FillMatrix - Revision history

Davidbrito: /* With Interpolation Example Precipitation Stations */

2014-01-15T01:53:27Z

‎With Interpolation Example Precipitation Stations

Davidbrito: /* Sample */

2014-01-15T01:51:21Z

‎Sample

Davidbrito: /* Without Interpolation */

2009-03-25T16:45:19Z

‎Without Interpolation

Davidbrito: /* Without Interpolation */

2009-02-17T15:22:56Z

‎Without Interpolation

Davidbrito: /* Without Interpolation */

2009-02-16T19:28:03Z

‎Without Interpolation

Davidbrito: /* Without Interpolation */

2009-02-16T19:20:00Z

‎Without Interpolation

Davidbrito: /* How it works? */

2009-02-16T19:19:26Z

‎How it works?

Davidbrito: /* How it works? */

2009-02-16T17:18:12Z

‎How it works?

Davidbrito: /* Introduction */

2009-02-16T17:14:49Z

‎Introduction

Davidbrito: /* Introduction */

2009-02-16T17:14:14Z

‎Introduction

@@ Line 226: / Line 226: @@
   INTERPOLATION_METHOD     : 1
   <begin_station>
@@ Line 236: / Line 240: @@
   <end_station>
-  FILL_OUTSIDE_POINTS      : 1
+  <begin_station>
-  WRITE_TRIANGLES          : 1
+ NAME                     : 2
-  TRIANGLES_FILE           : Triangles.xy
+ X                        : -9.1
+  Y                        : 40.1
 ===Without Interpolation===

@@ Line 208: / Line 208: @@
   MAX_DISTANCE             : 0.005
   IWD_N                    : 2
 ===Without Interpolation===

@@ Line 236: / Line 236: @@
   ID                      : 200
   VALUE_TYPE              : TIMESERIE
-  FILENAME                : Wheat.dat
+  FILENAME                : ..\..\GeneralData\Vegetation\Wheat.dat
   DATA_COLUMN             : 2
   <end_station>

@@ Line 210: / Line 210: @@
 ===Without Interpolation===
-  PROPERTY_NAME            : LAI
+  PROPERTY_NAME            : leaf area index
   PROPERTY_UNITS           : m2/m2

@@ Line 65: / Line 65: @@
 ===Without Interpolation===
-In this process data is not georeferenced and is used to obtain one grid or a time series of 2D fields usable in the MOHID framework. This method (without interpolation) is used when one property has different classes spatially distributed and each class has its own time invariant or time variant values. FillMatrix searches for the values associated with that class and fills cell values. The link between the cells (grid) to fill and the fill value is an ID.
+In this process data is not georeferenced and is used to obtain one grid or a time series of 2D fields usable in the MOHID framework. This method (without interpolation) is used when one property has different classes spatially distributed and each class has its own time invariant or time variant values. FillMatrix searches for the values associated with each class and fills cell values. The link between the cell classes and the fill value for the class is a unique ID.
-As an example,  vegetation property as LAI can be a MOHID Land model input and is defined for each vegetation type which means that different vegetation types will have different LAI values or evolution. FillMatrix, in this case, will need to run trough a grid with cells ID's (vegetation ID in the example) and fills output cells with the correspondent values for LAI (constant value or timeserie value defined for that ID/vegetation type).
+As an example,  vegetation property as LAI can be a MOHID Land model input and is defined for each vegetation type which means that different vegetation types will have different LAI values or evolution. FillMatrix, in this case, will need to run trough a grid with vegetation ID's (to know which vegetation type is growing in the cell) and fills the output cells with the correspondent values for LAI (constant value or timeserie value defined for that ID/vegetation type).
-The fill values can be of two types:
+The fill values must be defined for all the property classes present and can be of two types:
-- time invariant or constant values;
+- time invariant or constant values, if the property class is constant in time;
 - time variant: time series data, defined in a time series file.
-The fill values defined individually by the user in the input file is called a '''station'''.
+The fill values defined individually for each class by the user in the input file is called a '''station'''. (Could be named class but it would duplicate code).
 The output field is obtained for the desired property and can also be time invariant or time variant:
@@ Line 88: / Line 88: @@
 '''Typical use:'''
-This process is typically used when the user has to input a property to the model and this property has different classes spatially distributed where which has its own values or time evolution.
+This process is typically used when the user has to input a property to the model and this property has different classes spatially distributed where each has its own values or time evolution.

@@ Line 11: / Line 11: @@
 ==How it works?==
-This application can work with two different kind of data: with interpolation (georeferenced data) and without interpolation (fill data associated with a property class rather then with a position)
+This application can work with two different kind of data: with interpolation (from georeferenced data) and without interpolation (data to create output is associated with a property class and does not has a defined space coordinate)
 ===With Interpolation===

@@ Line 3: / Line 3: @@
 The '''FillMatrix''' application can create a [[Grid Data|grid data]] file or [[HDF5]] file from two possible origins:
 # data interpolated from time invariant points [[XYZ points|XYZ]] or time variant points [[Time Series]].
-# data not interpolated but used to fill the output grid or hdf5 according to grid id's, time invariant (single value) or time variant [[Time Series]] data.
+# data not interpolated but used to fill the output grid or hdf5 according to grid id's. Also works with time invariant (single value) or time variant [[Time Series]] data.
 FillMatrix should not be confused with [[Module FillMatrix]] which is responsible in MOHID for handling data input to 2D or/and 3D arrays.