stringi-set: New functions for not necessarily null terminated strings.

[pspp] / src / math / chart-geometry.c

diff --git a/src/math/chart-geometry.c b/src/math/chart-geometry.c
index cf377a70e28c0e1903c17524620d5a96641e6250..7029ddd73714a1f453c85943d4048a7387fce438 100644 (file)
--- a/src/math/chart-geometry.c
+++ b/src/math/chart-geometry.c
@@ -31,17 +31,17 @@
 
 static const double standard_tick[] = {1, 2, 5, 10};
 
 
 static const double standard_tick[] = {1, 2, 5, 10};
 

-/* 
+/*

    Find a set {LOWER, INTERVAL, N_TICKS} such that:
 
    LOWER <= LOWDBL,
    LOWER + INTERVAL > LOWDBL,
    Find a set {LOWER, INTERVAL, N_TICKS} such that:
 
    LOWER <= LOWDBL,
    LOWER + INTERVAL > LOWDBL,

-   
+

    LOWER + N_TICKS * INTERVAL < HIGHDBL
    LOWER + (N_TICKS + 1) * INTERVAL >= HIGHDBL
 
    INTERVAL = X * 10^N
    LOWER + N_TICKS * INTERVAL < HIGHDBL
    LOWER + (N_TICKS + 1) * INTERVAL >= HIGHDBL
 
    INTERVAL = X * 10^N

-    where: N is integer 
+    where: N is integer

     and    X is an element of {1, 2, 5}
 
    In other words:
     and    X is an element of {1, 2, 5}
 
    In other words:


@@ -90,10 +90,10 @@ chart_get_scale (double high, double low,
     }
 }
 
     }
 }
 

-/* 
+/*

    Generate a format string which can be passed to printf like functions,
    Generate a format string which can be passed to printf like functions,

-   which will produce a string in scientific notation representing a real 
-   number.  N_DECIMALS is the number of decimal places EXPONENT is the 
+   which will produce a string in scientific notation representing a real
+   number.  N_DECIMALS is the number of decimal places EXPONENT is the

    value of the exponent.
 */
 static inline char *
    value of the exponent.
 */
 static inline char *


@@ -101,21 +101,21 @@ gen_pango_markup_scientific_format_string (int n_decimals, int exponent)
 {
   /* TRANSLATORS: This is a format string which, when presented to
      printf like functions, will create a pango markup string to
 {
   /* TRANSLATORS: This is a format string which, when presented to
      printf like functions, will create a pango markup string to

-     display real number in scientific  notation. 
-     
-     In its untranslated form, it will display similar to "1.23 x 10^4". You 
+     display real number in scientific  notation.
+
+     In its untranslated form, it will display similar to "1.23 x 10^4". You

      can leave it untranslated if this is how scientific notation is usually
      presented in your language.
      can leave it untranslated if this is how scientific notation is usually
      presented in your language.

-     
+

      Some locales (such as German) prefer the centered dot rather than the
      multiplication sign between the mantissa an exponent. In which
      case, you can change "#215;" to "#8901;" or other unicode code
      Some locales (such as German) prefer the centered dot rather than the
      multiplication sign between the mantissa an exponent. In which
      case, you can change "#215;" to "#8901;" or other unicode code

-     point as appropriate. 
+     point as appropriate.

 
      The . in this string does not and should not be changed, since
 
      The . in this string does not and should not be changed, since

-     that is taken care of by the stdc library. 
+     that is taken care of by the stdc library.

 
 

-     For information on Pango markup, see 
+     For information on Pango markup, see

      http://developer.gnome.org/pango/stable/PangoMarkupFormat.html
 
      For tables of unicode code points, see http://unicode.org/charts
      http://developer.gnome.org/pango/stable/PangoMarkupFormat.html
 
      For tables of unicode code points, see http://unicode.org/charts