def test_grid():
from sandbox.modules.gempy.utils import Grid
grid = Grid(physical_extent=[1000, 800],
model_extent=[0, 1000, 0, 1000, 0, 2300],
sensor_extent=extent,
scale=None)
grid.update_grid(frame)
print(grid.depth_grid)
def setup(self, frame):
self.frame = frame
self.vmin = frame.min()
self.vmax = frame.max()
self._scale, self._pixel_scale, self._pixel_size = get_scale(
physical_extent=self._box_dimensions,
sensor_extent=self._sensor_extent,
model_extent=self.geo_model._grid.regular_grid.extent) # prepare the scale object
self.grid = Grid(physical_extent=self._box_dimensions,
sensor_extent=self._sensor_extent,
model_extent=self.geo_model._grid.regular_grid.extent,
scale=self._scale)
self.init_topography(frame)
def set_NoddyOutput(self, n: NoddyOutput):
"""
Args:
n:
Returns:
"""
self.output_model = n
self.model_extent = list(
map(int, [0, n.extent_x, 0, n.extent_y, 0, n.extent_z]))
logger.info("Model extent: %s" % self.model_extent)
self.model_resolution = list(map(int, [n.nx, n.ny, n.nz]))
logger.info("Model resolution: %s" % self.model_resolution)
self.model_spacing = list(map(int, [n.delx, n.dely, n.delz]))
logger.info("Size of each block: %s" % self.model_spacing)
self.block_model = n.block
self.grid = Grid(self.box_dimensions, self.model_extent, [
0, self.model_resolution[0], 0, self.model_resolution[1],
self.sensor_extent[-2], self.sensor_extent[-1]
])
self.create_empty_block()