appreciate you tyring it. the reason it dropped the day was due to your type system not being understood by the LLM you're using.
the model replied with
{
"Text": "coffee liqueur",
"Type": "Liqueur",
"Liquor_type": "Liqueur",
"Name_brand": null,
"Unit_of_measure": "ounce",
"Measurement_or_unit_count": "3/4"
},
but you expected a
{
Text: string,
Type: IngredientType,
Liquor_type: LiquorType or null,
Name_brand: string or null,
Unit_of_measure: string,
Measurement_or_unit_count: string,
}
there's no way to cast `Liqueur` -> `IngredientType`. but since the the data model is a `Ingredient[]` we attempted to give you as many ingredients as possible.
The model itself being wrong isn't something we can do much about. that depends on 2 things (the capabilities of the model, and the prompt you pass in).
If you wanted to capture all of the items with more rigor you could write it in this way:
class Recipe {
name string
ingredients Ingredient[]
num_ingredients int
...
// add a constraint on the type
@@assert(counts_match, {{ this.ingredients|length == this.num_ingredients }})
}
And then if you want to be very wild, put this in your prompt:
{{ ctx.output_format }}
No quotes around strings
And it'll do some cool stuff
the model replied with
but you expected a { Text: string, Type: IngredientType, Liquor_type: LiquorType or null, Name_brand: string or null, Unit_of_measure: string, Measurement_or_unit_count: string, }there's no way to cast `Liqueur` -> `IngredientType`. but since the the data model is a `Ingredient[]` we attempted to give you as many ingredients as possible.
The model itself being wrong isn't something we can do much about. that depends on 2 things (the capabilities of the model, and the prompt you pass in).
If you wanted to capture all of the items with more rigor you could write it in this way:
And then if you want to be very wild, put this in your prompt: And it'll do some cool stuff