ISSM Instructions - Revision history

Nick at 16:37, 17 July 2015

2015-07-17T16:37:27Z

Nick at 16:33, 17 July 2015

2015-07-17T16:33:43Z

Nick at 16:33, 17 July 2015

2015-07-17T16:33:08Z

Nick at 16:19, 17 July 2015

2015-07-17T16:19:50Z

Nick at 16:18, 17 July 2015

2015-07-17T16:18:45Z

Nick: Created page with "a"

2015-07-17T16:14:27Z

Created page with "a"

New page

@@ Line 8: / Line 8: @@
 **Step 0 will designate  all data files for the model run
 **Step 1 will run CreSIS.m file which designates variable to the higher resolution data(usually from CreSIS)
-Run the file
+*Run the file
-A contour map of the study area should be displayed
+**A contour map of the study area should be displayed
 Step 3: Assign model domain
-In the command window type: exptool(‘test.exp’)
+*In the command window type: exptool(‘test.exp’)
-An interactive gui should pop up on the left hand side of the screen
+**An interactive gui should pop up on the left hand side of the screen
-Click the button that reads “add a contour (closed)
+*Click the button that reads “add a contour (closed)
-Trace an outline of the domain you would like for your model, you can use as many points as you like
+*Trace an outline of the domain you would like for your model, you can use as many points as you like
-Press “Enter” and then quit the gui
+*Press “Enter” and then quit the gui
-Matlab should save your “test.exp” file inside the tutorial folder
+**Matlab should save your “test.exp” file inside the tutorial folder
-Rename “test.exp” to “Outline.exp”
+*Rename “test.exp” to “Outline.exp”
 Step 4: Create Mesh
-Open meshSetup.m
+*Open meshSetup.m
-Edit the file so setupSteps = [1 2 3]
+*Edit the file so setupSteps = [1 2 3]
-Several plots should appear including:
+*Several plots should appear including:
-Original mesh
+**Original mesh
-Velocity-refined mesh
+**Velocity-refined mesh
-High resolution bed elevation
+**High resolution bed elevation
-Low resolution bed elevation
+**Low resolution bed elevation
-Difference between high-res and low-res bed elevation
+**Difference between high-res and low-res bed elevation
 Step 5: Solve
-Open runme.m
+*Open runme.m
-Edit file so steps = [2:8]
+*Edit file so steps = [2:8]
-Several more plots should appear including
+*Several more plots should appear including
-Grounded vs. floating
+**Grounded vs. floating
-Ice vs. no ice
+**Ice vs. no ice
-Bed elevation
+**Bed elevation
-Friction Coefficient
+**Friction Coefficient
-Observed velocity
+**Observed velocity
-Modeled  SSA Velocity
+**Modeled  SSA Velocity
-Modeled HO Velocity
+**Modeled HO Velocity
-HO-Observed Velocity
+**HO-Observed Velocity
-SSA-Observed Velocity
+**SSA-Observed Velocity
-HO-SSA Velocity
+**HO-SSA Velocity
-HO Surface- HO base Velocity
+**HO Surface- HO base Velocity
-Observed Surface velocity
+**Observed Surface velocity
-Modeled HO Surface Velocity
+**Modeled HO Surface Velocity

@@ Line 4: / Line 4: @@
 *In the open file header navigate to your tutorial folder of choice: Users/geodynamics/Documents/ISSM/trunk/examples/AntByrd
 Step 2: Open Start.m file
-Open the Start.m file within the tutorial folder
+*Open the Start.m file within the tutorial folder
-Edit the file so steps = [0 1]
+*Edit the file so steps = [0 1]
-Step 0 will designate  all data files for the model run
+**Step 0 will designate  all data files for the model run
-Step 1 will run CreSIS.m file which designates variable to the higher resolution data(usually from CreSIS)
+**Step 1 will run CreSIS.m file which designates variable to the higher resolution data(usually from CreSIS)
 Run the file
 A contour map of the study area should be displayed

@@ Line 2: / Line 2: @@
 *In command line type: addpath ~/Documents/ISSM/trunk/bin/ ~Documents/ISSM/trunk/lib/
 **This has to be entered every time you open up Matlab and run ISSM
-In the open file header navigate to your tutorial folder of choice: Users/geodynamics/Documents/ISSM/trunk/examples/AntByrd
+*In the open file header navigate to your tutorial folder of choice: Users/geodynamics/Documents/ISSM/trunk/examples/AntByrd
 Step 2: Open Start.m file
 Open the Start.m file within the tutorial folder

@@ Line 1: / Line 1: @@
 Step 1: Open Matlab
-In command line type: addpath ~/Documents/ISSM/trunk/bin/ ~Documents/ISSM/trunk/lib/
+*In command line type: addpath ~/Documents/ISSM/trunk/bin/ ~Documents/ISSM/trunk/lib/
-This has to be entered every time you open up Matlab and run ISSM
+**This has to be entered every time you open up Matlab and run ISSM
 In the open file header navigate to your tutorial folder of choice: Users/geodynamics/Documents/ISSM/trunk/examples/AntByrd
 Step 2: Open Start.m file

← Older revision		Revision as of 16:18, 17 July 2015
Line 1:		Line 1:
−	a	+	Step 1: Open Matlab
		+	In command line type: addpath ~/Documents/ISSM/trunk/bin/ ~Documents/ISSM/trunk/lib/
		+	This has to be entered every time you open up Matlab and run ISSM
		+	In the open file header navigate to your tutorial folder of choice: Users/geodynamics/Documents/ISSM/trunk/examples/AntByrd
		+	Step 2: Open Start.m file
		+	Open the Start.m file within the tutorial folder
		+	Edit the file so steps = [0 1]
		+	Step 0 will designate all data files for the model run
		+	Step 1 will run CreSIS.m file which designates variable to the higher resolution data(usually from CreSIS)
		+	Run the file
		+	A contour map of the study area should be displayed
		+	Step 3: Assign model domain
		+	In the command window type: exptool(‘test.exp’)
		+	An interactive gui should pop up on the left hand side of the screen
		+	Click the button that reads “add a contour (closed)
		+	Trace an outline of the domain you would like for your model, you can use as many points as you like
		+	Press “Enter” and then quit the gui
		+	Matlab should save your “test.exp” file inside the tutorial folder
		+	Rename “test.exp” to “Outline.exp”
		+	Step 4: Create Mesh
		+	Open meshSetup.m
		+	Edit the file so setupSteps = [1 2 3]
		+	Several plots should appear including:
		+	Original mesh
		+	Velocity-refined mesh
		+	High resolution bed elevation
		+	Low resolution bed elevation
		+	Difference between high-res and low-res bed elevation
		+	Step 5: Solve
		+	Open runme.m
		+	Edit file so steps = [2:8]
		+	Several more plots should appear including
		+	Grounded vs. floating
		+	Ice vs. no ice
		+	Bed elevation
		+	Friction Coefficient
		+	Observed velocity
		+	Modeled SSA Velocity
		+	Modeled HO Velocity
		+	HO-Observed Velocity
		+	SSA-Observed Velocity
		+	HO-SSA Velocity
		+	HO Surface- HO base Velocity
		+	Observed Surface velocity
		+	Modeled HO Surface Velocity