LSStats - Revision history

Fei: /* stats.scn */

2006-11-08T23:23:36Z

stats.scn

← Older revision		Revision as of 23:23, 8 November 2006
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	CellWidth = 100		CellWidth = 100
	HaPerCell = (CellWidth^2)/10000		HaPerCell = (CellWidth^2)/10000
	NNType = 2 // For MPG		NNType = 2 // For MPG
	LandscapeId = 1 // This sets the variable LandscapeId to the integer represented by $x$		LandscapeId = 1 // This sets the variable LandscapeId to the integer represented by $x$
	NumPTypes = 1		NumPTypes = 1
	Reset Output $first$ // Tell SELES to not reset output files (i.e. to append to them) except on first iteration		Reset Output $first$ // Tell SELES to not reset output files (i.e. to append to them) except on first iteration
	// Run simulation		// Run simulation
	SimStart 10000 1		SimStart 10000 1

2006-11-08T22:56:10Z

identifyPatches.lse

@@ Line 34: / Line 34: @@
   // Run simulation
   SimStart 10000 1
 ===identifyPatches.lse===

2006-11-08T22:53:48Z

stats.scn

2006-11-08T22:53:34Z

stats.sel

2006-11-08T22:53:20Z

ConvexHull.lse

@@ Line 1,047: / Line 1,047: @@
   Output Frequency: 1
 ==Suggested Experiments==
 To explore this cellular automata model further, try the following:

2006-11-08T22:53:05Z

stats.lse

2006-11-08T22:52:23Z

identifyPatches.lse

← Older revision		Revision as of 22:52, 8 November 2006
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	In the following sections we will examine all of the model files for this model. Note that instead of downloading the zip file above, you could just copy the text in the boxes below into a text editor and save it with the appropriate name (Section title). Opening the resulting .scn file in the SELES simulator would run this model.		In the following sections we will examine all of the model files for this model. Note that instead of downloading the zip file above, you could just copy the text in the boxes below into a text editor and save it with the appropriate name (Section title). Opening the resulting .scn file in the SELES simulator would run this model.

			===stats.scn===
			SELES Scenario
			$gisDir$ = ..\..\CaseStudy\gisData\cell
			// load first layers
			StudyArea = $baseGisDir$\StudyArea
			// Open a patch layer
			PatchLayer = $gisDir$\Old_bF
			// Load model
			Model Dimensions: PatchLayer
			stats.sel
			cwd oStats1
			// Set up parameters
			CellWidth = 100
			HaPerCell = (CellWidth^2)/10000
			NNType = 2 // For MPG
			LandscapeId = 1 // This sets the variable LandscapeId to the integer represented by $x$
			NumPTypes = 1
			Reset Output $first$ // Tell SELES to not reset output files (i.e. to append to them) except on first iteration
			// Run simulation
			SimStart 10000 1

	===identifyPatches.lse===		===identifyPatches.lse===

2006-11-08T22:50:18Z

stats.lse

2006-11-08T22:49:51Z

centroid.lse

2006-11-08T22:48:40Z

identifyPatches.lse

← Older revision		Revision as of 22:48, 8 November 2006
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	INSERT TAIL(coreAreaList[PatchLayer], patchVar)		INSERT TAIL(coreAreaList[PatchLayer], patchVar)
	ENDFN		ENDFN
	ENDFN		ENDFN
	ENDST		ENDST