Update docs

gselzer · ctrueden · commit 397ebe2b2b7c · 2024-11-25T07:59:01.000-06:00
diff --git a/docs/ops/doc/examples/mesh_viz.rst b/docs/ops/doc/examples/mesh_viz.rst
@@ -61,13 +61,13 @@ The following script accepts the binary dataset as its sole input, and creates t
         mesh = ops.op("geom.marchingCubes").input(mask).apply()
         println("mesh = ${mesh} [${mesh.triangles().size()} triangles, ${mesh.vertices().size()} vertices]")
 
-        meshVolume = ops.op("geom.size").input(mesh).apply().getRealDouble()
+        meshVolume = ops.op("geom.size").input(mesh).apply()
         println("mesh volume = " + meshVolume)
 
         hull = ops.op("geom.convexHull").input(mesh).apply()
         println("hull = ${hull} [${hull.triangles().size()} triangles, ${hull.vertices().size()} vertices]")
 
-        hullVolume = ops.op("geom.size").input(hull).apply().getRealDouble()
+        hullVolume = ops.op("geom.size").input(hull).apply()
         println("hull volume = $hullVolume")
 
         // Convert ImgLib2 meshes to 3D Viewer meshes.
diff --git a/docs/ops/doc/examples/scyjava.rst b/docs/ops/doc/examples/scyjava.rst
@@ -121,7 +121,7 @@ Activate the ``scijava-ops`` conda/mamba environment and run the following Pytho
         """
         mesh = ops.op("geom.marchingCubes").input(rai).apply()
         # Mesh volume returned in voxels
-        volume = ops.op("geom.size").input(mesh).apply().getRealDouble()
+        volume = ops.op("geom.size").input(mesh).apply()
 
         # Convert voxels to um^3
         for c in cal:
diff --git a/docs/ops/doc/examples/volume_labeling.rst b/docs/ops/doc/examples/volume_labeling.rst
@@ -273,7 +273,7 @@ In addition to the result tables, the label imdage (also known as an *index imag
             ab_table.appendRow()
             # measure mesh/sample geometry and stats
             ab_table.set("{} size (pixels)".format(ch_a_name), i, ops.op("stats.size").input(sample).apply())
-            ab_table.set("{} volume (um^3)".format(ch_a_name), i, ops.op("geom.size").input(mesh).apply().getRealFloat() * (x_cal * y_cal * z_cal))
+            ab_table.set("{} volume (um^3)".format(ch_a_name), i, ops.op("geom.size").input(mesh).apply() * (x_cal * y_cal * z_cal))
             ab_table.set("{} sphericity".format(ch_a_name), i, ops.op("geom.sphericity").input(mesh).apply())
             i += 1
         # create a table for the "B" mask and make measurements
@@ -296,7 +296,7 @@ In addition to the result tables, the label imdage (also known as an *index imag
             b_table.appendRow()
             # measure mesh/sample geometry and stats
             b_table.set("{} size (pixels)".format(ch_b_name), j, ops.op("stats.size").input(sample).apply())
-            b_table.set("{} volume (um^3)".format(ch_b_name), j, ops.op("geom.size").input(mesh).apply().getRealFloat() * (x_cal * y_cal * z_cal))
+            b_table.set("{} volume (um^3)".format(ch_b_name), j, ops.op("geom.size").input(mesh).apply() * (x_cal * y_cal * z_cal))
             b_table.set("{} sphericity".format(ch_b_name), j, ops.op("geom.sphericity").input(mesh).apply())
             j += 1
         
