GeNNCodeGenerator class

(Shortest import: from brian2genn.genn_generator import GeNNCodeGenerator)

class brian2genn.genn_generator.GeNNCodeGenerator(*args, **kwds)[source]

Bases: brian2.codegen.generators.base.CodeGenerator

“GeNN language”

For user-defined functions, there are two keys to provide:

support_code
The function definition which will be added to the support code.
hashdefine_code
The #define code added to the main loop.

Attributes

flush_denormals
restrict

Methods

denormals_to_zero_code()
determine_keywords() A dictionary of values that is made available to the templated.
get_array_name(var[, access_data]) Get a globally unique name for a ArrayVariable.
translate_expression(expr) Translate the given expression string into a string in the target language, returns a string.
translate_one_statement_sequence(statements)
translate_statement(statement) Translate a single line Statement into the target language, returns a string.
translate_to_declarations(statements)
translate_to_read_arrays(statements)
translate_to_statements(statements)
translate_to_write_arrays(statements)

Details

flush_denormals
restrict
denormals_to_zero_code()[source]
determine_keywords()[source]

A dictionary of values that is made available to the templated. This is used for example by the CPPCodeGenerator to set up all the supporting code

static get_array_name(var, access_data=True)[source]

Get a globally unique name for a ArrayVariable.

translate_expression(expr)[source]

Translate the given expression string into a string in the target language, returns a string.

translate_one_statement_sequence(statements, scalar=False)[source]
translate_statement(statement)[source]

Translate a single line Statement into the target language, returns a string.

translate_to_declarations(statements)[source]
translate_to_read_arrays(statements)[source]
translate_to_statements(statements)[source]
translate_to_write_arrays(statements)[source]