library(opendatabio)
base_url="https://opendb.inpa.gov.br/api"
token ="GZ1iXcmRvIFQ"
cfg = odb_config(base_url=base_url, token = token)

odb_test(cfg)
#will output
Host: https://opendb.inpa.gov.br/api/v0
Versions: server 0.9.1-alpha1 api v0
$message
[1] "Success!"

$user
[1] "admin@example.org"

export ODB_TOKEN="YourToken"
export ODB_BASE_URL="https://opendb.inpa.gov.br/api"
export ODB_API_VERSION="v0"

base_url="https://opendb.inpa.gov.br/api"
cfg = odb_config(base_url=base_url)
#get id for a taxon
mag.id = odb_get_taxons(params=list(name='Magnoliidae',fields='id,name'),odb_cfg = cfg)
#use this id to get all descendants of this taxon
odb_taxons = odb_get_taxons(params=list(root=mag.id$id,fields='id,scientificName,taxonRank,parent_id,parentName'),odb_cfg = cfg)
head(odb_taxons)

base_url="https://opendb.inpa.gov.br/api"
cfg = odb_config(base_url=base_url)
odblocais = odb_get_locations(params = list(fields='id,name,parent_id,parentName',adm_level=99),odb_cfg = cfg)
head(odblocais)

library(rgeos)
library(opendatabio)
base_url="https://opendb.inpa.gov.br/api"
cfg = odb_config(base_url=base_url)

locais = odb_get_locations(params=list(adm_level=100),odb_cfg = cfg)
locais[,c('id','locationName','parentName')]
colnames(locais)
for(i in 1:nrow(locais)) {
  geom = readWKT(locais$footprintWKT[i])
  if (i==1) {
    plot(geom,main=locais$locationName[i],cex.main=0.8)
    axis(side=1,cex.axis=0.5)
    axis(side=2,cex.axis=0.5,las=2)
  } else {
    plot(geom,main=locais$locationName[i],add=T,col='red')
  }
}

library(opendatabio)
base_url="https://opendb.inpa.gov.br/api"
token ="GZ1iXcmRvIFQ"
#create a config object
cfg = odb_config(base_url=base_url, token = token)
#test connection
odb_test(cfg)

library(raster)
library(opendatabio)

#download áreas administrativas do GADM para um país

#get country codes
crtcodes = getData('ISO3')
bra = crtcodes[crtcodes$NAME%in%"Brazil",]

#define a path where to save the downloaded spatial data
path = "GADMS"
dir.create(path,showWarnings = F)

#o número de admin_levels em cada país varia
#obter todos os níveis existentes em seu computador
runit =T
level = 0
while(runit) {
   ocrt <- try(getData('GADM', country=bra, level=level,path=path),silent=T)
   if (class(ocrt)=="try-error") {
      runit = FALSE
   }
   level = level+1
}

#read downloaded data and format to odb
files = list.files(path, full.name=T)
locations.to.odb = NULL
for(f in 1:length(files)) {
   ocrt <- readRDS(files[f])
   #class(ocrt)
   #convert the SpatialPolygonsDataFrame to OpenDataBio format
   ocrt.odb = opendatabio:::sp_to_df(ocrt)  #only for GADM data
   locations.to.odb = rbind(locations.to.odb,ocrt.odb)
}
#see without geometry
head(locations.to.odb[,-ncol(locations.to.odb)])

#you may add a note to location
locations.to.odb$notes = paste("Source gdam.org via raster::get_data()",Sys.Date())

#adjust the adm_level to fit the OpenStreeMap categories
ff = as.factor(locations.to.odb$adm_level)
(lv = levels(ff))
levels(ff) = c(2,4,8,9)
locations.to.odb$adm_level = as.vector(ff)

library(opendatabio)
base_url="https://opendb.inpa.gov.br/api"
token ="GZ1iXcmRvIFQ"
cfg = odb_config(base_url=base_url, token = token)
odb_import_locations(data=locations.to.odb,odb_cfg=cfg)

library(rgdal)

#read your shape file
path = 'mymaps'
file = 'myshapefile.shp'
layer = gsub(".shp","",file,ignore.case=TRUE)
data = readOGR(dsn=path, layer= layer)

#you may reproject the geometry to standard of your system if needed
data = spTransform(data,CRS=CRS("+proj=longlat +datum=WGS84"))

#convert polygons to WKT geometry representation
library(rgeos)
geom = rgeos::writeWKT(data,byid=TRUE)

#prep import
names = data@data$name  #or the column name of the data
shape.to.odb = data.frame(name=names,geom=geom,stringsAsFactors = F)

#need to add the admin_level of these locations
shape.to.odb$admin_level = 2

#and may add parent and note if your want
library(opendatabio)
base_url="https://opendb.inpa.gov.br/api"
token ="GZ1iXcmRvIFQ"
cfg = odb_config(base_url=base_url, token = token)
odb_import_locations(data=shape.to.odb,odb_cfg=cfg)

#read file as SpatialPolygonDataFrame
file = "myfile.kml"
file.exists(file)
mykml = readOGR(file)
geom = rgeos::writeWKT(mykml,byid=TRUE)

#prep import
names = mykml@data$name  #or the column name of the data
to.odb = data.frame(name=names,geom=geom,stringsAsFactors = F)

#need to add the admin_level of these locations
to.odb$admin_level = 2

#and may add parent or any other valid field

#import
library(opendatabio)
base_url="https://opendb.inpa.gov.br/api"
token ="GZ1iXcmRvIFQ"
cfg = odb_config(base_url=base_url, token = token)
odb_import_locations(data=to.odb,odb_cfg=cfg)

#geometry of a plot in Manaus
southWestCorner = c(-59.987747, -3.095764)
northWestCorner = c(-59.987747, -3.094822)
northEastCorner = c(-59.986835,-3.094822)
southEastCorner = c(-59.986835,-3.095764)
geom = rbind(southWestCorner,northWestCorner,northEastCorner,southEastCorner)
library(sp)
geom = Polygon(geom)
geom = Polygons(list(geom), ID = 1)
geom = SpatialPolygons(list(geom))
library(rgeos)
geom = writeWKT(geom)
to.odb = data.frame(name='A 1ha example plot',x=100,y=100,notes='a fake plot',geom=geom, adm_level = 100,stringsAsFactors=F)
library(opendatabio)
base_url="https://opendb.inpa.gov.br/api"
token ="GZ1iXcmRvIFQ"
cfg = odb_config(base_url=base_url, token = token)
odb_import_locations(data=to.odb,odb_cfg=cfg)

#importar subparcelas de 20x20m para a PARCELA acima sem indicar uma geometria.

(parent = odb_get_locations(params = list(name='A 1ha example plot',fields='id,name',adm_level=100),odb_cfg = cfg))

sub1 = data.frame(name='sub plot 40x40',parent=parent$id,x=20,y=20,adm_level=100,startx=40,starty=40,stringsAsFactors=F)
sub2 = data.frame(name='sub plot 0x0',parent=parent$id,x=20,y=20,adm_level=100,startx=0,starty=0,stringsAsFactors=F)
sub3 = data.frame(name='sub plot 80x80',parent=parent$id,x=20,y=20,adm_level=100,startx=80,starty=80,stringsAsFactors=F)
dt = rbind(sub1,sub2,sub3)

#import
odb_import_locations(data=dt,odb_cfg=cfg)

library(opendatabio)
base_url="https://opendb.inpa.gov.br/api"
token ="GZ1iXcmRvIFQ"
cfg = odb_config(base_url=base_url, token = token)


#the plot
geom = "POINT(-59.973841 -2.929822)"
to.odb = data.frame(name='Example Point PLOT',x=100, y=100, azimuth=45,notes='OpenDataBio point plot example',geom=geom, adm_level = 100,stringsAsFactors=F)
odb_import_locations(data=to.odb,odb_cfg=cfg)

#define 20x20 subplots cartesian coordinates
x = seq(0,80,by=20)
xx = rep(x,length(x))
yy = rep(x,each=length(x))
names = paste(xx,yy,sep="x")

#importar esses subplots sem ter uma geometria, mas especificando a localidade pai
parent = odb_get_locations(params = list(name='Example Point PLOT',adm_level=100),odb_cfg = cfg)
to.odb = data.frame(name=names,startx=xx,starty=yy,x=20,y=20,notes="OpenDataBio 20x20 subplots example",adm_level=100,parent=parent$id)
odb_import_locations(data=to.odb,odb_cfg=cfg)

#obter os locais importados usando o parâmetro root
locais = odb_get_locations(params=list(root=parent$id),odb_cfg = cfg)
locais[,c('id','locationName','parentName')]
colnames(locais)
for(i in 1:nrow(locais)) {
  geom = readWKT(locais$footprintWKT[i])
  if (i==1) {
    plot(geom,main=locais$locationName[i],cex.main=0.8,col='yellow')
    axis(side=1,cex.axis=0.7)
    axis(side=2,cex.axis=0.7,las=2)
  } else {
    plot(geom,add=T,border='red')
  }
}

#geometry of transect in Manaus

#read trail from a kml file
  #library(rgdal)
  #file = "acariquara.kml"
  #file.exists(file)
  #mykml = readOGR(file)
  #library(rgeos)
  #geom = rgeos::writeWKT(mykml,byid=TRUE)

#above will output:
geom = "LINESTRING (-59.9616459699999993 -3.0803612500000002, -59.9617394400000023 -3.0805952900000002, -59.9618530300000003 -3.0807376099999999, -59.9621049400000032 -3.0808563200000001, -59.9621949100000009 -3.0809758500000002, -59.9621587999999974 -3.0812666800000001, -59.9621092399999966 -3.0815010400000000, -59.9620656999999966 -3.0816403499999998, -59.9620170600000009 -3.0818584699999998, -59.9620740699999999 -3.0819864099999998)";

#prep data frame
#o valor y refere-se a um buffer em metros aplicado à trilha
#y é usado para validar a inserção de indivíduos relacionados
to.odb = data.frame(name='A trail-transect example',y=20, notes='OpenDataBio transect example',geom=geom, adm_level = 101,stringsAsFactors=F)

#import
library(opendatabio)
base_url="https://opendb.inpa.gov.br/api"
token ="GZ1iXcmRvIFQ"
cfg = odb_config(base_url=base_url, token = token)
odb_import_locations(data=to.odb,odb_cfg=cfg)

#IMPORTA UM SEGUNDO TRANSECTO SEM GEOMETRIA
# então você precisa informar o valor x, que é o comprimento do transecto
#ODB irá mapear este transecto orientado pelo parâmetro azimute (sul no exemplo abaixo)
#point geometry = ponto inicial
geom = "POINT(-59.973841 -2.929822)"
to.odb = data.frame(name='A transect point geometry',x=300, y=20, azimuth=180,notes='OpenDataBio point transect example',geom=geom, adm_level = 101,stringsAsFactors=F)
odb_import_locations(data=to.odb,odb_cfg=cfg)

locais = odb_get_locations(params=list(adm_level=101),odb_cfg = cfg)
locais[,c('id','locationName','parentName','levelName')]

library(opendatabio)
base_url="https://opendb.inpa.gov.br/api"
cfg = odb_config(base_url=base_url)
exists = odb_get_taxons(params=list(root="Moraceae,Lauraceae,Solanaceae"),odb_cfg=cfg)

library(opendatabio)
base_url="https://opendb.inpa.gov.br/api"
token ="GZ1iXcmRvIFQ"
cfg = odb_config(base_url=base_url, token = token)
spp = c("Ficus schultesii", "Ocotea guianensis","Duckeodendron cestroides","Licaria canella tenuicarpa")
splist = data.frame(name=spp)
odb_import_taxons(splist, odb_cfg=cfg)

library(opendatabio)
base_url="https://opendb.inpa.gov.br/api"
cfg = odb_config(base_url=base_url)
exists = odb_get_taxons(params=list(root="Moraceae,Lauraceae,Chrysobalanaceae"),odb_cfg=cfg)
head(exists[,c('id','scientificName', 'taxonRank','taxonomicStatus','parentNameUsage')])

library(opendatabio)
base_url="https://opendb.inpa.gov.br/api"
token ="GZ1iXcmRvIFQ"
cfg = odb_config(base_url=base_url, token = token)

#lets check
exists = odb_get_taxons(params=list(root="Chrysobalanaceae"),odb_cfg=cfg)
exists
#in this test returns an empty data frame
#data frame with 0 columns and 0 rows

#now import
spp = c("Licania octandra pallida")
splist = data.frame(name=spp)
odb_import_taxons(splist, odb_cfg=cfg)

#see the results
exists = odb_get_taxons(params=list(root="Chrysobalanaceae"),odb_cfg=cfg)
exists[,c('id','scientificName', 'taxonRank','taxonomicStatus','parentName')]

##assign an unpublished name for which you only know belongs to the Angiosperms and you have this node in the Taxon table already
library(opendatabio)
base_url="https://opendb.inpa.gov.br/api"
cfg = odb_config(base_url=base_url)

#check that angiosperms exist
odb_get_taxons(params=list(name='Angiosperms'),odb_cfg = cfg)

#if it is there, start creating a data.frame to import
to.odb = data.frame(name='Morphotype sp.1', parent='Angiosperms', stringsAsFactors=F)

#get species level numeric code
to.odb$level=odb_taxonLevelCodes('species')

#you must provide an author that is a Person in the Person table. Get from server
odb.persons = odb_get_persons(params=list(search='João Batista da Silva'),odb_cfg=cfg)
#found
head(odb.persons)

#add the author_id to the data.frame
#NOTE it is not author, but author_id or person)
#this makes odb understand it is an unpublished name
to.odb$author_id = odb.persons$id

#import
token ="GZ1iXcmRvIFQ" #this must be your token not this value
cfg = odb_config(base_url=base_url, token = token)
odb_import_taxons(to.odb,odb_cfg = cfg)

exists = odb_get_taxons(params=list(name='Morphotype sp.1'),odb_cfg = cfg)
exists[,c('id','scientificName', 'taxonRank','taxonomicStatus','parentName','scientificNameAuthorship')]

#parent já deve estar armazenado
odb_get_taxons(params=list(name='Pagamea'),odb_cfg = cfg)

#define o clado a ser armazenado
to.odb = data.frame(name='Guianensis core', parent_name='Pagamea', stringsAsFactors=F)
to.odb$level = odb_taxonLevelCodes('clade')

#adicione uma referência à publicação onde está publicado
#importe a referência do bib para o banco de dados de antemão
odb_get_bibreferences(params(bibkey='prataetal2018'),odb_cfg=cfg)
to.odb$bibkey = 'prataetal2018'

#então adicione nomes de espécies válidos como filhos deste clado em vez do nível de gênero
children = data.frame(name = c('Pagamea guianensis','Pagamea angustifolia','Pagamea puberula'),stringsAsFactors=F)
children$parent_name = 'Guianensis core'
children$level = odb_taxonLevelCodes('species')
children$bibkey = NA

#merge
to.odb = rbind(to.odb,children)

#import
odb_import_taxons(to.odb,odb_cfg = cfg)

library(opendatabio)
base_url="https://opendb.inpa.gov.br/api"
token ="GZ1iXcmRvIFQ"
cfg = odb_config(base_url=base_url, token = token)

one = data.frame(full_name='Adolpho Ducke',abbreviation='DUCKE, A.',notes='Grande botânico da Amazônia',stringsAsFactors = F)
two = data.frame(full_name='Michael John Gilbert Hopkins',abbreviation='HOPKINKS, M.J.G.',notes='Curador herbário INPA',stringsAsFactors = F)
to.odb= rbind(one,two)
odb_import_persons(to.odb,odb_cfg=cfg)

#pode adicionar um email

library(opendatabio)
base_url="https://opendb.inpa.gov.br/api"
cfg = odb_config(base_url=base_url)
persons = odb_get_persons(odb_cfg=cfg)
persons = persons[order(persons$id,decreasing = T),]
head(persons,2)

odb_traitTypeCodes()

library(opendatabio)
base_url="https://opendb.inpa.gov.br/api"
token ="GZ1iXcmRvIFQ" #this must be your token not this value
cfg = odb_config(base_url=base_url, token = token)

#do this first to build a correct data.frame as it will include translations list
to.odb = data.frame(type=1,export_name = "dbh", unit='centimeters',stringsAsFactors = F)

#add translations (note double list)
#format is language_id = translation (and the column be a list with the translation lists)
to.odb$name[[1]]= list('1' = 'Diameter at breast height', '2' = 'Diâmetro à altura do peito')
to.odb$description[[1]]= list('1' = 'Stem diameter measured at 1.3m height','2' = 'Diâmetro do tronco medido à 1.3m de altura')

#measurement validations
to.odb$range_min = 10  #this will restrict the minimum measurement value allowed in the trait
to.odb$range_max = 400 #this will restrict the maximum value

#measurements can be linked to (classes concatenated by , or a list)
to.odb$objects = "Individual,Voucher,Taxon"  #makes no sense link such measurements to Locations

to.odb$notes = 'this is quantitative trait example'

#import
odb_import_traits(to.odb,odb_cfg=cfg)

odb_traitTypeCodes()

library(opendatabio)
base_url="https://opendb.inpa.gov.br/api"
token ="GZ1iXcmRvIFQ" #this must be your token not this value
cfg = odb_config(base_url=base_url, token = token)

#do this first to build a correct data.frame as it will include translations list

#do this first to build a correct data.frame as it will include translations list
to.odb = data.frame(type=3,export_name = "specimenFertility", stringsAsFactors = F)

#trait name and description
to.odb$name =  data.frame("en"="Specimen Fertility","pt-br"="Fertilidade do especímene",stringsAsFactors=F)
to.odb$description =  data.frame("en"="Kind of reproductive stage of a collected plant","pt-br"="Estágio reprodutivo de uma amostra de planta coletada",stringsAsFactors=F)

#categories (if your trait is ORDINAL, the add categories in the wanted order here)
categories = data.frame(
  rbind(
    c('en',1,"Sterile"),
    c('pt-br',1,"Estéril"),
    c('en',2,"Flowers"),
    c('pt-br',2,"Flores"),
    c('en',3,"Fruits"),
    c('pt-br',3,"Frutos"),
    c('en',4,"Flower buds"),
    c('pt-br',4,"Botões florais")
  ),
  stringsAsFactors =FALSE
)
colnames(categories) = c("lang","rank","name")

#descriptions not included for categories as they are obvious,
# but you may add a 'description' column to the categories data.frame

#objects for which the trait may be used for
to.odb$objects = "Individual,Voucher"

to.odb$notes = 'a fake note for a multiselection categorical trait'
to.odb$categories = list(categories)

#import
odb_import_traits(to.odb,odb_cfg=cfg)

odb_traitTypeCodes()

library(opendatabio)
base_url="https://opendb.inpa.gov.br/api"
token ="GZ1iXcmRvIFQ" #this must be your token not this value
cfg = odb_config(base_url=base_url, token = token)


to.odb = data.frame(type=5,export_name = "taxonDescription", stringsAsFactors = F)

#trait name and description
to.odb$name =  data.frame("en"="Taxonomic descriptions","pt-br"="Descrições taxonômicas",stringsAsFactors=F)
to.odb$description =  data.frame("en"="Taxonomic descriptions from the literature","pt-br"="Descrições taxonômicas da literatura",stringsAsFactors=F)

#will only be able to use this trait for a measurment associated with a Taxon
to.odb$objects = "Taxon"

#import
odb_import_traits(to.odb,odb_cfg=cfg)

library(opendatabio)
base_url="https://opendb.inpa.gov.br/api"
token ="GZ1iXcmRvIFQ" #this must be your token not this value
cfg = odb_config(base_url=base_url, token = token)

#the number in the aluminium tag in the forest
to.odb = data.frame(tag='3405.L1', stringsAsFactors=F)

#the collectors (get ids from the server)
(joao = odb_get_persons(params=list(search='joao batista da silva'),odb_cfg=cfg)$id)
(ana = odb_get_persons(params=list(search='ana cristina sega'),odb_cfg=cfg)$id)
#ids concatenated by | pipe
to.odb$collector = paste(joao,ana,sep='|')

#tagged date (lets use an incomplete).
to.odb$date = '2018-07-NA'

#lets place in a Plot location imported with the Location post tutorial
plots = odb_get_locations(params=list(name='A 1ha example plot'),odb_cfg=cfg)
head(plots)
to.odb$location = plots$id


#relative position within parent plot
to.odb$x = 10.4
to.odb$y = 32.5
#or could be
#to.odb$relative_position = paste(x,y,sep=',')

#taxonomic identification
taxon = 'Ocotea guianensis'
#check that exists
(odb_get_taxons(params=list(name='Ocotea guianensis'),odb_cfg=cfg)$id)

#person that identified the individual
to.odb$identifier = odb_get_persons(params=list(search='paulo apostolo'),odb_cfg=cfg)$id
#or you also do to.odb$identifier = "Assunção, P.A.C.L."
#the used form only guarantees the persons is there.

#may add modifers as well [may need to use numeric code instead]
to.odb$modifier = 'cf.'
#or check with  to see you spelling is correct
odb_detModifiers()
#and submit the numeric code instaed
to.odb$modifier = 3

#an incomplete identification date
to.odb$identification_date = list(year=2005)
#or  to.odb$identification_date =  "2005-NA-NA"

odb_import_individuals(to.odb,odb_cfg = cfg)
#lets import this individual
odb_import_individuals(to.odb,odb_cfg = cfg)

#check the job status
odb_get_jobs(params=list(id=130),odb_cfg = cfg)

dataset = odb_get_datasets(params=list(name="Dataset test"),odb_cfg=cfg)
dataset
to.odb$dataset = dataset$id
odb_import_individuals(to.odb,odb_cfg = cfg)

#a fake plant record somewhere in the Amazon
aplant =  data.frame(taxon="Duckeodendron cestroides", date="2021-09-09", latitude=-2.34, longitude=-59.845,angle=NA,distance=NA, collector="Oliveira, A.A. de|João Batista da Silva", tag="3456-A",dataset=1)

#a fake set of vouchers for this individual
herb = data.frame(biocollection=c("INPA","NY","MO"),biocollection_number=c("12345A","574635","ANOTHER FAKE CODE"),biocollection_type=c(2,3,3))

#add this dataframe to the object
aplant$biocollection = NA
aplant$biocollection = list(herb)

#another fake plant
asecondplant =  data.frame(taxon="Ocotea guianensis", date="2021-09-09", latitude=-2.34, longitude=-59.89,angle=240,distance=50, collector="Oliveira, A.A. de|João Batista da Silva", tag="3456",dataset=1)
asecondplant$biocollection = NA

#merge the fake data
to.odb = rbind(aplant,asecondplant)

library(opendatabio)
base_url="https://opendb.inpa.gov.br/api"
token ="GZ1iXcmRvIFQ" #this must be your token not this value
cfg = odb_config(base_url=base_url, token = token)

odb_import_individuals(to.odb, odb_cfg=cfg)

#get the imported individuals using a wildcard
inds = odb_get_individuals(params = list(tag='3456*'),odb_cfg = cfg)
inds[,c("basisOfRecord","scientificName","organismID","decimalLatitude","decimalLongitude","higherGeography") ]

#get the vouchers imported with the first plant data
vouchers = odb_get_vouchers(params = list(individual=inds$id),odb_cfg = cfg)
vouchers[,c("basisOfRecord","scientificName","organismID","collectionCode","catalogNumber") ]

#a holotype voucher with same collector and date as individual
onevoucher = data.frame(individual=1,biocollection="INPA",biocollection_number=1234,biocollection_type=1,dataset=1)
library(opendatabio)
base_url="https://opendb.inpa.gov.br/api"
token ="GZ1iXcmRvIFQ" #this must be your token not this value
cfg = odb_config(base_url=base_url, token = token)

odb_import_vouchers(onevoucher, odb_cfg=cfg)

#get the imported voucher
voucher = odb_get_vouchers(params=list(individual=1),cfg)
vouchers[,c("basisOfRecord","scientificName","occurrenceID","collectionCode","catalogNumber") ]

#one with same date and collector as individual
one = data.frame(individual=2,biocollection="INPA",biocollection_number=1234,dataset=1,collector=NA,number=NA,date=NA)
#this one with different collector and date
two= data.frame(individual=2,biocollection="INPA",biocollection_number=4435,dataset=1,collector="Oliveira, A.A. de|João Batista da Silva",number=3456,date="1991-08-01")


library(opendatabio)
base_url="https://opendb.inpa.gov.br/api"
token ="GZ1iXcmRvIFQ" #this must be your token not this value
cfg = odb_config(base_url=base_url, token = token)


to.odb = rbind(one,two)
odb_import_vouchers(to.odb, odb_cfg=cfg)

#get the imported voucher
voucher = odb_get_vouchers(params=list(individual=2),cfg)
voucher[,c("basisOfRecord","scientificName","occurrenceID","collectionCode","catalogNumber") ]

library(opendatabio)
base_url="https://opendb.inpa.gov.br/api"
token ="GZ1iXcmRvIFQ" #this must be your token not this value
cfg = odb_config(base_url=base_url, token = token)

#obter o id do trait do servidor (verifique se o trait existe)
#gerar alguns dados falsos para 10 medições

dbhs = sample(seq(10,100,by=0.1),10)
object_ids = sample(1:3,length(dbhs),replace=T)
dates = sample(as.Date("2000-01-01"):as.Date("2000-03-31"),length(dbhs))
dates = lapply(dates,as.Date,origin="1970-01-01")
dates = lapply(dates,as.character)
dates = unlist(dates)


to.odb = data.frame(
  trait_id = 'dbh',
  value = dbhs,
  date = dates,
  object_type = 'Individual',
  object_id=object_ids,
  person="Oliveira, A.A. de",
  dataset = 1,
  notes = "some fake measurements",
  stringsAsFactors=F)

  #isso só funcionará se a pessoa existir, os ids individuais existirem
  #e se a característica com export_name = dbh existe
  odb_import_measurements(to.odb,odb_cfg=cfg)

dad = odb_get_measurements(params = list(dataset=1),odb_cfg=cfg)
dad[,c("id","basisOfRecord", "measured_type", "measured_id", "measurementType",
  "measurementValue", "measurementUnit", "measurementDeterminedDate",
  "datasetName", "license")]

library(opendatabio)
base_url="https://opendb.inpa.gov.br/api"
token ="GZ1iXcmRvIFQ" #this must be your token not this value
cfg = odb_config(base_url=base_url, token = token)

#a categorical trait
(odbtraits = odb_get_traits(params=list(name="specimenFertility"),odb_cfg = cfg))

#base line
to.odb = data.frame(trait_id = odbtraits$id, date = '2021-07-31', stringsAsFactors=F)

#the plant was collected with both flowers and fruits, so the value are the two categories
value = c("Flowers","Fruits")

#get categories for this trait if found
(cats = odbtraits$categories[[1]])
#check that your categories are registered for the trait and get their ids
value = cats[match(value,cats$name),'id']
#make multiple categories ids a string value
value = paste(value,collapse=",")

to.odb$value = value

#this links to a voucher
to.odb$object_type = "Voucher"

#get voucher id from API (must be ID).
#Search for collection number 1234
odbspecs = odb_get_vouchers(params=list(number="3456-A"),odb_cfg=cfg)
to.odb$object_id = odbspecs$id[1]

#get dataset id
odbdatasets = odb_get_datasets(params=list(name='Dataset test'),odb_cfg=cfg)
head(odbdatasets)
to.odb$dataset = odbdatasets$id

#person that measured
odbperson = odb_get_persons(params=list(search='ana cristina sega'),odb_cfg=cfg)
to.odb$person = odbperson$id

#import'
odb_import_measurements(to.odb,odb_cfg=cfg)

#get imported
dad = odb_get_measurements(params = list(voucher=odbspecs$id[1]),odb_cfg=cfg)
dad[,c("id","basisOfRecord", "measured_type", "measured_id", "measurementType",
       "measurementValue", "measurementUnit", "measurementDeterminedDate",
       "datasetName", "license")]

library(opendatabio)
base_url="https://opendb.inpa.gov.br/api"
token ="GZ1iXcmRvIFQ" #this must be your token not this value
cfg = odb_config(base_url=base_url, token = token)

#get the trait id from the server (check that trait exists)
odbtraits = odb_get_traits(odb_cfg=cfg)
(m = match(c("fruitColor"),odbtraits$export_name))

#base line
to.odb = data.frame(trait_id = odbtraits$id[m], date = '2014-01-13', stringsAsFactors=F)

#get color value
#install.packages("gplots",dependencies = T)
library(gplots)
(value =  col2hex("red"))
to.odb$value = value

#this links to a specimen
to.odb$object_type = "Individual"
#get voucher id from API (must be ID). Search for collection number 1234
odbind = odb_get_individuals(params=list(tag='3456'),odb_cfg=cfg)
odbind$scientificName
to.odb$object_id = odbind$id[1]

#get dataset id
odbdatasets = odb_get_datasets(params=list(name='Dataset test'),odb_cfg=cfg)
head(odbdatasets)
to.odb$dataset = odbdatasets$id

#person that measured
odbperson = odb_get_persons(params=list(search='ana cristina sega'),odb_cfg=cfg)
to.odb$person = odbperson$id

odb_import_measurements(to.odb,odb_cfg=cfg)

library(opendatabio)
base_url="https://opendb.inpa.gov.br/api"
token ="GZ1iXcmRvIFQ" #this must be your token not this value
cfg = odb_config(base_url=base_url, token = token)

#get the trait id from the server (check that trait exists)
odbtraits = odb_get_traits(odb_cfg=cfg)
(m = match(c("taxonCount"),odbtraits$export_name))

#base line
to.odb = data.frame(trait_id = odbtraits$id[m], date = '2014-01-13', stringsAsFactors=F)

#the taxon to link the count value
odbtax = odb_get_taxons(params=list(name='Ocotea guianensis'),odb_cfg=cfg)
to.odb$link_id = odbtax$id

#now add the count value for this trait type
#this is optional for this measurement,
#however, it would make no sense to include such link without a count in this example
to.odb$value = 23

#a note to clarify the measurement (optional)
to.odb$notes = 'No voucher, field identification'

#this measurement will link to a location
to.odb$object_type = "Location"
#get location id from API (must be ID).
#lets add this to a transect
odblocs = odb_get_locations(params=list(adm_level=101,limit=1),odb_cfg=cfg)
to.odb$object_id = odblocs$id

#get dataset id
odbdatasets = odb_get_datasets(params=list(name='Dataset test'),odb_cfg=cfg)
head(odbdatasets)
to.odb$dataset = odbdatasets$id

#person that measured
odbperson = odb_get_persons(params=list(search='ana cristina sega'),odb_cfg=cfg)
to.odb$person = odbperson$id

odb_import_measurements(to.odb,odb_cfg=cfg)

library(opendatabio)
base_url="https://opendb.inpa.gov.br/api"
token ="GZ1iXcmRvIFQ" #this must be your token not this value
cfg = odb_config(base_url=base_url, token = token)

#read a spectrum
spectrum = read.table("1_Sample_Planta-216736_TAG-924-1103-1_folha-1_abaxial_1.csv",sep=",")

#second column are  NIR leaf absorbance values
#the spectrum has 1557 values
nrow(spectrum)
#[1] 1557
#collapse to single string
value = paste(spectrum[,2],collapse = ";")
substr(value,1,100)
#[1] "0.6768057;0.6763237;0.6755353;0.6746023;0.6733549;0.6718447;0.6701176;0.6682984;0.6662288;0.6636459;"

#get the trait id from the server (check that trait exists)
odbtraits = odb_get_traits(odb_cfg=cfg)
(m = match(c("driedLeafNirAbsorbance"),odbtraits$export_name))

#see the trait
odbtraits[m,c("export_name", "unit", "range_min", "range_max",  "value_length")]
#export_name       unit range_min range_max value_length
#6 driedLeafNirAbsorbance absorbance   3999.64  10001.03         1557

#must be true
odbtraits$value_length[m]==nrow(spectrum)
#[1] TRUE

#base line
to.odb = data.frame(trait_id = odbtraits$id[m], value=value, date = '2014-01-13', stringsAsFactors=F)

#this links to a voucher
to.odb$object_type = "Voucher"
#get voucher id from API (must be ID).
#search for a collection number
odbspecs = odb_get_vouchers(params=list(number="3456-A"),odb_cfg=cfg)
to.odb$object_id = odbspecs$id[1]

#get dataset id
odbdatasets = odb_get_datasets(params=list(name='Dataset test'),odb_cfg=cfg)
to.odb$dataset = odbdatasets$id

#person that measured
odbperson = odb_get_persons(params=list(search='adolpho ducke'),odb_cfg=cfg)
to.odb$person = odbperson$id

#import
odb_import_measurements(to.odb,odb_cfg=cfg)