Bangalore,
India,
April
13,
2025
–(PR.com)– Breault
Research
Organization,
Inc.
(BRO),
is
pleased
to
announce
the
release
of
ASAP
2025
V1
which
includes
several
new
features
and
a
renovation
of
the
ASAP
Help
Facility.
ASAP
2025
V1
is
a
continuation
of
BRO’s
commitment
of
providing
state-of-the-art
software
products
for
optical
scientists
and
engineers
who
work
to
solve
optical
challenges,
both
simple
and
complex.
ASAP
2025
V1
focuses
on
incorporating
new
features
and
continuing
renovations.
Thermal
Irradiance
–
New
Feature
ASAP
2025
V1
now
offers
a
way
for
users
to
easily
calculate
the
background
thermal
irradiance
on
the
detector
from
internal
thermal
emissions.
Focal
planes
of
cameras,
telescopes
and
other
optical
devices
that
work
at
middle
and
far
(thermal)
infrared
wavelengths
are
subjected
to
radiation
emitted
by
warm
surfaces
within
the
device.
It
is
often
necessary
to
calculate
the
magnitude
and
distribution
of
this
background
radiation
across
the
detector.
Now,
these
calculations
may
be
performed
within
the
ASAP
Thermal
Environment.
Backwards
ray
tracing
is
the
approach
used
within
the
ASAP
Thermal
Environment
to
calculate
irradiance.
Tracing
backwards
requires
rays
from
only
one
plane
rectangular
object
(the
detector),
and
most
if
not
all
of
the
rays
traced
will
intercept
one
or
more
objects
that
contribute
to
the
thermal
irradiance.
This
new
feature
provides
users
with
an
additional
tool
to
ensure
optical
systems
operate
as
intended.
TTC
Edge
–
New
Feature
ASAP
2025
V1
also
includes
a
new
way
to
model
a
ThetaI-ThetaO
concentrator
by
using
a
new
command,
TTC
Edge.
The
concentration
produced
by
a
Compound
Parabolic
Concentrator
is
close
to
the
maximum
possible,
but
if
optics
or
other
devices
beyond
the
exit
aperture
cannot
make
use
of
the
light
at
angles
up
to
90
degrees
then
light
at
high
angles
will
be
lost.
An
alternative
is
to
use
a
ThetaIThetaO
concentrator
(TTC).
ASAP
Help
Facility
–
Continued
Renovation
This
latest
edition
of
ASAP
also
includes
a
complete
renovation
of
ASAP
Help
Facility.
This
includes
a
complete
audit
of
all
user
interface
help
links
and
controls.
The
incorporated
updates
include
help
database
content
and
help
database
links.
For
additional
details
and
other
new
features,
request
full
Release
Notes
by
emailing:
info@lanikasolutions.com
ASAP
software
offers
optical
system
designers,
engineers,
and
optical
scientists
unmatched
analyses
capability,
flexibility,
speed,
and
accuracy.
Put
ASAP
to
the
test.
Request
your
free
trial:
info@lanikasolutions.com
About
Lanika
Solutions
Lanika
is
Advanced
Technical
Computing
Software
provider
for
Engineers
and
Scientists
in
Industry,
Government
and
Education.
The
Company
partners
with
reputed
principals
viz.,
Breault
Research
Organization
(BRO),
Reactive
Systems,
MatCalc
Engineering,
and
ThermoFisher
Scientific,
developing
industry-leading
technologies
that
help
a
wide
base
of
clients
throughout
the
Indian
sub-continent
solve
the
toughest
engineering
problems.
The
company
offers
the
best
technologies
for
modeling
simulation,
testing
and
validation,
optical
design
analysis,
3d
visualization
and
analysis,
thermo-mechanical
simulation,
image
processing,
and
more.
Visit
www.lanikasolutions.com
to
learn
more.
About
Breault
Research
Organization
(BRO)
Breault
Research
Organization
(BRO)
is
an
optical
engineering
and
software
firm
founded
by
Dr.
Robert
Breault
and
headquartered
in
Tucson,
Arizona.
BRO
provides
optical
software
products
–
ASAP,
APEX
and
ReflectorCAD
–
and
training
courses
that
help
optical
scientists
and
engineers
turn
creative
visions
into
working
prototypes.
BRO
is
regarded
throughout
the
industry
for
its
work
in
space
instrumentation
and
beyond
state-of-the-art
projects
for
top
government
labs,
research
institutions,
and
Fortune
500
companies.
Visit
to
learn
more.