Some small missed links

src/base-mixin.js

@@ -106,7 +106,7 @@ dc.baseMixin = function (_chart) {
      *
      * By default, without an explicit height being given, the chart will select the width of its
      * anchor element. If that isn't possible it defaults to 200 (provided by the
-     * {@link #dc.baseMixin.minHeight minHeight} property). Setting the value falsy will return
+     * {@link #dc.baseMixin+minHeight minHeight} property). Setting the value falsy will return
      * the chart to the default behavior.
      * @name height
      * @memberof dc.baseMixin

src/line-chart.js

@@ -21,7 +21,7 @@
  * in a {@link #dc.compositeChart Composite Chart} then pass in the parent composite chart instance.
  * @param {String} [chartGroup] - The name of the chart group this chart instance should be placed in.
  * Interaction with a chart will only trigger events and redraws within the chart's group.
- * @return {LineChart}
+ * @return {dc.lineChart}
  */
 dc.lineChart = function (parent, chartGroup) {
     var DEFAULT_DOT_RADIUS = 5;

src/pie-chart.js

@@ -21,7 +21,7 @@
  * a dom block element such as a div; or a dom element or d3 selection.
  * @param {String} [chartGroup] - The name of the chart group this chart instance should be placed in.
  * Interaction with a chart will only trigger events and redraws within the chart's group.
- * @return {PieChart}
+ * @return {dc.pieChart}
  */
 dc.pieChart = function (parent, chartGroup) {
     var DEFAULT_MIN_ANGLE_FOR_LABEL = 0.5;

web/docs/api-latest.md

@@ -142,7 +142,7 @@ chart.width(300)
       * [new TwoDimensionalFilter(filter)](#new_dc.filters.TwoDimensionalFilter_new)
     * [.RangedTwoDimensionalFilter](#dc.filters.RangedTwoDimensionalFilter)
       * [new RangedTwoDimensionalFilter(filter)](#new_dc.filters.RangedTwoDimensionalFilter_new)
-  * [.pieChart](#dc.pieChart) ⇒ <code>PieChart</code>
+  * [.pieChart](#dc.pieChart) ⇒ <code>[pieChart](#dc.pieChart)</code>
     * [.slicesCap](#dc.pieChart+slicesCap) ⇒ <code>Number</code> &#124; <code>[pieChart](#dc.pieChart)</code>
     * [.externalRadiusPadding](#dc.pieChart+externalRadiusPadding) ⇒ <code>Number</code> &#124; <code>[pieChart](#dc.pieChart)</code>
     * [.innerRadius](#dc.pieChart+innerRadius) ⇒ <code>Number</code> &#124; <code>[pieChart](#dc.pieChart)</code>
@@ -158,7 +158,7 @@ chart.width(300)
     * [.outerPadding](#dc.barChart+outerPadding) ⇒ <code>Number</code> &#124; <code>[barChart](#dc.barChart)</code>
     * [.gap](#dc.barChart+gap) ⇒ <code>Number</code> &#124; <code>[barChart](#dc.barChart)</code>
     * [.alwaysUseRounding](#dc.barChart+alwaysUseRounding) ⇒ <code>Boolean</code> &#124; <code>[barChart](#dc.barChart)</code>
-  * [.lineChart](#dc.lineChart) ⇒ <code>LineChart</code>
+  * [.lineChart](#dc.lineChart) ⇒ <code>[lineChart](#dc.lineChart)</code>
     * [.interpolate](#dc.lineChart+interpolate) ⇒ <code>String</code> &#124; <code>[lineChart](#dc.lineChart)</code>
     * [.tension](#dc.lineChart+tension) ⇒ <code>Number</code> &#124; <code>[lineChart](#dc.lineChart)</code>
     * [.defined](#dc.lineChart+defined) ⇒ <code>function</code> &#124; <code>[lineChart](#dc.lineChart)</code>
@@ -324,7 +324,7 @@ be returned.
 
 By default, without an explicit height being given, the chart will select the width of its
 anchor element. If that isn't possible it defaults to 200 (provided by the
-[minHeight](#dc.baseMixin.minHeight) property). Setting the value falsy will return
+[minHeight](#dc.baseMixin+minHeight) property). Setting the value falsy will return
 the chart to the default behavior.
 
 **Kind**: instance property of <code>[baseMixin](#dc.baseMixin)</code>  
@@ -2175,7 +2175,7 @@ Its `filterType` is 'RangedTwoDimensionalFilter'
 | filter | <code>Array.&lt;Array.&lt;Number&gt;&gt;</code> | 
 
 <a name="dc.pieChart"></a>
-### dc.pieChart ⇒ <code>PieChart</code>
+### dc.pieChart ⇒ <code>[pieChart](#dc.pieChart)</code>
 The pie chart implementation is usually used to visualize a small categorical distribution.  The pie
 chart uses keyAccessor to determine the slices, and valueAccessor to calculate the size of each
 slice relative to the sum of all values. Slices are ordered by [ordering](#dc.baseMixin+ordering)
@@ -2200,7 +2200,7 @@ var chart1 = dc.pieChart('#chart-container1');
 var chart2 = dc.pieChart('#chart-container2', 'chartGroupA');
 ```
 
-* [.pieChart](#dc.pieChart) ⇒ <code>PieChart</code>
+* [.pieChart](#dc.pieChart) ⇒ <code>[pieChart](#dc.pieChart)</code>
   * [.slicesCap](#dc.pieChart+slicesCap) ⇒ <code>Number</code> &#124; <code>[pieChart](#dc.pieChart)</code>
   * [.externalRadiusPadding](#dc.pieChart+externalRadiusPadding) ⇒ <code>Number</code> &#124; <code>[pieChart](#dc.pieChart)</code>
   * [.innerRadius](#dc.pieChart+innerRadius) ⇒ <code>Number</code> &#124; <code>[pieChart](#dc.pieChart)</code>
@@ -2407,7 +2407,7 @@ compensate, such as in the following example.
 chart.round(function(n) { return Math.floor(n) + 0.5; });
 ```
 <a name="dc.lineChart"></a>
-### dc.lineChart ⇒ <code>LineChart</code>
+### dc.lineChart ⇒ <code>[lineChart](#dc.lineChart)</code>
 Concrete line/area chart implementation.
 
 Examples:
@@ -2432,7 +2432,7 @@ var chart2 = dc.lineChart('#chart-container2', 'chartGroupA');
 var chart3 = dc.lineChart(compositeChart);
 ```
 
-* [.lineChart](#dc.lineChart) ⇒ <code>LineChart</code>
+* [.lineChart](#dc.lineChart) ⇒ <code>[lineChart](#dc.lineChart)</code>
   * [.interpolate](#dc.lineChart+interpolate) ⇒ <code>String</code> &#124; <code>[lineChart](#dc.lineChart)</code>
   * [.tension](#dc.lineChart+tension) ⇒ <code>Number</code> &#124; <code>[lineChart](#dc.lineChart)</code>
   * [.defined](#dc.lineChart+defined) ⇒ <code>function</code> &#124; <code>[lineChart](#dc.lineChart)</code>