nimble_kokkos::BlockMaterialInterface Class Reference

#include <nimble_kokkos_block_material_interface.h>

Inheritance diagram for nimble_kokkos::BlockMaterialInterface:

Public Member Functions
	BlockMaterialInterface (double time_n_, double time_np1_, const nimble::FieldIds &field_ids_, const std::vector< nimble::BlockData > &blocks_, nimble::ModelDataBase *model_data_)
	~BlockMaterialInterface () override=default
void	ComputeStress () const override
Public Member Functions inherited from nimble::BlockMaterialInterfaceBase
	BlockMaterialInterfaceBase ()=default
virtual	~BlockMaterialInterfaceBase ()=default

Protected Attributes
const double	time_n
const double	time_np1
const nimble::FieldIds &	field_ids
nimble_kokkos::ModelData *	model_data
std::vector< nimble::BlockData >	blocks

Constructor & Destructor Documentation

BlockMaterialInterface()

nimble_kokkos::BlockMaterialInterface::BlockMaterialInterface	(	double	time_n_,
		double	time_np1_,
		const nimble::FieldIds &	field_ids_,
		const std::vector< nimble::BlockData > &	blocks_,
		nimble::ModelDataBase *	model_data_ )

    : nimble::BlockMaterialInterfaceBase(),
      time_n(time_n_),
      time_np1(time_np1_),
      field_ids(field_ids_),
      model_data(dynamic_cast<nimble_kokkos::ModelData*>(model_data_)),
      blocks(blocks_)
{
}

~BlockMaterialInterface()

nimble_kokkos::BlockMaterialInterface::~BlockMaterialInterface ( )

overridedefault

Member Function Documentation

ComputeStress()

void nimble_kokkos::BlockMaterialInterface::ComputeStress ( ) const

overridevirtual

Implements nimble::BlockMaterialInterfaceBase.

{
  for (auto&& block_data : blocks) {
    auto deformation_gradient_step_n_d = model_data->GetDeviceFullTensorIntegrationPointData(
        block_data.id, field_ids.deformation_gradient, nimble::STEP_N);
    auto deformation_gradient_step_np1_d = model_data->GetDeviceFullTensorIntegrationPointData(
        block_data.id, field_ids.deformation_gradient, nimble::STEP_NP1);
    auto stress_step_n_d =
        model_data->GetDeviceSymTensorIntegrationPointData(block_data.id, field_ids.stress, nimble::STEP_N);
    auto stress_step_np1_d =
        model_data->GetDeviceSymTensorIntegrationPointData(block_data.id, field_ids.stress, nimble::STEP_NP1);
    //
    auto                material_device = block_data.material_device;
    DeviceElemStateView elem_state_n, elem_state_np1;
    if (material_device->NumStateVariables() > 0) {
      if (field_ids.state_scalar >= 0) {
        elem_state_n.scalar =
            model_data->GetDeviceScalarIntegrationPointData(block_data.id, field_ids.state_scalar, nimble::STEP_N);
        elem_state_np1.scalar =
            model_data->GetDeviceScalarIntegrationPointData(block_data.id, field_ids.state_scalar, nimble::STEP_NP1);
      }
      //
      if (field_ids.state_vec3D >= 0) {
        elem_state_n.vec3D =
            model_data->GetDeviceVectorIntegrationPointData(block_data.id, field_ids.state_vec3D, nimble::STEP_N);
        elem_state_np1.vec3D =
            model_data->GetDeviceVectorIntegrationPointData(block_data.id, field_ids.state_vec3D, nimble::STEP_NP1);
      }
      //
      if (field_ids.state_sym_tensor >= 0) {
        elem_state_n.sym_tensor = model_data->GetDeviceSymTensorIntegrationPointData(
            block_data.id, field_ids.state_sym_tensor, nimble::STEP_N);
        elem_state_np1.sym_tensor = model_data->GetDeviceSymTensorIntegrationPointData(
            block_data.id, field_ids.state_sym_tensor, nimble::STEP_NP1);
      }
      //
      if (field_ids.state_full_tensor >= 0) {
        elem_state_n.full_tensor = model_data->GetDeviceFullTensorIntegrationPointData(
            block_data.id, field_ids.state_full_tensor, nimble::STEP_N);
        elem_state_np1.full_tensor = model_data->GetDeviceFullTensorIntegrationPointData(
            block_data.id, field_ids.state_full_tensor, nimble::STEP_NP1);
      }
    }
    //
    compute_block_stress(
        block_data,
        deformation_gradient_step_n_d,
        deformation_gradient_step_np1_d,
        stress_step_n_d,
        stress_step_np1_d,
        elem_state_n,
        elem_state_np1,
        time_n,
        time_np1);
  }  // for (auto&& block_data : blocks)
}

Member Data Documentation

blocks

std::vector<nimble::BlockData> nimble_kokkos::BlockMaterialInterface::blocks

protected

field_ids

const nimble::FieldIds& nimble_kokkos::BlockMaterialInterface::field_ids

protected

model_data

nimble_kokkos::ModelData* nimble_kokkos::BlockMaterialInterface::model_data

protected

time_n

const double nimble_kokkos::BlockMaterialInterface::time_n

protected

time_np1

const double nimble_kokkos::BlockMaterialInterface::time_np1

protected

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The documentation for this class was generated from the following files:

• src/nimble_kokkos_block_material_interface.h
• src/nimble_kokkos_block_material_interface.cc