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Rnumerai

R Interface to the Numerai Machine Learning Tournament API

This interface allows download of tournament data, submit predictions, get user information, stake NMR’s and much more. Using the functions from this package end user can write R code to automate the whole procedure related to numerai tournament.

If you encounter a problem or have suggestions, feel free to open an issue.

Installation

• For the latest development release:

devtools::install_github("Omni-Analytics-Group/Rnumerai")

• For the latest stable release:

install.packages("Rnumerai")

Documentation Jump

• Basic functions to perform tasks other than automating submissions
• Automatic submission using this package (Main Competition)
• Automatic submission using this package (Signals Competition)

Basic functions to perform tasks other than automating submissions

1. Load the package.

library(Rnumerai)

2. Set Public Key and Secret API key variables.

Get your public key and api key by going to numer.ai and then going to Custom API Keys section under your Account Tab. Select appropriate scopes to generate the key or select all scopes to use the full functionality of this package.

set_public_id("public_id_here")
set_api_key("api_key_here")

3. Get all information about your account

get_account()

3. Get all of your models in Main and Signal Tournament

• For Main Tournament

get_models(tournament=8)

• For Signals Tournament

get_models(tournament=11)

4. Get number of the current active round.

get_current_round()

5. Get info on rounds in Main and Signal Tournament

• For Main Tournament

get_competitions(tournament=8)

• For Signals Tournament

get_competitions(tournament=11)

6. Set Bio and Link Field for a Model Id

set_bio(model_id = get_models()[["bayo"]], bio = "This Model Rocks")
set_link(model_id = get_models()[["bayo"]], link = "https://www.google.com",link_text = "Google")

7. Get all transactions in your wallet.

wallet_transactions()

8. Set a model’s submission webhook used in Numerai Compute.

set_submission_webhook(model_id = get_models()[["bayo"]], webhook = "..")

9. Fetch round’s model performance of any user

• For Main Tournament

round_model_performances(username = "bayo",tournament=8)

• For Signals Tournament

round_model_performances(username = "bayo",tournament=11)

10. Fetch Daily model performance of any user

• For Main Tournament

daily_model_performances(username = "bayo",tournament=8)

• For Signals Tournament

daily_model_performances(username = "bayo",tournament=11)

11. Fetch Daily submission performance of any user

• For Main Tournament

daily_submission_performances(username = "bayo",tournament=8)

• For Signals Tournament

daily_submission_performances(username = "bayo",tournament=11)

12. Get Leaderboard

• For Main Tournament

get_leaderboard(tournament=8)

• For Signals Tournament

get_leaderboard(tournament=11)

13. Submission status of the last submission associated with the account

• For Main Tournament

model_id = get_models(tournament=8)[["bayo"]]
submission_status(model_id = model_id, tournament=8)

• For Signals Tournament

model_id = get_models(tournament=11)[["test5678"]]
submission_status(model_id = model_id, tournament=11)

14. Run a custom query

run_query(query = 'query{account{username}}', auth=TRUE)
run_query(query = 'query{rounds{number,closeTime}}', auth=FALSE)

Automatic submission using this package (Main Competition)

1. Load the package.

library(Rnumerai)

2. Set Public Key and Secret API key variables.

Get your public key and api key by going to numer.ai and then going to Custom API Keys section under your Account Tab. Select appropriate scopes to generate the key or select all scopes to use the full functionality of this package.

set_public_id("public_id_here")
set_api_key("api_key_here")

3. List the datasets for current round

list_datasets()

4A. For V2 Data (Released in late 2019), Download Train, Validation and Live data and submit predictions

• Download

download_dataset("v2/numerai_datasets.zip", "numerai_datasets.zip")
download_dataset("v2/numerai_live_data.parquet", "numerai_live_data.parquet")

• Load in R

unzip("numerai_datasets.zip",overwrite = TRUE, list = FALSE)
data_train <- read.csv("numerai_training_data.csv")
data_tournament <- read.csv("numerai_tournament_data.csv")
data_live <- data.table::setDT(arrow::read_parquet("numerai_live_data.parquet"))

• Make Dummy Prediction and submit

predictions <- data.frame(id=data_live$id,prediction=sample(400:600,nrow(data_live),replace=TRUE)/1000)
upload_predictions(model_id = get_models()[["bayo"]],df=predictions)

4B. For V3 Data (Released in September of 2021), Download Train, Validation and Live data and submit predictions

• Download

download_dataset("v3/numerai_training_data.parquet", "numerai_training_data.parquet")
download_dataset("v3/numerai_validation_data.parquet", "numerai_validation_data.parquet")
download_dataset("v3/numerai_live_data.parquet", "numerai_live_data.parquet")
download_dataset("v3/numerai_datasets.zip", "numerai_datasets.zip")

• Load in R

data_train <- data.table::setDT(arrow::read_parquet("numerai_training_data.parquet"))
data_validation <- data.table::setDT(arrow::read_parquet("numerai_validation_data.parquet"))
data_live <- data.table::setDT(arrow::read_parquet("numerai_live_data.parquet"))

• Make Dummy Prediction and submit

predictions <- data.frame(id=data_live$id,prediction=sample(400:600,nrow(data_live),replace=TRUE)/1000)
upload_predictions(model_id = get_models()[["bayo"]],df=predictions)

• Make Dummy Diagnostics and submit

diagnostics <- data.frame(id=data_validation$id,prediction=sample(400:600,nrow(data_validation),replace=TRUE)/1000)
diagnostics_id <- upload_diagnostics(model_id = get_models()[["bayo"]],df=diagnostics)
diagnostics(model_id = get_models()[["bayo"]],diagnostics_id=diagnostics_id)

4C. For V4 Data (Released in April of 2022), Download Train, Validation and Live data and submit predictions

• Download

download_dataset("v4/train.parquet", "train.parquet")
download_dataset("v4/validation.parquet", "validation.parquet")
download_dataset("v4/live.parquet", "live.parquet")
download_dataset("v4/live_example_preds.parquet", "live_example_preds.parquet")
download_dataset("v4/validation_example_preds.parquet", "validation_example_preds.parquet")
download_dataset("v4/features.json", "features.json")

• Load in R

data_train <- data.table::setDT(arrow::read_parquet("train.parquet"))
data_validation <- data.table::setDT(arrow::read_parquet("validation.parquet"))
data_live <- data.table::setDT(arrow::read_parquet("live.parquet"))

• Make Dummy Prediction and submit

predictions <- data.frame(id=data_live$id,prediction=sample(400:600,nrow(data_live),replace=TRUE)/1000)
upload_predictions(model_id = get_models()[["bayo"]],df=predictions)

• Make Dummy Diagnostics and submit

diagnostic_preds <- data.frame(id=data_validation$id,prediction=sample(400:600,nrow(data_validation),replace=TRUE)/1000)
diagnostics_id <- upload_diagnostics(model_id = get_models()[["bayo"]],df=diagnostic_preds)
diagnostics(model_id = get_models()[["bayo"]],diagnostics_id=diagnostics_id)

5. Change your stake

• Increase

stake_change(nmr=.01,action="increase",model_id = get_models()[["bayo"]])

• Decrease

stake_change(nmr=.01,action="decrease",model_id = get_models()[["bayo"]])

• Change Stake Type

set_stake_type(model_id = get_models()[["bayo"]],corr_multiplier=1,tc_multiplier=2,tournament=8)

Automatic submission using this package (Signals Competition)

1. Load the package.

library(Rnumerai)

2. Set Public Key and Secret API key variables.

Get your public key and api key by going to numer.ai and then going to Custom API Keys section under your Account Tab. Select appropriate scopes to generate the key or select all scopes to use the full functionality of this package.

set_public_id("public_id_here")
set_api_key("api_key_here")

3. Download the ticker universe.

tickers <- ticker_universe()

4. Make Dummy Predictions and submit

predictions <- cbind(tickers,signal = sample(400:600,nrow(tickers),replace=TRUE)/1000)
upload_predictions(model_id = get_models(tournament=11)[["test5678"]],df=predictions,tournament=11)

5. Make Dummy Diagnostics and submit

download_validation_data(file_path = "signals_historical_targets.csv")
data_validation <- read.csv("signals_historical_targets.csv")
data_validation <- data_validation[sample(1:nrow(data_validation),1000),1:3]
data_validation$data_type <- "validation"
diagnostic_preds <- cbind(data_validation,signal = sample(400:600,nrow(data_validation),replace=TRUE)/1000)
diagnostics_id <- upload_diagnostics(model_id = get_models(tournament=11)[["test5678"]],df=diagnostic_preds,tournament=11)
diagnostics(model_id = get_models(tournament=11)[["test5678"]],tournament=11,diagnostics_id=diagnostics_id)

6. Change your stake

• Increase

stake_change(nmr=.01,action="increase",tournament=11,model_id = get_models(tournament=11)[["test5678"]])

• Decrease

stake_change(nmr=.01,action="decrease",tournament=11,model_id = get_models(tournament=11)[["test5678"]])

• Change Stake Type

set_stake_type(model_id = get_models(tournament=11)[["test5678"]],corr_multiplier=1,tc_multiplier=2,tournament=11)

These binaries (installable software) and packages are in development.
They may not be fully stable and should be used with caution. We make no claims about them.