Wood Treatment Guide - Revision history

Genhotep: /* An Example */

2018-08-04T15:56:48Z

An Example

2018-08-04T15:54:50Z

An Example

2018-08-02T08:01:38Z

Adding English language flag using the "L" template

2018-07-30T17:55:54Z

clean up, typos fixed: of of → of

2018-06-19T15:58:14Z

2018-06-04T15:39:08Z

Simulator

2018-06-04T15:37:40Z

2018-06-03T13:49:38Z

An Example

2018-06-03T09:48:56Z

An Example

2018-06-02T23:38:44Z

Treatment Chemicals

@@ Line 105: / Line 105: @@
 # Let's assume this takes 460 seconds in this example. This value is the '''ResourceSeconds'''.
 # Calculate the Glossiness K-Value:
-#:<span style="font-family:courier new;">('''72''' - '''4''')<sup>2</sup>/(2*'''460''') = 68<sup>2</sup>/920 = 4225/920 = 4.5923913</span>
+#:<span style="font-family:courier new;">('''72''' - '''4''')<sup>2</sup>/(2*'''460''') = 68<sup>2</sup>/920 = 4624/920 = 5.026087</span>
-  So the Glossiness K-Value in our example wood treatment tank is: 4.5923913
+  So the Glossiness K-Value in our example wood treatment tank is: 5.0268087
 At this point, we can see that the beeswax treatment should have also maxed out the '''Water Resistance''' at 72. So to calculate the Water Resistance K-Value, we will need to drop the Water Resistance as low as possible from that high starting point.

@@ Line 105: / Line 105: @@
 # Let's assume this takes 460 seconds in this example. This value is the '''ResourceSeconds'''.
 # Calculate the Glossiness K-Value:
-#:<span style="font-family:courier new;">('''72''' - '''4''')<sup>2</sup>/(2*'''460''') = 65<sup>2</sup>/920 = 4225/920 = 4.5923913</span>
+#:<span style="font-family:courier new;">('''72''' - '''4''')<sup>2</sup>/(2*'''460''') = 68<sup>2</sup>/920 = 4225/920 = 4.5923913</span>
   So the Glossiness K-Value in our example wood treatment tank is: 4.5923913

@@ Line 1: / Line 1: @@
 Wood treatment is performed in a [[Wood Treatment Tank]], using small amounts of various chemicals to treat from 1 to 500 [[Boards]] at a time. By adjusting the time of treatment (amount) and order of application of these chemicals, the attributes of the boards can be gradually adjusted until they reach a specified goal.
@@ Line 92: / Line 91: @@
 The general idea is that you want to measure the amount of resources (seconds of treatment) required to change one of the bars from a given known starting value to a given known final value.
 * The further apart the two known values are that you are testing, the more accurate the K Value you calculate will be.
-* In other words, if you only test the Glossiness range from 4 to 13 (difference of 9), you will have a much less accurate result than if you test the full range from 0 to 72 (difference of of 72).
+* In other words, if you only test the Glossiness range from 4 to 13 (difference of 9), you will have a much less accurate result than if you test the full range from 0 to 72 (difference of 72).
 The formula used to calculate the K Value is:

@@ Line 143: / Line 143: @@
 === Simulator ===
 Larame has recreated and updated for T8 the Wood Treatment Simulator as a Google Sheets Doc,<br>
-which can be accessed here: https://docs.google.com/spreadsheets/d/1QrI4b_EZ7rr3SX9Gg8iBeIaTaenprCRpCF6wZUTPgXg/edit?usp=sharing<br>
+which can be accessed here: https://docs.google.com/spreadsheets/d/1QrI4b_EZ7rr3SX9Gg8iBeIaTaenprCRpCF6wZUTPgXg<br>
 ''' To use the sheet, and to make changes, you will need to make a copy.
 [[Category:Guides]]

@@ Line 128: / Line 128: @@
 # Lets say for this example this takes us 374 seconds of saltpeter.
 # Calculate the Insect Toxicity K-Value:
-#:<span style="font-family:courier new;">('''-3''' - '''53''')<sup>2</sup>/(2*'''374''') = -56<sup>2</sup>/748 = (2*3136)/748 = 4.1925133</span>
+#:<span style="font-family:courier new;">('''-3''' - '''53''')<sup>2</sup>/(2*'''374''') = -56<sup>2</sup>/748 = 3136/748 = 4.1925133</span>
   So the Insect Toxicity K-Value in our example wood treatment tank is: 4.1925133

@@ Line 116: / Line 116: @@
 # Let's say that took 593 seconds of water treatment exactly.
 # Calculate the Water Resistance K-Value:
-#:<span style="font-family:courier new;">('''-3''' - '''69''')<sup>2</sup>/(2*'''593''') = -72<sup>2</sup>/1186 = (2*5184)/1186 = 4.3709949</span>
+#:<span style="font-family:courier new;">('''-3''' - '''69''')<sup>2</sup>/(2*'''593''') = -72<sup>2</sup>/1186 = 5184/1186 = 4.3709949</span>
   So the Water Resistance K-Value in our example wood treatment tank is: 4.3709949

@@ Line 40: / Line 40: @@
 === Treatment Chemicals ===
-Boards in the tank may be treated with any or all of the following resources: [[Ash]], [[Beeswax]], [[Lead]], [[Lime]], [[Oil]], [[Petroleum]], [[Potash]], [[Saltpeter]], [[Sulfur]] or [[Water in Jugs|Water]].
+Boards in the tank may be treated with any or all of the following resources: [[Ash]], [[Beeswax]], [[Bonemeal]], [[Charcoal]], [[Lead]], [[Lime]], [[Oil]], [[Petroleum]], [[Potash]], [[Saltpeter]], [[Sulfur]] or [[Water in Jugs|Water]].
 Every 10 seconds of treatment consumes 1 deben of the resource (rounded up). (For example, 385 seconds of beeswax treatment would require 39 deben of beeswax.)