MindSpore
Installation
MindElec Introduction and Installation
Application
Physics Informed Deep Learning Method for Electromagnetic Simulation
Data Driven Deep Learning Method for Electromagnetic Simulation
Visualizing Electromagnetic Simulation Results
API References
mindelec.architecture
mindelec.common
mindelec.data
mindelec.geometry
mindelec.loss
mindelec.operators
mindelec.solver
mindelec.vision
RELEASE NOTES
Release Notes
MindSpore
»
Index
Index
B
|
C
|
D
|
E
|
F
|
G
|
H
|
I
|
L
|
M
|
N
|
P
|
R
|
S
|
T
|
U
|
V
B
BBoxType (class in mindelec.data)
boundary_condition() (mindelec.solver.Problem method)
BoundaryBC (class in mindelec.data)
BoundaryIC (class in mindelec.data)
C
clear() (mindelec.common.L2 method)
constraint_function() (mindelec.solver.Problem method)
Constraints (class in mindelec.loss)
create_config_from_edict() (in module mindelec.geometry)
create_dataset() (mindelec.data.Dataset method)
CSGDifference (class in mindelec.geometry)
CSGIntersection (class in mindelec.geometry)
CSGUnion (class in mindelec.geometry)
CSGXOR (class in mindelec.geometry)
Cuboid (class in mindelec.geometry)
D
Dataset (class in mindelec.data)
Disk (class in mindelec.geometry)
E
epoch_begin() (mindelec.solver.LossAndTimeMonitor method)
epoch_end() (mindelec.solver.EvalCallback method)
(mindelec.solver.LossAndTimeMonitor method)
(mindelec.vision.MonitorEval method)
Equation (class in mindelec.data)
eval() (mindelec.common.L2 method)
(mindelec.solver.Solver method)
EvalCallback (class in mindelec.solver)
ExistedDataConfig (class in mindelec.data)
ExistedDataset (class in mindelec.data)
F
FCSequential (class in mindelec.architecture)
G
Geometry (class in mindelec.geometry)
GeometryWithTime (class in mindelec.geometry)
get_activation() (in module mindelec.architecture)
get_columns_list() (mindelec.data.Dataset method)
get_loss_metric() (in module mindelec.loss)
get_poly_lr() (in module mindelec.common)
governing_equation() (mindelec.solver.Problem method)
Grad (class in mindelec.operators)
H
HyperCube (class in mindelec.geometry)
I
image_to_video() (in module mindelec.vision)
initial_condition() (mindelec.solver.Problem method)
InputScaleNet (class in mindelec.architecture)
Interval (class in mindelec.geometry)
L
L2 (class in mindelec.common)
LearningRate (class in mindelec.common)
LinearBlock (class in mindelec.architecture)
LossAndTimeMonitor (class in mindelec.solver)
M
MaterialConfig (class in mindelec.data)
model_list() (mindelec.data.PointCloud method)
MonitorEval (class in mindelec.vision)
MonitorTrain (class in mindelec.vision)
MTLWeightedLossCell (class in mindelec.architecture)
MultiScaleFCCell (class in mindelec.architecture)
N
NetWithEval (class in mindelec.loss)
NetWithLoss (class in mindelec.loss)
P
PartSamplingConfig (class in mindelec.geometry)
plot_eh() (in module mindelec.vision)
plot_s11() (in module mindelec.vision)
PointCloud (class in mindelec.data)
PointCloudSamplingConfig (class in mindelec.data)
predict() (mindelec.solver.Solver method)
print_graph_1d() (in module mindelec.vision)
print_graph_2d() (in module mindelec.vision)
Problem (class in mindelec.solver)
R
Rectangle (class in mindelec.geometry)
ResBlock (class in mindelec.architecture)
S
sampling() (mindelec.geometry.Disk method)
(mindelec.geometry.GeometryWithTime method)
(mindelec.geometry.HyperCube method)
SamplingConfig (class in mindelec.geometry)
SamplingMode (class in mindelec.data)
SecondOrderGrad (class in mindelec.operators)
set_constraint_type() (mindelec.data.Dataset method)
set_name() (mindelec.geometry.Geometry method)
set_sampling_config() (mindelec.geometry.Geometry method)
(mindelec.geometry.GeometryWithTime method)
Solver (class in mindelec.solver)
StdPhysicalQuantity (class in mindelec.data)
step_end() (mindelec.vision.MonitorTrain method)
T
tensor_build() (mindelec.data.PointCloud method)
TimeDomain (class in mindelec.geometry)
topology_solving() (mindelec.data.PointCloud method)
train() (mindelec.solver.Solver method)
train_with_eval() (mindelec.solver.Solver method)
U
update() (mindelec.common.L2 method)
V
vtk_structure() (in module mindelec.vision)