wip more dioramas
This commit is contained in:
David Allemang
@@ -1,4 +1,4 @@
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#import "/lib.typ": diorama, example, todo, world
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#import "/lib.typ": diorama, example, todo
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= Preventing Interference <timing>
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@@ -10,23 +10,12 @@ us to spawn transmission entities in that window.
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== Tilesets
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The fundamental principle here is to use tile-tick priority (TTP) to set a global order. See
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Charlie's great video on TTP for details. #todo[link video]
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#todo[fix tileset naming. the tileset is the *structure*. the particular sequence is just one instance of that tileset]
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A *tileset* is a sequence of redstone components which all update in the tile tick phase. Components
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later in the sequence have greater significance. To make the significance match our left-to-right
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reading convention, we diagram them so the signal flows right-to-left. For example:
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#diorama(
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theta: 160,
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phi: 20,
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autoplay: true,
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loop: true,
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world(
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"
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"
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p 0 -1 0 smooth_stone_slab type=top
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p 1 -1 0 smooth_stone_slab type=top
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p 2 -1 0 smooth_stone_slab type=top
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@@ -61,11 +50,19 @@ p 4 0 0 powered=false
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t 20
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p 0 0 0
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",
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),
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)
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This section will cover how to read and construct tilesets that enforce a *global* ordering for use
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in wireless redstone.
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#todo[fix tileset naming. the tileset is the *structure*. the particular sequence is just one instance of that tileset]
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A *tile sequence* is a chain of redstone components which all update in the tile tick phase.
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The fundamental principle here is to use tile-tick priority (TTP) to set a global order.
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#link("https://youtu.be/sLftwVwqPQE")[See Charlie's great video on TTP for details].
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A *tile set* is a system of constructing tile sequences which enforce a particular global ordering.
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Components which activate later in the sequence have a stronger effect on the order, so to match our
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left-to-right reading convention, we diagram tile sequences so the signal flows right-to-left.
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=== The Tile Tick Priority Queue
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@@ -214,4 +211,119 @@ cmp rep rep cmp cmp rep rep
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== Block Event Delay
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#[#show raw.where(lang: "mc-diorama"): it => diorama(
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autoplay: true,
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loop: true,
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radius: 5,
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theta: 160,
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it.text,
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)
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```mc-diorama
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p 0 0 0 light_gray_terracotta
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p 1 0 0 light_gray_terracotta
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p 2 0 0 light_gray_terracotta
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p 3 0 0 light_gray_terracotta
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p 4 0 0 light_gray_terracotta
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p 0 1 0 redstone_wire east=side west=side power=0
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p 1 1 0 redstone_wire east=side west=side power=0
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p 2 1 0 redstone_wire east=side west=side power=0
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p 3 1 0 redstone_wire east=side west=side power=0
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p 4 1 0 redstone_wire east=side west=side power=0
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p 0 0 -1 piston facing=down extended=false
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p 1 -1 -1 piston facing=up extended=false
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p 2 -1 -1 piston facing=up extended=false
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p 3 -1 -1 piston facing=up extended=false
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p 4 -1 -1 piston facing=up extended=false
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p -1 0 0 observer facing=west powered=false
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p 1 0 -2 observer facing=south powered=false
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p 2 0 -2 observer facing=south powered=false
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p 3 0 -2 observer facing=south powered=false
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p 4 0 -2 observer facing=south powered=false
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t 0
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p -1 0 0 powered=true
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p 0 1 0 power=15
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p 1 1 0 power=14
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p 2 1 0 power=13
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p 3 1 0 power=12
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p 4 1 0 power=11
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t 1
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p 0 0 -1 extended=true
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p 1 -1 -1 extended=true
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p 2 -1 -1 extended=true
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p 3 -1 -1 extended=true
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p 4 -1 -1 extended=true
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p 0 -0.5 -1 piston_head facing=down short=true type=normal
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p 1 -0.5 -1 piston_head facing=up short=true type=normal
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p 2 -0.5 -1 piston_head facing=up short=true type=normal
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p 3 -0.5 -1 piston_head facing=up short=true type=normal
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p 4 -0.5 -1 piston_head facing=up short=true type=normal
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t 2
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p -1 0 0 powered=false
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p 0 1 0 power=0
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p 1 1 0 power=0
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p 2 1 0 power=0
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p 3 1 0 power=0
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p 4 1 0 power=0
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p 0 -1 -1 piston_head facing=down short=false type=normal
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p 1 0 -1 piston_head facing=up short=false type=normal
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p 2 0 -1 piston_head facing=up short=false type=normal
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p 3 0 -1 piston_head facing=up short=false type=normal
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p 4 0 -1 piston_head facing=up short=false type=normal
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p 0 -0.5 -1 air
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p 1 -0.5 -1 air
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p 2 -0.5 -1 air
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p 3 -0.5 -1 air
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p 4 -0.5 -1 air
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p 1 0 -2 powered=true
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p 2 0 -2 powered=true
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p 3 0 -2 powered=true
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p 4 0 -2 powered=true
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t 3
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p 0 -1 -1 air
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p 1 0 -1 air
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p 2 0 -1 air
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p 3 0 -1 air
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p 4 0 -1 air
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p 0 -0.5 -1 piston_head facing=down short=true type=normal
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p 1 -0.5 -1 piston_head facing=up short=true type=normal
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p 2 -0.5 -1 piston_head facing=up short=true type=normal
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p 3 -0.5 -1 piston_head facing=up short=true type=normal
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p 4 -0.5 -1 piston_head facing=up short=true type=normal
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t 4
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p 0 -0.5 -1 air
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p 1 -0.5 -1 air
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p 2 -0.5 -1 air
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p 3 -0.5 -1 air
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p 4 -0.5 -1 air
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p 0 0 -1 extended=false
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p 1 -1 -1 extended=false
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p 2 -1 -1 extended=false
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p 3 -1 -1 extended=false
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p 4 -1 -1 extended=false
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p 1 0 -2 powered=false
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p 2 0 -2 powered=false
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p 3 0 -2 powered=false
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p 4 0 -2 powered=false
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t 20
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p 0 0 0
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```
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]
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== Single-Priority Loops
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