Transcript CXML Data • CXML is a type of XML format. • Users can look at the downloaded CXML data via a web browser. • But, if nothing is.

CXML Data
•
CXML is a type of XML format.
•
Users can look at the
downloaded CXML data via a
web browser.
•
But, if nothing is done, it may
not be easy to recognize
intuitively in a comprehensive
manner.
•
For reading (parsing) and
writing XML, there are freely
available XML libraries written in
various languages
– Fortran, C++, C, Python, Perl,
Java, Ruby….
1
CXML Data + XSL Style Sheet : A Sample Work
“Raw” CXML data
(CXML_XSL_Sample\CXML_TEPS_20080920120000.xml)
CXML + XSL Style Sheet
(CXML_XSL_Sample\CXML+XSL_TEPS_20080920120000.xml)
• Users can look at
the “CXML+XSL”
data through a web
browser, in a same
way of looking at
“raw” CXML data.
• It is visually smart
and easy to use for
quick look.
• Sample files are
enclosed in the
CD-ROM;
CXML_XSL_Sample\
2
XSL Style Sheet for CXML Data
• For a quick look at CXML data, XSL style sheet is very
useful. Please open the sample “CXML+XSL” file via
web browser.
– To reference the XSL style sheet in the XML file, users need to
add the following:
<?xml-stylesheet href="cxml.xsl" type="text/xsl" ?>
– “cxml.xsl” is a user-defined name.
• Users can automatically convert CXML to other formats
(HTML, Text …) using “xsltproc” a Linux/Unix command.
– In case users convert input.xml to output.html using cxml.xsl,
please type the following command;
“xsltproc cxml.xsl input.xml -o output.html”
3
Let’s take a break now,
and resume in 10 minutes.
4
“How to apply TIGGE GPV data?”
5
Myanmar Cyclone Nargis (May 2008)
Nargis brought more than 80,000 fatalities in Myanmar.
6
http://www.ifrc.org/photo/Myanmarcyclone0510/index.asp
Myanmar Cyclone Nargis (May 2008)
On 2 May 2008, Cyclone Nargis made landfall
on Myanmar with the destructive power.
Morphed Integrated Microwave Imagery
http://cimss.ssec.wisc.edu/tropic/realtime/marti/gallery/galleryNargis1.html
7
http://www.ifrc.org/what/disasters/response/
myanmar-nargis/index.asp
JMA’s Wind Analysis (20 Apr. 2008)
500 hPa
H
Surface
L
8
JMA’s Wind Analysis (21 Apr. 2008)
500 hPa
H
Surface
L
9
JMA’s Wind Analysis (22 Apr. 2008)
500 hPa
H
H
L
Surface
L
10
L
JMA’s Wind Analysis (23 Apr. 2008)
500 hPa
H
H
L
Surface
L L
11
JMA’s Wind Analysis (24 Apr. 2008)
500 hPa
H
H
L
Surface
L
12
JMA’s Wind Analysis (25 Apr. 2008)
500 hPa
H
L
Surface
L
L
13
JMA’s Wind Analysis (26 Apr. 2008)
500 hPa
H
L
Surface
L
14
JMA’s Wind Analysis (27 Apr. 2008)
500 hPa
H
Surface
L
15