Changes between Version 4 and Version 5 of u/madams/2DSinkCurves

Timestamp:

10/13/14 09:25:28 (10 years ago)

Author:

madams

Comment:

—

u/madams/2DSinkCurves

@@ -12 +12 @@
 1. Import and visualize the data you want to see your sinks projected on. In '''Figure 1''' we are looking at a (Add + > Pseudocolor > mass1) a mass1 bov, which integrates the density over time down the barrel of a colliding flow problem (this particular problem is beta 10, shear 15). Thus we are going to want to project the sinks_*.okc.yz.curve as it corresponds to the same axis as mass1.
 
-2. Import your .curve files through Add + > Curve > curve. Note the new database correlation created in '''Figure '''. If you want to order them similarly to mass1, mass2 and mass3 -- then proceed with yz (x-axis, i.e. mass1), zx (y-axis, i.e. mass2), and xy (z-axis, i.e. mass3).
+[[Image(1.png, 75%)]]
+
+'''Figure 1.''' 
+
+2. Import your .curve files through Add + > Curve > curve. Note the new database correlation created in '''Figure 2'''. If you want to order them similarly to mass1, mass2 and mass3 -- then proceed with yz (x-axis, i.e. mass1), zx (y-axis, i.e. mass2), and xy (z-axis, i.e. mass3).
+
+[[Image(2.png, 75%)]]
+
+'''Figure 2.''' 
 
 3. 
+
+[[Image(3.png, 45%)]]
+
+'''Figure 3.''' 
+
+[[Image(4.png, 75%)]]
+
+'''Figure 4.''' 
 
 = Summary =