 |
|
HomeDownloadsScreenshotsShowcase
F.A.Qs |
 |
|
Electric fields sampled on a regular grid
Field of an electrical dipole with low sampling rate on a regular grid. The strength of the field is color-coded from blue (weak field)
to red (strong field).
Field of an electrical dipole with mediun sampling rate on a regular grid. The strength of the field is color-coded from blue (weak field)
to red (strong field).
Field of an electrical dipole with high sampling rate on a regular grid. The strength of the field is color-coded from blue (weak field)
to red (strong field).
Field of an electrical hexapole with low sampling rate on a regular grid. The strength of the field is color-coded from blue (weak field)
to red (strong field).
Field of an electrical hexapole with medium sampling rate on a regular grid. The strength of the field is color-coded from blue (weak field)
to red (strong field).
Field of an electrical hexapole with high sampling rate on a regular grid. The strength of the field is color-coded from blue (weak field)
to red (strong field).
Field of an electrical triapole with high sampling rate on a regular grid. The strength of the field is color-coded from blue (weak field)
to red (string field). The inner structure of the tripole is vaguely visible through the outer field.
|
Electric fields sampled on a jittered grid
Field of an electrical dipole with low sampling rate on a jittered grid (30% randomness). The strength of the field is color-coded
from blue (weak field) to red (strong field).
Field of an electrical dipole with medium sampling rate on a jittered grid (30% randomness). The strength of the field is color-coded
from blue (weak field) to red (strong field).
Field of an electrical dipole with high sampling rate on a jittered grid (30% randomness). The strength of the field is color-coded
from blue (weak field) to red (strong field).
Field of an electrical hexapole with low sampling rate on a jittered grid (30% randomness). The strength of the field is color-coded
from blue (weak field) to red (strong field).
Field of an electrical hexapole with medium sampling rate on a jittered grid (30% randomness). The strength of the field is color-coded
from blue (weak field) to red (strong field).
Field of an electrical hexapole with high sampling rate on a jittered grid (30% randomness). The strength of the field is color-coded
from blue (weak field) to red (strong field).
Montage of an electrical tripole field with thresholded field strengths. The strength of the field is color-coded from
blue (weak field) to red (strong field). Higher energy densities exhibit higher levels of detail.
|
