Validation set manager

ValidationSetManager

ValidationSetManager(openapi_service: OpenAPIService)

Responsible for everything related to validation sets. From creation to retrieval.

Attributes:

Name	Type	Description
rapid	RapidsManager	The RapidsManager instance.

Source code in src/rapidata/rapidata_client/validation/validation_set_manager.py

def __init__(self, openapi_service: OpenAPIService) -> None:
    self.__openapi_service = openapi_service
    self.rapid = RapidsManager()
    logger.debug("ValidationSetManager initialized")

create_classification_set

create_classification_set(
    name: str,
    instruction: str,
    answer_options: list[str],
    datapoints: list[str],
    truths: list[list[str]],
    data_type: str = MEDIA,
    contexts: list[str] | None = None,
    media_contexts: list[str] | None = None,
    explanations: list[str | None] | None = None,
    dimensions: list[str] = [],
) -> RapidataValidationSet

Create a classification validation set.

Parameters:

Name	Type	Description	Default
name	str	The name of the validation set. (will not be shown to the labeler)	required
instruction	str	The instruction by which the labeler will answer.	required
answer_options	list[str]	The options to choose from when answering.	required
datapoints	list[str]	The datapoints that will be used for validation.	required
truths	list[list[str]]	The truths for each datapoint. Outer list is for each datapoint, inner list is for each truth. example: options: ["yes", "no", "maybe"] datapoints: ["datapoint1", "datapoint2"] truths: [["yes"], ["no", "maybe"]] -> first datapoint correct answer is "yes", second datapoint is "no" or "maybe"	required
data_type	str	The type of data. Defaults to RapidataDataTypes.MEDIA. Other option: RapidataDataTypes.TEXT ("text").	MEDIA
contexts	list[str]	The contexts for each datapoint. Defaults to None. If provided has to be the same length as datapoints and will be shown in addition to the instruction and answer options. (Therefore will be different for each datapoint) Will be match up with the datapoints using the list index.	None
media_contexts	list[str]	The list of media contexts i.e. links to the images / videos for the comparison. Defaults to None. If provided has to be the same length as datapoints and will be shown in addition to the instruction. (Therefore will be different for each datapoint) Will be matched up with the datapoints using the list index.	None
explanations	list[str | None]	The explanations for each datapoint. Will be given to the annotators in case the answer is wrong. Defaults to None.	None
dimensions	list[str]	The dimensions to add to the validation set accross which users will be tracked. Defaults to [] which is the default dimension.	[]

Example

options: ["yes", "no", "maybe"]
datapoints: ["datapoint1", "datapoint2"]
truths: [["yes"], ["no", "maybe"]]

This would mean: first datapoint correct answer is "yes", second datapoint is "no" or "maybe"

Source code in src/rapidata/rapidata_client/validation/validation_set_manager.py

def create_classification_set(self,
    name: str,
    instruction: str,
    answer_options: list[str],
    datapoints: list[str],
    truths: list[list[str]],
    data_type: str = RapidataDataTypes.MEDIA,
    contexts: list[str] | None = None,
    media_contexts: list[str] | None = None,
    explanations: list[str | None] | None = None,
    dimensions: list[str] = [],
) -> RapidataValidationSet:
    """Create a classification validation set.

    Args:
        name (str): The name of the validation set. (will not be shown to the labeler)
        instruction (str): The instruction by which the labeler will answer.
        answer_options (list[str]): The options to choose from when answering.
        datapoints (list[str]): The datapoints that will be used for validation.
        truths (list[list[str]]): The truths for each datapoint. Outer list is for each datapoint, inner list is for each truth.\n
            example:
                options: ["yes", "no", "maybe"]
                datapoints: ["datapoint1", "datapoint2"]
                truths: [["yes"], ["no", "maybe"]] -> first datapoint correct answer is "yes", second datapoint is "no" or "maybe"
        data_type (str, optional): The type of data. Defaults to RapidataDataTypes.MEDIA. Other option: RapidataDataTypes.TEXT ("text").
        contexts (list[str], optional): The contexts for each datapoint. Defaults to None.\n
            If provided has to be the same length as datapoints and will be shown in addition to the instruction and answer options. (Therefore will be different for each datapoint)
            Will be match up with the datapoints using the list index.
        media_contexts (list[str], optional): The list of media contexts i.e. links to the images / videos for the comparison. Defaults to None.\n
            If provided has to be the same length as datapoints and will be shown in addition to the instruction. (Therefore will be different for each datapoint)
            Will be matched up with the datapoints using the list index.
        explanations (list[str | None], optional): The explanations for each datapoint. Will be given to the annotators in case the answer is wrong. Defaults to None.
        dimensions (list[str], optional): The dimensions to add to the validation set accross which users will be tracked. Defaults to [] which is the default dimension.

    Example:
        ```python
        options: ["yes", "no", "maybe"]
        datapoints: ["datapoint1", "datapoint2"]
        truths: [["yes"], ["no", "maybe"]]
        ```
        This would mean: first datapoint correct answer is "yes", second datapoint is "no" or "maybe"
    """

    if len(datapoints) != len(truths):
        raise ValueError("The number of datapoints and truths must be equal")

    if not all([isinstance(truth, (list, tuple)) for truth in truths]):
        raise ValueError("Truths must be a list of lists or tuples")

    if contexts and len(contexts) != len(datapoints):
        raise ValueError("The number of contexts and datapoints must be equal")

    if media_contexts and len(media_contexts) != len(datapoints):
        raise ValueError("The number of media contexts and datapoints must be equal")

    if(explanations and len(explanations) != len(datapoints)):
        raise ValueError("The number of explanations and datapoints must be equal, the index must align, but can be padded with None")


    logger.debug("Creating classification rapids")
    rapids: list[Rapid] = []
    for i in range(len(datapoints)):
        rapid_metadata = []
        if contexts:
            rapid_metadata.append(PromptMetadata(contexts[i]))
        if media_contexts:
            rapid_metadata.append(MediaAssetMetadata(media_contexts[i]))
        rapids.append(
            self.rapid.classification_rapid(
                instruction=instruction,
                answer_options=answer_options,
                datapoint=datapoints[i],
                truths=truths[i],
                data_type=data_type,
                metadata=rapid_metadata,
                explanation=explanations[i] if explanations != None else None
            )
        )

    logger.debug("Submitting classification rapids")
    return self._submit(name=name, rapids=rapids, dimensions=dimensions)

create_compare_set

create_compare_set(
    name: str,
    instruction: str,
    datapoints: list[list[str]],
    truths: list[str],
    data_type: str = MEDIA,
    contexts: list[str] | None = None,
    media_contexts: list[str] | None = None,
    explanation: list[str | None] | None = None,
    dimensions: list[str] = [],
) -> RapidataValidationSet

Create a comparison validation set.

Parameters:

Name	Type	Description	Default
name	str	The name of the validation set. (will not be shown to the labeler)	required
instruction	str	The instruction to compare against.	required
truths	list[str]	The truths for each comparison. List is for each comparison. example: instruction: "Which image has a cat?" datapoints = [["image1.jpg", "image2.jpg"], ["image3.jpg", "image4.jpg"]] truths: ["image1.jpg", "image4.jpg"] -> first comparison image1.jpg has a cat, second comparison image4.jpg has a cat	required
datapoints	list[list[str]]	The compare datapoints to create the validation set with. Outer list is for each comparison, inner list the two images/texts that will be compared.	required
data_type	str	The type of data. Defaults to RapidataDataTypes.MEDIA. Other option: RapidataDataTypes.TEXT ("text").	MEDIA
contexts	list[str]	The contexts for each datapoint. Defaults to None. If provided has to be the same length as datapoints and will be shown in addition to the instruction and truth. (Therefore will be different for each datapoint) Will be match up with the datapoints using the list index.	None
media_contexts	list[str]	The list of media contexts i.e. links to the images / videos for the comparison. Defaults to None. If provided has to be the same length as datapoints and will be shown in addition to the instruction. (Therefore will be different for each datapoint) Will be matched up with the datapoints using the list index.	None
explanation	list[str | None]	The explanations for each datapoint. Will be given to the annotators in case the answer is wrong. Defaults to None.	None
dimensions	list[str]	The dimensions to add to the validation set accross which users will be tracked. Defaults to [] which is the default dimension.	[]

Example

instruction: "Which image has a cat?"
datapoints = [["image1.jpg", "image2.jpg"], ["image3.jpg", "image4.jpg"]]
truths: ["image1.jpg", "image4.jpg"]

This would mean: first comparison image1.jpg has a cat, second comparison image4.jpg has a cat

Source code in src/rapidata/rapidata_client/validation/validation_set_manager.py

def create_compare_set(self,
    name: str,
    instruction: str,
    datapoints: list[list[str]],
    truths: list[str],
    data_type: str = RapidataDataTypes.MEDIA,
    contexts: list[str] | None = None,
    media_contexts: list[str] | None = None,
    explanation: list[str | None] | None = None,
    dimensions: list[str] = [],
) -> RapidataValidationSet:
    """Create a comparison validation set.

    Args:
        name (str): The name of the validation set. (will not be shown to the labeler)
        instruction (str): The instruction to compare against.
        truths (list[str]): The truths for each comparison. List is for each comparison.\n
            example:
                instruction: "Which image has a cat?"
                datapoints = [["image1.jpg", "image2.jpg"], ["image3.jpg", "image4.jpg"]]
                truths: ["image1.jpg", "image4.jpg"] -> first comparison image1.jpg has a cat, second comparison image4.jpg has a cat
        datapoints (list[list[str]]): The compare datapoints to create the validation set with. 
            Outer list is for each comparison, inner list the two images/texts that will be compared.
        data_type (str, optional): The type of data. Defaults to RapidataDataTypes.MEDIA. Other option: RapidataDataTypes.TEXT ("text").
        contexts (list[str], optional): The contexts for each datapoint. Defaults to None.\n
            If provided has to be the same length as datapoints and will be shown in addition to the instruction and truth. (Therefore will be different for each datapoint)
            Will be match up with the datapoints using the list index.
        media_contexts (list[str], optional): The list of media contexts i.e. links to the images / videos for the comparison. Defaults to None.\n
            If provided has to be the same length as datapoints and will be shown in addition to the instruction. (Therefore will be different for each datapoint)
            Will be matched up with the datapoints using the list index.
        explanation (list[str | None], optional): The explanations for each datapoint. Will be given to the annotators in case the answer is wrong. Defaults to None.
        dimensions (list[str], optional): The dimensions to add to the validation set accross which users will be tracked. Defaults to [] which is the default dimension.

    Example:
        ```python
        instruction: "Which image has a cat?"
        datapoints = [["image1.jpg", "image2.jpg"], ["image3.jpg", "image4.jpg"]]
        truths: ["image1.jpg", "image4.jpg"]
        ```
        This would mean: first comparison image1.jpg has a cat, second comparison image4.jpg has a cat
    """

    if len(datapoints) != len(truths):
        raise ValueError("The number of datapoints and truths must be equal")

    if not all([isinstance(truth, str) for truth in truths]):
        raise ValueError("Truths must be a list of strings")

    if contexts and len(contexts) != len(datapoints):
        raise ValueError("The number of contexts and datapoints must be equal")

    if media_contexts and len(media_contexts) != len(datapoints):
        raise ValueError("The number of media contexts and datapoints must be equal")

    if(explanation and len(explanation) != len(datapoints)):
        raise ValueError("The number of explanations and datapoints must be equal, the index must align, but can be padded with None")

    logger.debug("Creating comparison rapids")
    rapids: list[Rapid] = []
    for i in range(len(datapoints)):
        rapid_metadata = []
        if contexts:
            rapid_metadata.append(PromptMetadata(contexts[i]))
        if media_contexts:
            rapid_metadata.append(MediaAssetMetadata(media_contexts[i]))
        rapids.append(
            self.rapid.compare_rapid(
                instruction=instruction,
                truth=truths[i],
                datapoint=datapoints[i],
                data_type=data_type,
                metadata=rapid_metadata,
                explanation=explanation[i] if explanation != None else None
            )
        )

    logger.debug("Submitting comparison rapids")
    return self._submit(name=name, rapids=rapids, dimensions=dimensions)

create_select_words_set

create_select_words_set(
    name: str,
    instruction: str,
    truths: list[list[int]],
    datapoints: list[str],
    sentences: list[str],
    required_precision: float = 1.0,
    required_completeness: float = 1.0,
    explanation: list[str | None] | None = None,
    dimensions: list[str] = [],
) -> RapidataValidationSet

Create a select words validation set.

Parameters:

Name	Type	Description	Default
name	str	The name of the validation set. (will not be shown to the labeler)	required
instruction	str	The instruction to show to the labeler.	required
truths	list[list[int]]	The truths for each datapoint. Outer list is for each datapoint, inner list is for each truth. example: datapoints: ["datapoint1", "datapoint2"] sentences: ["this example 1", "this example with another text"] truths: [[0, 1], [2]] -> first datapoint correct words are "this" and "example", second datapoint is "with"	required
datapoints	list[str]	The datapoints that will be used for validation.	required
sentences	list[str]	The sentences that will be used for validation. The sentece will be split up by spaces to be selected by the labeler. Must be the same length as datapoints.	required
required_precision	float	The required precision for the labeler to get the rapid correct (minimum ratio of the words selected that need to be correct). Defaults to 1.0 (no wrong word can be selected).	1.0
required_completeness	float	The required completeness for the labeler to get the rapid correct (miminum ratio of total correct words selected). Defaults to 1.0 (all correct words need to be selected).	1.0
explanation	list[str | None]	The explanations for each datapoint. Will be given to the annotators in case the answer is wrong. Defaults to None.	None
dimensions	list[str]	The dimensions to add to the validation set accross which users will be tracked. Defaults to [] which is the default dimension.	[]

Example

datapoints: ["datapoint1", "datapoint2"]
sentences: ["this example 1", "this example with another text"]
truths: [[0, 1], [2]]

This would mean: first datapoint the correct words are "this" and "example", second datapoint is "with"

Source code in src/rapidata/rapidata_client/validation/validation_set_manager.py

def create_select_words_set(self,
    name: str,
    instruction: str,
    truths: list[list[int]],
    datapoints: list[str],
    sentences: list[str],
    required_precision: float = 1.0,
    required_completeness: float = 1.0,
    explanation: list[str | None] | None = None,
    dimensions: list[str] = [],
) -> RapidataValidationSet:
    """Create a select words validation set.

    Args:
        name (str): The name of the validation set. (will not be shown to the labeler)
        instruction (str): The instruction to show to the labeler.
        truths (list[list[int]]): The truths for each datapoint. Outer list is for each datapoint, inner list is for each truth.\n
            example:
                datapoints: ["datapoint1", "datapoint2"]
                sentences: ["this example 1", "this example with another text"]
                truths: [[0, 1], [2]] -> first datapoint correct words are "this" and "example", second datapoint is "with"
        datapoints (list[str]): The datapoints that will be used for validation.
        sentences (list[str]): The sentences that will be used for validation. The sentece will be split up by spaces to be selected by the labeler.
            Must be the same length as datapoints.
        required_precision (float, optional): The required precision for the labeler to get the rapid correct (minimum ratio of the words selected that need to be correct). Defaults to 1.0 (no wrong word can be selected).
        required_completeness (float, optional): The required completeness for the labeler to get the rapid correct (miminum ratio of total correct words selected). Defaults to 1.0 (all correct words need to be selected).
        explanation (list[str | None], optional): The explanations for each datapoint. Will be given to the annotators in case the answer is wrong. Defaults to None.
        dimensions (list[str], optional): The dimensions to add to the validation set accross which users will be tracked. Defaults to [] which is the default dimension.

    Example:
        ```python
        datapoints: ["datapoint1", "datapoint2"]
        sentences: ["this example 1", "this example with another text"]
        truths: [[0, 1], [2]]
        ```
        This would mean: first datapoint the correct words are "this" and "example", second datapoint is "with"
        """

    if not all([isinstance(truth, (list, tuple)) for truth in truths]):
        raise ValueError("Truths must be a list of lists or tuples")

    if len(datapoints) != len(truths) or len(datapoints) != len(sentences):
        raise ValueError("The number of datapoints, truths, and sentences must be equal")

    if(explanation and len(explanation) != len(datapoints)):
        raise ValueError("The number of explanations and datapoints must be equal, the index must align, but can be padded with None")

    logger.debug("Creating select words rapids")
    rapids: list[Rapid] = []
    for i in range(len(datapoints)):
        rapids.append(
            self.rapid.select_words_rapid(
                instruction=instruction,
                truths=truths[i],
                datapoint=datapoints[i],
                sentence=sentences[i],
                required_precision=required_precision,
                required_completeness=required_completeness,
                explanation=explanation[i] if explanation != None else None
            )
        )

    logger.debug("Submitting select words rapids")
    return self._submit(name=name, rapids=rapids, dimensions=dimensions)

create_locate_set

create_locate_set(
    name: str,
    instruction: str,
    truths: list[list[Box]],
    datapoints: list[str],
    contexts: list[str] | None = None,
    media_contexts: list[str] | None = None,
    explanation: list[str | None] | None = None,
    dimensions: list[str] = [],
) -> RapidataValidationSet

Create a locate validation set.

Parameters:

Name	Type	Description	Default
name	str	The name of the validation set. (will not be shown to the labeler)	required
instruction	str	The instruction to show to the labeler.	required
truths	list[list[Box]]	The truths for each datapoint. Outer list is for each datapoint, inner list is for each truth. example: datapoints: ["datapoint1", "datapoint2"] truths: [[Box(0, 0, 100, 100)], [Box(50, 50, 150, 150)]] -> first datapoint the object is in the top left corner, second datapoint the object is in the center	required
datapoints	list[str]	The datapoints that will be used for validation.	required
contexts	list[str]	The contexts for each datapoint. Defaults to None.	None
media_contexts	list[str]	The list of media contexts i.e. links to the images / videos for the comparison. Defaults to None. If provided has to be the same length as datapoints and will be shown in addition to the instruction. (Therefore will be different for each datapoint) Will be matched up with the datapoints using the list index.	None
explanation	list[str | None]	The explanations for each datapoint. Will be given to the annotators in case the answer is wrong. Defaults to None.	None
dimensions	list[str]	The dimensions to add to the validation set accross which users will be tracked. Defaults to [] which is the default dimension.	[]

Example

datapoints: ["datapoint1", "datapoint2"]
truths: [[Box(0, 0, 100, 100)], [Box(50, 50, 150, 150)]]

This would mean: first datapoint the object is in the top left corner, second datapoint the object is in the center

Source code in src/rapidata/rapidata_client/validation/validation_set_manager.py

def create_locate_set(self,
    name: str,
    instruction: str,
    truths: list[list[Box]],
    datapoints: list[str],
    contexts: list[str] | None = None,
    media_contexts: list[str] | None = None,
    explanation: list[str | None] | None = None,
    dimensions: list[str] = [],
) -> RapidataValidationSet:
    """Create a locate validation set.

    Args:
        name (str): The name of the validation set. (will not be shown to the labeler)
        instruction (str): The instruction to show to the labeler.
        truths (list[list[Box]]): The truths for each datapoint. Outer list is for each datapoint, inner list is for each truth.\n
            example:
                datapoints: ["datapoint1", "datapoint2"]
                truths: [[Box(0, 0, 100, 100)], [Box(50, 50, 150, 150)]] -> first datapoint the object is in the top left corner, second datapoint the object is in the center
        datapoints (list[str]): The datapoints that will be used for validation.
        contexts (list[str], optional): The contexts for each datapoint. Defaults to None.
        media_contexts (list[str], optional): The list of media contexts i.e. links to the images / videos for the comparison. Defaults to None.\n
            If provided has to be the same length as datapoints and will be shown in addition to the instruction. (Therefore will be different for each datapoint)
            Will be matched up with the datapoints using the list index.
        explanation (list[str | None], optional): The explanations for each datapoint. Will be given to the annotators in case the answer is wrong. Defaults to None.
        dimensions (list[str], optional): The dimensions to add to the validation set accross which users will be tracked. Defaults to [] which is the default dimension.

    Example:
        ```python
        datapoints: ["datapoint1", "datapoint2"]
        truths: [[Box(0, 0, 100, 100)], [Box(50, 50, 150, 150)]]
        ```
        This would mean: first datapoint the object is in the top left corner, second datapoint the object is in the center
    """

    if len(datapoints) != len(truths):
        raise ValueError("The number of datapoints and truths must be equal")

    if not all([isinstance(truth, (list, tuple)) for truth in truths]):
        raise ValueError("Truths must be a list of lists or tuples")

    if contexts and len(contexts) != len(datapoints):
        raise ValueError("The number of contexts and datapoints must be equal")

    if media_contexts and len(media_contexts) != len(datapoints):
        raise ValueError("The number of media contexts and datapoints must be equal")

    if(explanation and len(explanation) != len(datapoints)):
        raise ValueError("The number of explanations and datapoints must be equal, the index must align, but can be padded with None")

    logger.debug("Creating locate rapids")
    rapids = []
    rapids: list[Rapid] = []
    for i in range(len(datapoints)):
        rapid_metadata = []
        if contexts:
            rapid_metadata.append(PromptMetadata(contexts[i]))
        if media_contexts:
            rapid_metadata.append(MediaAssetMetadata(media_contexts[i]))
        rapids.append(
            self.rapid.locate_rapid(
                instruction=instruction,
                truths=truths[i],
                datapoint=datapoints[i],
                metadata=rapid_metadata,
                explanation=explanation[i] if explanation != None else None

            )
        )

    logger.debug("Submitting locate rapids")
    return self._submit(name=name, rapids=rapids, dimensions=dimensions)

create_draw_set

create_draw_set(
    name: str,
    instruction: str,
    truths: list[list[Box]],
    datapoints: list[str],
    contexts: list[str] | None = None,
    media_contexts: list[str] | None = None,
    explanation: list[str | None] | None = None,
    dimensions: list[str] = [],
) -> RapidataValidationSet

Create a draw validation set.

Parameters:

Name	Type	Description	Default
name	str	The name of the validation set. (will not be shown to the labeler)	required
instruction	str	The instruction to show to the labeler.	required
truths	list[list[Box]]	The truths for each datapoint. Outer list is for each datapoint, inner list is for each truth. example: datapoints: ["datapoint1", "datapoint2"] truths: [[Box(0, 0, 100, 100)], [Box(50, 50, 150, 150)]] -> first datapoint the object is in the top left corner, second datapoint the object is in the center	required
datapoints	list[str]	The datapoints that will be used for validation.	required
contexts	list[str]	The contexts for each datapoint. Defaults to None.	None
media_contexts	list[str]	The list of media contexts i.e. links to the images / videos for the comparison. Defaults to None. If provided has to be the same length as datapoints and will be shown in addition to the instruction. (Therefore will be different for each datapoint) Will be matched up with the datapoints using the list index.	None
explanation	list[str | None]	The explanations for each datapoint. Will be given to the annotators in case the answer is wrong. Defaults to None.	None
dimensions	list[str]	The dimensions to add to the validation set accross which users will be tracked. Defaults to [] which is the default dimension.	[]

Example

datapoints: ["datapoint1", "datapoint2"]
truths: [[Box(0, 0, 100, 100)], [Box(50, 50, 150, 150)]]

This would mean: first datapoint the object is in the top left corner, second datapoint the object is in the center

Source code in src/rapidata/rapidata_client/validation/validation_set_manager.py

def create_draw_set(self,
    name: str,
    instruction: str,
    truths: list[list[Box]],
    datapoints: list[str],
    contexts: list[str] | None = None,
    media_contexts: list[str] | None = None,
    explanation: list[str | None] | None = None,
    dimensions: list[str] = [],
) -> RapidataValidationSet:
    """Create a draw validation set.

    Args:
        name (str): The name of the validation set. (will not be shown to the labeler)
        instruction (str): The instruction to show to the labeler.
        truths (list[list[Box]]): The truths for each datapoint. Outer list is for each datapoint, inner list is for each truth.\n
            example:
                datapoints: ["datapoint1", "datapoint2"]
                truths: [[Box(0, 0, 100, 100)], [Box(50, 50, 150, 150)]] -> first datapoint the object is in the top left corner, second datapoint the object is in the center
        datapoints (list[str]): The datapoints that will be used for validation.
        contexts (list[str], optional): The contexts for each datapoint. Defaults to None.
        media_contexts (list[str], optional): The list of media contexts i.e. links to the images / videos for the comparison. Defaults to None.\n
            If provided has to be the same length as datapoints and will be shown in addition to the instruction. (Therefore will be different for each datapoint)
            Will be matched up with the datapoints using the list index.
        explanation (list[str | None], optional): The explanations for each datapoint. Will be given to the annotators in case the answer is wrong. Defaults to None.
        dimensions (list[str], optional): The dimensions to add to the validation set accross which users will be tracked. Defaults to [] which is the default dimension.

    Example:
        ```python
        datapoints: ["datapoint1", "datapoint2"]
        truths: [[Box(0, 0, 100, 100)], [Box(50, 50, 150, 150)]]
        ```
        This would mean: first datapoint the object is in the top left corner, second datapoint the object is in the center
    """

    if len(datapoints) != len(truths):
        raise ValueError("The number of datapoints and truths must be equal")

    if not all([isinstance(truth, (list, tuple)) for truth in truths]):
        raise ValueError("Truths must be a list of lists or tuples")

    if contexts and len(contexts) != len(datapoints):
        raise ValueError("The number of contexts and datapoints must be equal")

    if media_contexts and len(media_contexts) != len(datapoints):
        raise ValueError("The number of media contexts and datapoints must be equal")

    if(explanation and len(explanation) != len(datapoints)):
        raise ValueError("The number of explanations and datapoints must be equal, the index must align, but can be padded with None")

    logger.debug("Creating draw rapids")
    rapids: list[Rapid] = []
    for i in range(len(datapoints)):
        rapid_metadata = []
        if contexts:
            rapid_metadata.append(PromptMetadata(contexts[i]))
        if media_contexts:
            rapid_metadata.append(MediaAssetMetadata(media_contexts[i]))
        rapids.append(
            self.rapid.draw_rapid(
                instruction=instruction,
                truths=truths[i],
                datapoint=datapoints[i],
                metadata=rapid_metadata,
                explanation=explanation[i] if explanation != None else None

            )
        )

    logger.debug("Submitting draw rapids")
    return self._submit(name=name, rapids=rapids, dimensions=dimensions)

create_timestamp_set

create_timestamp_set(
    name: str,
    instruction: str,
    truths: list[list[tuple[int, int]]],
    datapoints: list[str],
    contexts: list[str] | None = None,
    media_contexts: list[str] | None = None,
    explanation: list[str | None] | None = None,
    dimensions: list[str] = [],
) -> RapidataValidationSet

Create a timestamp validation set.

Parameters:

Name	Type	Description	Default
name	str	The name of the validation set. (will not be shown to the labeler)	required
instruction	str	The instruction to show to the labeler.	required
truths	list[list[tuple[int, int]]]	The truths for each datapoint defined as start and endpoint based on miliseconds. Outer list is for each datapoint, inner list is for each truth. example: datapoints: ["datapoint1", "datapoint2"] truths: [[(0, 10)], [(20, 30)]] -> first datapoint the correct interval is from 0 to 10, second datapoint the correct interval is from 20 to 30	required
datapoints	list[str]	The datapoints that will be used for validation.	required
contexts	list[str]	The contexts for each datapoint. Defaults to None.	None
media_contexts	list[str]	The list of media contexts i.e. links to the images / videos for the comparison. Defaults to None. If provided has to be the same length as datapoints and will be shown in addition to the instruction. (Therefore will be different for each datapoint) Will be matched up with the datapoints using the list index.	None
explanation	list[str | None]	The explanations for each datapoint. Will be given to the annotators in case the answer is wrong. Defaults to None.	None
dimensions	list[str]	The dimensions to add to the validation set accross which users will be tracked. Defaults to [] which is the default dimension.	[]

Example

datapoints: ["datapoint1", "datapoint2"]
truths: [[(0, 10)], [(20, 30)]]

This would mean: first datapoint the correct interval is from 0 to 10, second datapoint the correct interval is from 20 to 30

Source code in src/rapidata/rapidata_client/validation/validation_set_manager.py

def create_timestamp_set(self,
    name: str,
    instruction: str,
    truths: list[list[tuple[int, int]]],
    datapoints: list[str],
    contexts: list[str] | None = None,
    media_contexts: list[str] | None = None,
    explanation: list[str | None] | None = None,
    dimensions: list[str] = [],
) -> RapidataValidationSet:
    """Create a timestamp validation set.

    Args:
        name (str): The name of the validation set. (will not be shown to the labeler)
        instruction (str): The instruction to show to the labeler.
        truths (list[list[tuple[int, int]]]): The truths for each datapoint defined as start and endpoint based on miliseconds. 
            Outer list is for each datapoint, inner list is for each truth.\n
            example:
                datapoints: ["datapoint1", "datapoint2"]
                truths: [[(0, 10)], [(20, 30)]] -> first datapoint the correct interval is from 0 to 10, second datapoint the correct interval is from 20 to 30
        datapoints (list[str]): The datapoints that will be used for validation.
        contexts (list[str], optional): The contexts for each datapoint. Defaults to None.
        media_contexts (list[str], optional): The list of media contexts i.e. links to the images / videos for the comparison. Defaults to None.\n
            If provided has to be the same length as datapoints and will be shown in addition to the instruction. (Therefore will be different for each datapoint)
            Will be matched up with the datapoints using the list index.
        explanation (list[str | None], optional): The explanations for each datapoint. Will be given to the annotators in case the answer is wrong. Defaults to None.
        dimensions (list[str], optional): The dimensions to add to the validation set accross which users will be tracked. Defaults to [] which is the default dimension.

    Example:
        ```python
        datapoints: ["datapoint1", "datapoint2"]
        truths: [[(0, 10)], [(20, 30)]]
        ```
        This would mean: first datapoint the correct interval is from 0 to 10, second datapoint the correct interval is from 20 to 30
    """

    if len(datapoints) != len(truths):
        raise ValueError("The number of datapoints and truths must be equal")

    if not all([isinstance(truth, (list, tuple)) for truth in truths]):
        raise ValueError("Truths must be a list of lists or tuples")

    if contexts and len(contexts) != len(datapoints):
        raise ValueError("The number of contexts and datapoints must be equal")

    if media_contexts and len(media_contexts) != len(datapoints):
        raise ValueError("The number of media contexts and datapoints must be equal")

    if(explanation and len(explanation) != len(datapoints)):
        raise ValueError("The number of explanations and datapoints must be equal, the index must align, but can be padded with None")

    logger.debug("Creating timestamp rapids")
    rapids: list[Rapid] = []
    for i in range(len(datapoints)):
        rapid_metadata = []
        if contexts:
            rapid_metadata.append(PromptMetadata(contexts[i]))
        if media_contexts:
            rapid_metadata.append(MediaAssetMetadata(media_contexts[i]))
        rapids.append(
            self.rapid.timestamp_rapid(
                instruction=instruction,
                truths=truths[i],
                datapoint=datapoints[i],
                metadata=rapid_metadata,
                explanation=explanation[i] if explanation != None else None
            )
        )

    logger.debug("Submitting timestamp rapids")
    return self._submit(name=name, rapids=rapids, dimensions=dimensions)

create_mixed_set

create_mixed_set(
    name: str,
    rapids: list[Rapid],
    dimensions: list[str] = [],
) -> RapidataValidationSet

Create a validation set with a list of rapids.

Parameters:

Name	Type	Description	Default
name	str	The name of the validation set. (will not be shown to the labeler)	required
rapids	list[Rapid]	The list of rapids to add to the validation set.	required
dimensions	list[str]	The dimensions to add to the validation set accross which users will be tracked. Defaults to [] which is the default dimension.	[]

Source code in src/rapidata/rapidata_client/validation/validation_set_manager.py

def create_mixed_set(self,
    name: str,
    rapids: list[Rapid],
    dimensions: list[str] = [],
) -> RapidataValidationSet:
    """Create a validation set with a list of rapids.

    Args:
        name (str): The name of the validation set. (will not be shown to the labeler)
        rapids (list[Rapid]): The list of rapids to add to the validation set.
        dimensions (list[str], optional): The dimensions to add to the validation set accross which users will be tracked. Defaults to [] which is the default dimension.
    """

    return self._submit(name=name, rapids=rapids, dimensions=dimensions)

get_validation_set_by_id

get_validation_set_by_id(
    validation_set_id: str,
) -> RapidataValidationSet

Get a validation set by ID.

Parameters:

Name	Type	Description	Default
validation_set_id	str	The ID of the validation set.	required

Returns:

Name	Type	Description
RapidataValidationSet	RapidataValidationSet	The ValidationSet instance.

Source code in src/rapidata/rapidata_client/validation/validation_set_manager.py

def get_validation_set_by_id(self, validation_set_id: str) -> RapidataValidationSet:
    """Get a validation set by ID.

    Args:
        validation_set_id (str): The ID of the validation set.

    Returns:
        RapidataValidationSet: The ValidationSet instance.
    """

    validation_set = self.__openapi_service.validation_api.validation_set_validation_set_id_get(validation_set_id=validation_set_id)

    return RapidataValidationSet(validation_set_id, str(validation_set.name), self.__openapi_service)

find_validation_sets

find_validation_sets(
    name: str = "", amount: int = 1
) -> list[RapidataValidationSet]

Find validation sets by name.

Parameters:

Name	Type	Description	Default
name	str	The name to search for. Defaults to "" to match with any set.	''
amount	int	The amount of validation sets to return. Defaults to 1.	1

Returns:

Type	Description
list[RapidataValidationSet]	list[RapidataValidationSet]: The list of validation sets.

Source code in src/rapidata/rapidata_client/validation/validation_set_manager.py

def find_validation_sets(self, name: str = "", amount: int = 1) -> list[RapidataValidationSet]:
    """Find validation sets by name.

    Args:
        name (str, optional): The name to search for. Defaults to "" to match with any set.
        amount (int, optional): The amount of validation sets to return. Defaults to 1.

    Returns:
        list[RapidataValidationSet]: The list of validation sets.
    """

    validation_page_result = self.__openapi_service.validation_api.validation_sets_get(QueryModel(
        page=PageInfo(index=1, size=amount),
        filter=RootFilter(filters=[Filter(field="Name", operator="Contains", value=name)]),
        sortCriteria=[SortCriterion(direction="Desc", propertyName="CreatedAt")]
        ))

    validation_sets = [self.get_validation_set_by_id(str(validation_set.id)) for validation_set in validation_page_result.items]
    return validation_sets