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reverted agg and topk examples and replaced with two new files for te…
…sting multithreading
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import time | ||
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import pandas as pd | ||
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import lotus | ||
from lotus.models import LM | ||
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def main(): | ||
lm = LM(model="gpt-4o-mini") | ||
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lotus.settings.configure(lm=lm) | ||
lotus.settings.configure(enable_multithreading=True) | ||
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# turn on lotus debug logging | ||
lotus.logger.setLevel("DEBUG") | ||
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data = { | ||
"Course Name": [ | ||
"Probability and Random Processes", | ||
"Optimization Methods in Engineering", | ||
"Digital Design and Integrated Circuits", | ||
"Computer Security", | ||
"Cooking", | ||
"Food Sciences", | ||
"Machine Learning", | ||
"Data Structures and Algorithms", | ||
"Quantum Mechanics", | ||
"Organic Chemistry", | ||
"Artificial Intelligence", | ||
"Robotics", | ||
"Thermodynamics", | ||
"Fluid Mechanics", | ||
"Molecular Biology", | ||
"Genetics", | ||
"Astrophysics", | ||
"Neuroscience", | ||
"Microeconomics", | ||
"Macroeconomics", | ||
"Linear Algebra", | ||
"Calculus", | ||
"Statistics", | ||
"Differential Equations", | ||
"Discrete Mathematics", | ||
"Number Theory", | ||
"Graph Theory", | ||
"Topology", | ||
"Complex Analysis", | ||
"Real Analysis", | ||
"Abstract Algebra", | ||
"Numerical Methods", | ||
"Cryptography", | ||
"Network Security", | ||
"Operating Systems", | ||
"Databases", | ||
"Computer Networks", | ||
"Software Engineering", | ||
"Compilers", | ||
"Computer Architecture", | ||
"Parallel Computing", | ||
"Distributed Systems", | ||
"Cloud Computing", | ||
"Big Data Analytics", | ||
"Natural Language Processing", | ||
"Computer Vision", | ||
"Reinforcement Learning", | ||
"Deep Learning", | ||
"Bioinformatics", | ||
"Computational Biology", | ||
"Systems Biology", | ||
"Biochemistry", | ||
"Physical Chemistry", | ||
"Inorganic Chemistry", | ||
"Analytical Chemistry", | ||
"Environmental Chemistry", | ||
"Materials Science", | ||
"Nanotechnology", | ||
"Optics", | ||
"Electromagnetism", | ||
"Nuclear Physics", | ||
"Particle Physics", | ||
"Cosmology", | ||
"Planetary Science", | ||
"Geophysics", | ||
"Atmospheric Science", | ||
"Oceanography", | ||
"Ecology", | ||
"Evolutionary Biology", | ||
"Botany", | ||
"Zoology", | ||
"Microbiology", | ||
"Immunology", | ||
"Virology", | ||
"Pharmacology", | ||
"Physiology", | ||
"Anatomy", | ||
"Neurobiology", | ||
"Cognitive Science", | ||
"Psychology", | ||
"Sociology", | ||
"Anthropology", | ||
"Archaeology", | ||
"Linguistics", | ||
"Philosophy", | ||
"Ethics", | ||
"Logic", | ||
"Political Science", | ||
"International Relations", | ||
"Public Policy", | ||
"Economics", | ||
"Finance", | ||
"Accounting", | ||
"Marketing", | ||
"Management", | ||
"Entrepreneurship", | ||
"Law", | ||
"Criminal Justice", | ||
"Human Rights", | ||
"Environmental Studies", | ||
"Sustainability", | ||
"Urban Planning", | ||
"Architecture", | ||
"Civil Engineering", | ||
"Mechanical Engineering", | ||
"Electrical Engineering", | ||
"Chemical Engineering", | ||
"Aerospace Engineering", | ||
"Biomedical Engineering", | ||
"Environmental Engineering", | ||
], | ||
"Grade Level": [ | ||
"High School", | ||
"Graduate", | ||
"Graduate", | ||
"High School", | ||
"Undergraduate", | ||
"Undergraduate", | ||
"High School", | ||
"Undergraduate", | ||
"High School", | ||
"Undergraduate", | ||
"High School", | ||
"Graduate", | ||
"Undergraduate", | ||
"Undergraduate", | ||
"Graduate", | ||
"Undergraduate", | ||
"Graduate", | ||
"Graduate", | ||
"Undergraduate", | ||
"Undergraduate", | ||
"Undergraduate", | ||
"Undergraduate", | ||
"High School", | ||
"High School", | ||
"Undergraduate", | ||
"Graduate", | ||
"Graduate", | ||
"Graduate", | ||
"High School", | ||
"Graduate", | ||
"Graduate", | ||
"Graduate", | ||
"Graduate", | ||
"High School", | ||
"Undergraduate", | ||
"High School", | ||
"Undergraduate", | ||
"Undergraduate", | ||
"Graduate", | ||
"Undergraduate", | ||
"Undergraduate", | ||
"Graduate", | ||
"Graduate", | ||
"Graduate", | ||
"Graduate", | ||
"Graduate", | ||
"Graduate", | ||
"Graduate", | ||
"Graduate", | ||
"Graduate", | ||
"Undergraduate", | ||
"Graduate", | ||
"Undergraduate", | ||
"High School", | ||
"Graduate", | ||
"Graduate", | ||
"Graduate", | ||
"High School", | ||
"Graduate", | ||
"High School", | ||
"Graduate", | ||
"Graduate", | ||
"Graduate", | ||
"Graduate", | ||
"Graduate", | ||
"Graduate", | ||
"Graduate", | ||
"Graduate", | ||
"High School", | ||
"High School", | ||
"High School", | ||
"Undergraduate", | ||
"Graduate", | ||
"Graduate", | ||
"Graduate", | ||
"High School", | ||
"Undergraduate", | ||
"Undergraduate", | ||
"Graduate", | ||
"Graduate", | ||
"Undergraduate", | ||
"Undergraduate", | ||
"Undergraduate", | ||
"High School", | ||
"High School", | ||
"Graduate", | ||
"Graduate", | ||
"High School", | ||
"Graduate", | ||
"Graduate", | ||
"Graduate", | ||
"Undergraduate", | ||
"Undergraduate", | ||
"Undergraduate", | ||
"Undergraduate", | ||
"High School", | ||
"High School", | ||
"Graduate", | ||
"Undergraduate", | ||
"Undergraduate", | ||
"Undergraduate", | ||
"Undergraduate", | ||
"Undergraduate", | ||
"Undergraduate", | ||
"Graduate", | ||
"Graduate", | ||
"Graduate", | ||
"Graduate", | ||
"Graduate", | ||
"Graduate", | ||
], | ||
} | ||
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df = pd.DataFrame(data) | ||
start_time = time.time() | ||
df = df.sem_agg("Summarize all {Course Name}", group_by=["Grade Level"]) | ||
end_time = time.time() | ||
print(df._output[0]) | ||
print(f"Total execution time: {end_time - start_time:.2f} seconds") | ||
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if __name__ == "__main__": | ||
main() | ||
lm = LM(model="gpt-4o-mini") | ||
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lotus.settings.configure(lm=lm) | ||
data = { | ||
"Course Name": [ | ||
"Probability and Random Processes", | ||
"Optimization Methods in Engineering", | ||
"Digital Design and Integrated Circuits", | ||
"Computer Security", | ||
"Cooking", | ||
"Food Sciences", | ||
] | ||
} | ||
df = pd.DataFrame(data) | ||
df = df.sem_agg("Summarize all {Course Name}") | ||
print(df._output[0]) |
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