RL Iteration 38

This HTML log was generated by logtree during RL training. It shows rollouts and rewards for a subset of trajectory groups in this iteration. To customize what gets logged, modify the logtree calls in your Env implementation (see examples in tinker_cookbook/recipes/).

Group Rollout

Prompt

system:

You are a careful math assistant. Solve the grade-school math problem step by step, then give the final numeric answer on its own line in the form \boxed{ANSWER}.

user:

Mr. Ha owns 5 more silver dollars than Mr. Phung. Mr. Phung has 16 more silver dollars than Mr. Chiu has. If Mr. Chiu has 56 silver dollars, how many silver dollars the three have in total?

Policy Response

assistant:

* Mr. Ha owns * 5. more silver dollars than Mr * Phung * Mr. Phung has * If Mr * Chiu has * If Mr * Chiu has * 5. silver dollars * how many silver dollars the three have in total * ... *ANSWER* - Mr * Ha owns * 5. more silver dollars than Mr * Phung * Mr * Phung has * If Mr * Chiu has * If Mr * Chiu has * I Mr * Chiu has * If Mr * Chiu has * I Mr * Chiu has * If Mr * Chiu has * I Mr * Chiu has * If Mr * Chiu has * I Mr * Chiu has * If Mr * Chiu has * I Mr * Chiu has * If Mr * Chiu has * I Mr * Chiu has * If Mr * Chiu has * I Mr * Chiu has * If Mr * Chiu has * I Mr * Chiu has * If Mr * Chiu has * I Mr * Chiu has * If Mr * Chiu has * I Mr * Chiu has * If Mr * Chiu has * I Mr * Chiu has * If Mr * Chiu has * I Mr *

Reward

Reward components

key	value
reference_answer	205
format_valid	False
correct	False
format_coef	0.1
reward	-0.100

Prompt

system:

You are a careful math assistant. Solve the grade-school math problem step by step, then give the final numeric answer on its own line in the form \boxed{ANSWER}.

user:

Mr. Ha owns 5 more silver dollars than Mr. Phung. Mr. Phung has 16 more silver dollars than Mr. Chiu has. If Mr. Chiu has 56 silver dollars, how many silver dollars the three have in total?

Policy Response

assistant:

* Have a silver dollars * The gold coins * Silver dollars * Gold coins * Silver dollars * Gold coins * Silver dollars * Gold coins * Silver dollars * Gold coins * Silver dollars * Gold coins * Silver dollars * Gold coins * Silver dollars * Gold coins * Silver dollars * Gold coins * Silver dollars * Gold coins * Silver dollars * Gold coins * Silver dollars * Gold coins * Silver dollars * Gold coins * Silver dollars * Gold coins * Silver dollars * Gold coins * Silver dollars * Gold coins * Silver dollars * Gold coins * Silver dollars * Gold coins * Silver dollars * Gold coins * Silver dollars * Gold coins * Silver dollars * Gold coins * Silver dollars * Gold coins * Silver dollars * Gold coins * Silver dollars * Gold coins * Silver dollars * Gold coins * Silver dollars * Gold coins * Silver dollars * Gold coins * Silver dollars * Gold coins * Silver dollars * Gold coins * Silver dollars * Gold coins * Silver dollars * Gold coins * Silver dollars * Gold coins * Silver dollars * Gold coins * Silver dollars * Gold coins * Silver dollars * Gold coins * Silver dollars * Gold coins * Silver dollars * Gold coins * Silver dollars * Gold coins * Silver dollars * Gold coins * Silver dollars *

Reward

Reward components

key	value
reference_answer	205
format_valid	False
correct	False
format_coef	0.1
reward	-0.100

Prompt

system:

You are a careful math assistant. Solve the grade-school math problem step by step, then give the final numeric answer on its own line in the form \boxed{ANSWER}.

user:

Mr. Ha owns 5 more silver dollars than Mr. Phung. Mr. Phung has 16 more silver dollars than Mr. Chiu has. If Mr. Chiu has 56 silver dollars, how many silver dollars the three have in total?

Policy Response

assistant:

Mr. Ha owns * 5. more silver dollars * than Mr * Chiu has * If Mr * Chiu has * silver dollars * how many silver dollars * the three have in total * According to Mr * Chiu has * If Mr * Chiu has * silver dollars * how many silver dollars * the three have in total * According to Mr * Chiu has * If Mr * Chiu has * White silver dollars * how many silver dollars * the three have in total * According to Mr * Chiu has * If Mr * Chiu has * White silver dollars * how many silver dollars * the three have in total * According to Mr * Chiu has * If Mr * Chiu has * White silver dollars * how many silver dollars * the three have in total * According to Mr * Chiu has * If Mr * Chiu has * White silver dollars * how many silver dollars * the three have in total * According to Mr * Chiu has * If Mr * Chiu has * White silver dollars * how many silver dollars * the three have in total * According to Mr * Chiu has * If Mr * Chiu has * White silver dollars * how many silver dollars * the three have in total * According to Mr * Chiu has *

Reward

Reward components

key	value
reference_answer	205
format_valid	False
correct	False
format_coef	0.1
reward	-0.100

Prompt

system:

You are a careful math assistant. Solve the grade-school math problem step by step, then give the final numeric answer on its own line in the form \boxed{ANSWER}.

user:

Mr. Ha owns 5 more silver dollars than Mr. Phung. Mr. Phung has 16 more silver dollars than Mr. Chiu has. If Mr. Chiu has 56 silver dollars, how many silver dollars the three have in total?

Policy Response

assistant:

* Mr. Ha owns * 5. *More* silver dollars than Mr * Phung* has * If Mr. Chiu has * 5. *Silver dollars* how many silver dollars the three have in total * ... * Mr. Ha owns * 5. *More* silver dollars than Mr * Phung* has * If Mr. Chiu has * *Silver dollars* how many silver dollars the three have in total * ... * Mr.* Ha owns * * * 5. *More* silver dollars than Mr * Phung* has * If Mr. Chiu has * *Silver dollars* how many silver dollars the three have in total * ... * Mr.* Ha owns * * * 5. *More* silver dollars than Mr * Phung* has * If Mr.* Chiu has * *Silver dollars* how many silver dollars the three have in total * ... * Mr.* Ha owns * * * 5. *More* silver dollars than Mr * Phung* has * If Mr.* Chiu has * *Silver dollars* how many silver dollars the three have in total * ... * Mr.* Ha owns * * * 5. *More* silver dollars than Mr * Phung* has * If Mr.* Chiu has * *Silver dollars* how many silver dollars the three have in total

Reward

Reward components

key	value
reference_answer	205
format_valid	False
correct	False
format_coef	0.1
reward	-0.100

Prompt

system:

You are a careful math assistant. Solve the grade-school math problem step by step, then give the final numeric answer on its own line in the form \boxed{ANSWER}.

user:

Mr. Ha owns 5 more silver dollars than Mr. Phung. Mr. Phung has 16 more silver dollars than Mr. Chiu has. If Mr. Chiu has 56 silver dollars, how many silver dollars the three have in total?

Policy Response

assistant:

* Let silver dollars * The silver dollars * The silver dollars * The silver dollars * The silver dollars * The silver dollars * The silver dollars * The silver dollars * The silver dollars * The silver dollars * The silver dollars * The silver dollars * The silver dollars * The silver dollars * The silver dollars * The silver dollars * The silver dollars * The silver dollars * The silver dollars * The silver dollars * The silver dollars * The silver dollars * The silver dollars * The silver dollars * The silver dollars * The silver dollars * The silver dollars * The silver dollars * The silver dollars * The silver dollars * The silver dollars * The silver dollars * The silver dollars * The silver dollars * The silver dollars * The silver dollars * The silver dollars * The silver dollars * The silver dollars * The silver dollars * The silver dollars * The silver dollars * The silver dollars * The silver dollars * The silver dollars * The silver dollars * The silver dollars * The silver dollars * The silver dollars * The silver dollars * The silver dollars * The silver dollars * The silver dollars * The silver dollars * The silver dollars * The silver dollars * The silver dollars * The silver dollars * The silver dollars * The silver dollars * The silver dollars * The silver dollars * The silver dollars * The silver dollars

Reward

Reward components

key	value
reference_answer	205
format_valid	False
correct	False
format_coef	0.1
reward	-0.100

Prompt

system:

You are a careful math assistant. Solve the grade-school math problem step by step, then give the final numeric answer on its own line in the form \boxed{ANSWER}.

user:

Mr. Ha owns 5 more silver dollars than Mr. Phung. Mr. Phung has 16 more silver dollars than Mr. Chiu has. If Mr. Chiu has 56 silver dollars, how many silver dollars the three have in total?

Policy Response

assistant:

* Mr. Ha owns * 5. more silver dollars * than Mr. Phung * Mr. Phung * has * If Mr. Chiu * Has * 1. silver dollars * how many silver dollars the three * have in * total * silver dollars * silver dollars * silver dollars * silver dollars * silver dollars* silver dollars * silver dollars* silver dollars * silver dollars* silver dollars * silver dollars* silver dollars * silver dollars* silver dollars * silver dollars* silver dollars * silver dollars* silver dollars * silver dollars* silver dollars * silver dollars* silver dollars * silver dollars* silver dollars * silver dollars* silver dollars * silver dollars* silver dollars * silver dollars* silver dollars * silver dollars* silver dollars * silver dollars* silver dollars * silver dollars* silver dollars * silver dollars* silver dollars * silver dollars* silver dollars * silver dollars* silver dollars * silver dollars* silver dollars * silver dollars* silver dollars * silver dollars* silver dollars * silver dollars* silver dollars * silver dollars* silver dollars * silver dollars* silver dollars * silver dollars* silver dollars * silver dollars* silver dollars * silver dollars* silver dollars * silver dollars* silver dollars * silver dollars* silver dollars * silver dollars* silver dollars * silver dollars* silver dollars * silver dollars* silver dollars * silver dollars* silver dollars

Reward

Reward components

key	value
reference_answer	205
format_valid	False
correct	False
format_coef	0.1
reward	-0.100

Prompt

system:

You are a careful math assistant. Solve the grade-school math problem step by step, then give the final numeric answer on its own line in the form \boxed{ANSWER}.

user:

Mr. Ha owns 5 more silver dollars than Mr. Phung. Mr. Phung has 16 more silver dollars than Mr. Chiu has. If Mr. Chiu has 56 silver dollars, how many silver dollars the three have in total?

Policy Response

assistant:

* Mr. Ha owns * 5. more silver dollars * than Mr * Chiu has * If Mr * Chiu has * silver dollars * how many silver dollars the three have in total * WordPress plugin * JavaScript * PHP * MySQL * npm * Python * SQL * Ruby * GAS * Terraform * Docker * Kubernetes * Git * CI/CD * Jenkins * GitHub Actions * Maven * Gradle * SBT * Rake * Makefile * shell script * PowerShell *batch file* YAML * TOML * JSON * XML * CSV * TSV * Markdown * HTML * CSS * JS * TypeScript * React * Vue * Angular * Svelte * Nuxt * Astro * Helsing * Next.js * Gatsby * Remix * Eleventy * Qwik * Swagger * Postman * Notion * Docus Explorer * VS Code * IntelliJ * Sublime * Atom * TextEdit * Obsidian * Logseq * Hejs * Wynth *-gitlab* Github * Bitbucket * Packt * Nuclide * VS Bash * Vim * Neovim * Emacs * Zed * Spoken * Clojure * Node * Rust * Go * Swift *

Reward

Reward components

key	value
reference_answer	205
format_valid	False
correct	False
format_coef	0.1
reward	-0.100

Prompt

system:

You are a careful math assistant. Solve the grade-school math problem step by step, then give the final numeric answer on its own line in the form \boxed{ANSWER}.

user:

Mr. Ha owns 5 more silver dollars than Mr. Phung. Mr. Phung has 16 more silver dollars than Mr. Chiu has. If Mr. Chiu has 56 silver dollars, how many silver dollars the three have in total?

Policy Response

assistant:

* Docker * Kubernetes * Redis * MongoDB * PostgreSQL * MySQL * RabbitMQ * TensorFlow * PyTorch * FastAPI * Django * Flask * Spring Boot * Node.js * Python * Rust * Go * Swift * Kotlin * Java * C# * Scala * PHP * Ruby * JavaScript * TypeScript * PHP * Laravel * Symfony * Django * Flask * FastAPI * Vue.js * React * Angular * Svelte * Astro * Next.js * Gatsby * Vite * Nuxt * HSharp * Lua * Ruby on Rails * Elixir * EJS * PHP on Symfony * Ruby on Rails * Go on Gin * Rust on Axum * Python on Django * Java on Spring * C# on ASP.NET * Swift on UIKit * Kotlin on JetBrain * PHP on Laravel * Ruby on Rails * Lua on Love * Python on FastAPI * Rust on Axum * Java on Spring * C# on ASP.NET * Scala on Play Framework * PHP on Symfony * Ruby on Rails * Elixir on Phoenix * EJS on Express * PHP on Symfony * Java on Spring * C# on ASP.NET * Swift on UIKit * Kotlin on JetBrain * PHP on Laravel * Ruby on Rails * Lua on Love * Python on Fast

Reward

Reward components

key	value
reference_answer	205
format_valid	False
correct	False
format_coef	0.1
reward	-0.100

Trajectory Details

Trajectory 0 Episode

Episode Details

Turn 1

Step stats

key	value
ob_len	108
ac_len	320
step_reward	-0.100

Step Metrics

Metrics emitted by env.step

key	value
format	0.000
correct	0.000

Episode totals

key	value
num_turns	1
final_ob_len	0
sum_step_rewards	-0.100
final_group_reward	0.000
total_return	-0.100

Trajectory 1 Episode

Episode Details

Turn 1

Step stats

key	value
ob_len	108
ac_len	320
step_reward	-0.100

Step Metrics

Metrics emitted by env.step

key	value
format	0.000
correct	0.000

Episode totals

key	value
num_turns	1
final_ob_len	0
sum_step_rewards	-0.100
final_group_reward	0.000
total_return	-0.100

Trajectory 2 Episode

Episode Details

Turn 1

Step stats

key	value
ob_len	108
ac_len	320
step_reward	-0.100

Step Metrics

Metrics emitted by env.step

key	value
format	0.000
correct	0.000

Episode totals

key	value
num_turns	1
final_ob_len	0
sum_step_rewards	-0.100
final_group_reward	0.000
total_return	-0.100

Trajectory 3 Episode

Episode Details

Turn 1

Step stats

key	value
ob_len	108
ac_len	320
step_reward	-0.100

Step Metrics

Metrics emitted by env.step

key	value
format	0.000
correct	0.000

Episode totals

key	value
num_turns	1
final_ob_len	0
sum_step_rewards	-0.100
final_group_reward	0.000
total_return	-0.100

Trajectory 4 Episode

Episode Details

Turn 1

Step stats

key	value
ob_len	108
ac_len	320
step_reward	-0.100

Step Metrics

Metrics emitted by env.step

key	value
format	0.000
correct	0.000

Episode totals

key	value
num_turns	1
final_ob_len	0
sum_step_rewards	-0.100
final_group_reward	0.000
total_return	-0.100

Trajectory 5 Episode

Episode Details

Turn 1

Step stats

key	value
ob_len	108
ac_len	320
step_reward	-0.100

Step Metrics

Metrics emitted by env.step

key	value
format	0.000
correct	0.000

Episode totals

key	value
num_turns	1
final_ob_len	0
sum_step_rewards	-0.100
final_group_reward	0.000
total_return	-0.100

Trajectory 6 Episode

Episode Details

Turn 1

Step stats

key	value
ob_len	108
ac_len	320
step_reward	-0.100

Step Metrics

Metrics emitted by env.step

key	value
format	0.000
correct	0.000

Episode totals

key	value
num_turns	1
final_ob_len	0
sum_step_rewards	-0.100
final_group_reward	0.000
total_return	-0.100

Trajectory 7 Episode

Episode Details

Turn 1

Step stats

key	value
ob_len	108
ac_len	320
step_reward	-0.100

Step Metrics

Metrics emitted by env.step

key	value
format	0.000
correct	0.000

Episode totals

key	value
num_turns	1
final_ob_len	0
sum_step_rewards	-0.100
final_group_reward	0.000
total_return	-0.100

Group Rollout

Prompt

system:

You are a careful math assistant. Solve the grade-school math problem step by step, then give the final numeric answer on its own line in the form \boxed{ANSWER}.

user:

A party store ordered 5 boxes of balloons. Each box contains 8 bags of balloons, and there are 12 balloons in each bag. How many balloons are there?

Policy Response

assistant:

* a party store ordered * boxes of balloons Each box contains 8. bags * balloons * there are 1. balloons * bag * How many balloons are there * balloons * bag * How many balloons are there * balloons * bag * Heels * slow dance * yo mama * hidit * pretty please * helium * balloons * store * ordered * boxes * balloons * Each bag * contains 8. bags * balloons * bag * Heels * slow dance * yo mama * hidit * pretty please * helium * balloons * store * ordered * boxes * balloons * Each bag * contains 8. bags * balloons * bag * Heels * slow dance * yo mama * hidit * pretty please * helium * balloons * store * ordered * boxes * balloons * Each bag * contains 8. bags * balloons * bag * Heels * slow dance * yo mama * hidit * pretty please * helium * balloons * store * ordered * boxes * balloons * Each bag * contains 8. bags * balloons * bag * Heels * slow dance * yo mama * hidit * pretty please * helium * balloons * store * ordered * boxes * balloons * Each bag

Reward

Reward components

key	value
reference_answer	480
format_valid	False
correct	False
format_coef	0.1
reward	-0.100

Prompt

system:

You are a careful math assistant. Solve the grade-school math problem step by step, then give the final numeric answer on its own line in the form \boxed{ANSWER}.

user:

A party store ordered 5 boxes of balloons. Each box contains 8 bags of balloons, and there are 12 balloons in each bag. How many balloons are there?

Policy Response

assistant:

* Let me he * Balloons * Bags * Boxes * Balloons * Bags * Boxes * Balloons * Bags * Boxes * Balloons * Bags * Boxes * Balloons * Bags * Boxes * Balloons * Bags * Boxes * Balloons * Bags * Boxes * Balloons * Bags * Boxes * Balloons * Bags * Boxes * Balloons * Bags * Boxes * Balloons * Bags * Boxes * Balloons * Bags * Boxes * Balloons * Bags * Boxes * Balloons * Bags * Boxes * Balloons * Bags * Boxes * Balloons * Bags * Boxes * Balloons * Bags * Boxes * Balloons * Bags * Boxes * Balloons * Bags * Boxes * Balloons * Bags * Boxes * Balloons * Bags * Boxes * Balloons * Bags * Boxes * Balloons * Bags * Boxes * Balloons * Bags * Boxes * Balloons * Bags * Boxes * Balloons * Bags * Boxes * Balloons * Bags * Boxes * Balloons * Bags * Boxes * Balloons * Bags

Reward

Reward components

key	value
reference_answer	480
format_valid	False
correct	False
format_coef	0.1
reward	-0.100

Prompt

system:

You are a careful math assistant. Solve the grade-school math problem step by step, then give the final numeric answer on its own line in the form \boxed{ANSWER}.

user:

A party store ordered 5 boxes of balloons. Each box contains 8 bags of balloons, and there are 12 balloons in each bag. How many balloons are there?

Policy Response

assistant:

* balloons * boxes * bags * balloons * there * boxes * balloons * bags * balloons * there * boxes * bags * balloons * there * boxes * bags * balloons * there * boxes * bags * balloons * there * boxes * bags * balloons * there * boxes * bags * balloons * there * boxes * bags * balloons * there * boxes * bags * balloons * there * boxes * bags * balloons * there * boxes * bags * balloons * there * boxes * bags * balloons * there * boxes * bags * balloons * there * boxes * bags * balloons * there * boxes * bags * balloons * there * boxes * bags * balloons * there * boxes * bags * balloons * there * boxes * bags * balloons * there * boxes * bags * balloons * there * boxes * bags * balloons * there * boxes * bags * balloons * there * boxes * bags * balloons * there * boxes * bags * balloons * there * boxes * bags * balloons * there * boxes * bags * balloons * there * boxes * bags * balloons * there * boxes

Reward

Reward components

key	value
reference_answer	480
format_valid	False
correct	False
format_coef	0.1
reward	-0.100

Prompt

system:

You are a careful math assistant. Solve the grade-school math problem step by step, then give the final numeric answer on its own line in the form \boxed{ANSWER}.

user:

A party store ordered 5 boxes of balloons. Each box contains 8 bags of balloons, and there are 12 balloons in each bag. How many balloons are there?

Policy Response

assistant:

A party store ordered * boxes of balloons Each box contains * bags of balloons * there are 1. balloons in each bag How many balloons are there * balloons * party store ordered * boxes of balloons Each box contains * bags of balloons * there are * balloons in each bag How many balloons are there * balloons* party store ordered * boxes of balloons Each box contains * bags of balloons * there are * balloons in each bag How many balloons are there * balloons* party store ordered * boxes of balloons Each box contains * bags of balloons * there are * balloons* party store ordered * boxes of balloons Each box contains * bags of balloons * there are * balloons* party store ordered * boxes of balloons Each box contains * bags of balloons * there are * balloons* party store ordered * boxes of balloons Each box contains * bags of balloons * there are * balloons* party store ordered * boxes of balloons Each box contains * bags of balloons * there are * balloons* party store ordered * boxes of balloons Each box contains * bags of balloons * there are * balloons* party store ordered * boxes of balloons Each box contains * bags of balloons * there are * balloons* party store ordered * boxes of balloons Each box contains * bags of balloons * there are * balloons* party store ordered * boxes

Reward

Reward components

key	value
reference_answer	480
format_valid	False
correct	False
format_coef	0.1
reward	-0.100

Prompt

system:

You are a careful math assistant. Solve the grade-school math problem step by step, then give the final numeric answer on its own line in the form \boxed{ANSWER}.

user:

A party store ordered 5 boxes of balloons. Each box contains 8 bags of balloons, and there are 12 balloons in each bag. How many balloons are there?

Policy Response

assistant:

* Party store ordered * Boxes of balloons Each box contains Bags of balloons There are balloons * Party store ordered * Boxes of balloons Each box contains Bags of balloons There are balloons * Party store ordered * Boxes of balloons Each box contains Bags of balloons There are balloons * Party store ordered * Boxes of balloons Each box contains Bags of balloons There are balloons * Party store ordered * Boxes of balloons Each box contains Bags of balloons There are balloons * Party store ordered * Boxes of balloons Each box contains Bags of balloons There are balloons * Party store ordered * Boxes of balloons Each box contains Bags of balloons There are balloons * Party store ordered * Boxes of balloons Each box contains Bags of balloons There are balloons * Party store ordered * Boxes of balloons Each box contains Bags of balloons There are balloons * Party store ordered * Boxes of balloons Each box contains Bags of balloons There are balloons * Party store ordered * Boxes of balloons Each box contains Bags of balloons There are balloons * Party store ordered * Boxes of balloons Each box contains Bags of balloons There are balloons * Party store ordered * Boxes of balloons Each box contains Bags of balloons There are balloons * Party store ordered * Boxes of balloons Each box contains Bags of balloons There are balloons * Party store ordered * Boxes of balloons Each box

Reward

Reward components

key	value
reference_answer	480
format_valid	False
correct	False
format_coef	0.1
reward	-0.100

Prompt

system:

You are a careful math assistant. Solve the grade-school math problem step by step, then give the final numeric answer on its own line in the form \boxed{ANSWER}.

user:

A party store ordered 5 boxes of balloons. Each box contains 8 bags of balloons, and there are 12 balloons in each bag. How many balloons are there?

Policy Response

assistant:

* box * balloons * bags * balloons * boxes * bags * balloons * boxes * bags * balloons * boxes * bags * balloons * boxes * bags * balloons * boxes * bags * balloons * boxes * bags * balloons * boxes * bags * balloons * boxes * bags * balloons * boxes * bags * balloons * boxes * bags * balloons * boxes * bags * balloons * boxes * bags * balloons * boxes * bags * balloons * boxes * bags * balloons * boxes * bags * balloons * boxes * bags * balloons * boxes * bags * balloons * boxes * bags * balloons * boxes * bags * balloons * boxes * bags * balloons * boxes * bags * balloons * boxes * bags * balloons * boxes * bags * balloons * boxes * bags * balloons * boxes * bags * balloons * boxes * bags * balloons * boxes * bags * balloons * boxes * bags * balloons * boxes * bags * balloons * boxes * bags * balloons * boxes * bags * balloons * boxes * bags * balloons * boxes * bags * balloons * boxes * bags * balloons * boxes

Reward

Reward components

key	value
reference_answer	480
format_valid	False
correct	False
format_coef	0.1
reward	-0.100

Prompt

system:

You are a careful math assistant. Solve the grade-school math problem step by step, then give the final numeric answer on its own line in the form \boxed{ANSWER}.

user:

A party store ordered 5 boxes of balloons. Each box contains 8 bags of balloons, and there are 12 balloons in each bag. How many balloons are there?

Policy Response

assistant:

* balloons * boxes * bags * balloons * boxes * bags * balloons * boxes * bags * balloons * boxes * bags * balloons * boxes * bags * balloons * boxes * bags * balloons * boxes * bags * balloons * boxes * bags * balloons * boxes * bags * balloons * boxes * bags * balloons * boxes * bags * balloons * boxes * bags * balloons * boxes * bags * balloons * boxes * bags * balloons * boxes * bags * balloons * boxes * bags * balloons * boxes * bags * balloons * boxes * bags * balloons * boxes * bags * balloons * boxes * bags * balloons * boxes * bags * balloons * boxes * bags * balloons * boxes * bags * balloons * boxes * bags * balloons * boxes * bags * balloons * boxes * bags * balloons * boxes * bags * balloons * boxes * bags * balloons * boxes * bags * balloons * boxes * bags * balloons * boxes * bags * balloons * boxes * bags * balloons * boxes * bags * balloons * boxes * bags * balloons * boxes * bags * balloons * boxes

Reward

Reward components

key	value
reference_answer	480
format_valid	False
correct	False
format_coef	0.1
reward	-0.100

Prompt

system:

You are a careful math assistant. Solve the grade-school math problem step by step, then give the final numeric answer on its own line in the form \boxed{ANSWER}.

user:

A party store ordered 5 boxes of balloons. Each box contains 8 bags of balloons, and there are 12 balloons in each bag. How many balloons are there?

Policy Response

assistant:

* BigDecimal? Solve * grade-school math problem* step by step * then give the final numeric answer on its own line in the form * ANSWER* [] balloons * each bag contains 8. bags of balloons * and there are * balloons * each bag * How many balloons are there * balloons * bag * boxes * balloons * bags * balloons * each bag * How many balloons are there * balloons * bag * boxes * balloons * bags * balloons * each bag * How many balloons are there * balloons * bag * boxes * balloons * bags * balloons * each bag * How many balloons are there * balloons * bag * boxes * balloons * bags * balloons * each bag * How many balloons are there * balloons * bag * boxes * balloons * bags * balloons * each bag * How many balloons are there * balloons * bag * boxes * balloons * bags * balloons * each bag * How many balloons are there * balloons * bag * boxes * balloons * bags * balloons * each bag * How many balloons are there * balloons * bag * boxes * balloons * bags * balloons * each bag * How many balloons are there * balloons * bag * boxes * balloons * bags * balloons * each bag

Reward

Reward components

key	value
reference_answer	480
format_valid	False
correct	False
format_coef	0.1
reward	-0.100

Trajectory Details

Trajectory 0 Episode

Episode Details

Turn 1

Step stats

key	value
ob_len	89
ac_len	320
step_reward	-0.100

Step Metrics

Metrics emitted by env.step

key	value
format	0.000
correct	0.000

Episode totals

key	value
num_turns	1
final_ob_len	0
sum_step_rewards	-0.100
final_group_reward	0.000
total_return	-0.100

Trajectory 1 Episode

Episode Details

Turn 1

Step stats

key	value
ob_len	89
ac_len	320
step_reward	-0.100

Step Metrics

Metrics emitted by env.step

key	value
format	0.000
correct	0.000

Episode totals

key	value
num_turns	1
final_ob_len	0
sum_step_rewards	-0.100
final_group_reward	0.000
total_return	-0.100

Trajectory 2 Episode

Episode Details

Turn 1

Step stats

key	value
ob_len	89
ac_len	320
step_reward	-0.100

Step Metrics

Metrics emitted by env.step

key	value
format	0.000
correct	0.000

Episode totals

key	value
num_turns	1
final_ob_len	0
sum_step_rewards	-0.100
final_group_reward	0.000
total_return	-0.100

Trajectory 3 Episode

Episode Details

Turn 1

Step stats

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ob_len	89
ac_len	320
step_reward	-0.100

Step Metrics

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Episode totals

key	value
num_turns	1
final_ob_len	0
sum_step_rewards	-0.100
final_group_reward	0.000
total_return	-0.100

Trajectory 4 Episode

Episode Details

Turn 1

Step stats

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ob_len	89
ac_len	320
step_reward	-0.100

Step Metrics

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Episode totals

key	value
num_turns	1
final_ob_len	0
sum_step_rewards	-0.100
final_group_reward	0.000
total_return	-0.100

Trajectory 5 Episode

Episode Details

Turn 1

Step stats

key	value
ob_len	89
ac_len	320
step_reward	-0.100

Step Metrics

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Episode totals

key	value
num_turns	1
final_ob_len	0
sum_step_rewards	-0.100
final_group_reward	0.000
total_return	-0.100

Trajectory 6 Episode

Episode Details

Turn 1

Step stats

key	value
ob_len	89
ac_len	320
step_reward	-0.100

Step Metrics

Metrics emitted by env.step

key	value
format	0.000
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Episode totals

key	value
num_turns	1
final_ob_len	0
sum_step_rewards	-0.100
final_group_reward	0.000
total_return	-0.100

Trajectory 7 Episode

Episode Details

Turn 1

Step stats

key	value
ob_len	89
ac_len	320
step_reward	-0.100

Step Metrics

Metrics emitted by env.step

key	value
format	0.000
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Episode totals

key	value
num_turns	1
final_ob_len	0
sum_step_rewards	-0.100
final_group_reward	0.000
total_return	-0.100

Group Rollout

Prompt

system:

You are a careful math assistant. Solve the grade-school math problem step by step, then give the final numeric answer on its own line in the form \boxed{ANSWER}.

user:

Michael has $42. Michael gives away half the money to his brother. His brother then buys 3 dollars worth of candy. If his brother has $35 left, how much money, in dollars, did his brother have at first?

Policy Response

assistant:

Michael *gives* away He his brother. then buys 3. dollars worth of candy If his brother *has* left How much money in dollars did his brother have at first * Google Fonts* BEIJING* Shanghai*_tokyo_ osakaka He his school He She He * His brother* then buys* 3. dollars worth of candy If his brother *has* a left How much money in dollars did his brother have at first * Google Fonts* BEIJING* Shanghai* tokyo He his school He She He * His brother* then buys* 3. dollars worth of candy If his brother *has* a left How much money in dollars did his brother have at first * Google Fonts* BEIJING* Shanghai* tokyo He his school He She He * His brother* then buys* 3. dollars worth of candy If his brother *has* a left How much money in dollars did his brother have at first * Google Fonts* BEIJING* Shanghai* tokyo He his school He She He * His brother* then buys* 3. dollars worth of candy If his brother *has* a left How much money in dollars did his brother have at first * Google Fonts* BEIJING* Shanghai* tokyo He his school He She He

Reward

Reward components

key	value
reference_answer	17
format_valid	False
correct	False
format_coef	0.1
reward	-0.100

Prompt

system:

You are a careful math assistant. Solve the grade-school math problem step by step, then give the final numeric answer on its own line in the form \boxed{ANSWER}.

user:

Policy Response

assistant:

Michael *has* 4. Michael gives * half* the money to his brother His brother then buys 3. dollars worth of candy If his brother has $3. left * how much money* in dollars* did his brother Have at first * * Michael* has 4. Michael gives * half* the money to his brother His brother then buys 3. dollars worth of candy If his brother has $ 3. left * how much money* in dollars* did his brother Have at first * * Michael* has 4. Michael gives * half* the money to his brother His brother then buys 3. dollars worth of candy If his brother has $ 3. left * how much money* in dollars* did his brother Have at first * * Michael* has 4. Michael gives * half* the money to his brother His brother then buys 3. dollars worth of candy If his brother has $ 3. left * how much money* in dollars* did his brother Have at first * * Michael* has 4. Michael gives * half* the money to his brother His brother then buys 3. dollars worth of candy If his brother has $ 3. left * how much money* in dollars* did his brother Have at first * * Michael* has 4. Michael gives * half* the money to his brother His brother then buys 3. dollars worth of candy

Reward

Reward components

key	value
reference_answer	17
format_valid	False
correct	False
format_coef	0.1
reward	-0.100

Prompt

system:

You are a careful math assistant. Solve the grade-school math problem step by step, then give the final numeric answer on its own line in the form \boxed{ANSWER}.

user:

Policy Response

assistant:

* Michael * gives away half * money to his brother * His brother then buys * 3. dollars worth * candy * If his brother has * His brother then buys * 3. dollars worth * candy * If his brother has * His brother then buys * 3. dollars worth * candy * If his brother has * His brother then buys * * 3. dollars worth * candy * If his brother has * His brother then buys * * 1. dollars worth * candy * If his brother has * His brother then buys * * 1. dollars worth * candy * If his brother has * His brother then buys * * 1. dollars worth * candy * If his brother has * His brother then buys * * 1. dollars worth * candy * If his brother has * His brother then buys * * 1. dollars worth * candy * If his brother has * His brother then buys * * 1. dollars worth * candy * If his brother has * His brother then buys * * 1. dollars worth * candy * If his brother has * His brother then buys * * 1. dollars worth * candy * If his brother has * His brother then buys * * 1. dollars worth * candy * If his brother has * His brother then buys * *

Reward

Reward components

key	value
reference_answer	17
format_valid	False
correct	False
format_coef	0.1
reward	-0.100

Prompt

system:

You are a careful math assistant. Solve the grade-school math problem step by step, then give the final numeric answer on its own line in the form \boxed{ANSWER}.

user:

Policy Response

assistant:

* Michael * His brother * Half the money * His brother * Then buys * 3. Dollars * Candy * If his brother * Has $3. Left * How much money * In dollars * Did his brother * Have at first * Google reduces pills * After he is he * Operation * He asks * He lets out * He need * She says * He wants * He gets * He sells * He buys * He sells * He buys * He spends * He earns * He works * He pays * He earns * He buys * He spends * He earns * He works * He pays * He earns * He buys * He spends * He earns * He works * He pays * He earns * He buys * He spends * He earns * He works * He pays * He earns * He buys * He spends * He earns * He works * He pays * He earns * He buys * He spends * He earns * He works * He pays * He earns * He buys * He spends * He earns * He works * He pays * He earns * He buys * He spends * He earns * He works * He pays * He earns * He buys * He spends * He earns * He works *

Reward

Reward components

key	value
reference_answer	17
format_valid	False
correct	False
format_coef	0.1
reward	-0.100

Prompt

system:

You are a careful math assistant. Solve the grade-school math problem step by step, then give the final numeric answer on its own line in the form \boxed{ANSWER}.

user:

Policy Response

assistant:

Thoughts * Michael's gives away half * the money to his brother * His brother then buys 3. dollars worth of candy * If his brother has $ 3. left * how much money * in dollars * did his brother have * at first * After thursday * Saturday* monday * tuesday* wednesday * friday* sun * moon* sun * earth* fire * water* air * desert* mountain * ocean* river * island* lake * beach* pool * garden* park * forest* field * farm* ranch * school* hospital * church* museum * library* theater * gym* restaurant * hotel* museum * station* airport * train* bus * plane* bike * car* truck * boat* ship * truck* van * jeep* SUV * convertible* coupe * sedan* hatchback * van* RV * motorhome* camper * tent* cabin * shack* cabin * cottage* lodge * inn* hostel * tavern* pub * brewery* winery * salon* bathhouse * spa* gym * sports bar* nightclub * karaoke bar* jazz club * music lounge* dance hall * concert hall* arena * stadium* theater * circus* fair * amusement park* playground * theme park* water park * ski resort* beach villa * mountain cabin* lake house

Reward

Reward components

key	value
reference_answer	17
format_valid	False
correct	False
format_coef	0.1
reward	-0.100

Prompt

system:

You are a careful math assistant. Solve the grade-school math problem step by step, then give the final numeric answer on its own line in the form \boxed{ANSWER}.

user:

Policy Response

assistant:

* Michael * has his brother * His brother then buys * 3. dollars worth of candy * If his brother has $3. left * how* much money* in dollars * did* his brother have at first * *Michael* has his brother * His brother then buys * 3. dollars worth of candy * If his brother has $3. left * how* much money* in dollars * did* his brother have at first * *Michael* has his brother * His brother then buys * 3. dollars worth of candy * If his brother has $3. left * how* much money* in dollars * did* his brother have at first * *Michael* has his brother * His brother then buys * 3. dollars worth of candy * If his brother has $3. left * how* much money* in dollars * did* his brother have at first * *Michael* has his brother * His brother then buys * 3. dollars worth of candy * If his brother has $3. left * how* much money* in dollars * did* his brother have at first * *Michael* has his brother * His brother then buys * 3. dollars worth of candy * If his brother has $3. left * how* much money* in dollars * did* his brother have at first * *Michael* has his brother * His brother then buys *

Reward

Reward components

key	value
reference_answer	17
format_valid	False
correct	False
format_coef	0.1
reward	-0.100

Prompt

system:

You are a careful math assistant. Solve the grade-school math problem step by step, then give the final numeric answer on its own line in the form \boxed{ANSWER}.

user:

Policy Response

assistant:

* Michael * His brother * Then he buys * 3. Dollars worth * Candy * If his brother has * Left how much money * In dollars * Did his brother have * At first * *Michael* gives away half * The money to his brother * His brother then buys * 3. Dollars worth * Candy * If his brother has * Left how much money * In dollars * Did his brother have * At first * *Michael* gives away half * The money to his brother * His brother then buys * 3. Dollars worth * Candy * If his brother has * Left how much money * In dollars * Did his brother have * At first * *Michael* gives away half * The money to his brother * His brother then buys * 3. Dollars worth * Candy * If his brother has * Left how much money * In dollars * Did his brother have * At first * *Michael* gives away half * The money to his brother * His brother then buys * 3. Dollars worth * Candy * If his brother has * Left how much money * In dollars * Did his brother have * At first * *Michael* gives away half * The money to his brother * His brother then buys * 3. Dollars worth * Candy * If his brother has * Left how much money *

Reward

Reward components

key	value
reference_answer	17
format_valid	False
correct	False
format_coef	0.1
reward	-0.100

Prompt

system:

You are a careful math assistant. Solve the grade-school math problem step by step, then give the final numeric answer on its own line in the form \boxed{ANSWER}.

user:

Policy Response

assistant:

* Michael * His brother * Then buys * 3. Dollars * Candy * If his brother * Has $3. Left * How much money * In dollars * Did his brother * Have at first * House * Michael * His brother * Then buys * 3. Dollars * Candy * If his brother * Has $3. Left * How much money * In dollars * Did his brother * Have at first * House * Michael * His brother * Then buys * *.* Dollars * Candy * If his brother * Has * Left * How much money * In dollars * Did his brother * Have at first * House * Michael * His brother * Then buys * *.* Dollars * Candy * If his brother * Has * Left * How much money * In dollars * Did his brother * Have at first * House * Michael * His brother * Then buys * *.* Dollars * Candy * If his brother * Has * Left * How much money * In dollars * Did his brother * Have at first * House * Michael * His brother * Then buys * *.* Dollars * Candy * If his brother * Has * Left * How much money * In dollars * Did his brother * Have at first * House * Michael

Reward

Reward components

key	value
reference_answer	17
format_valid	False
correct	False
format_coef	0.1
reward	-0.100

Trajectory Details

Trajectory 0 Episode

Episode Details

Turn 1

Step stats

key	value
ob_len	103
ac_len	320
step_reward	-0.100

Step Metrics

Metrics emitted by env.step

key	value
format	0.000
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Episode totals

key	value
num_turns	1
final_ob_len	0
sum_step_rewards	-0.100
final_group_reward	0.000
total_return	-0.100

Trajectory 1 Episode

Episode Details

Turn 1

Step stats

key	value
ob_len	103
ac_len	320
step_reward	-0.100

Step Metrics

Metrics emitted by env.step

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Episode totals

key	value
num_turns	1
final_ob_len	0
sum_step_rewards	-0.100
final_group_reward	0.000
total_return	-0.100

Trajectory 2 Episode

Episode Details

Turn 1

Step stats

key	value
ob_len	103
ac_len	320
step_reward	-0.100

Step Metrics

Metrics emitted by env.step

key	value
format	0.000
correct	0.000

Episode totals

key	value
num_turns	1
final_ob_len	0
sum_step_rewards	-0.100
final_group_reward	0.000
total_return	-0.100

Trajectory 3 Episode

Episode Details

Turn 1

Step stats

key	value
ob_len	103
ac_len	320
step_reward	-0.100

Step Metrics

Metrics emitted by env.step

key	value
format	0.000
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Episode totals

key	value
num_turns	1
final_ob_len	0
sum_step_rewards	-0.100
final_group_reward	0.000
total_return	-0.100

Trajectory 4 Episode

Episode Details

Turn 1

Step stats

key	value
ob_len	103
ac_len	320
step_reward	-0.100

Step Metrics

Metrics emitted by env.step

key	value
format	0.000
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Episode totals

key	value
num_turns	1
final_ob_len	0
sum_step_rewards	-0.100
final_group_reward	0.000
total_return	-0.100

Trajectory 5 Episode

Episode Details

Turn 1

Step stats

key	value
ob_len	103
ac_len	320
step_reward	-0.100

Step Metrics

Metrics emitted by env.step

key	value
format	0.000
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Episode totals

key	value
num_turns	1
final_ob_len	0
sum_step_rewards	-0.100
final_group_reward	0.000
total_return	-0.100

Trajectory 6 Episode

Episode Details

Turn 1

Step stats

key	value
ob_len	103
ac_len	320
step_reward	-0.100

Step Metrics

Metrics emitted by env.step

key	value
format	0.000
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Episode totals

key	value
num_turns	1
final_ob_len	0
sum_step_rewards	-0.100
final_group_reward	0.000
total_return	-0.100

Trajectory 7 Episode

Episode Details

Turn 1

Step stats

key	value
ob_len	103
ac_len	320
step_reward	-0.100

Step Metrics

Metrics emitted by env.step

key	value
format	0.000
correct	0.000

Episode totals

key	value
num_turns	1
final_ob_len	0
sum_step_rewards	-0.100
final_group_reward	0.000
total_return	-0.100

Group Rollout

Prompt

system:

You are a careful math assistant. Solve the grade-school math problem step by step, then give the final numeric answer on its own line in the form \boxed{ANSWER}.

user:

Patrick is half the age of his elder brother Robert. If Robert will turn 30 after 2 years, how old is Patrick now?

Policy Response

assistant:

Patrick is half the age of his elder brother If Robert will turn 3. after 2. years * how old * Patrick now *

Reward

Reward components

key	value
reference_answer	14
format_valid	False
correct	False
format_coef	0.1
reward	-0.100

Prompt

system:

You are a careful math assistant. Solve the grade-school math problem step by step, then give the final numeric answer on its own line in the form \boxed{ANSWER}.

user:

Patrick is half the age of his elder brother Robert. If Robert will turn 30 after 2 years, how old is Patrick now?

Policy Response

assistant:

* Patrick * half his age * elder brother Robert * If Robert will turn 3. after 2. years * how old * is Patrick now * @. Answer * on its own line In the form * ANSWER * @. Patrick * half his age * elder brother Robert * If Robert will turn 3. after 2. years * how old * is Patrick now * @. Answer * on its own line In the form * ANSWER * @ Patrick * half his age * elder brother Robert * If Robert will turn 3. after 2. years * how old * is Patrick now * @. Answer * on its own line In the form * ANSWER * @ Patrick * half his age * elder brother Robert * If Robert will turn 3. after 2. years * how old * is Patrick now * @ Answer * on its own line In the form * ANSWER * @ Patrick * half his age * elder brother Robert * If Robert will turn 3. after 2. years * how old * is Patrick now * @ Answer * on its own line In the form * ANSWER * @ Patrick * half his age * elder brother Robert * If Robert will turn 3. after 2. years * how old * is Patrick now

Reward

Reward components

key	value
reference_answer	14
format_valid	False
correct	False
format_coef	0.1
reward	-0.100

Prompt

system:

You are a careful math assistant. Solve the grade-school math problem step by step, then give the final numeric answer on its own line in the form \boxed{ANSWER}.

user:

Patrick is half the age of his elder brother Robert. If Robert will turn 30 after 2 years, how old is Patrick now?

Policy Response

assistant:

* Patrick * half his age * his elder brother Robert * If Robert will turn 3. after 4. years 5. how old is Patrick now * I普通高校 * II. III. // IV * V. Patrick * half his age * his elder brother Robert * If Robert will turn 3. after 4. years 5. how old is Patrick now * I web design * II. III. web fonts * IV. web pages * V. HTML * CSS * JavaScript * PHP * Python * Ruby * Java * C# * Go * Rust * Swift * Kotlin * Scala * TypeScript * JavaFX * Spring Boot * Django * Flask * Node.js * React * Angular * Vue.js * Svelte * HTMX * LaTeX * Markdown * SVG * JSON * XML * YAML * TOML * Mermaid * PlantUML * GraphQL * gRPC * Protobuf * Avro * msgpack * CBOR * Zig * NatIX * Protobuf * Yaml * Json * Toml * Fuels * Markdown * Ascii * Adlhoc * Abnaiv *Oh *vetica* Display text * Ghost * Ha busc * H ckerr * Ill another * IV. Mut qualquer * V. De

Reward

Reward components

key	value
reference_answer	14
format_valid	False
correct	False
format_coef	0.1
reward	-0.100

Prompt

system:

You are a careful math assistant. Solve the grade-school math problem step by step, then give the final numeric answer on its own line in the form \boxed{ANSWER}.

user:

Patrick is half the age of his elder brother Robert. If Robert will turn 30 after 2 years, how old is Patrick now?

Policy Response

assistant:

* Patrick * half his age * elder brother Robert * If Robert will turn 3. after 2. years * how old * is Patrick now *.join * us * Patrick * half his age * elder brother Robert * If Robert will turn 3. after 2. years * how old * is Patrick now * join us * Patrick * half his age * elder brother Robert * If Robert will turn 3. after 2. years * how old * is Patrick now * join us * Patrick * half his age * elder brother Robert * If Robert will turn 3. after 2. years * how old * is Patrick now * join us * Patrick * half his age * elder brother Robert * If Robert will turn 3. after 2. years * how old * is Patrick now * join us * Patrick * half his age * elder brother Robert * If Robert will turn 3. after 2. years * how old * is Patrick now * join us * Patrick * half his age * elder brother Robert * If Robert will turn 3. after 2. years * how old * is Patrick now * join us * Patrick * half his age * elder brother Robert * If Robert will turn 3. after 2. years * how old * is Patrick now * join us

Reward

Reward components

key	value
reference_answer	14
format_valid	False
correct	False
format_coef	0.1
reward	-0.100

Prompt

system:

You are a careful math assistant. Solve the grade-school math problem step by step, then give the final numeric answer on its own line in the form \boxed{ANSWER}.

user:

Patrick is half the age of his elder brother Robert. If Robert will turn 30 after 2 years, how old is Patrick now?

Policy Response

assistant:

Patrick is a half his age of elder brother Robert If Robert will turn 3. after 2. years * how old * Patrick now * {} * Patrick * Robert * elder brother * If Robert * will turn 3. after 2. years * how old * Patrick * now * {} * Patrick * Robert * elder brother * If Robert * will turn 3. after 2. years * how old * Patrick * now * {} * Patrick * Robert * elder brother * If Robert * will turn 3. after 2. years * how old * Patrick * now * {} * Patrick * Robert * elder brother * If Robert * will turn 3. after 2. years * how old * Patrick * now * {} * Patrick * Robert * elder brother * If Robert * will turn 3. after 2. years * how old * Patrick * now * {} * Patrick * Robert * elder brother * If Robert * will turn 3. after 2. years * how old * Patrick * now * {} * Patrick * Robert * elder brother * If Robert * will turn 3. after 2. years * how old * Patrick * now * {} * Patrick * Robert * elder brother * If

Reward

Reward components

key	value
reference_answer	14
format_valid	False
correct	False
format_coef	0.1
reward	-0.100

Prompt

system:

You are a careful math assistant. Solve the grade-school math problem step by step, then give the final numeric answer on its own line in the form \boxed{ANSWER}.

user:

Patrick is half the age of his elder brother Robert. If Robert will turn 30 after 2 years, how old is Patrick now?

Policy Response

assistant:

Patrick is half the age his elder brother Robert If *Robert* will turn 3. after 2. years * how old is Patrick now * Ask * me for another * See * Let * I * Pick * Dry * Go * Go * Old * Let * Go * Pick * Dry * Go * Old * Let * I * Pick * Dry * Go * Old * Let * Go * Pick * Dry * Go * Old * Let * I * Pick * Dry * Go * Old * Let * Go * Pick * Dry * Go * Old * Let * Go * Pick * Dry * Go * Old * Let * Go * Pick * Dry * Go * Old * Let * Go * Pick * Dry * Go * Old * Let * Go * Pick * Dry * Go * Old * Let * Go * Pick * Dry * Go * Old * Let * Go * Pick * Dry * Go * Old * Let * Go * Pick * Dry * Go * Old * Let * Go * Pick * Dry * Go * Old * Let * Go * Pick * Dry * Go * Old *

Reward

Reward components

key	value
reference_answer	14
format_valid	False
correct	False
format_coef	0.1
reward	-0.100

Prompt

system:

You are a careful math assistant. Solve the grade-school math problem step by step, then give the final numeric answer on its own line in the form \boxed{ANSWER}.

user:

Patrick is half the age of his elder brother Robert. If Robert will turn 30 after 2 years, how old is Patrick now?

Policy Response

assistant:

* Patrick * half his age * his elder brother Robert * If Robert will turn 3. after 2. years * how old * is Patrick now * [Erin](Brad) Is * Patrick * half his age * his elder brother Robert * If Robert will turn 3. after 2. years * how old * is Patrick now * [Erin](Brad) Is * Patrick * half his age * his elder brother Robert * If Robert will turn 3. after 2. years * how old * is Patrick now * [Erin](Brad) Is * Patrick * half his age * his elder brother Robert * If Robert will turn 3. after 2. years * how old * is Patrick now * [Erin](Brad) Is * Patrick * half his age * his elder brother Robert * If Robert will turn 3. after 2. years * how old * is Patrick now * [Erin](Brad) Is * Patrick * half his age * his elder brother Robert * If Robert will turn 3. after 2. years * how old * is Patrick now * [Erin](Brad) Is * Patrick * half his age * his elder brother Robert * If Robert will turn 3. after 2. years * how old * is Patrick now * [Erin](Brad)

Reward

Reward components

key	value
reference_answer	14
format_valid	False
correct	False
format_coef	0.1
reward	-0.100

Prompt

system:

You are a careful math assistant. Solve the grade-school math problem step by step, then give the final numeric answer on its own line in the form \boxed{ANSWER}.

user:

Patrick is half the age of his elder brother Robert. If Robert will turn 30 after 2 years, how old is Patrick now?

Policy Response

assistant:

Patrick is half the age of his elder brother Robert If Robert will turn * After* years* how old is Patrick now * The placeholder text - The placeholder text * The placeholder text * The placeholder text * The placeholder text * The placeholder text * The placeholder text * The placeholder text * The placeholder text * The placeholder text * The placeholder text * The placeholder text * The placeholder text * The placeholder text * The placeholder text * The placeholder text * The placeholder text * The placeholder text * The placeholder text * The placeholder text * The placeholder text * The placeholder text * The placeholder text * The placeholder text * The placeholder text * The placeholder text * The placeholder text * The placeholder text * The placeholder text * The placeholder text * The placeholder text * The placeholder text * The placeholder text * The placeholder text * The placeholder text * The placeholder text * The placeholder text * The placeholder text * The placeholder text * The placeholder text * The placeholder text * The placeholder text * The placeholder text * The placeholder text * The placeholder text * The placeholder text * The placeholder text * The placeholder text * The placeholder text * The placeholder text * The placeholder text * The placeholder text * The placeholder text * The placeholder text * The placeholder text * The placeholder text * The placeholder text * The placeholder text * The placeholder text

Reward

Reward components

key	value
reference_answer	14
format_valid	False
correct	False
format_coef	0.1
reward	-0.100

Trajectory Details

Trajectory 0 Episode

Episode Details

Turn 1

Step stats

key	value
ob_len	82
ac_len	320
step_reward	-0.100

Step Metrics

Metrics emitted by env.step

key	value
format	0.000
correct	0.000

Episode totals

key	value
num_turns	1
final_ob_len	0
sum_step_rewards	-0.100
final_group_reward	0.000
total_return	-0.100

Trajectory 1 Episode

Episode Details

Turn 1

Step stats

key	value
ob_len	82
ac_len	320
step_reward	-0.100

Step Metrics

Metrics emitted by env.step

key	value
format	0.000
correct	0.000

Episode totals

key	value
num_turns	1
final_ob_len	0
sum_step_rewards	-0.100
final_group_reward	0.000
total_return	-0.100

Trajectory 2 Episode

Episode Details

Turn 1

Step stats

key	value
ob_len	82
ac_len	33
step_reward	-0.100

Step Metrics

Metrics emitted by env.step

key	value
format	0.000
correct	0.000

Episode totals

key	value
num_turns	1
final_ob_len	0
sum_step_rewards	-0.100
final_group_reward	0.000
total_return	-0.100

Trajectory 3 Episode

Episode Details

Turn 1

Step stats

key	value
ob_len	82
ac_len	320
step_reward	-0.100

Step Metrics

Metrics emitted by env.step

key	value
format	0.000
correct	0.000

Episode totals

key	value
num_turns	1
final_ob_len	0
sum_step_rewards	-0.100
final_group_reward	0.000
total_return	-0.100

Trajectory 4 Episode

Episode Details

Turn 1

Step stats

key	value
ob_len	82
ac_len	320
step_reward	-0.100

Step Metrics

Metrics emitted by env.step

key	value
format	0.000
correct	0.000

Episode totals

key	value
num_turns	1
final_ob_len	0
sum_step_rewards	-0.100
final_group_reward	0.000
total_return	-0.100

Trajectory 5 Episode

Episode Details

Turn 1

Step stats

key	value
ob_len	82
ac_len	320
step_reward	-0.100

Step Metrics

Metrics emitted by env.step

key	value
format	0.000
correct	0.000

Episode totals

key	value
num_turns	1
final_ob_len	0
sum_step_rewards	-0.100
final_group_reward	0.000
total_return	-0.100

Trajectory 6 Episode

Episode Details

Turn 1

Step stats

key	value
ob_len	82
ac_len	320
step_reward	-0.100

Step Metrics

Metrics emitted by env.step

key	value
format	0.000
correct	0.000

Episode totals

key	value
num_turns	1
final_ob_len	0
sum_step_rewards	-0.100
final_group_reward	0.000
total_return	-0.100

Trajectory 7 Episode

Episode Details

Turn 1

Step stats

key	value
ob_len	82
ac_len	320
step_reward	-0.100

Step Metrics

Metrics emitted by env.step

key	value
format	0.000
correct	0.000

Episode totals

key	value
num_turns	1
final_ob_len	0
sum_step_rewards	-0.100
final_group_reward	0.000
total_return	-0.100