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镜像自地址 https://gitee.com/sunhf/gprMax.git 已同步 2025-08-08 07:24:19 +08:00
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Tidied some variable names

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Craig Warren
2022-11-19 16:26:04 +00:00
父节点 29786cf96b
当前提交 f23c6847c4
共有 1 个文件被更改，包括 14 次插入 和 14 次删除
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gprMax/subgrids/updates.py
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@@ -90,36 +90,36 @@ class SubgridUpdater(CPUUpdates):
""" """
G = self.G G = self.G
sub_grid = self.grid subgrid = self.grid
precursors = self.precursors precursors = self.precursors
# Copy the main grid electric fields at the IS position # Copy the main grid electric fields at the IS position
precursors.update_electric() precursors.update_electric()
upper_m = int(sub_grid.ratio / 2 - 0.5) upper_m = int(subgrid.ratio / 2 - 0.5)
for m in range(1, upper_m + 1): for m in range(1, upper_m + 1):
self.store_outputs() self.store_outputs()
self.update_electric_a() self.update_electric_a()
self.update_electric_pml() self.update_electric_pml()
precursors.interpolate_magnetic_in_time(int(m + sub_grid.ratio / 2 - 0.5)) precursors.interpolate_magnetic_in_time(int(m + subgrid.ratio / 2 - 0.5))
sub_grid.update_electric_is(precursors) subgrid.update_electric_is(precursors)
self.update_electric_sources() self.update_electric_sources()
self.update_electric_b() self.update_electric_b()
self.update_magnetic() self.update_magnetic()
self.update_magnetic_pml() self.update_magnetic_pml()
precursors.interpolate_electric_in_time(m) precursors.interpolate_electric_in_time(m)
sub_grid.update_magnetic_is(precursors) subgrid.update_magnetic_is(precursors)
self.update_magnetic_sources() self.update_magnetic_sources()
self.store_outputs() self.store_outputs()
self.update_electric_a() self.update_electric_a()
self.update_electric_pml() self.update_electric_pml()
precursors.calc_exact_magnetic_in_time() precursors.calc_exact_magnetic_in_time()
sub_grid.update_electric_is(precursors) subgrid.update_electric_is(precursors)
self.update_electric_sources() self.update_electric_sources()
self.update_electric_b() self.update_electric_b()
sub_grid.update_electric_os(G) subgrid.update_electric_os(G)
def hsg_2(self): def hsg_2(self):
"""Second half of the subgrid update. Takes the time step up to the main """Second half of the subgrid update. Takes the time step up to the main
@@ -127,31 +127,31 @@ class SubgridUpdater(CPUUpdates):
""" """
G = self.G G = self.G
sub_grid = self.grid subgrid = self.grid
precursors = self.precursors precursors = self.precursors
# Copy the main grid magnetic fields at the IS position # Copy the main grid magnetic fields at the IS position
precursors.update_magnetic() precursors.update_magnetic()
upper_m = int(sub_grid.ratio / 2 - 0.5) upper_m = int(subgrid.ratio / 2 - 0.5)
for m in range(1, upper_m + 1): for m in range(1, upper_m + 1):
self.update_magnetic() self.update_magnetic()
self.update_magnetic_pml() self.update_magnetic_pml()
precursors.interpolate_electric_in_time(int(m + sub_grid.ratio / 2 - 0.5)) precursors.interpolate_electric_in_time(int(m + subgrid.ratio / 2 - 0.5))
sub_grid.update_magnetic_is(precursors) subgrid.update_magnetic_is(precursors)
self.update_magnetic_sources() self.update_magnetic_sources()
self.store_outputs() self.store_outputs()
self.update_electric_a() self.update_electric_a()
self.update_electric_pml() self.update_electric_pml()
precursors.interpolate_magnetic_in_time(m) precursors.interpolate_magnetic_in_time(m)
sub_grid.update_electric_is(precursors) subgrid.update_electric_is(precursors)
self.update_electric_sources() self.update_electric_sources()
self.update_electric_b() self.update_electric_b()
self.update_magnetic() self.update_magnetic()
self.update_magnetic_pml() self.update_magnetic_pml()
precursors.calc_exact_electric_in_time() precursors.calc_exact_electric_in_time()
sub_grid.update_magnetic_is(precursors) subgrid.update_magnetic_is(precursors)
self.update_magnetic_sources() self.update_magnetic_sources()
sub_grid.update_magnetic_os(G) subgrid.update_magnetic_os(G)