def kernelEngine( kernel, binding = "BoostPythonBinding" ):
"""render the c++ engine of the given kernel
This factory method can only deal with kernels, but not scatterers.
"""
from bindings import classes as bindingClasses
binding = bindingClasses() [ binding ] ()
from KernelComputationEngineFactory import KernelComputationEngineFactory
factory = KernelComputationEngineFactory( binding )
from KernelComputationEngineRenderer import KernelComputationEngineRenderer
return KernelComputationEngineRenderer( factory ).render( kernel )
def kernelEngine(kernel, binding="BoostPythonBinding"):
"""render the c++ engine of the given kernel
This factory method can only deal with kernels, but not scatterers.
"""
from bindings import classes as bindingClasses
binding = bindingClasses()[binding]()
from KernelComputationEngineFactory import KernelComputationEngineFactory
factory = KernelComputationEngineFactory(binding)
from KernelComputationEngineRenderer import KernelComputationEngineRenderer
return KernelComputationEngineRenderer(factory).render(kernel)
def shapeEngine(shape,
binding="BoostPythonBinding",
orientation_convention="McStasConvention"):
"render the c++ engine of the given shape"
from bindings import classes as bindingClasses
bindingClass = bindingClasses()[binding]
binding = bindingClass()
from orientation_conventions import classes
conventionClass = classes()[orientation_convention]
orientation_convention = conventionClass()
from ShapeComputationEngineFactory import ShapeComputationEngineFactory
factory = ShapeComputationEngineFactory(binding, orientation_convention)
from ShapeComputationEngineRenderer import ShapeComputationEngineRenderer
return ShapeComputationEngineRenderer(factory).render(shape)
def shapeEngine(
shape,
binding = "BoostPythonBinding",
orientation_convention = "McStasConvention" ):
"render the c++ engine of the given shape"
from bindings import classes as bindingClasses
bindingClass = bindingClasses()[ binding ]
binding = bindingClass()
from orientation_conventions import classes
conventionClass = classes()[ orientation_convention ]
orientation_convention = conventionClass()
from ShapeComputationEngineFactory import ShapeComputationEngineFactory
factory = ShapeComputationEngineFactory( binding, orientation_convention )
from ShapeComputationEngineRenderer import ShapeComputationEngineRenderer
return ShapeComputationEngineRenderer( factory ).render( shape )
