Add the ODE.IVP module with Euler's method.

[numerical-analysis.git] / .ghci

diff --git a/.ghci b/.ghci
index a04730cc12b26ffccd4bf1bba0dd54f5dea864df..c9819c794aa449645598724bd6f06b8740445f94 100644 (file)
--- a/.ghci
+++ b/.ghci
@@ -2,15 +2,26 @@
 :set -isrc
 
 -- Load everything.
-:l src/Roots/Simple.hs src/Aliases.hs src/TwoTuple.hs src/Integration/Simpson.hs src/Integration/Trapezoid.hs
+:{
+:load src/Aliases.hs
+  src/Integration/Simpson.hs
+  src/Integration/Trapezoid.hs
+  src/Misc.hs
+  src/ODE/IVP.hs
+  src/Roots/Simple.hs
+  src/TwoTuple.hs
+:}
 
 -- Just for convenience.
 import Data.Number.BigFloat
 
 import Aliases
-import TwoTuple
 import Integration.Simpson
 import Integration.Trapezoid
+import Misc
+import ODE.IVP
+import Roots.Simple
+import TwoTuple
 
 -- Use a calmer prompt.
 :set prompt "numerical-analysis> "