系統設計者的話：學英文根本不用背，你講中文，你有在背中文嗎？學英文也是一樣的道理，那是自然而然就會的東西，用背的方式最後肯定都是不行的。 更多...

最好的學習就是有英文的父母，不斷的跟你說話、耐心的教導你，時間長了，你也就慢慢就融入其中了。

但是我們沒有英文父母怎麼辦？看影片學英文就學的起來嗎？學不起來。

我們從小到大，也看過了不少英文電影，至少也看過1、200部也跑不掉，但是為什麼看了這麼多的英文電影，英文還是很爛呢？

主要的原因是我們沒有從基礎性的強化學習。舉個例子，西方的幼兒出生時，他至少聽了各種大人講英文至少聽了2年，才慢慢開始說英文、與大人互動。

而且都是一字一句慢慢的說、慢慢的教、漸進式的、慢慢的、越來越習慣、越來越聽的懂、越來越會說的過程。

那麼我們看的影片、電影過程中，都是大人成熟型的講話速度、方式、語調，我們怎麼可能跟的上？

一旦跟不上，思想中就會產生覺的好難哦、我不行種種念頭，那麼產生了這種潛在式的排斥心理作用，那麼你就更難學的會了。


所以我們必須打好基礎、深厚的基礎，萬丈高樓平地起，唯有打下深厚的基礎，後面你走的路才會越來越順。

程式界裏有句話，程式債欠的越多，最後就只能放棄。學英文也是一樣，英文單字債欠的越多，你就直接上來文法、句型、語調，最後也只能放棄。

基於上述的思維，我打造了這套系統，從最基礎的單字學習起，不斷的強化、加深你對這個單字的聽力，透過各式各樣的影片、各式各樣的人、各種不同的場景。

就只是為了訓練一個單字的聽力，無數的人跟你講同一個單字，講個20遍、50篇、100遍(且不重覆)，我就不信學不起來。


這套系統做出來後，我自己在使用的過程中，確實真的能聽出來他們講的這個單字，而且他們講的速度再快也能聽的出來。

能聽的出來，就知道他講的大概意思；能夠知道他講的大概意思，就能夠用幾個簡單的單字回應；能夠回應，也就能夠對話；當能夠對話，就能夠再修正文法、句型、語調。


我的目地就是希望自己至少能聽的懂人家在說什麼，用英文跟人家對話，大家共同努力、學習。若有其它想法或對這套系統設計的建議，也可以與我聯絡：ichich2013@gmail.com

Diving into O and the Support Library (GDD Europe '17)
觀看次數：415
all
right
i'm
Dan
galpin
and
lisaraye
is
we
created
adaptive
icons
and
to
app
provides
icons
in
two
layers
defines
a
rounded
rectangle
mask
shape
foreground
and
background
layers
are
parallax
and
pulsing
and
this
is
just
an
so
here's
what
we've
done
we've
added
this
adaptive
icon
drawable
class
to
oreo
and
it
supports
a
foreground
in
a
adaptive
icon
that's
big
enough
but
android
in
the
vector
drawable
became
releases
of
android
the
user
could
only
see
all
the
categories
and
clicking
on
low-stress
where
you
to
see
if
apps
have
and
widgets
can
also
really
be
installed
customize
per
notifications
now
applies
way
back
in
android
71
shortcut
in
poe
as
we
use
in
android
701
your
app
widgets
in
your
app
like
that
hey
i've
got
an
app
widget
please
homescreen
it's
just
awesome
I
can't
opengl
or
vulcan
by
providing
a
an
website
the
Google
autofill
provider
can
targets
and
permissions
just
like
what
you've
hosted
on
your
website
and
that's
behaviors
you
can
detect
unbuffered
io
you
to
detect
untagged
sockets
as
well
also
added
C
keable
file
descriptors
the
user
actually
interacts
with
your
stuff
but
we
have
enhancements
to
active
users
so
we've
updated
the
there's
more
to
go
in
later
versions
our
public
ac
API
surface
reduced
by
30
android
studio
23
alright
and
if
you're
custom
fonts
on
their
android
app
yeah
a
sucked
you
had
to
load
typeface
in
the
to
use
in
xml
the
textview
font
family
compat
and
most
importantly
it's
fonts
actually
average
500
kilobytes
or
more
and
they're
not
optimized
for
so
of
course
we
added
downloadable
fonts
and
this
in
the
font
provider
fetches
importantly
you
don't
have
to
bundle
because
this
font
providers
actually
over
800
fonts
so
it's
really
nice
and
are
yesteryear
we
say
a
downloadable
fonts
docs
and
the
guide
on
developerandroidcom
for
all
the
info
and
best
of
all
downloadable
fonts
are
with
these
emoji
spans
if
it
can't
which
fonts
so
you
just
add
your
dependencies
or
app
but
you
can
if
you're
if
you're
targeting
and
non-gm
s
devices
you
can
emoji
Pat
can
fat
config
so
very
auto-sizing
this
is
a
feature
i've
improvements
to
vector
drawable
and
this
artifacts
because
we're
using
these
even
role
defines
how
this
render
designs
we've
back
ported
it
to
14
plus
so
this
the
stuff
from
animated
drawable
compat
shapeshifter
alex
lockwood's
tool
to
path
formats
and
so
let's
look
at
what's
with
a
vector
defining
our
starting
image
a
buffalo
we've
extracted
the
path
again
we're
specifying
the
path
values
includes
the
entire
vector
drawable
shrinks
we
can
use
a
path
interpolator
slowly
tapers
off
here's
our
morph
animation
and
we'll
set
the
interpolator
to
be
our
path
interpolate
this
-
-
no
-
version
transitions
as
an
amazing
collaborator
on
here
who
physics
based
animations
so
we've
known
implementations
of
physics
based
animation
not
approximations
of
motion
before
responding
to
user
animation
user
chaining
animations
modifying
them
on
initial
velocity
it
slows
down
and
it
velocity
is
pixels
per
second
I
velocity
and
here's
the
spring
animation
and
it
a
new
spring
animation
and
here's
the
velocity
is
pixels
per
second
and
more
oscillation
you'll
see
aka
bouncing
be
stiffness
is
like
the
stiffness
of
a
multiple
animations
we'll
see
why
you
these
animations
is
allow
user
input
so
tracks
velocity
from
a
user's
touch
you
up
you'll
call
compute
current
velocity
components
x
and
y
then
you're
going
to
smoothly
moving
interactive
two-dimensional
animation
as
you
can
see
automatically
stay
on
the
screen
and
when
they're
gone
animations
you're
familiar
with
dynamic
listeners
so
that's
how
I
was
chaining
animations
we're
gonna
fling
just
as
we
and
we're
going
to
create
two
flinging
animation
that
means
we'll
get
a
callback
to
on
animation
end
if
we
remaining
velocity
from
the
cancelled
animation
and
we'll
use
it
in
the
velocity
chaining
springs
there
was
a
there's
several
on
screen
components
translated
the
delay
of
each
element
and
the
interpolation
used
to
stimulate
hard-coded
by
hand
that's
a
pain
in
the
with
bouncy
springs
in
the
actual
app
and
icons
the
next
view
the
paragraphs
here
that
there's
no
there's
no
rule
and
that's
how
chaining
works
the
animation
knows
when
to
stop
and
doesn't
demos
is
on
my
github
lisaraye
physics
based
animations
they're
not
they're
way
more
than
bouncing
balls

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