minor layout and documentation changes

src/main/dig/sequential/D-T2.dig

@@ -1,6 +1,7 @@
 <?xml version="1.0" encoding="utf-8"?>
 <circuit>
   <version>1</version>
+  <attributes/>
   <visualElements>
     <visualElement>
       <elementName>NAnd</elementName>
@@ -131,7 +132,7 @@ C 0 0  1
       <p2 x="440" y="320"/>
     </wire>
     <wire>
-      <p1 x="280" y="320"/>
+      <p1 x="300" y="320"/>
       <p2 x="340" y="320"/>
     </wire>
     <wire>
@@ -180,14 +181,14 @@ C 0 0  1
     </wire>
     <wire>
       <p1 x="260" y="240"/>
-      <p2 x="280" y="240"/>
+      <p2 x="300" y="240"/>
     </wire>
     <wire>
       <p1 x="560" y="180"/>
       <p2 x="580" y="180"/>
     </wire>
     <wire>
-      <p1 x="280" y="180"/>
+      <p1 x="300" y="180"/>
       <p2 x="340" y="180"/>
     </wire>
     <wire>
@@ -195,7 +196,7 @@ C 0 0  1
       <p2 x="600" y="180"/>
     </wire>
     <wire>
-      <p1 x="300" y="340"/>
+      <p1 x="280" y="340"/>
       <p2 x="320" y="340"/>
     </wire>
     <wire>
@@ -203,7 +204,7 @@ C 0 0  1
       <p2 x="340" y="340"/>
     </wire>
     <wire>
-      <p1 x="300" y="20"/>
+      <p1 x="280" y="20"/>
       <p2 x="340" y="20"/>
     </wire>
     <wire>
@@ -246,6 +247,10 @@ C 0 0  1
       <p1 x="580" y="260"/>
       <p2 x="580" y="300"/>
     </wire>
+    <wire>
+      <p1 x="280" y="20"/>
+      <p2 x="280" y="340"/>
+    </wire>
     <wire>
       <p1 x="440" y="320"/>
       <p2 x="440" y="360"/>
@@ -267,12 +272,12 @@ C 0 0  1
       <p2 x="440" y="200"/>
     </wire>
     <wire>
-      <p1 x="280" y="180"/>
-      <p2 x="280" y="240"/>
+      <p1 x="300" y="180"/>
+      <p2 x="300" y="240"/>
     </wire>
     <wire>
-      <p1 x="280" y="240"/>
-      <p2 x="280" y="320"/>
+      <p1 x="300" y="240"/>
+      <p2 x="300" y="320"/>
     </wire>
     <wire>
       <p1 x="460" y="260"/>
@@ -282,9 +287,5 @@ C 0 0  1
       <p1 x="460" y="200"/>
       <p2 x="460" y="220"/>
     </wire>
-    <wire>
-      <p1 x="300" y="20"/>
-      <p2 x="300" y="340"/>
-    </wire>
   </wires>
 </circuit>

src/main/dig/sequential/async/oscillator.dig

@@ -65,7 +65,7 @@
     <visualElement>
       <elementName>Reset</elementName>
       <elementAttributes/>
-      <pos x="620" y="140"/>
+      <pos x="640" y="140"/>
     </visualElement>
     <visualElement>
       <elementName>Delay</elementName>
@@ -79,12 +79,7 @@
           <int>2</int>
         </entry>
       </elementAttributes>
-      <pos x="700" y="240"/>
-    </visualElement>
-    <visualElement>
-      <elementName>XOr</elementName>
-      <elementAttributes/>
-      <pos x="640" y="140"/>
+      <pos x="720" y="240"/>
     </visualElement>
     <visualElement>
       <elementName>And</elementName>
@@ -109,7 +104,7 @@
           <string>C</string>
         </entry>
       </elementAttributes>
-      <pos x="740" y="200"/>
+      <pos x="780" y="200"/>
     </visualElement>
     <visualElement>
       <elementName>Tunnel</elementName>
@@ -126,14 +121,19 @@
       <pos x="640" y="360"/>
     </visualElement>
     <visualElement>
-      <elementName>Probe</elementName>
+      <elementName>NAnd</elementName>
+      <elementAttributes/>
+      <pos x="660" y="140"/>
+    </visualElement>
+    <visualElement>
+      <elementName>Out</elementName>
       <elementAttributes>
         <entry>
           <string>Label</string>
           <string>C</string>
         </entry>
       </elementAttributes>
-      <pos x="740" y="160"/>
+      <pos x="780" y="160"/>
     </visualElement>
   </visualElements>
   <wires>
@@ -150,12 +150,12 @@
       <p2 x="1000" y="320"/>
     </wire>
     <wire>
-      <p1 x="700" y="160"/>
-      <p2 x="720" y="160"/>
+      <p1 x="740" y="160"/>
+      <p2 x="760" y="160"/>
     </wire>
     <wire>
-      <p1 x="720" y="160"/>
-      <p2 x="740" y="160"/>
+      <p1 x="760" y="160"/>
+      <p2 x="780" y="160"/>
     </wire>
     <wire>
       <p1 x="1080" y="420"/>
@@ -182,8 +182,8 @@
       <p2 x="660" y="360"/>
     </wire>
     <wire>
-      <p1 x="720" y="200"/>
-      <p2 x="740" y="200"/>
+      <p1 x="760" y="200"/>
+      <p2 x="780" y="200"/>
     </wire>
     <wire>
       <p1 x="1080" y="300"/>
@@ -202,20 +202,20 @@
       <p2 x="900" y="460"/>
     </wire>
     <wire>
-      <p1 x="620" y="140"/>
-      <p2 x="640" y="140"/>
+      <p1 x="640" y="140"/>
+      <p2 x="660" y="140"/>
     </wire>
     <wire>
       <p1 x="980" y="400"/>
       <p2 x="1000" y="400"/>
     </wire>
     <wire>
-      <p1 x="700" y="240"/>
-      <p2 x="720" y="240"/>
+      <p1 x="720" y="240"/>
+      <p2 x="760" y="240"/>
     </wire>
     <wire>
-      <p1 x="620" y="240"/>
-      <p2 x="660" y="240"/>
+      <p1 x="640" y="240"/>
+      <p2 x="680" y="240"/>
     </wire>
     <wire>
       <p1 x="720" y="340"/>
@@ -234,8 +234,8 @@
       <p2 x="1100" y="500"/>
     </wire>
     <wire>
-      <p1 x="620" y="180"/>
-      <p2 x="640" y="180"/>
+      <p1 x="640" y="180"/>
+      <p2 x="660" y="180"/>
     </wire>
     <wire>
       <p1 x="960" y="280"/>
@@ -270,12 +270,8 @@
       <p2 x="880" y="420"/>
     </wire>
     <wire>
-      <p1 x="720" y="160"/>
-      <p2 x="720" y="200"/>
-    </wire>
-    <wire>
-      <p1 x="720" y="200"/>
-      <p2 x="720" y="240"/>
+      <p1 x="640" y="180"/>
+      <p2 x="640" y="240"/>
     </wire>
     <wire>
       <p1 x="980" y="380"/>
@@ -294,8 +290,12 @@
       <p2 x="660" y="380"/>
     </wire>
     <wire>
-      <p1 x="620" y="180"/>
-      <p2 x="620" y="240"/>
+      <p1 x="760" y="160"/>
+      <p2 x="760" y="200"/>
+    </wire>
+    <wire>
+      <p1 x="760" y="200"/>
+      <p2 x="760" y="240"/>
     </wire>
     <wire>
       <p1 x="1100" y="220"/>

src/main/resources/lang/lang_de.xml

@@ -818,7 +818,7 @@
         in der Stabilisierungsphase befindet. Hat sich die Schaltung stabilisiert wird der Ausgang auf Null gesetzt.
         Bei einem invertiertem Ausgang verhält es sich genau anders herum.</string>
     <string name="elem_Break">Break</string>
-    <string name="elem_Break_pin_brk">Stoppt schnellen Simulationslauf, wenn 1.</string>
+    <string name="elem_Break_pin_brk">Stoppt den schnellen Simulationsvorlauf, bei einer steigenden Flanke.</string>
     <string name="elem_Break_tt">Wenn dieses Element in der Schaltung verwendet wird, wird der "Run To Break"
         Knopf zwischen "Start" und "Stop" aktiviert. Dieser Knopf taktet die Schaltung bis eine steigende Flanke
         am Eingang des "Break" Elements erkannt wird. Dieses Element kann zur Fehlersuche eingesetzt werden, indem

src/main/resources/lang/lang_en.xml

@@ -813,7 +813,7 @@
         After the circuit has stabilized the output goes to low.
         If the output is inverted it behaves the opposite way.</string>
     <string name="elem_Break">Break</string>
-    <string name="elem_Break_pin_brk">Stops fast simulation if set to 1.</string>
+    <string name="elem_Break_pin_brk">Stops the fast simulation clocking if a rising edge is detected.</string>
     <string name="elem_Break_tt">If this component is used in the circuit, the "Run To Break" button between "Start"
         and "Stop" is enabled. This button clocks the circuit until a rising edge on the input of this component is
         detected. This element can be used for debugging by clocking the circuit to any breakpoint.