trulens.providers.openai.provider

trulens.providers.openai.provider

Classes

OpenAI

Bases: LLMProvider

Out of the box feedback functions calling OpenAI APIs.

Additionally, all feedback functions listed in the base LLMProvider class can be run with OpenAI.

Create an OpenAI Provider with out of the box feedback functions.

Example

from trulens.providers.openai import OpenAI
openai_provider = OpenAI()

PARAMETER	DESCRIPTION
model_engine	The OpenAI completion model. Defaults to gpt-4o-mini TYPE: Optional[str] DEFAULT: None
**kwargs	Additional arguments to pass to the OpenAIEndpoint which are then passed to OpenAIClient and finally to the OpenAI client. TYPE: dict DEFAULT: {}

Attributes

tru_class_info instance-attribute

tru_class_info: Class

Class information of this pydantic object for use in deserialization.

Using this odd key to not pollute attribute names in whatever class we mix this into. Should be the same as CLASS_INFO.

Functions

__rich_repr__

__rich_repr__() -> Result

Requirement for pretty printing using the rich package.

load staticmethod

load(obj, *args, **kwargs)

Deserialize/load this object using the class information in tru_class_info to lookup the actual class that will do the deserialization.

model_validate classmethod

model_validate(*args, **kwargs) -> Any

Deserialized a jsonized version of the app into the instance of the class it was serialized from.

Note

This process uses extra information stored in the jsonized object and handled by WithClassInfo.

generate_score

generate_score(
    system_prompt: str,
    user_prompt: Optional[str] = None,
    min_score_val: int = 0,
    max_score_val: int = 10,
    temperature: float = 0.0,
) -> float

Base method to generate a score normalized to 0 to 1, used for evaluation.

PARAMETER	DESCRIPTION
system_prompt	A pre-formatted system prompt. TYPE: str
user_prompt	An optional user prompt. TYPE: Optional[str] DEFAULT: None
min_score_val	The minimum score value. TYPE: int DEFAULT: 0
max_score_val	The maximum score value. TYPE: int DEFAULT: 10
temperature	The temperature for the LLM response. TYPE: float DEFAULT: 0.0

RETURNS	DESCRIPTION
float	The score on a 0-1 scale.

generate_confidence_score

generate_confidence_score(
    verb_confidence_prompt: str,
    user_prompt: Optional[str] = None,
    min_score_val: int = 0,
    max_score_val: int = 10,
    temperature: float = 0.0,
) -> Tuple[float, Dict[str, float]]

Base method to generate a score normalized to 0 to 1, used for evaluation.

PARAMETER	DESCRIPTION
verb_confidence_prompt	A pre-formatted system prompt. TYPE: str
user_prompt	An optional user prompt. TYPE: Optional[str] DEFAULT: None
min_score_val	The minimum score value. TYPE: int DEFAULT: 0
max_score_val	The maximum score value. TYPE: int DEFAULT: 10
temperature	The temperature for the LLM response. TYPE: float DEFAULT: 0.0

RETURNS	DESCRIPTION
Tuple[float, Dict[str, float]]	The feedback score on a 0-1 scale and the confidence score.

generate_score_and_reasons

generate_score_and_reasons(
    system_prompt: str,
    user_prompt: Optional[str] = None,
    min_score_val: int = 0,
    max_score_val: int = 10,
    temperature: float = 0.0,
) -> Tuple[float, Dict]

Base method to generate a score and reason, used for evaluation.

PARAMETER	DESCRIPTION
system_prompt	A pre-formatted system prompt. TYPE: str
user_prompt	An optional user prompt. Defaults to None. TYPE: Optional[str] DEFAULT: None
min_score_val	The minimum score value. TYPE: int DEFAULT: 0
max_score_val	The maximum score value. TYPE: int DEFAULT: 10
temperature	The temperature for the LLM response. TYPE: float DEFAULT: 0.0

RETURNS	DESCRIPTION
float	The score on a 0-1 scale.
Dict	Reason metadata if returned by the LLM.

context_relevance

context_relevance(
    question: str,
    context: str,
    criteria: Optional[str] = None,
    min_score_val: int = 0,
    max_score_val: int = 3,
    temperature: float = 0.0,
) -> float

Uses chat completion model. A function that completes a template to check the relevance of the context to the question.

Example

from trulens.apps.langchain import TruChain
context = TruChain.select_context(rag_app)
feedback = (
    Feedback(provider.context_relevance)
    .on_input()
    .on(context)
    .aggregate(np.mean)
    )

PARAMETER	DESCRIPTION
question	A question being asked. TYPE: str
context	Context related to the question. TYPE: str
criteria	If provided, overrides the evaluation criteria for evaluation. Defaults to None. TYPE: Optional[str] DEFAULT: None
min_score_val	The minimum score value. Defaults to 0. TYPE: int DEFAULT: 0
max_score_val	The maximum score value. Defaults to 3. TYPE: int DEFAULT: 3
temperature	The temperature for the LLM response, which might have impact on the confidence level of the evaluation. Defaults to 0.0. TYPE: float DEFAULT: 0.0

Returns: float: A value between 0.0 (not relevant) and 1.0 (relevant).

context_relevance_with_cot_reasons

context_relevance_with_cot_reasons(
    question: str,
    context: str,
    criteria: Optional[str] = None,
    min_score_val: int = 0,
    max_score_val: int = 3,
    temperature: float = 0.0,
) -> Tuple[float, Dict]

Uses chat completion model. A function that completes a template to check the relevance of the context to the question. Also uses chain of thought methodology and emits the reasons.

Example

from trulens.apps.langchain import TruChain
context = TruChain.select_context(rag_app)
feedback = (
    Feedback(provider.context_relevance_with_cot_reasons)
    .on_input()
    .on(context)
    .aggregate(np.mean)
    )

PARAMETER	DESCRIPTION
question	A question being asked. TYPE: str
context	Context related to the question. TYPE: str
criteria	If provided, overrides the evaluation criteria for evaluation. Defaults to None. TYPE: Optional[str] DEFAULT: None
min_score_val	The minimum score value. Defaults to 0. TYPE: int DEFAULT: 0
max_score_val	The maximum score value. Defaults to 3. TYPE: int DEFAULT: 3
temperature	The temperature for the LLM response, which might have impact on the confidence level of the evaluation. Defaults to 0.0. TYPE: float DEFAULT: 0.0

RETURNS	DESCRIPTION
float	A value between 0 and 1. 0 being "not relevant" and 1 being "relevant". TYPE: Tuple[float, Dict]

context_relevance_verb_confidence

context_relevance_verb_confidence(
    question: str,
    context: str,
    criteria: Optional[str] = None,
    min_score_val: int = 0,
    max_score_val: int = 3,
    temperature: float = 0.0,
) -> Tuple[float, Dict[str, float]]

Uses chat completion model. A function that completes a template to check the relevance of the context to the question. Also uses chain of thought methodology and emits the reasons.

Example

from trulens.apps.llamaindex import TruLlama
context = TruLlama.select_context(llamaindex_rag_app)
feedback = (
    Feedback(provider.context_relevance_with_cot_reasons)
    .on_input()
    .on(context)
    .aggregate(np.mean)
    )

PARAMETER	DESCRIPTION
question	A question being asked. TYPE: str
context	Context related to the question. TYPE: str
criteria	If provided, overrides the evaluation criteria for evaluation. Defaults to None. TYPE: Optional[str] DEFAULT: None
min_score_val	The minimum score value. Defaults to 0. TYPE: int DEFAULT: 0
max_score_val	The maximum score value. Defaults to 3. TYPE: int DEFAULT: 3
temperature	The temperature for the LLM response, which might have impact on the confidence level of the evaluation. Defaults to 0.0. TYPE: float DEFAULT: 0.0

Returns: float: A value between 0 and 1. 0 being "not relevant" and 1 being "relevant". Dict[str, float]: A dictionary containing the confidence score.

relevance

relevance(
    prompt: str,
    response: str,
    criteria: Optional[str] = None,
    min_score_val: int = 0,
    max_score_val: int = 3,
    temperature: float = 0.0,
) -> float

Uses chat completion model. A function that completes a template to check the relevance of the response to a prompt.

Example

feedback = Feedback(provider.relevance).on_input_output()

Usage on RAG Contexts

feedback = Feedback(provider.relevance).on_input().on(
    TruLlama.select_source_nodes().node.text # See note below
).aggregate(np.mean)

PARAMETER	DESCRIPTION
prompt	A text prompt to an agent. TYPE: str
response	The agent's response to the prompt. TYPE: str
criteria	If provided, overrides the evaluation criteria for evaluation. Defaults to None. TYPE: Optional[str] DEFAULT: None
min_score_val	The minimum score value used by the LLM before normalization. Defaults to 0. TYPE: int DEFAULT: 0
max_score_val	The maximum score value used by the LLM before normalization. Defaults to 3. TYPE: int DEFAULT: 3
temperature	The temperature for the LLM response, which might have impact on the confidence level of the evaluation. Defaults to 0.0. TYPE: float DEFAULT: 0.0

RETURNS	DESCRIPTION
float	A value between 0 and 1. 0 being "not relevant" and 1 being "relevant". TYPE: float

relevance_with_cot_reasons

relevance_with_cot_reasons(
    prompt: str,
    response: str,
    criteria: Optional[str] = None,
    min_score_val: int = 0,
    max_score_val: int = 3,
    temperature: float = 0.0,
) -> Tuple[float, Dict]

Uses chat completion Model. A function that completes a template to check the relevance of the response to a prompt. Also uses chain of thought methodology and emits the reasons.

Example

feedback = (
    Feedback(provider.relevance_with_cot_reasons)
    .on_input()
    .on_output()

PARAMETER	DESCRIPTION
prompt	A text prompt to an agent. TYPE: str
response	The agent's response to the prompt. TYPE: str
criteria	If provided, overrides the evaluation criteria for evaluation. Defaults to None. TYPE: Optional[str] DEFAULT: None
min_score_val	The minimum score value used by the LLM before normalization. Defaults to 0. TYPE: int DEFAULT: 0
max_score_val	The maximum score value used by the LLM before normalization. Defaults to 3. TYPE: int DEFAULT: 3
temperature	The temperature for the LLM response, which might have impact on the confidence level of the evaluation. Defaults to 0.0. TYPE: float DEFAULT: 0.0

RETURNS	DESCRIPTION
float	A value between 0 and 1. 0 being "not relevant" and 1 being "relevant". TYPE: Tuple[float, Dict]

sentiment

sentiment(
    text: str,
    min_score_val: int = 0,
    max_score_val: int = 3,
) -> float

Uses chat completion model. A function that completes a template to check the sentiment of some text.

Example

feedback = Feedback(provider.sentiment).on_output()

PARAMETER	DESCRIPTION
text	The text to evaluate sentiment of. TYPE: str
min_score_val	The minimum score value used by the LLM before normalization. Defaults to 0. TYPE: int DEFAULT: 0
max_score_val	The maximum score value used by the LLM before normalization. Defaults to 3. TYPE: int DEFAULT: 3

RETURNS	DESCRIPTION
float	A value between 0 and 1. 0 being "negative sentiment" and 1 being "positive sentiment".

sentiment_with_cot_reasons

sentiment_with_cot_reasons(
    text: str,
    min_score_val: int = 0,
    max_score_val: int = 3,
    temperature: float = 0.0,
) -> Tuple[float, Dict]

Uses chat completion model. A function that completes a template to check the sentiment of some text. Also uses chain of thought methodology and emits the reasons.

Example

feedback = Feedback(provider.sentiment_with_cot_reasons).on_output()

PARAMETER	DESCRIPTION
text	Text to evaluate. TYPE: str
min_score_val	The minimum score value used by the LLM before normalization. Defaults to 0. TYPE: int DEFAULT: 0
max_score_val	The maximum score value used by the LLM before normalization. Defaults to 3. TYPE: int DEFAULT: 3
temperature	The temperature for the LLM response, which might have impact on the confidence level of the evaluation. Defaults to 0.0. TYPE: float DEFAULT: 0.0

RETURNS	DESCRIPTION
float	A value between 0.0 (negative sentiment) and 1.0 (positive sentiment). TYPE: Tuple[float, Dict]

model_agreement

model_agreement(prompt: str, response: str) -> float

Uses chat completion model. A function that gives a chat completion model the same prompt and gets a response, encouraging truthfulness. A second template is given to the model with a prompt that the original response is correct, and measures whether previous chat completion response is similar.

Example

feedback = Feedback(provider.model_agreement).on_input_output()

PARAMETER	DESCRIPTION
prompt	A text prompt to an agent. TYPE: str
response	The agent's response to the prompt. TYPE: str

RETURNS	DESCRIPTION
float	A value between 0.0 (not in agreement) and 1.0 (in agreement). TYPE: float

conciseness

conciseness(text: str) -> float

Uses chat completion model. A function that completes a template to check the conciseness of some text. Prompt credit to LangChain Eval.

Example

feedback = Feedback(provider.conciseness).on_output()

PARAMETER	DESCRIPTION
text	The text to evaluate the conciseness of. TYPE: str

RETURNS	DESCRIPTION
float	A value between 0.0 (not concise) and 1.0 (concise).

conciseness_with_cot_reasons

conciseness_with_cot_reasons(
    text: str,
) -> Tuple[float, Dict]

Uses chat completion model. A function that completes a template to check the conciseness of some text. Prompt credit to LangChain Eval.

Example

feedback = Feedback(provider.conciseness).on_output()

Args: text: The text to evaluate the conciseness of.

RETURNS	DESCRIPTION
Tuple[float, Dict]	Tuple[float, str]: A tuple containing a value between 0.0 (not concise) and 1.0 (concise) and a string containing the reasons for the evaluation.

correctness

correctness(text: str) -> float

Uses chat completion model. A function that completes a template to check the correctness of some text. Prompt credit to LangChain Eval.

Example

feedback = Feedback(provider.correctness).on_output()

PARAMETER	DESCRIPTION
text	A prompt to an agent. TYPE: str

RETURNS	DESCRIPTION
float	A value between 0.0 (not correct) and 1.0 (correct).

correctness_with_cot_reasons

correctness_with_cot_reasons(
    text: str,
) -> Tuple[float, Dict]

Uses chat completion model. A function that completes a template to check the correctness of some text. Prompt credit to LangChain Eval. Also uses chain of thought methodology and emits the reasons.

Example

feedback = Feedback(provider.correctness_with_cot_reasons).on_output()

PARAMETER	DESCRIPTION
text	Text to evaluate. TYPE: str

RETURNS	DESCRIPTION
Tuple[float, Dict]	Tuple[float, str]: A tuple containing a value between 0 (not correct) and 1.0 (correct) and a string containing the reasons for the evaluation.

coherence

coherence(text: str) -> float

Uses chat completion model. A function that completes a template to check the coherence of some text. Prompt credit to LangChain Eval.

Example

feedback = Feedback(provider.coherence).on_output()

PARAMETER	DESCRIPTION
text	The text to evaluate. TYPE: str

RETURNS	DESCRIPTION
float	A value between 0.0 (not coherent) and 1.0 (coherent). TYPE: float

coherence_with_cot_reasons

coherence_with_cot_reasons(text: str) -> Tuple[float, Dict]

Uses chat completion model. A function that completes a template to check the coherence of some text. Prompt credit to LangChain Eval. Also uses chain of thought methodology and emits the reasons.

Example

feedback = Feedback(provider.coherence_with_cot_reasons).on_output()

PARAMETER	DESCRIPTION
text	The text to evaluate. TYPE: str

RETURNS	DESCRIPTION
Tuple[float, Dict]	Tuple[float, str]: A tuple containing a value between 0 (not coherent) and 1.0 (coherent) and a string containing the reasons for the evaluation.

harmfulness

harmfulness(text: str) -> float

Uses chat completion model. A function that completes a template to check the harmfulness of some text. Prompt credit to LangChain Eval.

Example

feedback = Feedback(provider.harmfulness).on_output()

PARAMETER	DESCRIPTION
text	The text to evaluate. TYPE: str

RETURNS	DESCRIPTION
float	A value between 0.0 (not harmful) and 1.0 (harmful)". TYPE: float

harmfulness_with_cot_reasons

harmfulness_with_cot_reasons(
    text: str,
) -> Tuple[float, Dict]

Uses chat completion model. A function that completes a template to check the harmfulness of some text. Prompt credit to LangChain Eval. Also uses chain of thought methodology and emits the reasons.

Example

feedback = Feedback(provider.harmfulness_with_cot_reasons).on_output()

PARAMETER	DESCRIPTION
text	The text to evaluate. TYPE: str

RETURNS	DESCRIPTION
Tuple[float, Dict]	Tuple[float, str]: A tuple containing a value between 0 (not harmful) and 1.0 (harmful) and a string containing the reasons for the evaluation.

maliciousness

maliciousness(text: str) -> float

Uses chat completion model. A function that completes a template to check the maliciousness of some text. Prompt credit to LangChain Eval.

Example

feedback = Feedback(provider.maliciousness).on_output()

PARAMETER	DESCRIPTION
text	The text to evaluate. TYPE: str

RETURNS	DESCRIPTION
float	A value between 0.0 (not malicious) and 1.0 (malicious). TYPE: float

maliciousness_with_cot_reasons

maliciousness_with_cot_reasons(
    text: str,
) -> Tuple[float, Dict]

Uses chat completion model. A function that completes a template to check the maliciousness of some text. Prompt credit to LangChain Eval. Also uses chain of thought methodology and emits the reasons.

Example

feedback = Feedback(provider.maliciousness_with_cot_reasons).on_output()

PARAMETER	DESCRIPTION
text	The text to evaluate. TYPE: str

RETURNS	DESCRIPTION
Tuple[float, Dict]	Tuple[float, str]: A tuple containing a value between 0 (not malicious) and 1.0 (malicious) and a string containing the reasons for the evaluation.

helpfulness

helpfulness(text: str) -> float

Uses chat completion model. A function that completes a template to check the helpfulness of some text. Prompt credit to LangChain Eval.

Example

feedback = Feedback(provider.helpfulness).on_output()

PARAMETER	DESCRIPTION
text	The text to evaluate. TYPE: str

RETURNS	DESCRIPTION
float	A value between 0.0 (not helpful) and 1.0 (helpful). TYPE: float

helpfulness_with_cot_reasons

helpfulness_with_cot_reasons(
    text: str,
) -> Tuple[float, Dict]

Uses chat completion model. A function that completes a template to check the helpfulness of some text. Prompt credit to LangChain Eval. Also uses chain of thought methodology and emits the reasons.

Example

feedback = Feedback(provider.helpfulness_with_cot_reasons).on_output()

PARAMETER	DESCRIPTION
text	The text to evaluate. TYPE: str

RETURNS	DESCRIPTION
Tuple[float, Dict]	Tuple[float, str]: A tuple containing a value between 0 (not helpful) and 1.0 (helpful) and a string containing the reasons for the evaluation.

controversiality

controversiality(text: str) -> float

Uses chat completion model. A function that completes a template to check the controversiality of some text. Prompt credit to Langchain Eval.

Example

feedback = Feedback(provider.controversiality).on_output()

PARAMETER	DESCRIPTION
text	The text to evaluate. TYPE: str

RETURNS	DESCRIPTION
float	A value between 0.0 (not controversial) and 1.0 (controversial). TYPE: float

controversiality_with_cot_reasons

controversiality_with_cot_reasons(
    text: str,
) -> Tuple[float, Dict]

Uses chat completion model. A function that completes a template to check the controversiality of some text. Prompt credit to Langchain Eval. Also uses chain of thought methodology and emits the reasons.

Example

feedback = Feedback(provider.controversiality_with_cot_reasons).on_output()

PARAMETER	DESCRIPTION
text	The text to evaluate. TYPE: str

RETURNS	DESCRIPTION
Tuple[float, Dict]	Tuple[float, str]: A tuple containing a value between 0 (not controversial) and 1.0 (controversial) and a string containing the reasons for the evaluation.

misogyny

misogyny(text: str) -> float

Uses chat completion model. A function that completes a template to check the misogyny of some text. Prompt credit to LangChain Eval.

Example

feedback = Feedback(provider.misogyny).on_output()

PARAMETER	DESCRIPTION
text	The text to evaluate. TYPE: str

RETURNS	DESCRIPTION
float	A value between 0.0 (not misogynistic) and 1.0 (misogynistic). TYPE: float

misogyny_with_cot_reasons

misogyny_with_cot_reasons(text: str) -> Tuple[float, Dict]

Uses chat completion model. A function that completes a template to check the misogyny of some text. Prompt credit to LangChain Eval. Also uses chain of thought methodology and emits the reasons.

Example

feedback = Feedback(provider.misogyny_with_cot_reasons).on_output()

PARAMETER	DESCRIPTION
text	The text to evaluate. TYPE: str

RETURNS	DESCRIPTION
Tuple[float, Dict]	Tuple[float, str]: A tuple containing a value between 0.0 (not misogynistic) and 1.0 (misogynistic) and a string containing the reasons for the evaluation.

criminality

criminality(text: str) -> float

Uses chat completion model. A function that completes a template to check the criminality of some text. Prompt credit to LangChain Eval.

Example

feedback = Feedback(provider.criminality).on_output()

PARAMETER	DESCRIPTION
text	The text to evaluate. TYPE: str

RETURNS	DESCRIPTION
float	A value between 0.0 (not criminal) and 1.0 (criminal). TYPE: float

criminality_with_cot_reasons

criminality_with_cot_reasons(
    text: str,
) -> Tuple[float, Dict]

Uses chat completion model. A function that completes a template to check the criminality of some text. Prompt credit to LangChain Eval. Also uses chain of thought methodology and emits the reasons.

Example

feedback = Feedback(provider.criminality_with_cot_reasons).on_output()

PARAMETER	DESCRIPTION
text	The text to evaluate. TYPE: str

RETURNS	DESCRIPTION
Tuple[float, Dict]	Tuple[float, str]: A tuple containing a value between 0.0 (not criminal) and 1.0 (criminal) and a string containing the reasons for the evaluation.

insensitivity

insensitivity(text: str) -> float

Uses chat completion model. A function that completes a template to check the insensitivity of some text. Prompt credit to LangChain Eval.

Example

feedback = Feedback(provider.insensitivity).on_output()

PARAMETER	DESCRIPTION
text	The text to evaluate. TYPE: str

RETURNS	DESCRIPTION
float	A value between 0.0 (not insensitive) and 1.0 (insensitive). TYPE: float

insensitivity_with_cot_reasons

insensitivity_with_cot_reasons(
    text: str,
) -> Tuple[float, Dict]

Uses chat completion model. A function that completes a template to check the insensitivity of some text. Prompt credit to LangChain Eval. Also uses chain of thought methodology and emits the reasons.

Example

feedback = Feedback(provider.insensitivity_with_cot_reasons).on_output()

PARAMETER	DESCRIPTION
text	The text to evaluate. TYPE: str

RETURNS	DESCRIPTION
Tuple[float, Dict]	Tuple[float, str]: A tuple containing a value between 0.0 (not insensitive) and 1.0 (insensitive) and a string containing the reasons for the evaluation.

comprehensiveness_with_cot_reasons

comprehensiveness_with_cot_reasons(
    source: str,
    summary: str,
    min_score: int = 0,
    max_score: int = 3,
) -> Tuple[float, Dict]

Uses chat completion model. A function that tries to distill main points and compares a summary against those main points. This feedback function only has a chain of thought implementation as it is extremely important in function assessment.

Example

feedback = Feedback(provider.comprehensiveness_with_cot_reasons).on_input_output()

PARAMETER	DESCRIPTION
source	Text corresponding to source material. TYPE: str
summary	Text corresponding to a summary. TYPE: str

RETURNS	DESCRIPTION
Tuple[float, Dict]	Tuple[float, str]: A tuple containing a value between 0.0 (not comprehensive) and 1.0 (comprehensive) and a string containing the reasons for the evaluation.

summarization_with_cot_reasons

summarization_with_cot_reasons(
    source: str, summary: str
) -> Tuple[float, Dict]

Summarization is deprecated in place of comprehensiveness. This function is no longer implemented.

stereotypes

stereotypes(
    prompt: str,
    response: str,
    min_score_val: int = 0,
    max_score_val: int = 3,
) -> float

Uses chat completion model. A function that completes a template to check adding assumed stereotypes in the response when not present in the prompt.

Example

feedback = Feedback(provider.stereotypes).on_input_output()

PARAMETER	DESCRIPTION
prompt	A text prompt to an agent. TYPE: str
response	The agent's response to the prompt. TYPE: str
min_score_val	The minimum score value used by the LLM before normalization. Defaults to 0. TYPE: int DEFAULT: 0
max_score_val	The maximum score value used by the LLM before normalization. Defaults to 3. TYPE: int DEFAULT: 3

RETURNS	DESCRIPTION
float	A value between 0.0 (no stereotypes assumed) and 1.0 (stereotypes assumed).

stereotypes_with_cot_reasons

stereotypes_with_cot_reasons(
    prompt: str,
    response: str,
    min_score_val: int = 0,
    max_score_val: int = 3,
    temperature: float = 0.0,
) -> Tuple[float, Dict]

Uses chat completion model. A function that completes a template to check adding assumed stereotypes in the response when not present in the prompt.

Example

feedback = Feedback(provider.stereotypes_with_cot_reasons).on_input_output()

PARAMETER	DESCRIPTION
prompt	A text prompt to an agent. TYPE: str
response	The agent's response to the prompt. TYPE: str
min_score_val	The minimum score value used by the LLM before normalization. Defaults to 0. TYPE: int DEFAULT: 0
max_score_val	The maximum score value used by the LLM before normalization. Defaults to 3. TYPE: int DEFAULT: 3
temperature	The temperature for the LLM response, which might have impact on the confidence level of the evaluation. Defaults to 0.0. TYPE: float DEFAULT: 0.0

RETURNS	DESCRIPTION
Tuple[float, Dict]	Tuple[float, str]: A tuple containing a value between 0.0 (no stereotypes assumed) and 1.0 (stereotypes assumed) and a string containing the reasons for the evaluation.

groundedness_measure_with_cot_reasons

groundedness_measure_with_cot_reasons(
    source: str,
    statement: str,
    criteria: Optional[str] = None,
    use_sent_tokenize: bool = True,
    filter_trivial_statements: bool = True,
    min_score_val: int = 0,
    max_score_val: int = 3,
    temperature: float = 0.0,
) -> Tuple[float, dict]

A measure to track if the source material supports each sentence in the statement using an LLM provider.

The statement will first be split by a tokenizer into its component sentences.

Then, trivial statements are eliminated so as to not dilute the evaluation.

The LLM will process each statement, using chain of thought methodology to emit the reasons.

Abstentions will be considered as grounded.

Example

from trulens.core import Feedback
from trulens.providers.openai import OpenAI

provider = OpenAI()

f_groundedness = (
    Feedback(provider.groundedness_measure_with_cot_reasons)
    .on(context.collect()
    .on_output()
    )

To further explain how the function works under the hood, consider the statement:

"Hi. I'm here to help. The university of Washington is a public research university. UW's connections to major corporations in Seattle contribute to its reputation as a hub for innovation and technology"

The function will split the statement into its component sentences:

1. "Hi."
2. "I'm here to help."
3. "The university of Washington is a public research university."
4. "UW's connections to major corporations in Seattle contribute to its reputation as a hub for innovation and technology"

Next, trivial statements are removed, leaving only:

1. "The university of Washington is a public research university."
2. "UW's connections to major corporations in Seattle contribute to its reputation as a hub for innovation and technology"

The LLM will then process the statement, to assess the groundedness of the statement.

For the sake of this example, the LLM will grade the groundedness of one statement as 10, and the other as 0.

Then, the scores are normalized, and averaged to give a final groundedness score of 0.5.

PARAMETER	DESCRIPTION
source	The source that should support the statement. TYPE: str
statement	The statement to check groundedness. TYPE: str
criteria	The specific criteria for evaluation. Defaults to None. TYPE: str DEFAULT: None
use_sent_tokenize	Whether to split the statement into sentences using punkt sentence tokenizer. If False, use an LLM to split the statement. Defaults to False. Note this might incur additional costs and reach context window limits in some cases. TYPE: bool DEFAULT: True
min_score_val	The minimum score value used by the LLM before normalization. Defaults to 0. TYPE: int DEFAULT: 0
max_score_val	The maximum score value used by the LLM before normalization. Defaults to 3. TYPE: int DEFAULT: 3
temperature	The temperature for the LLM response, which might have impact on the confidence level of the evaluation. Defaults to 0.0. TYPE: float DEFAULT: 0.0

RETURNS	DESCRIPTION
Tuple[float, dict]	Tuple[float, dict]: A tuple containing a value between 0.0 (not grounded) and 1.0 (grounded) and a dictionary containing the reasons for the evaluation.

qs_relevance

qs_relevance(*args, **kwargs)

Deprecated. Use relevance instead.

qs_relevance_with_cot_reasons

qs_relevance_with_cot_reasons(*args, **kwargs)

Deprecated. Use relevance_with_cot_reasons instead.

groundedness_measure_with_cot_reasons_consider_answerability

groundedness_measure_with_cot_reasons_consider_answerability(
    source: str,
    statement: str,
    question: str,
    criteria: Optional[str] = None,
    use_sent_tokenize: bool = True,
    filter_trivial_statements: bool = True,
    min_score_val: int = 0,
    max_score_val: int = 3,
    temperature: float = 0.0,
) -> Tuple[float, dict]

A measure to track if the source material supports each sentence in the statement using an LLM provider.

The statement will first be split by a tokenizer into its component sentences.

Then, trivial statements are eliminated so as to not delete the evaluation.

The LLM will process each statement, using chain of thought methodology to emit the reasons.

In the case of abstentions, such as 'I do not know', the LLM will be asked to consider the answerability of the question given the source material.

If the question is considered answerable, abstentions will be considered as not grounded and punished with low scores. Otherwise, unanswerable abstentions will be considered grounded.

Example

from trulens.core import Feedback
from trulens.providers.openai import OpenAI

provider = OpenAI()

f_groundedness = (
    Feedback(provider.groundedness_measure_with_cot_reasons)
    .on(context.collect()
    .on_output()
    .on_input()
    )

PARAMETER	DESCRIPTION
source	The source that should support the statement. TYPE: str
statement	The statement to check groundedness. TYPE: str
question	The question to check answerability. TYPE: str
criteria	The specific criteria for evaluation. Defaults to None. TYPE: str DEFAULT: None
use_sent_tokenize	Whether to split the statement into sentences using punkt sentence tokenizer. If False, use an LLM to split the statement. Defaults to False. Note this might incur additional costs and reach context window limits in some cases. TYPE: bool DEFAULT: True
min_score_val	The minimum score value used by the LLM before normalization. Defaults to 0. TYPE: int DEFAULT: 0
max_score_val	The maximum score value used by the LLM before normalization. Defaults to 3. TYPE: int DEFAULT: 3
temperature	The temperature for the LLM response, which might have impact on the confidence level of the evaluation. Defaults to 0.0. TYPE: float DEFAULT: 0.0

RETURNS	DESCRIPTION
Tuple[float, dict]	Tuple[float, dict]: A tuple containing a value between 0.0 (not grounded) and 1.0 (grounded) and a dictionary containing the reasons for the evaluation.

moderation_hate

moderation_hate(text: str) -> float

A function that checks if text is hate speech.

Example

from trulens.core import Feedback
from trulens.providers.openai import OpenAI
openai_provider = OpenAI()

feedback = Feedback(
    openai_provider.moderation_hate, higher_is_better=False
).on_output()

PARAMETER	DESCRIPTION
text	Text to evaluate. TYPE: str

RETURNS	DESCRIPTION
float	A value between 0.0 (not hate) and 1.0 (hate). TYPE: float

moderation_hatethreatening

moderation_hatethreatening(text: str) -> float

A function that checks if text is threatening speech.

Example

from trulens.core import Feedback
from trulens.providers.openai import OpenAI
openai_provider = OpenAI()

feedback = Feedback(
    openai_provider.moderation_hatethreatening, higher_is_better=False
).on_output()

PARAMETER	DESCRIPTION
text	Text to evaluate. TYPE: str

RETURNS	DESCRIPTION
float	A value between 0.0 (not threatening) and 1.0 (threatening). TYPE: float

moderation_selfharm

moderation_selfharm(text: str) -> float

A function that checks if text is about self harm.

Example

from trulens.core import Feedback
from trulens.providers.openai import OpenAI
openai_provider = OpenAI()

feedback = Feedback(
    openai_provider.moderation_selfharm, higher_is_better=False
).on_output()

PARAMETER	DESCRIPTION
text	Text to evaluate. TYPE: str

RETURNS	DESCRIPTION
float	A value between 0.0 (not self harm) and 1.0 (self harm). TYPE: float

moderation_sexual

moderation_sexual(text: str) -> float

A function that checks if text is sexual speech.

Example

from trulens.core import Feedback
from trulens.providers.openai import OpenAI
openai_provider = OpenAI()

feedback = Feedback(
    openai_provider.moderation_sexual, higher_is_better=False
).on_output()

PARAMETER	DESCRIPTION
text	Text to evaluate. TYPE: str

RETURNS	DESCRIPTION
float	A value between 0.0 (not sexual) and 1.0 (sexual). TYPE: float

moderation_sexualminors

moderation_sexualminors(text: str) -> float

A function that checks if text is about sexual minors.

Example

from trulens.core import Feedback
from trulens.providers.openai import OpenAI
openai_provider = OpenAI()

feedback = Feedback(
    openai_provider.moderation_sexualminors, higher_is_better=False
).on_output()

PARAMETER	DESCRIPTION
text	Text to evaluate. TYPE: str

RETURNS	DESCRIPTION
float	A value between 0.0 (not sexual minors) and 1.0 (sexual minors). TYPE: float

moderation_violence

moderation_violence(text: str) -> float

A function that checks if text is about violence.

Example

from trulens.core import Feedback
from trulens.providers.openai import OpenAI
openai_provider = OpenAI()

feedback = Feedback(
    openai_provider.moderation_violence, higher_is_better=False
).on_output()

PARAMETER	DESCRIPTION
text	Text to evaluate. TYPE: str

RETURNS	DESCRIPTION
float	A value between 0.0 (not violence) and 1.0 (violence). TYPE: float

moderation_violencegraphic

moderation_violencegraphic(text: str) -> float

A function that checks if text is about graphic violence.

Example

from trulens.core import Feedback
from trulens.providers.openai import OpenAI
openai_provider = OpenAI()

feedback = Feedback(
    openai_provider.moderation_violencegraphic, higher_is_better=False
).on_output()

PARAMETER	DESCRIPTION
text	Text to evaluate. TYPE: str

RETURNS	DESCRIPTION
float	A value between 0.0 (not graphic violence) and 1.0 (graphic violence). TYPE: float

moderation_harassment

moderation_harassment(text: str) -> float

A function that checks if text is about graphic violence.

Example

from trulens.core import Feedback
from trulens.providers.openai import OpenAI
openai_provider = OpenAI()

feedback = Feedback(
    openai_provider.moderation_harassment, higher_is_better=False
).on_output()

PARAMETER	DESCRIPTION
text	Text to evaluate. TYPE: str

RETURNS	DESCRIPTION
float	A value between 0.0 (not harassment) and 1.0 (harassment). TYPE: float

moderation_harassment_threatening

moderation_harassment_threatening(text: str) -> float

A function that checks if text is about graphic violence.

Example

from trulens.core import Feedback
from trulens.providers.openai import OpenAI
openai_provider = OpenAI()

feedback = Feedback(
    openai_provider.moderation_harassment_threatening, higher_is_better=False
).on_output()

PARAMETER	DESCRIPTION
text	Text to evaluate. TYPE: str

RETURNS	DESCRIPTION
float	A value between 0.0 (not harassment/threatening) and 1.0 (harassment/threatening). TYPE: float

AzureOpenAI

Bases: OpenAI

Warning

Azure OpenAI does not support the OpenAI moderation endpoint.

Out of the box feedback functions calling AzureOpenAI APIs. Has the same functionality as OpenAI out of the box feedback functions, excluding the moderation endpoint which is not supported by Azure. Please export the following env variables. These can be retrieved from https://oai.azure.com/ .

• AZURE_OPENAI_ENDPOINT
• AZURE_OPENAI_API_KEY
• OPENAI_API_VERSION

Deployment name below is also found on the oai azure page.

Example

from trulens.providers.openai import AzureOpenAI
openai_provider = AzureOpenAI(deployment_name="...")

openai_provider.relevance(
    prompt="Where is Germany?",
    response="Poland is in Europe."
) # low relevance

PARAMETER	DESCRIPTION
deployment_name	The name of the deployment. TYPE: str

Attributes

tru_class_info instance-attribute

tru_class_info: Class

Class information of this pydantic object for use in deserialization.

Using this odd key to not pollute attribute names in whatever class we mix this into. Should be the same as CLASS_INFO.

Functions

__rich_repr__

__rich_repr__() -> Result

Requirement for pretty printing using the rich package.

load staticmethod

load(obj, *args, **kwargs)

Deserialize/load this object using the class information in tru_class_info to lookup the actual class that will do the deserialization.

model_validate classmethod

model_validate(*args, **kwargs) -> Any

Deserialized a jsonized version of the app into the instance of the class it was serialized from.

Note

This process uses extra information stored in the jsonized object and handled by WithClassInfo.

generate_score

generate_score(
    system_prompt: str,
    user_prompt: Optional[str] = None,
    min_score_val: int = 0,
    max_score_val: int = 10,
    temperature: float = 0.0,
) -> float

Base method to generate a score normalized to 0 to 1, used for evaluation.

PARAMETER	DESCRIPTION
system_prompt	A pre-formatted system prompt. TYPE: str
user_prompt	An optional user prompt. TYPE: Optional[str] DEFAULT: None
min_score_val	The minimum score value. TYPE: int DEFAULT: 0
max_score_val	The maximum score value. TYPE: int DEFAULT: 10
temperature	The temperature for the LLM response. TYPE: float DEFAULT: 0.0

RETURNS	DESCRIPTION
float	The score on a 0-1 scale.

generate_confidence_score

generate_confidence_score(
    verb_confidence_prompt: str,
    user_prompt: Optional[str] = None,
    min_score_val: int = 0,
    max_score_val: int = 10,
    temperature: float = 0.0,
) -> Tuple[float, Dict[str, float]]

Base method to generate a score normalized to 0 to 1, used for evaluation.

PARAMETER	DESCRIPTION
verb_confidence_prompt	A pre-formatted system prompt. TYPE: str
user_prompt	An optional user prompt. TYPE: Optional[str] DEFAULT: None
min_score_val	The minimum score value. TYPE: int DEFAULT: 0
max_score_val	The maximum score value. TYPE: int DEFAULT: 10
temperature	The temperature for the LLM response. TYPE: float DEFAULT: 0.0

RETURNS	DESCRIPTION
Tuple[float, Dict[str, float]]	The feedback score on a 0-1 scale and the confidence score.

generate_score_and_reasons

generate_score_and_reasons(
    system_prompt: str,
    user_prompt: Optional[str] = None,
    min_score_val: int = 0,
    max_score_val: int = 10,
    temperature: float = 0.0,
) -> Tuple[float, Dict]

Base method to generate a score and reason, used for evaluation.

PARAMETER	DESCRIPTION
system_prompt	A pre-formatted system prompt. TYPE: str
user_prompt	An optional user prompt. Defaults to None. TYPE: Optional[str] DEFAULT: None
min_score_val	The minimum score value. TYPE: int DEFAULT: 0
max_score_val	The maximum score value. TYPE: int DEFAULT: 10
temperature	The temperature for the LLM response. TYPE: float DEFAULT: 0.0

RETURNS	DESCRIPTION
float	The score on a 0-1 scale.
Dict	Reason metadata if returned by the LLM.

context_relevance

context_relevance(
    question: str,
    context: str,
    criteria: Optional[str] = None,
    min_score_val: int = 0,
    max_score_val: int = 3,
    temperature: float = 0.0,
) -> float

Uses chat completion model. A function that completes a template to check the relevance of the context to the question.

Example

from trulens.apps.langchain import TruChain
context = TruChain.select_context(rag_app)
feedback = (
    Feedback(provider.context_relevance)
    .on_input()
    .on(context)
    .aggregate(np.mean)
    )

PARAMETER	DESCRIPTION
question	A question being asked. TYPE: str
context	Context related to the question. TYPE: str
criteria	If provided, overrides the evaluation criteria for evaluation. Defaults to None. TYPE: Optional[str] DEFAULT: None
min_score_val	The minimum score value. Defaults to 0. TYPE: int DEFAULT: 0
max_score_val	The maximum score value. Defaults to 3. TYPE: int DEFAULT: 3
temperature	The temperature for the LLM response, which might have impact on the confidence level of the evaluation. Defaults to 0.0. TYPE: float DEFAULT: 0.0

Returns: float: A value between 0.0 (not relevant) and 1.0 (relevant).

context_relevance_with_cot_reasons

context_relevance_with_cot_reasons(
    question: str,
    context: str,
    criteria: Optional[str] = None,
    min_score_val: int = 0,
    max_score_val: int = 3,
    temperature: float = 0.0,
) -> Tuple[float, Dict]

Uses chat completion model. A function that completes a template to check the relevance of the context to the question. Also uses chain of thought methodology and emits the reasons.

Example

from trulens.apps.langchain import TruChain
context = TruChain.select_context(rag_app)
feedback = (
    Feedback(provider.context_relevance_with_cot_reasons)
    .on_input()
    .on(context)
    .aggregate(np.mean)
    )

PARAMETER	DESCRIPTION
question	A question being asked. TYPE: str
context	Context related to the question. TYPE: str
criteria	If provided, overrides the evaluation criteria for evaluation. Defaults to None. TYPE: Optional[str] DEFAULT: None
min_score_val	The minimum score value. Defaults to 0. TYPE: int DEFAULT: 0
max_score_val	The maximum score value. Defaults to 3. TYPE: int DEFAULT: 3
temperature	The temperature for the LLM response, which might have impact on the confidence level of the evaluation. Defaults to 0.0. TYPE: float DEFAULT: 0.0

RETURNS	DESCRIPTION
float	A value between 0 and 1. 0 being "not relevant" and 1 being "relevant". TYPE: Tuple[float, Dict]

context_relevance_verb_confidence

context_relevance_verb_confidence(
    question: str,
    context: str,
    criteria: Optional[str] = None,
    min_score_val: int = 0,
    max_score_val: int = 3,
    temperature: float = 0.0,
) -> Tuple[float, Dict[str, float]]

Uses chat completion model. A function that completes a template to check the relevance of the context to the question. Also uses chain of thought methodology and emits the reasons.

Example

from trulens.apps.llamaindex import TruLlama
context = TruLlama.select_context(llamaindex_rag_app)
feedback = (
    Feedback(provider.context_relevance_with_cot_reasons)
    .on_input()
    .on(context)
    .aggregate(np.mean)
    )

PARAMETER	DESCRIPTION
question	A question being asked. TYPE: str
context	Context related to the question. TYPE: str
criteria	If provided, overrides the evaluation criteria for evaluation. Defaults to None. TYPE: Optional[str] DEFAULT: None
min_score_val	The minimum score value. Defaults to 0. TYPE: int DEFAULT: 0
max_score_val	The maximum score value. Defaults to 3. TYPE: int DEFAULT: 3
temperature	The temperature for the LLM response, which might have impact on the confidence level of the evaluation. Defaults to 0.0. TYPE: float DEFAULT: 0.0

Returns: float: A value between 0 and 1. 0 being "not relevant" and 1 being "relevant". Dict[str, float]: A dictionary containing the confidence score.

relevance

relevance(
    prompt: str,
    response: str,
    criteria: Optional[str] = None,
    min_score_val: int = 0,
    max_score_val: int = 3,
    temperature: float = 0.0,
) -> float

Uses chat completion model. A function that completes a template to check the relevance of the response to a prompt.

Example

feedback = Feedback(provider.relevance).on_input_output()

Usage on RAG Contexts

feedback = Feedback(provider.relevance).on_input().on(
    TruLlama.select_source_nodes().node.text # See note below
).aggregate(np.mean)

PARAMETER	DESCRIPTION
prompt	A text prompt to an agent. TYPE: str
response	The agent's response to the prompt. TYPE: str
criteria	If provided, overrides the evaluation criteria for evaluation. Defaults to None. TYPE: Optional[str] DEFAULT: None
min_score_val	The minimum score value used by the LLM before normalization. Defaults to 0. TYPE: int DEFAULT: 0
max_score_val	The maximum score value used by the LLM before normalization. Defaults to 3. TYPE: int DEFAULT: 3
temperature	The temperature for the LLM response, which might have impact on the confidence level of the evaluation. Defaults to 0.0. TYPE: float DEFAULT: 0.0

RETURNS	DESCRIPTION
float	A value between 0 and 1. 0 being "not relevant" and 1 being "relevant". TYPE: float

relevance_with_cot_reasons

relevance_with_cot_reasons(
    prompt: str,
    response: str,
    criteria: Optional[str] = None,
    min_score_val: int = 0,
    max_score_val: int = 3,
    temperature: float = 0.0,
) -> Tuple[float, Dict]

Uses chat completion Model. A function that completes a template to check the relevance of the response to a prompt. Also uses chain of thought methodology and emits the reasons.

Example

feedback = (
    Feedback(provider.relevance_with_cot_reasons)
    .on_input()
    .on_output()

PARAMETER	DESCRIPTION
prompt	A text prompt to an agent. TYPE: str
response	The agent's response to the prompt. TYPE: str
criteria	If provided, overrides the evaluation criteria for evaluation. Defaults to None. TYPE: Optional[str] DEFAULT: None
min_score_val	The minimum score value used by the LLM before normalization. Defaults to 0. TYPE: int DEFAULT: 0
max_score_val	The maximum score value used by the LLM before normalization. Defaults to 3. TYPE: int DEFAULT: 3
temperature	The temperature for the LLM response, which might have impact on the confidence level of the evaluation. Defaults to 0.0. TYPE: float DEFAULT: 0.0

RETURNS	DESCRIPTION
float	A value between 0 and 1. 0 being "not relevant" and 1 being "relevant". TYPE: Tuple[float, Dict]

sentiment

sentiment(
    text: str,
    min_score_val: int = 0,
    max_score_val: int = 3,
) -> float

Uses chat completion model. A function that completes a template to check the sentiment of some text.

Example

feedback = Feedback(provider.sentiment).on_output()

PARAMETER	DESCRIPTION
text	The text to evaluate sentiment of. TYPE: str
min_score_val	The minimum score value used by the LLM before normalization. Defaults to 0. TYPE: int DEFAULT: 0
max_score_val	The maximum score value used by the LLM before normalization. Defaults to 3. TYPE: int DEFAULT: 3

RETURNS	DESCRIPTION
float	A value between 0 and 1. 0 being "negative sentiment" and 1 being "positive sentiment".

sentiment_with_cot_reasons

sentiment_with_cot_reasons(
    text: str,
    min_score_val: int = 0,
    max_score_val: int = 3,
    temperature: float = 0.0,
) -> Tuple[float, Dict]

Uses chat completion model. A function that completes a template to check the sentiment of some text. Also uses chain of thought methodology and emits the reasons.

Example

feedback = Feedback(provider.sentiment_with_cot_reasons).on_output()

PARAMETER	DESCRIPTION
text	Text to evaluate. TYPE: str
min_score_val	The minimum score value used by the LLM before normalization. Defaults to 0. TYPE: int DEFAULT: 0
max_score_val	The maximum score value used by the LLM before normalization. Defaults to 3. TYPE: int DEFAULT: 3
temperature	The temperature for the LLM response, which might have impact on the confidence level of the evaluation. Defaults to 0.0. TYPE: float DEFAULT: 0.0

RETURNS	DESCRIPTION
float	A value between 0.0 (negative sentiment) and 1.0 (positive sentiment). TYPE: Tuple[float, Dict]

model_agreement

model_agreement(prompt: str, response: str) -> float

Uses chat completion model. A function that gives a chat completion model the same prompt and gets a response, encouraging truthfulness. A second template is given to the model with a prompt that the original response is correct, and measures whether previous chat completion response is similar.

Example

feedback = Feedback(provider.model_agreement).on_input_output()

PARAMETER	DESCRIPTION
prompt	A text prompt to an agent. TYPE: str
response	The agent's response to the prompt. TYPE: str

RETURNS	DESCRIPTION
float	A value between 0.0 (not in agreement) and 1.0 (in agreement). TYPE: float

conciseness

conciseness(text: str) -> float

Uses chat completion model. A function that completes a template to check the conciseness of some text. Prompt credit to LangChain Eval.

Example

feedback = Feedback(provider.conciseness).on_output()

PARAMETER	DESCRIPTION
text	The text to evaluate the conciseness of. TYPE: str

RETURNS	DESCRIPTION
float	A value between 0.0 (not concise) and 1.0 (concise).

conciseness_with_cot_reasons

conciseness_with_cot_reasons(
    text: str,
) -> Tuple[float, Dict]

Uses chat completion model. A function that completes a template to check the conciseness of some text. Prompt credit to LangChain Eval.

Example

feedback = Feedback(provider.conciseness).on_output()

Args: text: The text to evaluate the conciseness of.

RETURNS	DESCRIPTION
Tuple[float, Dict]	Tuple[float, str]: A tuple containing a value between 0.0 (not concise) and 1.0 (concise) and a string containing the reasons for the evaluation.

correctness

correctness(text: str) -> float

Uses chat completion model. A function that completes a template to check the correctness of some text. Prompt credit to LangChain Eval.

Example

feedback = Feedback(provider.correctness).on_output()

PARAMETER	DESCRIPTION
text	A prompt to an agent. TYPE: str

RETURNS	DESCRIPTION
float	A value between 0.0 (not correct) and 1.0 (correct).

correctness_with_cot_reasons

correctness_with_cot_reasons(
    text: str,
) -> Tuple[float, Dict]

Uses chat completion model. A function that completes a template to check the correctness of some text. Prompt credit to LangChain Eval. Also uses chain of thought methodology and emits the reasons.

Example

feedback = Feedback(provider.correctness_with_cot_reasons).on_output()

PARAMETER	DESCRIPTION
text	Text to evaluate. TYPE: str

RETURNS	DESCRIPTION
Tuple[float, Dict]	Tuple[float, str]: A tuple containing a value between 0 (not correct) and 1.0 (correct) and a string containing the reasons for the evaluation.

coherence

coherence(text: str) -> float

Uses chat completion model. A function that completes a template to check the coherence of some text. Prompt credit to LangChain Eval.

Example

feedback = Feedback(provider.coherence).on_output()

PARAMETER	DESCRIPTION
text	The text to evaluate. TYPE: str

RETURNS	DESCRIPTION
float	A value between 0.0 (not coherent) and 1.0 (coherent). TYPE: float

coherence_with_cot_reasons

coherence_with_cot_reasons(text: str) -> Tuple[float, Dict]

Uses chat completion model. A function that completes a template to check the coherence of some text. Prompt credit to LangChain Eval. Also uses chain of thought methodology and emits the reasons.

Example

feedback = Feedback(provider.coherence_with_cot_reasons).on_output()

PARAMETER	DESCRIPTION
text	The text to evaluate. TYPE: str

RETURNS	DESCRIPTION
Tuple[float, Dict]	Tuple[float, str]: A tuple containing a value between 0 (not coherent) and 1.0 (coherent) and a string containing the reasons for the evaluation.

harmfulness

harmfulness(text: str) -> float

Uses chat completion model. A function that completes a template to check the harmfulness of some text. Prompt credit to LangChain Eval.

Example

feedback = Feedback(provider.harmfulness).on_output()

PARAMETER	DESCRIPTION
text	The text to evaluate. TYPE: str

RETURNS	DESCRIPTION
float	A value between 0.0 (not harmful) and 1.0 (harmful)". TYPE: float

harmfulness_with_cot_reasons

harmfulness_with_cot_reasons(
    text: str,
) -> Tuple[float, Dict]

Uses chat completion model. A function that completes a template to check the harmfulness of some text. Prompt credit to LangChain Eval. Also uses chain of thought methodology and emits the reasons.

Example

feedback = Feedback(provider.harmfulness_with_cot_reasons).on_output()

PARAMETER	DESCRIPTION
text	The text to evaluate. TYPE: str

RETURNS	DESCRIPTION
Tuple[float, Dict]	Tuple[float, str]: A tuple containing a value between 0 (not harmful) and 1.0 (harmful) and a string containing the reasons for the evaluation.

maliciousness

maliciousness(text: str) -> float

Uses chat completion model. A function that completes a template to check the maliciousness of some text. Prompt credit to LangChain Eval.

Example

feedback = Feedback(provider.maliciousness).on_output()

PARAMETER	DESCRIPTION
text	The text to evaluate. TYPE: str

RETURNS	DESCRIPTION
float	A value between 0.0 (not malicious) and 1.0 (malicious). TYPE: float

maliciousness_with_cot_reasons

maliciousness_with_cot_reasons(
    text: str,
) -> Tuple[float, Dict]

Uses chat completion model. A function that completes a template to check the maliciousness of some text. Prompt credit to LangChain Eval. Also uses chain of thought methodology and emits the reasons.

Example

feedback = Feedback(provider.maliciousness_with_cot_reasons).on_output()

PARAMETER	DESCRIPTION
text	The text to evaluate. TYPE: str

RETURNS	DESCRIPTION
Tuple[float, Dict]	Tuple[float, str]: A tuple containing a value between 0 (not malicious) and 1.0 (malicious) and a string containing the reasons for the evaluation.

helpfulness

helpfulness(text: str) -> float

Uses chat completion model. A function that completes a template to check the helpfulness of some text. Prompt credit to LangChain Eval.

Example

feedback = Feedback(provider.helpfulness).on_output()

PARAMETER	DESCRIPTION
text	The text to evaluate. TYPE: str

RETURNS	DESCRIPTION
float	A value between 0.0 (not helpful) and 1.0 (helpful). TYPE: float

helpfulness_with_cot_reasons

helpfulness_with_cot_reasons(
    text: str,
) -> Tuple[float, Dict]

Uses chat completion model. A function that completes a template to check the helpfulness of some text. Prompt credit to LangChain Eval. Also uses chain of thought methodology and emits the reasons.

Example

feedback = Feedback(provider.helpfulness_with_cot_reasons).on_output()

PARAMETER	DESCRIPTION
text	The text to evaluate. TYPE: str

RETURNS	DESCRIPTION
Tuple[float, Dict]	Tuple[float, str]: A tuple containing a value between 0 (not helpful) and 1.0 (helpful) and a string containing the reasons for the evaluation.

controversiality

controversiality(text: str) -> float

Uses chat completion model. A function that completes a template to check the controversiality of some text. Prompt credit to Langchain Eval.

Example

feedback = Feedback(provider.controversiality).on_output()

PARAMETER	DESCRIPTION
text	The text to evaluate. TYPE: str

RETURNS	DESCRIPTION
float	A value between 0.0 (not controversial) and 1.0 (controversial). TYPE: float

controversiality_with_cot_reasons

controversiality_with_cot_reasons(
    text: str,
) -> Tuple[float, Dict]

Uses chat completion model. A function that completes a template to check the controversiality of some text. Prompt credit to Langchain Eval. Also uses chain of thought methodology and emits the reasons.

Example

feedback = Feedback(provider.controversiality_with_cot_reasons).on_output()

PARAMETER	DESCRIPTION
text	The text to evaluate. TYPE: str

RETURNS	DESCRIPTION
Tuple[float, Dict]	Tuple[float, str]: A tuple containing a value between 0 (not controversial) and 1.0 (controversial) and a string containing the reasons for the evaluation.

misogyny

misogyny(text: str) -> float

Uses chat completion model. A function that completes a template to check the misogyny of some text. Prompt credit to LangChain Eval.

Example

feedback = Feedback(provider.misogyny).on_output()

PARAMETER	DESCRIPTION
text	The text to evaluate. TYPE: str

RETURNS	DESCRIPTION
float	A value between 0.0 (not misogynistic) and 1.0 (misogynistic). TYPE: float

misogyny_with_cot_reasons

misogyny_with_cot_reasons(text: str) -> Tuple[float, Dict]

Uses chat completion model. A function that completes a template to check the misogyny of some text. Prompt credit to LangChain Eval. Also uses chain of thought methodology and emits the reasons.

Example

feedback = Feedback(provider.misogyny_with_cot_reasons).on_output()

PARAMETER	DESCRIPTION
text	The text to evaluate. TYPE: str

RETURNS	DESCRIPTION
Tuple[float, Dict]	Tuple[float, str]: A tuple containing a value between 0.0 (not misogynistic) and 1.0 (misogynistic) and a string containing the reasons for the evaluation.

criminality

criminality(text: str) -> float

Uses chat completion model. A function that completes a template to check the criminality of some text. Prompt credit to LangChain Eval.

Example

feedback = Feedback(provider.criminality).on_output()

PARAMETER	DESCRIPTION
text	The text to evaluate. TYPE: str

RETURNS	DESCRIPTION
float	A value between 0.0 (not criminal) and 1.0 (criminal). TYPE: float

criminality_with_cot_reasons

criminality_with_cot_reasons(
    text: str,
) -> Tuple[float, Dict]

Uses chat completion model. A function that completes a template to check the criminality of some text. Prompt credit to LangChain Eval. Also uses chain of thought methodology and emits the reasons.

Example

feedback = Feedback(provider.criminality_with_cot_reasons).on_output()

PARAMETER	DESCRIPTION
text	The text to evaluate. TYPE: str

RETURNS	DESCRIPTION
Tuple[float, Dict]	Tuple[float, str]: A tuple containing a value between 0.0 (not criminal) and 1.0 (criminal) and a string containing the reasons for the evaluation.

insensitivity

insensitivity(text: str) -> float

Uses chat completion model. A function that completes a template to check the insensitivity of some text. Prompt credit to LangChain Eval.

Example

feedback = Feedback(provider.insensitivity).on_output()

PARAMETER	DESCRIPTION
text	The text to evaluate. TYPE: str

RETURNS	DESCRIPTION
float	A value between 0.0 (not insensitive) and 1.0 (insensitive). TYPE: float

insensitivity_with_cot_reasons

insensitivity_with_cot_reasons(
    text: str,
) -> Tuple[float, Dict]

Uses chat completion model. A function that completes a template to check the insensitivity of some text. Prompt credit to LangChain Eval. Also uses chain of thought methodology and emits the reasons.

Example

feedback = Feedback(provider.insensitivity_with_cot_reasons).on_output()

PARAMETER	DESCRIPTION
text	The text to evaluate. TYPE: str

RETURNS	DESCRIPTION
Tuple[float, Dict]	Tuple[float, str]: A tuple containing a value between 0.0 (not insensitive) and 1.0 (insensitive) and a string containing the reasons for the evaluation.

comprehensiveness_with_cot_reasons

comprehensiveness_with_cot_reasons(
    source: str,
    summary: str,
    min_score: int = 0,
    max_score: int = 3,
) -> Tuple[float, Dict]

Uses chat completion model. A function that tries to distill main points and compares a summary against those main points. This feedback function only has a chain of thought implementation as it is extremely important in function assessment.

Example

feedback = Feedback(provider.comprehensiveness_with_cot_reasons).on_input_output()

PARAMETER	DESCRIPTION
source	Text corresponding to source material. TYPE: str
summary	Text corresponding to a summary. TYPE: str

RETURNS	DESCRIPTION
Tuple[float, Dict]	Tuple[float, str]: A tuple containing a value between 0.0 (not comprehensive) and 1.0 (comprehensive) and a string containing the reasons for the evaluation.

summarization_with_cot_reasons

summarization_with_cot_reasons(
    source: str, summary: str
) -> Tuple[float, Dict]

Summarization is deprecated in place of comprehensiveness. This function is no longer implemented.

stereotypes

stereotypes(
    prompt: str,
    response: str,
    min_score_val: int = 0,
    max_score_val: int = 3,
) -> float

Uses chat completion model. A function that completes a template to check adding assumed stereotypes in the response when not present in the prompt.

Example

feedback = Feedback(provider.stereotypes).on_input_output()

PARAMETER	DESCRIPTION
prompt	A text prompt to an agent. TYPE: str
response	The agent's response to the prompt. TYPE: str
min_score_val	The minimum score value used by the LLM before normalization. Defaults to 0. TYPE: int DEFAULT: 0
max_score_val	The maximum score value used by the LLM before normalization. Defaults to 3. TYPE: int DEFAULT: 3

RETURNS	DESCRIPTION
float	A value between 0.0 (no stereotypes assumed) and 1.0 (stereotypes assumed).

stereotypes_with_cot_reasons

stereotypes_with_cot_reasons(
    prompt: str,
    response: str,
    min_score_val: int = 0,
    max_score_val: int = 3,
    temperature: float = 0.0,
) -> Tuple[float, Dict]

Uses chat completion model. A function that completes a template to check adding assumed stereotypes in the response when not present in the prompt.

Example

feedback = Feedback(provider.stereotypes_with_cot_reasons).on_input_output()

PARAMETER	DESCRIPTION
prompt	A text prompt to an agent. TYPE: str
response	The agent's response to the prompt. TYPE: str
min_score_val	The minimum score value used by the LLM before normalization. Defaults to 0. TYPE: int DEFAULT: 0
max_score_val	The maximum score value used by the LLM before normalization. Defaults to 3. TYPE: int DEFAULT: 3
temperature	The temperature for the LLM response, which might have impact on the confidence level of the evaluation. Defaults to 0.0. TYPE: float DEFAULT: 0.0

RETURNS	DESCRIPTION
Tuple[float, Dict]	Tuple[float, str]: A tuple containing a value between 0.0 (no stereotypes assumed) and 1.0 (stereotypes assumed) and a string containing the reasons for the evaluation.

groundedness_measure_with_cot_reasons

groundedness_measure_with_cot_reasons(
    source: str,
    statement: str,
    criteria: Optional[str] = None,
    use_sent_tokenize: bool = True,
    filter_trivial_statements: bool = True,
    min_score_val: int = 0,
    max_score_val: int = 3,
    temperature: float = 0.0,
) -> Tuple[float, dict]

A measure to track if the source material supports each sentence in the statement using an LLM provider.

The statement will first be split by a tokenizer into its component sentences.

Then, trivial statements are eliminated so as to not dilute the evaluation.

The LLM will process each statement, using chain of thought methodology to emit the reasons.

Abstentions will be considered as grounded.

Example

from trulens.core import Feedback
from trulens.providers.openai import OpenAI

provider = OpenAI()

f_groundedness = (
    Feedback(provider.groundedness_measure_with_cot_reasons)
    .on(context.collect()
    .on_output()
    )

To further explain how the function works under the hood, consider the statement:

"Hi. I'm here to help. The university of Washington is a public research university. UW's connections to major corporations in Seattle contribute to its reputation as a hub for innovation and technology"

The function will split the statement into its component sentences:

1. "Hi."
2. "I'm here to help."
3. "The university of Washington is a public research university."
4. "UW's connections to major corporations in Seattle contribute to its reputation as a hub for innovation and technology"

Next, trivial statements are removed, leaving only:

1. "The university of Washington is a public research university."
2. "UW's connections to major corporations in Seattle contribute to its reputation as a hub for innovation and technology"

The LLM will then process the statement, to assess the groundedness of the statement.

For the sake of this example, the LLM will grade the groundedness of one statement as 10, and the other as 0.

Then, the scores are normalized, and averaged to give a final groundedness score of 0.5.

PARAMETER	DESCRIPTION
source	The source that should support the statement. TYPE: str
statement	The statement to check groundedness. TYPE: str
criteria	The specific criteria for evaluation. Defaults to None. TYPE: str DEFAULT: None
use_sent_tokenize	Whether to split the statement into sentences using punkt sentence tokenizer. If False, use an LLM to split the statement. Defaults to False. Note this might incur additional costs and reach context window limits in some cases. TYPE: bool DEFAULT: True
min_score_val	The minimum score value used by the LLM before normalization. Defaults to 0. TYPE: int DEFAULT: 0
max_score_val	The maximum score value used by the LLM before normalization. Defaults to 3. TYPE: int DEFAULT: 3
temperature	The temperature for the LLM response, which might have impact on the confidence level of the evaluation. Defaults to 0.0. TYPE: float DEFAULT: 0.0

RETURNS	DESCRIPTION
Tuple[float, dict]	Tuple[float, dict]: A tuple containing a value between 0.0 (not grounded) and 1.0 (grounded) and a dictionary containing the reasons for the evaluation.

qs_relevance

qs_relevance(*args, **kwargs)

Deprecated. Use relevance instead.

qs_relevance_with_cot_reasons

qs_relevance_with_cot_reasons(*args, **kwargs)

Deprecated. Use relevance_with_cot_reasons instead.

groundedness_measure_with_cot_reasons_consider_answerability

groundedness_measure_with_cot_reasons_consider_answerability(
    source: str,
    statement: str,
    question: str,
    criteria: Optional[str] = None,
    use_sent_tokenize: bool = True,
    filter_trivial_statements: bool = True,
    min_score_val: int = 0,
    max_score_val: int = 3,
    temperature: float = 0.0,
) -> Tuple[float, dict]

A measure to track if the source material supports each sentence in the statement using an LLM provider.

The statement will first be split by a tokenizer into its component sentences.

Then, trivial statements are eliminated so as to not delete the evaluation.

The LLM will process each statement, using chain of thought methodology to emit the reasons.

In the case of abstentions, such as 'I do not know', the LLM will be asked to consider the answerability of the question given the source material.

If the question is considered answerable, abstentions will be considered as not grounded and punished with low scores. Otherwise, unanswerable abstentions will be considered grounded.

Example

from trulens.core import Feedback
from trulens.providers.openai import OpenAI

provider = OpenAI()

f_groundedness = (
    Feedback(provider.groundedness_measure_with_cot_reasons)
    .on(context.collect()
    .on_output()
    .on_input()
    )

PARAMETER	DESCRIPTION
source	The source that should support the statement. TYPE: str
statement	The statement to check groundedness. TYPE: str
question	The question to check answerability. TYPE: str
criteria	The specific criteria for evaluation. Defaults to None. TYPE: str DEFAULT: None
use_sent_tokenize	Whether to split the statement into sentences using punkt sentence tokenizer. If False, use an LLM to split the statement. Defaults to False. Note this might incur additional costs and reach context window limits in some cases. TYPE: bool DEFAULT: True
min_score_val	The minimum score value used by the LLM before normalization. Defaults to 0. TYPE: int DEFAULT: 0
max_score_val	The maximum score value used by the LLM before normalization. Defaults to 3. TYPE: int DEFAULT: 3
temperature	The temperature for the LLM response, which might have impact on the confidence level of the evaluation. Defaults to 0.0. TYPE: float DEFAULT: 0.0

RETURNS	DESCRIPTION
Tuple[float, dict]	Tuple[float, dict]: A tuple containing a value between 0.0 (not grounded) and 1.0 (grounded) and a dictionary containing the reasons for the evaluation.

moderation_hate

moderation_hate(text: str) -> float

A function that checks if text is hate speech.

Example

from trulens.core import Feedback
from trulens.providers.openai import OpenAI
openai_provider = OpenAI()

feedback = Feedback(
    openai_provider.moderation_hate, higher_is_better=False
).on_output()

PARAMETER	DESCRIPTION
text	Text to evaluate. TYPE: str

RETURNS	DESCRIPTION
float	A value between 0.0 (not hate) and 1.0 (hate). TYPE: float

moderation_hatethreatening

moderation_hatethreatening(text: str) -> float

A function that checks if text is threatening speech.

Example

from trulens.core import Feedback
from trulens.providers.openai import OpenAI
openai_provider = OpenAI()

feedback = Feedback(
    openai_provider.moderation_hatethreatening, higher_is_better=False
).on_output()

PARAMETER	DESCRIPTION
text	Text to evaluate. TYPE: str

RETURNS	DESCRIPTION
float	A value between 0.0 (not threatening) and 1.0 (threatening). TYPE: float

moderation_selfharm

moderation_selfharm(text: str) -> float

A function that checks if text is about self harm.

Example

from trulens.core import Feedback
from trulens.providers.openai import OpenAI
openai_provider = OpenAI()

feedback = Feedback(
    openai_provider.moderation_selfharm, higher_is_better=False
).on_output()

PARAMETER	DESCRIPTION
text	Text to evaluate. TYPE: str

RETURNS	DESCRIPTION
float	A value between 0.0 (not self harm) and 1.0 (self harm). TYPE: float

moderation_sexual

moderation_sexual(text: str) -> float

A function that checks if text is sexual speech.

Example

from trulens.core import Feedback
from trulens.providers.openai import OpenAI
openai_provider = OpenAI()

feedback = Feedback(
    openai_provider.moderation_sexual, higher_is_better=False
).on_output()

PARAMETER	DESCRIPTION
text	Text to evaluate. TYPE: str

RETURNS	DESCRIPTION
float	A value between 0.0 (not sexual) and 1.0 (sexual). TYPE: float

moderation_sexualminors

moderation_sexualminors(text: str) -> float

A function that checks if text is about sexual minors.

Example

from trulens.core import Feedback
from trulens.providers.openai import OpenAI
openai_provider = OpenAI()

feedback = Feedback(
    openai_provider.moderation_sexualminors, higher_is_better=False
).on_output()

PARAMETER	DESCRIPTION
text	Text to evaluate. TYPE: str

RETURNS	DESCRIPTION
float	A value between 0.0 (not sexual minors) and 1.0 (sexual minors). TYPE: float

moderation_violence

moderation_violence(text: str) -> float

A function that checks if text is about violence.

Example

from trulens.core import Feedback
from trulens.providers.openai import OpenAI
openai_provider = OpenAI()

feedback = Feedback(
    openai_provider.moderation_violence, higher_is_better=False
).on_output()

PARAMETER	DESCRIPTION
text	Text to evaluate. TYPE: str

RETURNS	DESCRIPTION
float	A value between 0.0 (not violence) and 1.0 (violence). TYPE: float

moderation_violencegraphic

moderation_violencegraphic(text: str) -> float

A function that checks if text is about graphic violence.

Example

from trulens.core import Feedback
from trulens.providers.openai import OpenAI
openai_provider = OpenAI()

feedback = Feedback(
    openai_provider.moderation_violencegraphic, higher_is_better=False
).on_output()

PARAMETER	DESCRIPTION
text	Text to evaluate. TYPE: str

RETURNS	DESCRIPTION
float	A value between 0.0 (not graphic violence) and 1.0 (graphic violence). TYPE: float

moderation_harassment

moderation_harassment(text: str) -> float

A function that checks if text is about graphic violence.

Example

from trulens.core import Feedback
from trulens.providers.openai import OpenAI
openai_provider = OpenAI()

feedback = Feedback(
    openai_provider.moderation_harassment, higher_is_better=False
).on_output()

PARAMETER	DESCRIPTION
text	Text to evaluate. TYPE: str

RETURNS	DESCRIPTION
float	A value between 0.0 (not harassment) and 1.0 (harassment). TYPE: float

moderation_harassment_threatening

moderation_harassment_threatening(text: str) -> float

A function that checks if text is about graphic violence.

Example

from trulens.core import Feedback
from trulens.providers.openai import OpenAI
openai_provider = OpenAI()

feedback = Feedback(
    openai_provider.moderation_harassment_threatening, higher_is_better=False
).on_output()

PARAMETER	DESCRIPTION
text	Text to evaluate. TYPE: str

RETURNS	DESCRIPTION
float	A value between 0.0 (not harassment/threatening) and 1.0 (harassment/threatening). TYPE: float