Although the watermark is a little bit annoying at least i can start playing with the sdmx file

Btw, if you new to flex, may be you can buy the following books and boost your career by adding flex to one of your expertise :

Programming Flex 3: The Comprehensive Guide to Creating Rich Internet Applications with Adobe Flex

Or

Flex 3 Cookbook (Adobe Developer Library)

Thanks to Xavier Sosnovsky, from the European Central Bank, one from three developer of flex cb, he give me this simple guidance and how to master sdmx for the new comer  :

The official documentation is available at the following location: http://sdmx.org/?page_id=16#package. I would probably start with Appendix 2 (page 140) of the Section 02 document. Section 06 will probably be of help as well, at the beginning, but, in the end, I guess that Section 02 and Section 03A are the most useful. Last but not least, an SDMX tutorial aimed at developers is available here: http://www.ecb.int/stats/services/sdmx/html/tutorial.en.html (honest disclaimer: I wrote it .

Last but not least, help can also be sought on the SDMX users forums: http://www.sdmxusers.org/forum

 

Reading Suggestion :

Now You See It: Simple Visualization Techniques for Quantitative Analysis

Drought is a sustained and regionally extensive occurrence of below average natural water availability due to low precipitation, high evaporation rates, and/or high temperature. It can thus be characterised as a prolonged deviation from normal conditions of the natural system (climate and hydrology), which is reflected in variables such as precipitation (meteorological drought), soil moisture (agricultural drought), groundwater and streamflow (hydrological drought). Drought occurs in all climate regions, although the development and effects can be different. Drought should not be confused with aridity, which is a long-term average feature of a dry climate, or with water scarcity, which reflects conditions with long-term imbalances of available water resources and demands (e.g. Tallaksen and Van Lanen, 2004)

More ….

Menuju model konseptual yang umum untuk penyebaran kekeringan melalui bagian terrestrial dari siklus hidrologi

Kekeringan adalah ketersediaan air alami di bawah rata-rata yang berkelanjutan dan terjadi di regional tertentu yang terjadi secata ekstensif karena rendahnya curah hujan, tingkat penguapan yang tinggi, dan / atau suhu yang tinggi. Hal demikian dapat dicirikan sebagai deviasi yang berkepanjangan dari kondisi normal dari sistem alam (iklim dan hidrologi), yang tercermin dalam variabel seperti curah hujan (meteorological drought), kelembaban tanah (agricultural drought), air tanah dan streamflow (hydrological drought). Kekeringan terjadi di semua daerah iklim, meskipun perkembangan dan efeknya dapat berbeda-beda. Kekeringan tidak boleh disamakan dengan kegersangan, yang disebakan oleh ikrim kering yang rata-rata berjangka panjang, atau dengan kelangkaan air, yang mencerminkan kondisi ketidakseimbangan jangka panjang antara ketersediaan dan permintaan sumber daya air ( Tallaksen dan Van Lanen, 2004)

Reading Recommendations :

1. 
   Unquenchable: America’s Water Crisis and What To Do About It
2. 
   Water in Texas: An Introduction (Texas Natural History Guides)
3. 
   Integrated Watershed Management: Principles and Practice

Watershed development is an important component of rural development and natural resource management strategies in many countries. A watershed is a special kind of common pool resource: an area defned by hydrological linkages where optimal management requires coordinated use of natural resources by all users. Management is diffcult because watershed systems have multiple, conficting uses, so any given approach will spread benefts and costs unevenly among users. Theories from commons research predict great diffculty in managing complex watersheds and explain why success has been limited to isolated, actively facilitated microwatershed projects with a focus on social organization. Encouraging collective action is easiest at the microwatershed level but optimal hydrological management requires working at the macrowatershed level. Research suggests potentially severe tradeoffs between these two approaches. Resolving the tradeoffs is necessary for widespread success in watershed development but solutions are not clear. Examples from India illustrate the argument.

Full Text

Reading Recommendation :

Integrated Watershed Management: Principles and Practice

Btw, i found this book very-very usefull when designing dashboard application that make your boss happy :

Index: /trunk/src/main.as

===================================================================

--- /trunk/src/main.as (revision 10)

+++ /trunk/src/main.as (revision 11)

@@ -88,4 +88,6 @@

 			var l:Loading = new Loading(this.chart_parameters['loading']);

 			this.addChild( l );

+			

+

 

 			this.build_right_click_menu();

@@ -96,5 +98,5 @@

 				// no data found -- debug mode?

 				try {

-					var file:String = "../data-files/bar-glass-2.txt";

+					var file:String = "data-files/bar-glass-2.txt";

 					this.load_external_file( file );

 

@@ -150,5 +152,5 @@

 			//

 			//

-			

+

 			this.set_the_stage();

 		}

@@ -452,4 +454,5 @@

 			this.stage.addEventListener(Event.MOUSE_LEAVE, this.mouseOut);

 			this.addEventListener( MouseEvent.MOUSE_OVER, this.mouseMove );

+

 		}

 		

@@ -729,4 +732,5 @@

 			g.set_tooltip_string( this.tooltip.tip_text );

 		

+            

 			//

 			// these are common to both X Y charts and PIE charts:

@@ -736,4 +740,8 @@

 			this.addChild( this.background );

 			//

+		

+            //bg-watermark

+		    var watermark:Watermark = new Watermark( );

+            this.addChild( watermark );	

 			

 			if ( JsonInspector.is_radar( json ) ) {

@@ -765,4 +773,6 @@

 			this.addChild( this.tooltip );

 

+

+            

 			if (json['menu'] != null) {

 				this.menu = new Menu('99', json['menu']);

@@ -771,7 +781,5 @@

 			

 			this.ok = true;

-			this.resize();

-			

-			

+			this.resize();        

 		}

 		

@@ -874,5 +882,5 @@

 

 			// OFC CREDITS

-			var fs:ContextMenuItem = new ContextMenuItem("Charts by Open Flash Chart [Version "+VERSION+"]" );

+			var fs:ContextMenuItem = new ContextMenuItem("Charts by Open Flash Chart [Version "+VERSION+"] Patched Applied By OpenThink Labs" );

 			fs.addEventListener(

 				ContextMenuEvent.MENU_ITEM_SELECT,

Index: /trunk/src/Watermark.as

===================================================================

--- /trunk/src/Watermark.as (revision 11)

+++ /trunk/src/Watermark.as (revision 11)

@@ -0,0 +1,24 @@

+/**

+ * @author Wildan Maulana, OpenThink labs

+ */

+package  {

+	import flash.display.Sprite;

+    import flash.display.Bitmap;

+    

+	public class Watermark extends Sprite{	

+	    private var bg:Bitmap;

+  

+		[ Embed ( source = "logo.png" ) ] private var bgImageClass:Class;

+			

+		public function Watermark() {

+            bg = new bgImageClass() ;

+            bg.x = 10 ;       

+            bg.y = 5 ; 

+            

+            addChild(bg);

+		}

+	}

+	

+	

+

+}

Index: /trunk/deploy/data-files/bar-glass-2.txt

===================================================================

--- /trunk/deploy/data-files/bar-glass-2.txt (revision 10)

+++ /trunk/deploy/data-files/bar-glass-2.txt (revision 10)

@@ -0,0 +1,59 @@

+{

+  "title":{

+    "text":  "Many data lines",

+    "style": "{font-size: 20px; color:#0000ff; font-family: Verdana; text-align: center;}"

+  },

+

+  "y_legend":{

+    "text": "Open Flash Chart",

+    "style": "{color: #736AFF; font-size: 12px;}"

+  },

+

+  "elements":[

+    {

+      "type":      "bar_glass",

+      "alpha":     0.5,

+      "colour":    "#9933CC",

+      "tip":       "Tip for purple bars<br>val=#val#, top=#top#",

+      "text--":      "Page views",

+      "font-size--": 10,

+      "values" :   [9,6,7,9,5,{"top":7,"colour":"#FF0000", "tip": "RED<br>Mooo<br>#val#"},6,9,7]

+    },

+    {

+      "type":      "bar_glass",

+      "alpha":     0.5,

+      "colour":    "#44FF44",

+      "tip":       "Tip for green bars<br>val=#val#, top=#top#",

+      "text--":      "Page views",

+      "font-size--": 10,

+      "values" :   [6,7,9,5,9,{"top":7,"colour":"#FF0000", "tip": "RED<br>W000t<br>#val#"},6,5,2]

+    }

+  ],

+

+  "x_axis":{

+    "stroke":       1,

+    "tick_height":  10,

+    "colour":      "#d000d0",

+    "grid_colour": "#00ff00",

+    "labels": {

+      "labels": ["January","February","March","April","May","June","July","August","Spetember"]

+    }

+   },

+

+  "y_axis":{

+    "stroke":      4,

+    "tick_length": 3,

+    "colour":      "#d000d0",

+    "grid_colour": "#00ff00",

+    "offset":      0,

+    "max":         20

+  },

+

+  "tooltip":{

+    "text": "Global Tooltip<br>val=#val#, top=#top#"

+  }

+

+/* &x_axis_steps=2& */

+

+}

+

If this is for an undergraduate class, I would suggest something that
allows you to get some work in with basic data structures such as
building an inverted index over a few million documents (maybe Wikipedia
pages?). You will also need to get a general feel for Hadoop.

The University of Washington has some really nice project ideas for
their distributed systems class:

http://www.cs.washington.edu/education/courses/cse490h/09wi/projects/490H.project.ideas.pdf

If you wanted to tackle something a little more advanced, then you could
take a look at Pete Skomoroch’s article on finding trends with Hadoop
and Hive:

http://www.cloudera.com/blog/2009/07/31/tracking-trends-with-hadoop-and-
hive-on-ec2/

http://www.cloudera.com/blog/2009/09/28/grouping-related-trends-with-had
oop-and-hive/

Things to keep in mind:

1.) Hadoop wont be as simple as writing a single Java app
2.) There will be some overhead involved in re-writing algorithms in Map
Reduce
3.) There will also be some overhead involved in setup and maintenance
of the Hadoop Cluster

Take these three things into account when planning how to manage your
time for the project during the semester, semesters can seem a lot
shorter when you spend too much time on things not related to just
implementing and testing your algorithm.

Good luck!

Josh Patterson
TVA

Btw, i found this book very-very usefull when designing dashboard application that make your boss happy :

Here is the pseudo-code of the code :

var openthink_dashboard = {
    init:function(){},
    applyLayout: function() {},
    decoratePortlet:function(){},
    applySortable: function() {},
    applyWestPane:function(){},
  attachPortletEventListener(){}, 
  attachAvailableDashboardEventListener: function(){},
  resizeChartOnZoomDialog: function(){},
  resizeChartAlso: function() {}
  saveImage: function() {}
  findSWF: function() {}
}

var hash ={
   storedHash:{},
   updatedHash: function() {},
   hiPortletID: function() {}
}

it’s not finished yet, i need more function to handle PDF generation, chart creation (for chart creator on the backend) etc.

Chart can also be resized on it canvas

Sebuah pembangkit listrik yang tidak memerlukan air tambahan dan tidak menghasilkan polusi

Geodynamics akan membangun pembangkit listrik tenaga panas bumi skala komersial pertama di Australia sebesar 50 MW yang akan beroperasi pada 2012. Pembangkit listrik ini akan menghasilkan daya energi yang cukup untuk sekitar 50.000 rumah tangga secara terus-menerus – inilah yang disebut dengan daya beban dasar – (24 jam sehari) – dengan emisi nol dan tanpa kebutuhan air tambahan. Energi panas hot fractured rock (HFR) adalah satu-satunya energi terbarukan yang dapat diandalkan untuk menghasilkan listrik beban dasar.

Geodynamics bertujuan untuk meningkatkan output hasil produksi sampai 500 MW pada tahun 2016, berdasarkan pada sepuluh modul pembangkit listrik 50 MW yang akan
dibangun secara bertahap dari tahun 2010. Akhirnya, Perusahaan bertujuan untuk menghasilkan listrik hingga 10.000 MW dari sumber daya perusahaan di Cooper Basin. Ini akan menjadi daya energi yang cukup untuk menerangi semua Queensland atau seluruh Australia Selatan 24 jam per hari berdasarkan tingkat konsumsi saat ini.

Konsep Pembangkit Listrik 50 MW Geodynamics

Selanjutnya, silahkan baca disini.

Two Column Canvas Layout

Choosing Canvas Layout

Btw, i found this book very-very usefull when designing dashboard application that make your boss happy :

One Column Canvas Layout

One more note, on a single column canvas layout, user can resize the chart. So if the dataset that we want to display is quite large, the user have a flexibility to resize the chart so the chart can visualize all data.