Closed huangkai31 closed 2 years ago
Excellent suggestion, thank you!
I'll have a think about what's the best way to implement this, maybe a new module with a convenience method call from Survey
.
To date, welleng
has been predominantly intended for planning or review of surveys, so nice to start thinking real-time.
wonderful, add a method in Survey, and use current survey data to predict bit position would be great.
I can develop a simple UI using Dash to do some testing
Sounds good!
I’d be happy to add to review pull requests if you want to add that to welleng, or if you add it to a repo then I’d be happy to take a look and help develop a front end.
On 2 Sep 2021, at 10:29, Kai Huang @.***> wrote:
wonderful, add a method in Survey, and use current survey data to predict bit position would be great.
I can develop a simple UI using Dash to do some testing
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@huangkai31 I've written a function and added a convenience method that returns the project point as a Node
... that way it has all the properties calculated.
You have to input the delta_md
(the distance from the survey tool to the bit) and it will by default use the last survey station data to project (i.e. the current DLS and toolface), but you can also enter your own parameters to overwrite the default ones. If dls=0
then it's a hold, otherwise is a curve.
I don't want to modify the survey with the projected point, just return the data - sound okay?
I've added a branch feature/project_survey_to_bit
@jonnymaserati Sounds great! That's exactly what I'm looking for !
Great... I'm just going to add a project_to_target
function and then I'll merge it into the dev
branch.
Okay, project_to_target
is working, but I need to add it as a method to Survey
.
Have a look at the code... node1
is the data at the bit and survey_to_target
generates a survey listing for how to get to the target. I'll update this so that a Node
is passed instead, but the principle will be the same.
import welleng as we
node0 = we.survey.project_ahead([0, 0, 0], [0, 0, 1], 30, 3, 0)
survey = we.survey.Survey(
md=[0, 100, 500, 3000],
inc=[0, 0, 30, 30],
azi=[0, 0, 90, 90],
deg=True
).interpolate_survey(step=30)
fig = survey.figure()
node1 = survey.project_to_bit(30)
target = we.node.Node(
pos=[100, 1500, 3000],
vec=[0, 0, 1]
)
survey_to_target = we.survey.project_to_target(
survey, [2000, 2000, 4000], [0, 0, 1]
)
fig.add_trace(survey_to_target.figure().data[0])
fig.show()
print("Done")
The figure below shows the current survey and then a survey of how to get to the target... this survey can be interrogated to see what toolface
etc is required to steer there.
Seem okay?
@huangkai31 the updates have been merged into the dev
branch with #86. I'll close this once I've merged them into the main
branch.
These are now merged into the main
branch with #87 and an example is included here.
From MWD -> Bit, there's still 18m (or less) , and it will be great to get the current bit position with current survey data . FYI, there's 2 projection type according to compass: