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Taddeüs Kroes
multitouch
Commits
7b535751
Commit
7b535751
authored
Jun 25, 2012
by
Taddeüs Kroes
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Addressed some feedback comments on report.
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86f81f02
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TODO.txt
TODO.txt
+1
-0
docs/data/diagrams.tex
docs/data/diagrams.tex
+37
-92
docs/report.bib
docs/report.bib
+16
-0
docs/report.tex
docs/report.tex
+36
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TODO.txt
View file @
7b535751
...
@@ -4,3 +4,4 @@ Code:
...
@@ -4,3 +4,4 @@ Code:
Report/appendix reference gesture detection:
Report/appendix reference gesture detection:
- Point_leave(+point_enter) kan niet -> flaw v/h systeem/driver?
- Point_leave(+point_enter) kan niet -> flaw v/h systeem/driver?
- "gesture detection component" -> "gesture tracker"
docs/data/diagrams.tex
View file @
7b535751
...
@@ -43,49 +43,38 @@
...
@@ -43,49 +43,38 @@
]
]
\newcommand
{
\architecture
}
[1]
{
\newcommand
{
\architecture
}
[1]
{
\begin{tikzpicture}
[node distance=6em, auto]
\begin{tikzpicture}
[node distance=6em, auto]
\node
[block]
(driver)
{
Driver
}
;
\node
[block]
(driver)
{
D
evice d
river
}
;
#1
#1
\end{tikzpicture}
\end{tikzpicture}
}
}
\def\basicdiagram
{
\def\fulldiagram
{
\begin{figure}
[h]
\begin{figure}
[h!]
\center
\architecture
{
\node
[block, dashed, below of=driver]
(arch)
{
Architecture
}
edge[linefrom] node[right]
{
driver-specific messages
}
(driver);
\node
[block, below of=arch]
{
Application
}
edge[linefrom] node[right]
{
gestures
}
(arch);
}
\caption
{
A diagram showing the position of the architecture relative to
the device driver and a multi-touch application. The input of the
architecture is given by a touch device driver. The output is
translated to complex interaction gestures and passed to the
application that is using the architecture.
}
\label
{
fig:basicdiagram
}
\end{figure}
}
\def\driverdiagram
{
\begin{figure}
[H]
\center
\center
\architecture
{
\architecture
{
\node
[block, below of=driver]
(eventdriver)
{
Event driver
}
\node
[block, below of=driver]
(eventdriver)
{
Event driver
}
edge[linefrom] node[right, near end]
{
driver-specific messages
}
(driver);
edge[linefrom] node[right, near end]
{
device-specific messages
}
(driver);
\node
[block, below of=eventdriver, dashed]
(analysis)
{
Event analysis
}
\node
[block, below of=eventdriver]
(area)
{
Event areas
}
edge[linefrom] node[right]
{
events
}
(eventdriver);
edge[linefrom] node[right]
{
1
}
(eventdriver);
\node
[block, below of=analysis]
{
Application
}
\node
[block, right of=area, xshift=7em]
(tracker)
{
Gesture trackers
}
edge[linefrom] node[right, near start]
{
gestures
}
(analysis);
edge[linefrom, bend right=10] node[below=2pt]
{
2
}
(area)
edge[lineto, bend left=10, dotted] (area);
\node
[right of=eventdriver, xshift=2em]
(dummy)
{}
;
\node
[block, below of=area]
{
Application
}
\group
{
eventdriver
}{
eventdriver
}{
dummy
}{
analysis
}{
Architecture
}
edge[linefrom, dotted] node[right, near start]
{
3
}
(area);
\group
{
eventdriver
}{
eventdriver
}{
tracker
}{
area
}{
Architecture
}
}
\caption
{
Components of the architecture design. The
\emph
{
event driver
}
translates device-specific messages to low-level ``events''. These
events are delegated to a number of
\emph
{
event areas
}
(1), which
restrict events to an area on the screen.
\emph
{
Gesture trackers
}
translate low-level events to high-level ``gestures'' (2), which
are handled by the application (3). Dotted arrows represent a flow
of gestures, regular arrows represent events (unless labeled
otherwise).
}
}
\caption
{
Extension of the diagram from figure
\ref
{
fig:basicdiagram
}
,
\label
{
fig:fulldiagram
}
showing the position of the event driver in the architecture. The
event driver translates driver-specific to a common set of events,
which are delegated to analysis components that will interpret them
as more complex gestures.
}
\label
{
fig:driverdiagram
}
\end{figure}
\end{figure}
}
}
...
@@ -93,81 +82,37 @@
...
@@ -93,81 +82,37 @@
\begin{figure}
[H]
\begin{figure}
[H]
\center
\center
\begin{tikzpicture}
[node distance=6em]
\begin{tikzpicture}
[node distance=6em]
\node
[block]
(driver)
{
Driver
}
;
\node
[block]
(driver)
{
D
evice d
river
}
;
\node
[block, below of=driver]
(eventdriver)
{
Event driver
}
\node
[block, below of=driver]
(eventdriver)
{
Event driver
}
edge[linefrom] (driver);
edge[linefrom] (driver);
\node
[block, right of=driver, xshift=2em]
(seconddriver)
{
Driver
}
;
\node
[block, right of=driver, xshift=2em]
(seconddriver)
{
D
evice d
river
}
;
\node
[block, below of=seconddriver]
(secondeventdriver)
{
Event driver
}
\node
[block, below of=seconddriver]
(secondeventdriver)
{
Event driver
}
edge[linefrom] node[right, near end]
{
d
river
-specific messages
}
(seconddriver);
edge[linefrom] node[right, near end]
{
d
evice
-specific messages
}
(seconddriver);
\node
[block, below of=eventdriver
, dashed]
(analysis)
{
Event analysi
s
}
\node
[block, below of=eventdriver
]
(areas)
{
Event area
s
}
edge[linefrom] (eventdriver)
edge[linefrom] (eventdriver)
edge[linefrom] node[right=5pt]
{
events
}
(secondeventdriver);
edge[linefrom] node[right=5pt]
{
events
}
(secondeventdriver);
\node
[block, below of=analysis]
{
Application
}
\node
[block, right of=area, xshift=7em]
(tracker)
{
Gesture trackers
}
edge[linefrom] node[right, near start]
{
gestures
}
(analysis);
edge[linefrom, bend right=10] (areas)
edge[lineto, bend left=10, dotted] (areas);
\node
[block, below of=areas]
{
Application
}
edge[linefrom, dotted] node[right, near start]
{
gestures
}
(areas);
\node
[right of=seconddriver, xshift=2em]
(dummy)
{}
;
\node
[right of=seconddriver, xshift=2em]
(dummy)
{}
;
\group
{
eventdriver
}{
eventdriver
}{
dummy
}{
a
nalysi
s
}{
Architecture
}
\group
{
eventdriver
}{
eventdriver
}{
dummy
}{
a
rea
s
}{
Architecture
}
\end{tikzpicture}
\end{tikzpicture}
\caption
{
Multiple event drivers running simultaneously.
}
\caption
{
Multiple event drivers running simultaneously.
}
\label
{
fig:multipledrivers
}
\label
{
fig:multipledrivers
}
\end{figure}
\end{figure}
}
}
\def\areadiagram
{
\begin{figure}
[h]
\center
\architecture
{
\node
[block, below of=driver]
(eventdriver)
{
Event driver
}
edge[linefrom] node[right, near end]
{
driver-specific messages
}
(driver);
\node
[block, below of=eventdriver]
(area)
{
Event areas
}
edge[linefrom] node[right]
{
events
}
(eventdriver);
\node
[block, right of=area, xshift=7em, dashed]
(analysis)
{
Gesture detection
}
edge[linefrom, bend right=10] node[above]
{
events
}
(area)
edge[lineto, bend left=10] node[]
{
gestures
}
(area);
\node
[block, below of=area]
{
Application
}
edge[linefrom] node[right, near start]
{
gestures through callback function
}
(area);
\group
{
eventdriver
}{
eventdriver
}{
analysis
}{
area
}{
Architecture
}
}
\caption
{
Extension of the diagram from figure
\ref
{
fig:driverdiagram
}
,
with event areas. An event area delegates events to a gesture detection
component that triggers a gesture. The event area then calls the
handlers that are bound to the gesture type by the application.
}
\label
{
fig:areadiagram
}
\end{figure}
}
\def\trackerdiagram
{
\begin{figure}
[h!]
\center
\architecture
{
\node
[block, below of=driver]
(eventdriver)
{
Event driver
}
edge[linefrom] node[right, near end]
{
driver-specific messages
}
(driver);
\node
[block, below of=eventdriver]
(area)
{
Event area tree
}
edge[linefrom] node[right]
{
events
}
(eventdriver);
\node
[block, right of=area, xshift=7em]
(tracker)
{
Gesture trackers
}
edge[linefrom, bend right=10] node[above]
{
events
}
(area)
edge[lineto, bend left=10] node[]
{
gestures
}
(area);
\node
[block, below of=area]
{
Application
}
edge[linefrom] node[right, near start]
{
gestures
}
(area);
\group
{
eventdriver
}{
eventdriver
}{
tracker
}{
area
}{
Architecture
}
}
\caption
{
Extension of the diagram from figure
\ref
{
fig:areadiagram
}
with gesture trackers. Gesture trackers analyze detect high-level
gestures from low-level events.
}
\label
{
fig:trackerdiagram
}
\end{figure}
}
\def\examplediagram
{
\def\examplediagram
{
\begin{figure}
[h!]
\begin{figure}
[h!]
\center
\center
\architecture
{
\architecture
{
\node
[block, below of=driver]
(eventdriver)
{
Event driver
}
\node
[block, below of=driver]
(eventdriver)
{
Event driver
}
edge[linefrom] node[right, near end]
{
d
river
-specific messages
}
(driver);
edge[linefrom] node[right, near end]
{
d
evice
-specific messages
}
(driver);
\node
[block, below of=eventdriver]
(rootarea)
{
Root area
}
\node
[block, below of=eventdriver]
(rootarea)
{
Root area
}
edge[linefrom] (eventdriver);
edge[linefrom] (eventdriver);
...
@@ -352,7 +297,7 @@
...
@@ -352,7 +297,7 @@
\center
\center
\architecture
{
\architecture
{
\node
[block, below of=driver]
(eventdriver)
{
Event driver
}
\node
[block, below of=driver]
(eventdriver)
{
Event driver
}
edge[linefrom] node[right, near end]
{
d
river
-specific messages
}
(driver);
edge[linefrom] node[right, near end]
{
d
evice
-specific messages
}
(driver);
\node
[block, below of=eventdriver]
(rootarea)
{
Screen area
}
\node
[block, below of=eventdriver]
(rootarea)
{
Screen area
}
edge[linefrom] (eventdriver);
edge[linefrom] (eventdriver);
...
...
docs/report.bib
View file @
7b535751
...
@@ -230,3 +230,19 @@
...
@@ -230,3 +230,19 @@
year = 2010
year = 2010
}
}
@article{PIP,
added-at = "2011-12-05T00:00:00.000+0100",
author = "Sutherland, Ivan E. and Sproull, Robert F. and Schumacker, Robert A.",
interhash = "7c3ac13951889d07f968ca7c0398c34d",
intrahash = "2bfef4fbc31892de2ab1bf8607514e2b",
journal = "ACM Comput. Surv.",
keywords = "dblp",
number = 1,
pages = "13-16",
title = "{A Characterization of Ten Hidden-Surface Algorithms.}",
url = "http://dblp.uni-trier.de/db/journals/csur/csur6.html#SutherlandSS74; http://doi.acm.org/10.1145/356625.356626; http://www.bibsonomy.org/bibtex/22bfef4fbc31892de2ab1bf8607514e2b/dblp",
volume = 6,
x-fetchedfrom = "Bibsonomy",
year = 1974
}
docs/report.tex
View file @
7b535751
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