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Index of modules
A
Analysis
Analysis_config
[
Bench
]
Analysis_config
Analysis_result
Ascii_table
[
Defaults
]
B
Basic_test
[
Test
]
Bench
[
Std
]
Bench
Bench is a micro-benchmarking library that attempts to measure the execution time, allocation, GC effects etc of a function.
Bench_command
Bench_command_column
Bench_result
Benchmark
C
Ci95
[
Bench_result
]
Ci95
[
Analysis_result
]
Coefficient
[
Bench_result
]
Coefficient
[
Analysis_result
]
D
Defaults
Direct
[
Test.Fields
]
Direct
[
Test.Basic_test.Fields
]
Direct
[
Run_config.Fields
]
Direct
[
Partial_array.Fields
]
Direct
[
Measurement_sample.Fields
]
Direct
[
Display_config.Fields
]
Direct
[
Bench_result.Fields
]
Direct
[
Bench_result.Predictor_result.Fields
]
Display
Display_column
Display_config
Display_config
[
Bench
]
Display_units
F
Fields
[
Test
]
Fields
[
Test.Basic_test
]
Fields
[
Run_config
]
Fields
[
Partial_array
]
Fields
[
Measurement_sample
]
Fields
[
Display_config
]
Fields
[
Bench_result
]
Fields
[
Bench_result.Predictor_result
]
I
Id
[
Test
]
L
Linear_algebra
Some basic linear algebra code, so that basic operations can be done without introducing a dependency on Lacaml/LAPACK.
Linear_algebra_wrapper
M
Magnitude
[
Display_units
]
Mat
[
Linear_algebra
]
Matrices
Measurement
Measurement
[
Bench
]
Measurement_sample
P
Partial_array
Arrays in which only some initial segment is meaningful.
Predictor_result
[
Bench_result
]
R
Regression
[
Analysis_result
]
Run_config
Run_config
[
Bench
]
For default values of all the optional arguments, see the module called
Defaults
in bench_main.ml.
S
Std
T
Test
Test
[
Bench
]
To_string
V
Variable
Variable
[
Bench
]
Vec
[
Linear_algebra
]
Vectors
Verbosity