User Tools

Site Tools


userpages:hermannk:a_block_for_beginners-en

Differences

This shows you the differences between two versions of the page.

Link to this comparison view

Next revision
Previous revision
userpages:hermannk:a_block_for_beginners-en [2020/03/14 17:28] – created hermannkuserpages:hermannk:a_block_for_beginners-en [2021/02/28 09:01] (current) hermannk
Line 1: Line 1:
-====== en: A Block for Beginners ====== +====== What to do with a Block ====== 
-====== de: Ein Block für Anfänger ====== +[[:userpages#Hermann (hermannk)|Userpages Hermann (hermannk)]] \\ 
- + \\
-{{:userpages:hermannk:menatwork40left.png|}}  +
-{{:userpages:hermannk:menatwork40right.png|}} \\ +
 {{:userpages:hermannk:rocrail_1_block01a.png|}} \\ {{:userpages:hermannk:rocrail_1_block01a.png|}} \\
-en: a locomotive with cars runs from right to left around the track. \\ +locomotive with cars runs from right to left around the track. \\
-de: eine Lok mit Wagen fährt von rechts nach links über die Anlage. \\+
  
-===== en: Introduction =====+===== Introduction =====
 Here for beginners it should be explained what a block is, how a block is built with tracks and electronics, how a block is used ... \\ Here for beginners it should be explained what a block is, how a block is built with tracks and electronics, how a block is used ... \\
 A locomotive can run from block to block. \\ A locomotive can run from block to block. \\
Line 22: Line 18:
 {{:userpages:hermannk:rocrail_1_block01b.png|}} \\ {{:userpages:hermannk:rocrail_1_block01b.png|}} \\
  
-===== en: further details =====+===== further details =====
 In this example, the feedback sensors are to be implemented as current sensors. \\ In this example, the feedback sensors are to be implemented as current sensors. \\
 The length of a feedback sensor should be long enough that the locomotive comes to a complete stop within the feedback sensor (i.e. does **not drive past** the feedback sensor). \\ The length of a feedback sensor should be long enough that the locomotive comes to a complete stop within the feedback sensor (i.e. does **not drive past** the feedback sensor). \\
 Because the block can later be driven in both directions, we install the feedback sensors symmetrically (left and right of the block the feedback areas are of identical length). \\ Because the block can later be driven in both directions, we install the feedback sensors symmetrically (left and right of the block the feedback areas are of identical length). \\
  
-===== en: configuration =====+===== configuration =====
 The build in "Router" will configure the feedback sensors with the blocks if the Router is setup appropriate. \\ The build in "Router" will configure the feedback sensors with the blocks if the Router is setup appropriate. \\
 {{userpages:hermannk:rocrail_properties_router_routing-en.png}} \\ {{userpages:hermannk:rocrail_properties_router_routing-en.png}} \\
Line 46: Line 42:
 {{userpages:hermannk:rocrail_1_block01c.png}} \\ {{userpages:hermannk:rocrail_1_block01c.png}} \\
  
-===== en: wiring =====+===== wiring =====
 The feedback sensors have to have an address setup - even for simulating the track! The addresses have to be unique! \\ The feedback sensors have to have an address setup - even for simulating the track! The addresses have to be unique! \\
 {{userpages:hermannk:sensor_properties_index-en.png}} \\ {{userpages:hermannk:sensor_properties_index-en.png}} \\
  
- 
-===== de: Einführung ===== 
-Hier soll für Anfänger erklärt werden, was ein Block ist, wie ein Block mit Gleisen und Elektronik aufgebaut wird, wie ein Block genutzt wird, ... \\ 
-Eine Lok kann von Block zu Block fahren. \\ 
-Ein Block sollte immer länger sein als der längste Zug (Lok mit Wagen). \\ 
-Ein Blocke sollte zwei Rückmelder haben für die Ereignisse ENTER und IN. \\ 
-{{:userpages:hermannk:block_bk01a.png|}} \\ 
-Die Block-Kennung lautet "bk01". \\ 
-Ein Block hat eine Plus- und eine Minus-Seite, um der Software mitzuteilen, auf welcher Seite die Lok in den Block einfährt. \\ 
-Die Sensoren heißen "fb01+" und "fb01-". \\ 
-"fb01+" an der Plus-Seite des Blocks; \\ 
-"fb01-" auf der Minus-Seite des Blocks. \\ 
-{{:userpages:hermannk:rocrail_1_block01b.png|}} \\ 
-===== de: weitere Details ===== 
-Die Rückmelder sollen in diesem Beispiel als Strom-Sensoren realisiert werden. \\ 
-Die Länge eines Rückmelders sollte so lang sein, dass die Lok innerhalb des Rückmelders zum Stehen kommt (also den Rückmelder **__nicht__ überfährt!**). \\ 
-Damit der Block später in beiden Richtungen befahren werden kann, installieren wir die Rückmelder symmetrisch (links un rechts vom Block die Rückmelder-Bereiche von gleicher Länge). \\ 
  
userpages/hermannk/a_block_for_beginners-en.1584203280.txt.gz · Last modified: 2020/03/14 17:28 by hermannk