I'm having a few issues with finalizing my map for a report. I think I'm warm on the solutions, but haven't quite figured them out. I would really appreciate any help on solutions so that I can finally move on!
1) The scale bar will NOT populate in the MainMap code and the subsequent Figure1 plot. This is "remedied" in the MainMap code if I comment out the "BCWA_land" map layer. However, when I retain the "BCWA_land" map layer it will eliminate the scale bar and produces this error:
Warning message: Removed 3 rows containing missing values (geom_text).
And this is the code:
MainMap <- ggplot(QOI) +
geom_sf(aes(fill = quadID)) +
scale_fill_manual(values = c("#6b8c42",
"#70b2ae",
"#d65a31")) +
labs(fill = "Quadrants of Interest",
caption = "Figure 1: Map depicting the quadrants in the WSDOT project area as well as other quadrants of interest in the Puget Sound area.")+
ggtitle("WSDOT Project Area and Quadrants of Interest") +
scalebar(x.min = -123, x.max = -122.8, y.min = 47, y.max = 47.1, location = "bottomleft",
transform = TRUE, dist = 10, dist_unit = "km", st.size = 3, st.bottom = TRUE, st.dist = 0.1) +
north(data = QOI, location = "topleft", scale = 0.1, symbol = 12, x.min = -123, y.min = 48.3, x.max = -122.7, y.max = 48.4) +
theme_bw()+
theme(panel.grid= element_line(color = "gray50"),
panel.background = element_blank(),
panel.ontop = TRUE,
legend.text = element_text(size = 11, margin = margin(l = 3), hjust = 0),
legend.position = c(0.95, 0.1),
legend.justification = c(0.85, 0.1),
legend.background = element_rect(colour = "#3c4245", fill = "#f4f4f3"),
axis.title = element_blank(),
plot.title = element_text(face = "bold", colour = "#3c4245", hjust = 0.5, margin = margin(b=10, unit = "pt")),
plot.caption = element_text(face = "italic", colour = "#3c4245", margin = margin(t = 7), hjust = 0, vjust = 0.5)) +
geom_sf(data = BCWA_land) + #this is what I've tried to comment out to determine the scale bar problem
xlim (-123.1, -121.4) +
ylim (47.0, 48.45)
MainMap
InsetRect <- data.frame(xmin=-123.2, xmax=-122.1, ymin=47.02, ymax=48.45)
InsetMap <- ggplotGrob( ggplot( quads) +
geom_sf(aes(fill = "")) +
scale_fill_manual(values = c("#eefbfb"))+
geom_sf(data = BCWA_land) +
scale_x_continuous(expand = c(0,0), limits = c(-124.5, -122.0)) +
scale_y_continuous(expand = c(0,0), limits = c(47.0, 49.5)) +
geom_rect(data = InsetRect,aes(xmin=xmin, xmax=xmax, ymin=ymin, ymax=ymax),
color="#3c4245",
size=1.25,
fill=NA,
inherit.aes = FALSE) +
theme_bw()+
theme(legend.position = "none",
panel.grid = element_blank(),
axis.title = element_blank(),
axis.text = element_blank(),
axis.ticks = element_blank(),
plot.margin = margin(0,0,0,0)))
InsetMap
Figure1 <- MainMap +
annotation_custom(grob = InsetMap, xmin = -122.2, xmax = -121.3,
ymin = 47.75, ymax = 48.5)
Figure1
As you can see I'm not getting this issue or error for my north arrow so I'm not really sure what is happening with the scale bar!
This problem is probably a little too OCD, however I REALLY don't want the gridlines to show up on the InsetMap, and was hoping that the InsetMap would overlay on top of the MainMap, without gridlines as I had those parameters set to element_blank() in the InsetMap code.
Here is an image of my plot. If you would like the data for this, please let me know. Because these are shapefiles, the data is unwieldy and not super conducive to SO's character limit for a post...
If anyone has any insight into a solution(s) I would so so appreciate that!! Thanks for your time!
The issue was the
xlim (-123.1, -121.4) +
ylim (47.0, 48.45)
call that I made. Instead, I used coord_sf(xlim = c(min, max), ylim = c(min, max)). I thought that this would be helpful to someone who might be in my position later on!
Essentially the difference between setting the limits of to the graph using just the x/y lim calls is that that truncates the data that is available in your dataset, whereas the coord_sf call simply "focuses" your graph on that extent if you will without altering the data you have available in your dataset.
Related
I have wind data from multiple weather stations and I have the coordinates of the each weather station. I want to overlay wind roses from each station over a map using the stations' lat and long. Is there a straight forward way of doing this in R?
This is how I did it so far in R. I saved the windroses as png and then overlayed it on map.
#######################################
########produce map of GTA##############
#######################################
ggmap=get_map(location=c(left=-80.7 , bottom=43 , right=-77.7 , top=44.9))
gta=ggmap(ggmap)+ scale_y_continuous(limits=c(43.2, 44.5))
####################################################
###########for loop to make wind roses##############
###################################################
data_list<- list.files(path= "/home/npak/Documents/weather_data/meso_west_data/", pattern = "\\.csv$", recursive = FALSE, full.names = TRUE)
l<-length(data_list)
for (i in 1:l){
header<-readLines(data_list[i], 8)
variables = strsplit(header, ',')
vars=variables[[7]]
info= strsplit(header, ':')
lat= as.numeric(info[[3]][2])
long= as.numeric(info[[4]][2])
elev= as.numeric(info[[5]][2])
name=info[[2]][2]
data <- read.table(data_list[i], header= FALSE, sep=",", col.names = paste0("V",seq_len(30)), fill=TRUE, skip=8)
missing= length(data)-length(vars)
colnames(data)= c(vars, rep("Empty", missing) )
print(unique(data$Station_ID))
data$ws<-data$wind_speed_set_1
data$wd<-data$wind_direction_set_1
data$date<- as.POSIXct(data$Date_Time, format = "%Y-%m-%d %H:%M")
ID<-unique(data$Station_ID)
png(filename=(file<- paste('/home/npak/Documents/weather_data/meso_west_data/map_1year/', ID ,'all_year_map.png')),
width = 2400, height = 2400,bg = "transparent")
windRose(data,
breaks = c(1.5,3.3,5.5,8),
max.freq = 25
,paddle = FALSE,
, annotate = FALSE, key= FALSE,
auto.text = FALSE, ,grid.line = list(lty =0, value= 10),
cols=c("red", "red2", "red3", "red4"))
#,annotate = FALSE, key= FALSE)
#dev.off()
dev.off.crop(file=file)
mypng <- readPNG(file<- paste('/home/npak/Documents/weather_data/meso_west_data/map_1year/', ID ,'all_year_map.png'))
gta=gta+inset_raster(mypng, ymin = lat-0.2,ymax= lat+0.2,xmin = long-0.2,xmax = long+0.2)
}
######################################################
###############save map into png#######################################
##########################################################
png('/home/npak/Documents/weather_data/meso_west_data/map_1year/gta_annual.png',
width = 2400, height = 2400)
print(gta)
dev.off()
But it doesn't look as good. Right now I am saving the png image with a transparent background but the axis and frames are still there which makes the map look a bit messy. This is how it looks like:
Windroses overlayed on map
So I am looking for something simillar but to directly plot it over the map and not using the png pictures.
I'm trying to do a churn analysis with R and SQL Server 2016.
I have uploaded my dataset on my database in a local SQL Server and I did all the preliminary work on this dataset.
Well, now I have this function trainModel() which I would use to estimate my random model forest:
trainModel = function(sqlSettings, trainTable) {
sqlConnString = sqlSettings$connString
trainDataSQL <- RxSqlServerData(connectionString = sqlConnString,
table = trainTable,
colInfo = cdrColInfo)
## Create training formula
labelVar = "churn"
trainVars <- rxGetVarNames(trainDataSQL)
trainVars <- trainVars[!trainVars %in% c(labelVar)]
temp <- paste(c(labelVar, paste(trainVars, collapse = "+")), collapse = "~")
formula <- as.formula(temp)
## Train gradient tree boosting with mxFastTree on SQL data source
library(RevoScaleR)
rx_forest_model <- rxDForest(formula = formula,
data = trainDataSQL,
nTree = 8,
maxDepth = 16,
mTry = 2,
minBucket = 1,
replace = TRUE,
importance = TRUE,
seed = 8,
parms = list(loss = c(0, 4, 1, 0)))
return(rx_forest_model)
}
But when I run the function I get this wrong output:
> system.time({
+ trainModel(sqlSettings, trainTable)
+ })
user system elapsed
0.29 0.07 58.18
Warning message:
In tempGetNumObs(numObs) :
Number of observations not available for this data source. 'numObs' set to 1e6.
And for this warning message, the function trainModel() does not create the object rx_forest_model
Does anyone have any suggestions on how to solve this problem?
After several attempts, I found the reason why the function trainModel() did not function properly.
Is not a connection string problem and is not even a data source type issue.
The problem is in the syntax of function trainModel().
It is enough to eliminate from the body of the function the statement:
return(rx_forest_model)
In this way, the function returns the same warning message, but creates the object rx_forest_model in the correct way.
So, the correct function is:
trainModel = function(sqlSettings, trainTable) {
sqlConnString = sqlSettings$connString
trainDataSQL <- RxSqlServerData(connectionString = sqlConnString,
table = trainTable,
colInfo = cdrColInfo)
## Create training formula
labelVar = "churn"
trainVars <- rxGetVarNames(trainDataSQL)
trainVars <- trainVars[!trainVars %in% c(labelVar)]
temp <- paste(c(labelVar, paste(trainVars, collapse = "+")), collapse = "~")
formula <- as.formula(temp)
## Train gradient tree boosting with mxFastTree on SQL data source
library(RevoScaleR)
rx_forest_model <- rxDForest(formula = formula,
data = trainDataSQL,
nTree = 8,
maxDepth = 16,
mTry = 2,
minBucket = 1,
replace = TRUE,
importance = TRUE,
seed = 8,
parms = list(loss = c(0, 4, 1, 0)))
}
I get "IndexError: list is out of range" when I input this code. Also, the retmax is set at 614 because that's the total number of results when I make the request. Is there a way to make the retmode equal to the number of results using a variable that changes depending on the search results?
#!/usr/bin/env python
from Bio import Entrez
Entrez.email = "something#gmail.com"
handle1 = Entrez.esearch(db = "nucleotide", term = "dengue full genome", retmax = 614)
record = Entrez.read(handle1)
IdNums = [int(i) for i in record['IdList']]
while i >= 0 and i <= len(IdNums):
handle2 = Entrez.esearch(db = "nucleotide", id = IdNums[i], type = "gb", retmode = "text")
record = Entrez.read(handle2)
print(record)
i += 1
Rather than using a while loop, you can use a for loop...
from Bio import Entrez
Entrez.email = 'youremailaddress'
handle1 = Entrez.esearch(db = 'nucleotide', term = 'dengue full genome', retmax = 614)
record = Entrez.read(handle1)
IdNums = [int(i) for i in record['IdList']]
for i in IdNums:
print(i)
handle2 = Entrez.esearch(db = 'nucleotide', term = 'dengue full genome', id = i, rettype = 'gb', retmode = 'text')
record = Entrez.read(handle2)
print(record)
I ran it on my computer and it seems to work. The for loop solved the out of bounds, and adding the term to handle2 solved the calling error.
This question already has an answer here:
MATLAB : What is the mistake in my Ramachandran plot?
(1 answer)
Closed 8 years ago.
I am trying matlab to plot ramachandran plot, without using built in command. I have succeeded too. Now I wanted to spot the GLYCINEs alone in the scatter array. Any ideas how to do this? (link to 1UBQ.pdb file : http://www.rcsb.org/pdb/download/downloadFile.do?fileFormat=pdb&compression=NO&structureId=1UBQ)
% Program to plot Ramanchandran plot of Ubiquitin
close all; clear ; clc; % close all figure windows, clear variables, clear screen
pdb1 ='/home/devanandt/Documents/VMD/1UBQ.pdb';
p=pdbread(pdb1); % read pdb file corresponding to ubiquitin protein
atom={p.Model.Atom.AtomName};
n_i=find(strcmp(atom,'N')); % Find indices of atoms
ca_i=find(strcmp(atom,'CA'));
c_i=find(strcmp(atom,'C'));
X = [p.Model.Atom.X];
Y = [p.Model.Atom.Y];
Z = [p.Model.Atom.Z];
X_n = X(n_i(2:end)); % X Y Z coordinates of atoms
Y_n = Y(n_i(2:end));
Z_n = Z(n_i(2:end));
X_ca = X(ca_i(2:end));
Y_ca = Y(ca_i(2:end));
Z_ca = Z(ca_i(2:end));
X_c = X(c_i(2:end));
Y_c = Y(c_i(2:end));
Z_c = Z(c_i(2:end));
X_c_ = X(c_i(1:end-1)); % the n-1 th C (C of cabonyl)
Y_c_ = Y(c_i(1:end-1));
Z_c_ = Z(c_i(1:end-1));
V_c_ = [X_c_' Y_c_' Z_c_'];
V_n = [X_n' Y_n' Z_n'];
V_ca = [X_ca' Y_ca' Z_ca'];
V_c = [X_c' Y_c' Z_c'];
V_ab = V_n - V_c_;
V_bc = V_ca - V_n;
V_cd = V_c - V_ca;
phi=0;
for k=1:numel(X_c)
n1=cross(V_ab(k,:),V_bc(k,:))/norm(cross(V_ab(k,:),V_bc(k,:)));
n2=cross(V_bc(k,:),V_cd(k,:))/norm(cross(V_bc(k,:),V_cd(k,:)));
x=dot(n1,n2);
m1=cross(n1,(V_bc(k,:)/norm(V_bc(k,:))));
y=dot(m1,n2);
phi=cat(2,phi,-atan2d(y,x));
end
phi=phi(1,2:end);
X_n_ = X(n_i(2:end)); % (n+1) nitrogens
Y_n_ = Y(n_i(2:end));
Z_n_ = Z(n_i(2:end));
X_ca = X(ca_i(1:end-1));
Y_ca = Y(ca_i(1:end-1));
Z_ca = Z(ca_i(1:end-1));
X_n = X(n_i(1:end-1));
Y_n = Y(n_i(1:end-1));
Z_n = Z(n_i(1:end-1));
X_c = X(c_i(1:end-1));
Y_c = Y(c_i(1:end-1));
Z_c = Z(c_i(1:end-1));
V_n_ = [X_n_' Y_n_' Z_n_'];
V_n = [X_n' Y_n' Z_n'];
V_ca = [X_ca' Y_ca' Z_ca'];
V_c = [X_c' Y_c' Z_c'];
V_ab = V_ca - V_n;
V_bc = V_c - V_ca;
V_cd = V_n_ - V_c;
psi=0;
for k=1:numel(X_c)
n1=cross(V_ab(k,:),V_bc(k,:))/norm(cross(V_ab(k,:),V_bc(k,:)));
n2=cross(V_bc(k,:),V_cd(k,:))/norm(cross(V_bc(k,:),V_cd(k,:)));
x=dot(n1,n2);
m1=cross(n1,(V_bc(k,:)/norm(V_bc(k,:))));
y=dot(m1,n2);
psi=cat(2,psi,-atan2d(y,x));
end
psi=psi(1,2:end);
scatter(phi,psi)
box on
axis([-180 180 -180 180])
title('Ramachandran Plot for Ubiquitn Protein','FontSize',16)
xlabel('\Phi^o','FontSize',20)
ylabel('\Psi^o','FontSize',20)
grid
The output is :
EDIT : Is my plot correct? Biopython: How to avoid particular amino acid sequences from a protein so as to plot Ramachandran plot? has an answer which has slightly different plot.
The modified code is as below :
% Program to plot Ramanchandran plot of Ubiquitin with no glycines
close all; clear ; clc; % close all figure windows, clear variables, clear screen
pdb1 ='/home/devanandt/Documents/VMD/1UBQ.pdb';
p=pdbread(pdb1); % read pdb file corresponding to ubiquitin protein
atom={p.Model.Atom.AtomName};
n_i=find(strcmp(atom,'N')); % Find indices of atoms
ca_i=find(strcmp(atom,'CA'));
c_i=find(strcmp(atom,'C'));
X = [p.Model.Atom.X];
Y = [p.Model.Atom.Y];
Z = [p.Model.Atom.Z];
X_n = X(n_i(2:end)); % X Y Z coordinates of atoms
Y_n = Y(n_i(2:end));
Z_n = Z(n_i(2:end));
X_ca = X(ca_i(2:end));
Y_ca = Y(ca_i(2:end));
Z_ca = Z(ca_i(2:end));
X_c = X(c_i(2:end));
Y_c = Y(c_i(2:end));
Z_c = Z(c_i(2:end));
X_c_ = X(c_i(1:end-1)); % the n-1 th C (C of cabonyl)
Y_c_ = Y(c_i(1:end-1));
Z_c_ = Z(c_i(1:end-1));
V_c_ = [X_c_' Y_c_' Z_c_'];
V_n = [X_n' Y_n' Z_n'];
V_ca = [X_ca' Y_ca' Z_ca'];
V_c = [X_c' Y_c' Z_c'];
V_ab = V_n - V_c_;
V_bc = V_ca - V_n;
V_cd = V_c - V_ca;
phi=0;
for k=1:numel(X_c)
n1=cross(V_ab(k,:),V_bc(k,:))/norm(cross(V_ab(k,:),V_bc(k,:)));
n2=cross(V_bc(k,:),V_cd(k,:))/norm(cross(V_bc(k,:),V_cd(k,:)));
x=dot(n1,n2);
m1=cross(n1,(V_bc(k,:)/norm(V_bc(k,:))));
y=dot(m1,n2);
phi=cat(2,phi,-atan2d(y,x));
end
phi=phi(1,2:end);
X_n_ = X(n_i(2:end)); % (n+1) nitrogens
Y_n_ = Y(n_i(2:end));
Z_n_ = Z(n_i(2:end));
X_ca = X(ca_i(1:end-1));
Y_ca = Y(ca_i(1:end-1));
Z_ca = Z(ca_i(1:end-1));
X_n = X(n_i(1:end-1));
Y_n = Y(n_i(1:end-1));
Z_n = Z(n_i(1:end-1));
X_c = X(c_i(1:end-1));
Y_c = Y(c_i(1:end-1));
Z_c = Z(c_i(1:end-1));
V_n_ = [X_n_' Y_n_' Z_n_'];
V_n = [X_n' Y_n' Z_n'];
V_ca = [X_ca' Y_ca' Z_ca'];
V_c = [X_c' Y_c' Z_c'];
V_ab = V_ca - V_n;
V_bc = V_c - V_ca;
V_cd = V_n_ - V_c;
psi=0;
for k=1:numel(X_c)
n1=cross(V_ab(k,:),V_bc(k,:))/norm(cross(V_ab(k,:),V_bc(k,:)));
n2=cross(V_bc(k,:),V_cd(k,:))/norm(cross(V_bc(k,:),V_cd(k,:)));
x=dot(n1,n2);
m1=cross(n1,(V_bc(k,:)/norm(V_bc(k,:))));
y=dot(m1,n2);
psi=cat(2,psi,-atan2d(y,x));
end
psi=psi(1,2:end);
res=strsplit(p.Sequence.ResidueNames,' ');
angle =[phi;psi];
angle(:,find(strcmp(res,'GLY'))-1)=[];
scatter(angle(1,:),angle(2,:))
box on
axis([-180 180 -180 180])
title('Ramachandran Plot for Ubiquitn Protein','FontSize',16)
xlabel('\Phi^o','FontSize',20)
ylabel('\Psi^o','FontSize',20)
grid
which gives output (with no GLY) as below :
I would change this code block to use logical indexing
res=strsplit(p.Sequence.ResidueNames,' ');
angle =[phi;psi];
angle(:,find(strcmp(res,'GLY'))-1)=[];
Instead:
residues = strsplit(p.Sequency.ResidueNames,' ');
glycine = ismember(residues,'GLY');
angle = [phi;psi];
angleNoGLY= angle(:,~glycine);
Doing it this way, if you wanted to highlight glycine (or any other residue) you can easily call it out:
angleGLY = angle(:,glycine);
plot(angleNoGLY(1,:),angleNoGLY(2,:),'ob')
line(angleGLY(1,:),angleGLY(2,:),'Marker','o','Color','r','LineStyle','none')
I've been using the Corona engine and I'm trying to create multiple buttons through a loop rather than explicitly creating each individual button. Problem is the loop only seems to be generating one button which suggests it's only iterating once.
Below is what I've got so far...
UPDATED
--> Create Level Selection:
local levelSelectionGroup = display.newGroup( );
--> Level Selected:
local function levelSelected()
print(id);
end
--> Button Creation:
local function createLevelSelection()
local levelsToBeMade = 30; -- Ignore these random numbers for now.
local positionX = 1; -- Ignore again.
local positionY = 1; -- Ignore again.
for buttonNumber=1, levelsToBeMade do
print(buttonNumber);
positionX = (positionX + 10); -- Ignore again.
positionY = (positionY + 10); -- Ignore again.
levelButton[buttonNumber] = widget.newButton{
id = buttonNumber,
label = buttonNumber,
default = "images/levelButton.png",
over = "images/levelButtonPressed.png",
width = 50,
height = 50,
onRelease = levelSelected
}
levelButton[buttonNumber].x = positionX;
levelButton[buttonNumber].y = positionY;
levelSelectionGroup:insert(levelButton[buttonNumber]);
end
end
The console states...
attempt to index global 'levelButton' (a nil value)
I guess you might have a problem with your variables or your scopes. So make sure that levelsToBeMade variable and positionX and positionY variables are correct. If you are absolutely sure, this should work: ( I don't see anything wrong in your code but, for loops are more trustable I guess. )
for i=1, levelsToBeMade do
print( "levelButton+1).." will be created." )
positionX = positionX + 10; -- Ignore numbers.
positionY = postionY + 10; -- Ignore numbers.
levelButton[#levelButton+1] = widget.newButton{
id = #levelButton,
label = #levelButton,
default = "images/levelButton.png",
over = "images/levelButtonPressed.png",
width = 50,
height = 50,
onRelease = levelSelected
}
levelButton[#levelButton].x = positionX;
levelButton[#levelButton].y = positionY;
end
If it doesn't work, just check console and see if the loop is executed desired times.
Last edit:
Oh, didn't notice that. You never created levelButton table before! Before starting to create level buttons you should create that like this: local levelButton = {}, at outside of for loop
You might want to reconsider your algorithm and change this while loop.
If the number of levels to be generated is going to stay constant you might want to do a for loop until the 31 st loop is reached.
for i=1,levelstToBeMade do
levelstToBeMade = (levelsToBeMade - 1); -- Ignore numbers.
positionX = positionX + 10; -- Ignore numbers.
positionY = postionY + 10; -- Ignore numbers.
levelButton[levelsToBeMade] = widget.newButton{
id = levelsToBeMade,
label = levelsToBeMade,
default = "images/levelButton.png",
over = "images/levelButtonPressed.png",
width = 50,
height = 50,
onRelease = levelSelected
}
levelButton[levelsToBeMade].x = positionX;
levelButton[levelsToBeMade].y = positionY;
end
Hope this helps.
Cheers
(Sorry, I don't know Corona so this might not apply.)
What is levelButton, and are you sure it exists? Maybe it should be levelButtons?
If that's fine as it is, then check to make sure newButton() actually returns a table as expected: print(levelButton[buttonNumber])