Merge pull request #202 from lbdreyer/fix_toc_ex

Fix Section 7 examples numbering in the list of examples

ch07.adoc

@@ -17,6 +17,7 @@ If a parametric coordinate variable with a **`formula_terms`** attribute (sectio
 
 Whenever a **`formula_terms`** attribute is attached to a boundary variable, the formula terms may additionally be identified using a second method: variables appearing in the vertical coordinates' **`formula_terms`** may be declared to be coordinate, scalar coordinate or auxiliary coordinate variables, and those coordinates may have **`bounds`** attributes that identify their boundary variables. In that case, the **`bounds`** attribute of a formula terms variable must be consistent with the **`formula_terms`** attribute of the boundary variable. Software digesting legacy datasets (constructed prior to version 1.7 of this standard) may have to rely in some cases on the first method of identifying the formula term variables and in other cases, on the second. Starting from version 1.7, however, the first method will be sufficient.
 
+[[specifying-formula_terms-ex]]
 [caption="Example 7.1. "]
 .Specifying **`formula_terms`** when a parametric coordinate variable has bounds.
 ====
@@ -606,7 +607,7 @@ Any data variable can be given a **`geometry`** attribute that indicates the geo
 One of the dimensions of the data variable must be the number of geometries to which the data applies. 
 As shown in Example 7.15, if the data variable has a discrete sampling geometry, the number of geometries is the length of the instance dimension (Section 9.2).
 
-[["timeseries-with-geometry"]]
+[[timeseries-with-geometry]]
 [caption="Example 7.15. "]
 .Timeseries with geometry.
 ====

toc-extra.adoc

@@ -37,19 +37,22 @@ F.1. <<table-grid-mapping-attributes>>
 5.13. <<multiple-forecasts-from-single-analysis>>
 6.1. <<northward-heat-transport-in-atlantic-ocean-ex>>
 6.2. <<model-level-numbers-ex>>
-7.1. <<cells-on-a-latitude-axis-ex>>
-7.2. <<cells-in-a-non-rectangular-grid-ex>>
-7.3. <<cell-areas-for-a-spherical-geodesic-grid>>
-7.4. <<methods-applied-to-a-timeseries-ex>>
-7.5. <<surface-air-temperature-variance-ex>>
-7.6. <<mean-surface-temperature-sensible-heat-flux>>
-7.7. <<thickness-over-sea-area-ex>>
-7.8. <<climatological-seasons-ex>>
-7.9. <<decadal-averages-for-january-ex>>
-7.10. <<temperature-each-hour-of-average-day-ex>>
-7.11. <<extreme-statistics-and-spell-lengths-ex>>
-7.12. <<temperature-each-hour-of-climatological-day-ex>>
-7.13. <<monthly-max-daily-precip-totals-ex>>
+7.1. <<specifying-formula_terms-ex>>
+7.2. <<cells-on-a-latitude-axis-ex>>
+7.3. <<cells-in-a-non-rectangular-grid-ex>>
+7.4. <<cell-areas-for-a-spherical-geodesic-grid>>
+7.5. <<methods-applied-to-a-timeseries-ex>>
+7.6. <<surface-air-temperature-variance-ex>>
+7.7. <<mean-surface-temperature-sensible-heat-flux>>
+7.8. <<thickness-over-sea-area-ex>>
+7.9. <<climatological-seasons-ex>>
+7.10. <<decadal-averages-for-january-ex>>
+7.11. <<temperature-each-hour-of-average-day-ex>>
+7.12. <<extreme-statistics-and-spell-lengths-ex>>
+7.13. <<temperature-each-hour-of-climatological-day-ex>>
+7.14. <<monthly-max-daily-precip-totals-ex>>
+7.15. <<timeseries-with-geometry>>
+7.16. <<complete-multipolygon-example>>
 8.1. <<horiz-compression-of-three-d-array-ex>>
 8.2. <<compression-of-three-d-field-ex>>
 B.1. <<name-table-three-entries-ex>>