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--- geoscene3d:qc_and_statistics:interpretationdatabaseqc [2021/07/23 09:11] – linda_jacobsen
+++ geoscene3d:qc_and_statistics:interpretationdatabaseqc [2021/07/30 09:43] (current) – external edit 127.0.0.1
@@ Line 1: / Line 1: @@
 ====== Interpretation Database QC ======
-//This tool is used for quality control of interpretation points. It can be used before and after modelling especially for checking if manually interpretation have caused errors somewhere. //
+//This tool is used for quality control of interpretation points. It can be used during and after modelling especially for checking if manually interpretation have caused errors somewhere. //
 **__Requirements: __ **
-   * Layered model
+   * Interpretation database
-  * 1D geophysical data
 ----
-==== Step 1. Setup for the calculation tool ====
+==== Step 1. Setup the calculation tool ====
 . See [[:geoscene3d:building_a_layered_model:modelsetup-stepbystep|Setting Up Data for Modelling]].
@@ Line 18: / Line 17: @@
 {{:geoscene3d:qc_and_statistics:profile.png?nolink&}}
-  * It can be controlled if all data points have individual coordinates or if overlaps exist.
+  * It can be checked if all data points have individual coordinates or if overlaps exist.
 . "QC and Statistics" menu –> "Interpretation Database QC…" –> next –> select the database file –> next.
@@ Line 24: / Line 23: @@
 {{:geoscene3d:qc_and_statistics:interpretation_db.png?nolink&}}
-. Select one or more layers for point interpretation and the coordinate dimension.
+. Select one or more tables and the coordinate dimension.
-  * The menu is called "tables" because information about the data points for all layers are stored in the MS Access DB in tables.
+  * The menu is called "tables" because information about the data points for all surfaces are stored in the MS Access database in tables.
-  * In "Calculation Mode(s)" a box needs to be clicked to the left and right. The point dimension (XY or XYZ) and the extent of the QC - within one layer/table or across all layers/tables.
+  * In "Calculation Mode(s)" a box needs to be clicked to the left and right. The point dimension (XY or XYZ) and the extent of the QC - within one table or across all tables.
 {{:geoscene3d:qc_and_statistics:table_l1_xy_intern.png}}
-==== Step 2. Overlaps within each table ====
+==== Step 2a. Overlaps within each table ====
 . Overlapping points in one layer for a chosen dimension (XY or XYZ) can be controlled by clicking "Overlaps Within each Table".
@@ Line 58: / Line 57: @@
 {{:geoscene3d:qc_and_statistics:ms_l2xyz.png?nolink&}}
-==== Step 3. Overlaps across all tables ====
+==== Step 2b. Overlaps across all tables ====
   * Data points across more or all layers can also be controlled for overlaps.
@@ Line 65: / Line 64: @@
   * In the profile below calculation has been performed across all layers for XY points. There are multiple locations with 2 overlapping points according to the legend.
-  * Note the difference between the profile in step 2.1. and the underlying profile. Here, three new overlapping points can be observed tied to the wells that wasn't apparant before in the profile from step 2.1. This difference can only be ascribed to a different vertical position but with identical XY coordinates. The most likely interpretation correlates to points snapped to the vertical oriented borehole for a new layer boundary that results in overlapping XY points.
+  * Note the difference between the profile in step 2.1. and the underlying profile. Here, three new overlapping points can be observed tied to the wells that wasn't apparant before in the profile from step 2.1. This difference can only be ascribed to a different vertical position but with identical XY coordinates. The most likely interpretation correlates to points snapped to the borehole for a new layer boundary that results in overlapping XY points.
 {{:geoscene3d:qc_and_statistics:l1_l2_xy_across.png?nolink&}}

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