Experimental Creations

A collection of innovative and experimental tomato-based recipes that push the boundaries of what's possible with TomatoPy.

Molecular Gastronomy Tomato Spheres

Ingredients

from tomatopy import Tomato, Alginate, Calcium, SpherificationKit

# Create ingredients
tomatoes = Tomato(
    ripeness=0.95,
    variety="Heirloom",
    weight=500  # grams
)

alginate = Alginate(
    amount=2,  # grams
    purity=0.99,
    viscosity=0.8
)

calcium = Calcium(
    amount=5,  # grams
    form="chloride",
    purity=0.95
)

spherification_kit = SpherificationKit(
    size="medium",
    temperature_control=True
)

Instructions

from tomatopy import Kitchen, Recipe

# Initialize kitchen
kitchen = Kitchen()

# Create recipe
spheres = Recipe("Tomato Spheres")
spheres.add_ingredient(tomatoes)
spheres.add_ingredient(alginate)
spheres.add_ingredient(calcium)

# Set preparation parameters
spheres.set_preparation_method("spherification")
spheres.set_temperature(4)  # Celsius
spheres.set_duration("2h")

# Execute recipe
final_spheres = kitchen.prepare_recipe(spheres)

Quality Control

from tomatopy import TasteTester

# Analyze spheres
tester = TasteTester()
profile = tester.analyze(final_spheres)

# Check quality metrics
print(f"Sphericity: {profile.sphericity}")
print(f"Burst strength: {profile.burst_strength}")
print(f"Flavor concentration: {profile.flavor_concentration}")

Fermented Tomato Kimchi

Ingredients

# Create ingredients
tomatoes = Tomato(
    ripeness=0.85,
    variety="Roma",
    weight=1000  # grams
)

chili = Chili(
    amount=100,  # grams
    variety="Gochugaru",
    spiciness=0.8
)

garlic = Garlic(
    cloves=10,
    freshness=0.95,
    size="large"
)

ginger = Ginger(
    amount=50,  # grams
    freshness=0.95,
    spiciness=0.7
)

fermentation_kit = FermentationKit(
    type="anaerobic",
    temperature_control=True
)

Instructions

# Create recipe
kimchi = Recipe("Tomato Kimchi")
kimchi.add_ingredient(tomatoes)
kimchi.add_ingredient(chili)
kimchi.add_ingredient(garlic)
kimchi.add_ingredient(ginger)

# Set fermentation parameters
kimchi.set_fermentation_method("lactic")
kimchi.set_temperature(20)  # Celsius
kimchi.set_duration("7d")
kimchi.set_salt_concentration(0.02)  # 2% salt

# Execute recipe
final_kimchi = kitchen.ferment_recipe(kimchi)

Quality Control

# Analyze kimchi
profile = tester.analyze(final_kimchi)

# Check quality metrics
print(f"Fermentation level: {profile.fermentation_level}")
print(f"Spiciness: {profile.spiciness}")
print(f"Umami development: {profile.umami_development}")

Tomato Ice Cream

Ingredients

# Create ingredients
tomatoes = Tomato(
    ripeness=0.9,
    variety="San Marzano",
    weight=400  # grams
)

cream = Cream(
    amount=500,  # ml
    fat_content=0.35,
    freshness=0.95
)

sugar = Sugar(
    amount=150,  # grams
    type="granulated",
    sweetness=1.0
)

vanilla = Vanilla(
    amount=2,  # pods
    quality="madagascar",
    intensity=0.9
)

ice_cream_maker = IceCreamMaker(
    type="professional",
    temperature_control=True
)

Instructions

# Create recipe
ice_cream = Recipe("Tomato Ice Cream")
ice_cream.add_ingredient(tomatoes)
ice_cream.add_ingredient(cream)
ice_cream.add_ingredient(sugar)
ice_cream.add_ingredient(vanilla)

# Set preparation parameters
ice_cream.set_preparation_method("churning")
ice_cream.set_temperature(-5)  # Celsius
ice_cream.set_duration("30m")

# Execute recipe
final_ice_cream = kitchen.prepare_recipe(ice_cream)

Quality Control

# Analyze ice cream
profile = tester.analyze(final_ice_cream)

# Check quality metrics
print(f"Creaminess: {profile.creaminess}")
print(f"Sweetness balance: {profile.sweetness_balance}")
print(f"Tomato flavor integration: {profile.flavor_integration}")

Tomato Sushi

Ingredients

# Create ingredients
tomatoes = Tomato(
    ripeness=0.95,
    variety="Cherry",
    weight=300  # grams
)

rice = Rice(
    amount=500,  # grams
    variety="sushi",
    stickiness=0.9
)

nori = Nori(
    sheets=4,
    quality="premium",
    crispness=0.95
)

wasabi = Wasabi(
    amount=20,  # grams
    spiciness=0.8,
    freshness=0.95
)

sushi_kit = SushiKit(
    type="professional",
    rice_cooker=True
)

Instructions

# Create recipe
sushi = Recipe("Tomato Sushi")
sushi.add_ingredient(tomatoes)
sushi.add_ingredient(rice)
sushi.add_ingredient(nori)
sushi.add_ingredient(wasabi)

# Set preparation parameters
sushi.set_preparation_method("rolling")
sushi.set_temperature(22)  # Celsius
sushi.set_duration("45m")

# Execute recipe
final_sushi = kitchen.prepare_recipe(sushi)

Quality Control

# Analyze sushi
profile = tester.analyze(final_sushi)

# Check quality metrics
print(f"Rice texture: {profile.rice_texture}")
print(f"Roll tightness: {profile.roll_tightness}")
print(f"Flavor balance: {profile.flavor_balance}")

Best Practices

Experimental Design

# Design experiment
def design_experiment(recipe, parameters):
    experiment = Experiment(recipe)
    for param, value in parameters.items():
        experiment.add_parameter(param, value)
    return experiment

Parameter Optimization

# Optimize parameters
def optimize_parameters(recipe, target_profile):
    optimizer = ParameterOptimizer(recipe)
    optimal_params = optimizer.find_optimal(target_profile)
    return optimal_params

Quality Monitoring

# Monitor quality
def monitor_quality(recipe, duration):
    monitor = QualityMonitor(recipe)
    with monitor.track(duration):
        result = kitchen.prepare_recipe(recipe)
        quality_data = monitor.get_data()
    return result, quality_data

Advanced Techniques

Flavor Extraction

# Extract flavors
def extract_flavors(ingredient, method):
    extractor = FlavorExtractor(ingredient)
    flavors = extractor.extract(method)
    return flavors

Texture Modification

# Modify texture
def modify_texture(ingredient, target_texture):
    modifier = TextureModifier(ingredient)
    modified = modifier.modify(target_texture)
    return modified

Molecular Manipulation

# Manipulate molecules
def manipulate_molecules(ingredient, manipulation):
    manipulator = MoleculeManipulator(ingredient)
    result = manipulator.manipulate(manipulation)
    return result

Next Steps

• API Reference - Explore the full API

• Tutorials - Learn advanced techniques

• Best Practices - Learn optimization techniques