lib/numru/derivative.rb in gphys-1.4.3.2 vs lib/numru/derivative.rb in gphys-1.5.0

@@ -1,5 +1,6 @@
+# -*- coding: utf-8 -*-
 require "narray"
 
 ############################################################
 
 =begin
@@ -40,11 +41,11 @@
     ARGUMENTS
     * z (NArray): a NArray which you want to derivative.
     * x (NArray): a NArray represents the dimension which derivative respect to.
       z.rank must be 1.
     * dim (Numeric): a Numeric represents the dimention which derivative respect to. 
-      you can give number count backward (((<dim>))<0), but ((<z.rank ¡Üdim>)) must be > 0. 
+      you can give number count backward (((<dim>))<0), but ((<z.rank ＋dim>)) must be > 0. 
     * bc (Numeric) : a Numeric to represent boundary condition.
       Supported conditions are expressed in terms of boundary extension
       applied before differentiation:
        * LINEAR_EXT(=1): default value. linear extension using two
          grid points at the boundaries.
@@ -67,11 +68,11 @@
     * z (NArray): a NArray which you want to derivative.
     * x (NArray): a NArray represents the dimension which derivative respect 
       to. z.rank must be 1.
     * dim (Numeric): a Numeric represents the dimention which derivative 
       respect to. you can give number count backward (((<dim>))<0), but 
-      ((<z.rank ¡Üdim>)) must be > 0. 
+      ((<z.rank ＋dim>)) must be > 0. 
     * bc (Numeric) : a Numeric to represent boundary condition.
       See ((<threepoint_O2nd_deriv>)) for supported conditions.
 
     RETURN VALUE
     * cderiv_data (NArray): (z_{i+1} - z_{i-1}) / (x_{i+1} - x_{i-1})
@@ -87,11 +88,11 @@
     * z (NArray): a NArray which you want to derivative.
     * x (NArray): a NArray represents the dimension which derivative respect 
       to. z.rank must be 1.
     * dim (Numeric): a Numeric represents the dimention which derivative 
       respect to. you can give number count backward (((<dim>))<0), but 
-      ((<z.rank ¡Üdim>)) must be > 0. 
+      ((<z.rank ＋dim>)) must be > 0. 
     * bc (Numeric) : a Numeric to represent boundary condition.
       See ((<threepoint_O2nd_deriv>)) for supported conditions.
 
     RETURN VALUE
     * cderiv_data (NArray): (z_{i+1} - z_{i-1}) / (x_{i+1} - x_{i-1})
@@ -107,11 +108,11 @@
 
     ARGUMENTS
     * z (NArray): a NArray which you want to expand boundary.
     * dim (Numeric): a Numeric represents the dimention which derivative 
       respect to. you can give number count backward (((<dim>))<0), but 
-      ((<z.rank ¡Üdim>)) must be > 0. 
+      ((<z.rank ＋dim>)) must be > 0. 
 
     RETURN VALUE
     * expand_data (NArray): 
 
 ---cdiff(x, dim)
@@ -122,10 +123,10 @@
 
     ARGUMENTS
     * x (NArray): a NArray which you want to get difference.
     * dim (Numeric): a Numeric representing the dimention which derivative 
       respect to. you can give number count backward (((<dim>))<0), but 
-      ((<z.rank ¡Üdim>)) must be > 0. 
+      ((<z.rank ＋dim>)) must be > 0. 
 
     RETURN VALUE
     * cdiff_data (NArray): (x_{i+1} - x_{i-1})
 
 =end