))))]
Nperc.cut7k8k <- signif((cs.cut7k8k/sum(width.assembly.cut7k8k))[which(!duplicated(trunc((cs.cut7k8k/sum(width.assembly.cut7k8k)*10))))]*100,1)
Nind.cut7k8k <- which(!duplicated(trunc((cs.cut7k8k/sum(width.assembly.cut7k8k)*10))))

Nlens.cut7k8k <- Nlens.cut7k8k[which(Nperc.cut7k8k %in% seq(10,90,by=10))]
Nind.cut7k8k <- Nind.cut7k8k[which(Nperc.cut7k8k %in% seq(10,90,by=10))]
Nperc.cut7k8k <- Nperc.cut7k8k[which(Nperc.cut7k8k %in% seq(10,90,by=10))]
```

```{r echo=FALSE}
a10X_Ndata <- data.frame(NXX=Nperc, LXX.SHASTA.k10=Nind, Length.SHASTA.k10=Nlens, LXX.SHASTA.k12=Nind.nova, Length.SHASTA.k12=Nlens.nova, LXX.SHASTA.k8=Nind.cut8k, Length.SHASTA.k8=Nlens.cut8k, LXX.Canu=Nind.cut7k8k, Length.Canu=Nlens.cut7k8k)

a10X_Ndata2 <- a10X_Ndata
a10X_Ndata2$Length.SHASTA.k10 <-  paste(formatC(a10X_Ndata2$Length.SHASTA.k10, format='d', big.mark=','),"bp")
a10X_Ndata2$NXX <- paste0("N",a10X_Ndata2$NXX)
a10X_Ndata2$Length.SHASTA.k12 <-  paste(formatC(a10X_Ndata2$Length.SHASTA.k12, format='d', big.mark=','),"bp")
a10X_Ndata2$Length.SHASTA.k8 <-  paste(formatC(a10X_Ndata2$Length.SHASTA.k8, format='d', big.mark=','),"bp")
a10X_Ndata2$Length.Canu <-  paste(formatC(a10X_Ndata2$Length.Canu, format='d', big.mark=','),"bp")

```

```{r echo=FALSE}
os_Ndata <- data.frame(Stats.SHASTA.k10=c(a10X_number_of_contigs, a10X_genome_size, a10X_max_contig, a10X_percentN, a10X_gccontent),
		Stats.SHASTA.k12=c(a10X_number_of_contigs.nova, a10X_genome_size.nova, 
			a10X_max_contig.nova, a10X_percentN.nova, a10X_gccontent.nova),
		Stats.SHASTA.k8=c(a10X_number_of_contigs.cut8k, a10X_genome_size.cut8k, 
			a10X_max_contig.cut8k, a10X_percentN.cut8k, a10X_gccontent.cut8k),
		Stats.Canu=c(a10X_number_of_contigs.cut7k8k, a10X_genome_size.cut7k8k, 
			a10X_max_contig.cut7k8k, a10X_percentN.cut7k8k, a10X_gccontent.cut7k8k),
		stringsAsFactors=F)
os_Ndata$Stats.SHASTA.k10 <- formatC(os_Ndata$Stats.SHASTA.k10, format='G')
os_Ndata$Stats.SHASTA.k12 <- formatC(os_Ndata$Stats.SHASTA.k12, format='G')
os_Ndata$Stats.SHASTA.k8 <- formatC(os_Ndata$Stats.SHASTA.k8, format='G')
os_Ndata$Stats.Canu <- formatC(os_Ndata$Stats.Canu, format='G')
rownames(os_Ndata) <- c("Number.Contigs", "Total.Assembled.Bases", "Maximum.Contig.Length", "Percent.N", "GC.Content")
tb1 <- kable(os_Ndata, align='c', row.names=T, "html")
kable_styling(tb1, full_width=F, bootstrap_options=c("striped", "hover", "condensed"))
```

### Scaffold N50 is an important attribute for assessing a genome assembly. Below we present NXX defined similarly as N50.

```{r echo=FALSE}
tb <- kable(a10X_Ndata2, align='c', "html")
kable_styling(tb, bootstrap_options=c("hover", "condensed", "responsive"), full_width=T)
```


Another way to look at the contributions of different length of contigs to the total genome size, the following plot provides a graphical representation.

```{r two-column, results='asis', echo=FALSE, out.extra=''}
#ggplot(d2p, aes(x=Contigs, y=Cumu.lens)) + geom_point(aes(shape=21, fill="red", color="red", size=1)) + 
cat("<table class='container'><tr>")
cat("<td>")
ggplot(d2p, aes(x=Contigs, y=Cumu.lens)) + geom_point(color="red") + 
	scale_x_log10() + scale_y_log10() +
	labs(x="Contig length", y="Cumulative size", title="SHASTA.k10") + theme_bw() +
	theme(legend.position='none')
cat("</td>")
cat("<td>")
ggplot(d2p.nova, aes(x=Contigs, y=Cumu.lens)) + geom_point(color="red") + 
	scale_x_log10() + scale_y_log10() +
	labs(x="Contig length", y="Cumulative size", title="SHASTA.k12") + theme_bw() +
	theme(legend.position='none')
cat("</td>")
cat("<td>")
ggplot(d2p.cut8k, aes(x=Contigs, y=Cumu.lens)) + geom_point(color="red") + 
	scale_x_log10() + scale_y_log10() +
	labs(x="Contig length", y="Cumulative size", title="SHASTA.k8") + theme_bw() +
	theme(legend.position='none')
cat("</td>")
cat("<td>")
ggplot(d2p.cut7k8k, aes(x=Contigs, y=Cumu.lens)) + geom_point(color="red") + 
	scale_x_log10() + scale_y_log10() +
	labs(x="Contig length", y="Cumulative size", title="Canu") + theme_bw() +
	theme(legend.position='none')
cat("</td>")
cat("</tr></table>")

```


```{r echo=FALSE}
library(knitr)
colFmt = function(x,color){
  outputFormat = opts_knit$get("rmarkdown.pandoc.to")
  if(outputFormat == 'latex')
    paste("\\textcolor{",color,"}{",x,"}",sep="")
  else if(outputFormat == 'html')
    paste("<font color='",color,"'>",x,"</font>",sep="")
  else
    x
}
```


