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From YouTube: SimPEG Team meeting in Montreal
Description
This is the recording of the first hour of the SimPEG meeting in Montreal where we discussed the roadmap for SimPEG 1.0
A
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But
I
think
that's
page
is
identifying
areas
we
focus
on
slip
and
push
the
speed
forward
or
the
optimize
efficiency
have
gone
through
things
and
identifying
places
that
we
need
to
include,
because
in
didn't
simply
get
into
other
code
that
something
eases.
You
slide
that
all
so
that
we
could
continue
to
like.
That's
all
there
is
yes
offers
sparse
matrix,
but
there's
wait
anyway.
You
know
slide
pirates
matrix
libraries
to
maybe
complices,
because
they
don't
have
late,
but
customers
column
has
best
parts
row
like
redone.
B
A
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What
collection
are
you
going
home
tonight
facilitate
that,
and
it
is
also
the
potential
for
another
post
off
to
be
added
on
here
and
so
kind
of
having
that
broad
scale
overview
where
the
Bulls
are,
what
we
need
to
do
to
really
accelerate
and
in
particular,
to
develop
the
e/m,
mostly
that
needed
to
learn
highest
priority.
This
point
kind
of
had
a
global
concept
of
that
I.
Think.
B
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A
But
nothing
nothing
more
than
us.
No
there's
absolutely
make
no
duplication
when
you
see
realize
so.
For
example,
if
you
talk
about
the
overseers,
we
should
only
see
realize
the
maybe
a
lesser
footage.
There
should
be
nothing
like
I'm,
beautiful
or
something
like
that.
It
gets
tossed
it
in
the
serialization
should
be
exactly
the
unique
description
of
that
object.
B
Little
detail
like
so
the
same
case
you
think
about
that:
there's
a
unique
black
first
glance.
Okay,
so
let's
say
yeah.
Basically
my
500
emini
electrodes.
There
are
a
whole
bunch
of
black
hole
combination.
Let's
say
that
one
hundred
thousand
of
the
combination
so
that
case
I
don't
want
to
score
twenty
thousand
a
month.
The
combination,
a
lot
of
a.
B
B
B
A
A
A
But
a
story,
it's
not
stored
with
submission,
I
know
I'm,
so
late,
none
of
it
I
guess
nothing
has
changed.
This
perspective
on
migration.
Think
that
no
no
I,
like
my
question,
was
it's
exactly
saying
that
so
your
projection
matrices
meant
to
go
from
fields
to
data.
Where
do
they
go?
So
that's
the
part
of
the
question.
B
A
A
B
A
A
A
To
be
part
of
the
inverse
problem,
definition
to
kind
of
be
tied
into
the
regularization
concern
or
weight
up
regularization,
because
if
you're
in
your
inverse
problem
here,
we
can
say
that
all
I
want
to
minimize
the
log
or
something
or
some
nonlinear
function
of
something,
but
then
you've
already
specified
the
regularization
yeah.
So
you
specify
it's
really
basically,
at
this
point.
B
A
B
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B
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B
A
B
A
B
A
All
use
cases
in
pink
bow
and
then
what?
What
should
the
methods
which,
in
their
maintenance
fee,
because
one
thing
goes
like
the
great
mountain
that
earlier
we
have
to
call
some
things
through
the
sources
and
then
we're
calling
some
stuff
specifically
for
seniors.
But
you
could
actually-
and
this
might
be
a
better
way
to
go
right
now.
B
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B
A
So
what
I
was
hoping
the
sort
of
the
idea
Sparkie
matrix
is
that
we
can
then
get
away
from
one
in
the
energy.
We
don't
have
to
do
any
post
processing
on
the
thing
that
you've
given
that
you've.
Given
me,
there
may
be
a
utility
where
you
can
set
up
a
survey,
the
exact
same
ways,
but
the
thing
that
is
actually
stored.
We
we
don't
want
to
be.
A
A
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B
A
So
just
I
mean
here's.
Why
kind
of
thought
process?
Okay
for
an
e/m
measuring
electric,
not
measuring
the
balls
they,
so
it
happens
to
be
this
one
chain,
anything
different,
different
receivers.
So
even
though
they
might
be
the
approximate
same
physical
location,
tell
me
it's
like
annuities
each
day,
none
as
its
own,
so
they
are.
B
B
A
B
B
The
CPB
Eve
is
a
this
is
this
is
a
way
that
there's
no
problem,
that
is
purely
numerical
people
just
want
to,
but
XYZ
experiments
know
that,
but
in
real
life
it
makes
sense,
because
your
kids
are
the
knitter
or
into
the
next
life.
Well,
there's
always
going
to
be
digging
around
better
lined
up
stuff.