diff --git a/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/_zh_cn/logic/and_gate.md b/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/_zh_cn/logic/and_gate.md index baeb5a0c5a2e..2a0a2a341833 100644 --- a/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/_zh_cn/logic/and_gate.md +++ b/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/_zh_cn/logic/and_gate.md @@ -13,6 +13,9 @@ item_ids: # 与门 + ### 模拟 + 与门会取各输入中值最大者作为输出值。 + ### 真值表 diff --git a/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/_zh_cn/logic/calculator.md b/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/_zh_cn/logic/calculator.md new file mode 100644 index 000000000000..a896363ac337 --- /dev/null +++ b/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/_zh_cn/logic/calculator.md @@ -0,0 +1,76 @@ +--- +navigation: + title: "计算器" + icon: "calculator" + parent: little_big_redstone:logic.md + position: 24 +categories: + - logic +item_ids: + - little_big_redstone:calculator +--- + +# 计算器 + + + ### 模拟 + 计数器会取各输入的计算结果作为输出。信号值不会超出0到15的范围。 + + + + +计算器的输入端口数目最少为2，最多为10。根据当前模式，计算器会对各输入执行加法或减法。计算结果即为输出值。 + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +需要注意，计算器会根据顺序区分输入。也即，在减法模式下，若向靠前端口输入较小值，向靠后端口输入较大值，输出结果即会变为0。这是由于输出不可为负。例如，减法模式下，若计算器输入A为5，输入B为10，计算结果会是-5；但是输出结果为0，因此为OFF。 \ No newline at end of file diff --git a/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/_zh_cn/logic/comparator.md b/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/_zh_cn/logic/comparator.md new file mode 100644 index 000000000000..cfcbeed023db --- /dev/null +++ b/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/_zh_cn/logic/comparator.md @@ -0,0 +1,101 @@ +--- +navigation: + title: "比较器" + icon: "comparator" + parent: little_big_redstone:logic.md + position: 23 +categories: + - logic +item_ids: + - little_big_redstone:comparator +--- + +# 比较器 + + + ### 模拟 + 比较器所输出信号的值与比较基准信号的相等。基准可为设定中指定的值，或在比较器设为直通时取首个输入信号的值。 + + + + +比较器是能将1到10个输入信号（B₁ - B₁₀）的信号与某个其他信号（A）进行比较的逻辑元件。模式选项决定了输出ON需要全部输入均通过比较，还是任意一个通过比较即可。输出为ON时，其强度等于比较基准信号A的强度。 + +比较器配置为直通时，会开放输入A的端口。也可为其指定常量比较基准，此时不会开放输入A的端口。 + +与其他会比较信号强度的逻辑元件类似，比较器也可配置为输入值大于等于、等于或小于等于输入A时视为通过比较。 + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + \ No newline at end of file diff --git a/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/_zh_cn/logic/introduction.md b/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/_zh_cn/logic/introduction.md index e09e58b8e318..e60dcde8682a 100644 --- a/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/_zh_cn/logic/introduction.md +++ b/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/_zh_cn/logic/introduction.md @@ -12,7 +12,7 @@ navigation: -逻辑元件也称逻辑门，是真正驱动电路的组件。所有逻辑元件都可有输入和输出端口。这些端口是传递和修改信号以得到预期结果的方式。逻辑元件完全基于布尔逻辑；换言之，信号只有两个值——“关”/“OFF”（0）和“开”/“ON”（1）。 +逻辑元件也称逻辑门，是真正驱动电路的组件。所有逻辑元件都可有输入和输出端口。这些端口是传递和修改信号以得到预期结果的方式。逻辑元件基于模拟逻辑运作，与红石粉类似；换言之，信号可为0（OFF）到15的任意值。大于等于1的值均视作ON。部分逻辑元件会直接取输入信号的值用于输出。例如，向元件输入值为10的信号，那么假定输出信号为ON，则其值也会为10。有部分元件不遵从此规则，页面内均已进行说明。
diff --git a/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/_zh_cn/logic/io.md b/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/_zh_cn/logic/io.md index 1cbd6bd2d9e0..03031c300633 100644 --- a/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/_zh_cn/logic/io.md +++ b/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/_zh_cn/logic/io.md @@ -12,15 +12,20 @@ item_ids: # I/O端口 + + ### 模拟 + I/O端口所输出信号的值与输入信号的相等。 + + -I/O端口是对电路传入和读取红石信号的途径。将I/O端口放入电路后，微芯片的对应面即会变为红石面，可借此输入输出红石信号。 +I/O端口是对电路传入和从电路读取红石信号的途径。将I/O端口放入电路后，微芯片的对应面即会变为红石面，可借此输入输出红石信号。
每个I/O端口都有一个对应方向：北、南、东、西、上、下。潜行看向微芯片可查看侧面对应方向的颜色。 -**注意：**单个方向可以是输入，也可以是输出，但不能兼做输入和输出。如果电路中I/O端口的排布使得某一面同时是输入和输出，那么与之相关的端口均不会运作，且会显示一则警告。 +**注意：**‌单个方向可以是输入，也可以是输出，但不能兼做输入和输出。如果电路中I/O端口的排布使得某一面同时是输入和输出，那么与之相关的端口均不会运作，且会显示一则警告。
diff --git a/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/_zh_cn/logic/nand_gate.md b/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/_zh_cn/logic/nand_gate.md index 9ec3b60fad14..784013c4de55 100644 --- a/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/_zh_cn/logic/nand_gate.md +++ b/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/_zh_cn/logic/nand_gate.md @@ -13,6 +13,9 @@ item_ids: # 与非门 + ### 布尔 + 与非门只会输出0（OFF）或1（ON）。 + ### 真值表 diff --git a/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/_zh_cn/logic/nor_gate.md b/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/_zh_cn/logic/nor_gate.md index 2c8483c684e8..a3c521459951 100644 --- a/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/_zh_cn/logic/nor_gate.md +++ b/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/_zh_cn/logic/nor_gate.md @@ -13,6 +13,9 @@ item_ids: # 或非门 + ### 布尔 + 或非门只会输出0（OFF）或1（ON）。 + ### 真值表 diff --git a/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/_zh_cn/logic/not_gate.md b/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/_zh_cn/logic/not_gate.md index 3290a437e3e3..1318773c4a23 100644 --- a/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/_zh_cn/logic/not_gate.md +++ b/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/_zh_cn/logic/not_gate.md @@ -13,6 +13,9 @@ item_ids: # 非门 + ### 布尔 + 非门只会输出0（OFF）或1（ON）。 + ### 真值表 diff --git a/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/_zh_cn/logic/or_gate.md b/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/_zh_cn/logic/or_gate.md index 557610d48ba5..fe831efca5c2 100644 --- a/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/_zh_cn/logic/or_gate.md +++ b/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/_zh_cn/logic/or_gate.md @@ -13,6 +13,9 @@ item_ids: # 或门 + ### 模拟 + 或门会取各输入中值最大者作为输出值。 + ### 真值表 diff --git a/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/_zh_cn/logic/pulse_throttler.md b/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/_zh_cn/logic/pulse_throttler.md index eb622a9392ca..7dd494aa0689 100644 --- a/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/_zh_cn/logic/pulse_throttler.md +++ b/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/_zh_cn/logic/pulse_throttler.md @@ -12,6 +12,11 @@ item_ids: # 脉冲节流器 + + ### 模拟 + 在默认情况下，脉冲节流器所输出信号的值与输入信号的相等。若指定了输出信号强度，则仅输出该值。 + + diff --git a/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/_zh_cn/logic/randomizer.md b/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/_zh_cn/logic/randomizer.md index e508390c5e40..fb4f2d0811c2 100644 --- a/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/_zh_cn/logic/randomizer.md +++ b/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/_zh_cn/logic/randomizer.md @@ -12,6 +12,11 @@ item_ids: # 随机发生器 + + ### 模拟 + 随机发生器所输出信号的值与输入信号的相等。 + + 随机发生器的输出端口数目最少为1，最多为10，且同一时刻只会有一个端口输出ON。输入为ON时，每刻都有一定概率任选一个输出端口输出ON信号。该概率可配置，默认情况下此概率为100%，可修改成任意值。例如将该概率设为50%，则在输入为ON时，有一半的时间内会任选一个端口输出ON。各输出的选中概率相等。 diff --git a/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/_zh_cn/logic/reader.md b/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/_zh_cn/logic/reader.md index 5f8b3e344170..2cd7fa4b9a09 100644 --- a/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/_zh_cn/logic/reader.md +++ b/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/_zh_cn/logic/reader.md @@ -12,13 +12,18 @@ item_ids: # 读取器 + + ### 模拟 + 在比较器模式下，读取器会取对应方块的比较器输出值作为输出。其他情况下，读取器只会输出0（OFF）或1（ON）。 + + 读取器是一种逻辑元件。它不会接收来自电路内部的信号，而是会根据相邻容器方块的填充程度输出信号，读取的方向可配置。 读取器接受的容器包括物品容器（箱子、木桶、熔炉等）、流体容器（模组提供的流体容器）、能量容器（电池等模组提供的FE容器）。默认情况下，读取器会读取物品的填充程度，可在配置菜单中修改读取对象。 -读取器可配置为只在容器填充程度达到某个最小值时才输出ON。默认情况下，最小填充百分比是50%。 +读取器可配置为检测容器的填充程度是否达到某个阈值，符合条件才输出ON。该阈值可为常值或百分比。在值的末尾补上%，即视为使用百分比。 下方示例中，读取器会在箱子至少填充到50%时点亮红石灯。 @@ -43,7 +48,7 @@ item_ids: - + diff --git a/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/_zh_cn/logic/rs_nor_latch.md b/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/_zh_cn/logic/rs_nor_latch.md index fad9daef29e3..707a2953f0e9 100644 --- a/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/_zh_cn/logic/rs_nor_latch.md +++ b/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/_zh_cn/logic/rs_nor_latch.md @@ -3,7 +3,7 @@ navigation: title: "RS或非锁存器" icon: "rs_nor_latch" parent: little_big_redstone:logic.md - position: 24 + position: 26 categories: - logic item_ids: @@ -13,6 +13,9 @@ item_ids: # RS或非锁存器 + ### 模拟 + RS或非锁存器会取将其设为ON的输入信号的值用作输出。 + ### 真值表 diff --git a/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/_zh_cn/logic/selector.md b/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/_zh_cn/logic/selector.md index 6403650bb775..02a0d8be6566 100644 --- a/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/_zh_cn/logic/selector.md +++ b/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/_zh_cn/logic/selector.md @@ -12,6 +12,13 @@ item_ids: # 选择器 + + ### 模拟 + 选择器所输出信号的值与输入信号的相等。若选择器处于计数器模式，则取递增和递减信号中较大者的值用作输出。 + + 若未处于直通模式，输出信号的强度则会与序号相等（从1开始）。例如，第一个输出的强度为1，第二个为2，第三个为3，以此类推。 + + 选择器的输出端口数目最少为2，最多10，且同一时刻只会有一个输出为ON。选择器共有两种模式：计数器和置位器（更多内容见此页面后续）。 diff --git a/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/_zh_cn/logic/sequencer.md b/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/_zh_cn/logic/sequencer.md index b4c4f12d7d1b..9a91f7b6fc28 100644 --- a/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/_zh_cn/logic/sequencer.md +++ b/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/_zh_cn/logic/sequencer.md @@ -12,6 +12,11 @@ item_ids: # 时序器 + + ### 模拟 + 时序器所输出信号的值与输入信号的相等。但对于时序器而言，其输出信号为ON时输入信号并不一定为ON。此时，时序器会取令其输出变为ON的ON输入信号的值用作输出。 + + diff --git a/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/_zh_cn/logic/t_flip_flop.md b/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/_zh_cn/logic/t_flip_flop.md index 8b3df61e298a..65fb66f1fd62 100644 --- a/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/_zh_cn/logic/t_flip_flop.md +++ b/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/_zh_cn/logic/t_flip_flop.md @@ -3,7 +3,7 @@ navigation: title: "T触发器" icon: "t_flip_flop" parent: little_big_redstone:logic.md - position: 23 + position: 25 categories: - logic item_ids: @@ -12,6 +12,11 @@ item_ids: # T触发器 + + ### 模拟 + T触发器会取将其设为ON的输入信号的值用作输出。 + + diff --git a/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/_zh_cn/logic/tag.md b/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/_zh_cn/logic/tag.md index 3851c6bc654a..cacf6acc2ebc 100644 --- a/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/_zh_cn/logic/tag.md +++ b/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/_zh_cn/logic/tag.md @@ -12,6 +12,11 @@ item_ids: # 标信器 + + ### 模拟 + 标信器所输出信号的值与输入信号的相等。在有多个输入信号的情况下（如阈值>1），则使用最高信号的值用作输出。 + + 标信器可在电路间无线收发信号。它有两个模式：发信和探测。探测端是接受信号的一端，发信端则是发送的一端。 diff --git a/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/_zh_cn/logic/xor_gate.md b/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/_zh_cn/logic/xor_gate.md index 518c351d1740..614fc65ae969 100644 --- a/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/_zh_cn/logic/xor_gate.md +++ b/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/_zh_cn/logic/xor_gate.md @@ -13,6 +13,9 @@ item_ids: # 异或门 + ### 模拟 + 异或门会取各输入中值最大者作为输出值。 + ### 真值表 diff --git a/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/_zh_cn/redstone_bits.md b/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/_zh_cn/redstone_bits.md index 385cb3e14836..a05a8e4cda59 100644 --- a/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/_zh_cn/redstone_bits.md +++ b/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/_zh_cn/redstone_bits.md @@ -23,7 +23,7 @@ item_ids: 一个输入端口只能连接一条导线，输出端口则没有导线数量限制。如需将多条导线汇集到单个输入端口处，应使用[或门](logic/or_gate.md)。 -传统红石信号的强度可为0到15的整数，红石位粒的信号强度则只可为0或1。换句简单点的话，那就是导线里要么有信号，要么没信号——它是一个严格意义上的布尔系统。 +红石位粒和普通的红石粉功能类似，即信号强度可为0到15。当然，强度为0代表导线为OFF，大于等于1均为ON。 ### 导线的使用 diff --git a/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/logic/and_gate.md b/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/logic/and_gate.md index 8f8c3954c18b..70347e6a9cf6 100644 --- a/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/logic/and_gate.md +++ b/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/logic/and_gate.md @@ -13,6 +13,9 @@ item_ids: # AND Gate + ### Analog + AND Gates will yield an output signal equal to the greatest input signal. + ### Truth Table diff --git a/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/logic/calculator.md b/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/logic/calculator.md new file mode 100644 index 000000000000..b1f612353849 --- /dev/null +++ b/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/logic/calculator.md @@ -0,0 +1,81 @@ +--- +navigation: + title: "Calculator" + icon: "calculator" + parent: little_big_redstone:logic.md + position: 24 +categories: + - logic +item_ids: + - little_big_redstone:calculator +--- + +# Calculator + + + ### Analog + The output signal of the calculator will equal the total calculated value of all the inputs. The signal will not + exceed the range of 0 to 15. + + + + +The calculator can take anywhere from 2 to 10 inputs. The input signals will either be added or subtracted depending on +the selected mode. The output signal then is the total calculated result of the inputs. + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +Do note that the order of inputs is taken into account. This means that while in subtract mode, if you have a lower +value first and then a higher value second, the output will be 0. This is because the signal cannot go negative. For +example, on a subtract mode calculator, if input A is 5, and then input B is 10, the calculated value would be -5. +However, the output signal would be 0, and thus off. \ No newline at end of file diff --git a/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/logic/comparator.md b/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/logic/comparator.md new file mode 100644 index 000000000000..e9b8490da636 --- /dev/null +++ b/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/logic/comparator.md @@ -0,0 +1,108 @@ +--- +navigation: + title: "Comparator" + icon: "comparator" + parent: little_big_redstone:logic.md + position: 23 +categories: + - logic +item_ids: + - little_big_redstone:comparator +--- + +# Comparator + + + ### Analog + Comparators yield an output signal value equal to the value being compared against. This may either be the constant + value set in the settings, or when the comparator is set to pass, the first input value. + + + + +The comparator is a logic component that allows for comparing anywhere between 1 and 10 inputs' (B₁ - B₁₀) signal +strength against some other signal strength (A). The mode option for the comparator determines if all or just one of +the inputs must match the comparison for the output to be ON. When the output is ON, the output signal strength will +equal the signal strength of input A. + +The comparator can be configured to have an input port for input A by setting the signal strength to pass. +Alternatively, it can be configured to have a constant signal used for comparison, in this case it will not have an +input port for input A. + +Similar to other logic components that do comparisons against signal strengths, the comparator can be configured to +require the values be greater than or equal to, equal to, or less than or equal to input A. + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + \ No newline at end of file diff --git a/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/logic/introduction.md b/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/logic/introduction.md index 7aaf6edc7f50..dba54e85de4c 100644 --- a/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/logic/introduction.md +++ b/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/logic/introduction.md @@ -14,8 +14,11 @@ navigation: Logic components, or what are also sometimes referred to as logic gates, are what drives your circuit. All logic components will either have input or output ports. These ports are how you pass and modify signals to get the results -that you want. Logic components behave purely on a boolean basis - meaning that signals may either have a value of -off (0) or on (1). +that you want. Logic components behave on an analog basis, similar to redstone dust - meaning that signals may be any +value ranging from 0 (off) to 15. Values of 1 and above are considered on. Some logic components will simply pass the +signal value through it. For example, passing an input value of 10 into a component will yield a value of 10 for the +output, given that the output is on. There are exceptions to this behavior, and is denoted on the guide page for each +respective logic component.
diff --git a/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/logic/io.md b/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/logic/io.md index 663b836fa25b..dd362bc65708 100644 --- a/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/logic/io.md +++ b/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/logic/io.md @@ -12,6 +12,11 @@ item_ids: # I/O Port + + ### Analog + I/O ports yield an output signal value equal to the input signal value. + + I/O ports are how you can input and output redstone signals to and from your circuits. When I/O ports are placed into diff --git a/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/logic/nand_gate.md b/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/logic/nand_gate.md index a4e1b43e148f..5011e60684ea 100644 --- a/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/logic/nand_gate.md +++ b/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/logic/nand_gate.md @@ -13,6 +13,9 @@ item_ids: # NAND Gate + ### Boolean + NAND Gates will only ever yield an output value of 0 (OFF) or 1 (ON). + ### Truth Table diff --git a/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/logic/nor_gate.md b/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/logic/nor_gate.md index 638df18e78aa..b40e9a843430 100644 --- a/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/logic/nor_gate.md +++ b/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/logic/nor_gate.md @@ -13,6 +13,9 @@ item_ids: # NOR Gate + ### Boolean + NOR Gates will only ever yield an output value of 0 (OFF) or 1 (ON). + ### Truth Table diff --git a/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/logic/not_gate.md b/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/logic/not_gate.md index 841e190d27e5..079b817a3f9f 100644 --- a/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/logic/not_gate.md +++ b/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/logic/not_gate.md @@ -13,6 +13,9 @@ item_ids: # NOT Gate + ### Boolean + NOT Gates will only ever yield an output value of 0 (OFF) or 1 (ON). + ### Truth Table diff --git a/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/logic/or_gate.md b/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/logic/or_gate.md index 1653b6ec9fb0..1c32d66a2d40 100644 --- a/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/logic/or_gate.md +++ b/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/logic/or_gate.md @@ -13,6 +13,9 @@ item_ids: # OR Gate + ### Analog + OR Gates will yield an output signal equal to the greatest input signal. + ### Truth Table diff --git a/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/logic/pulse_throttler.md b/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/logic/pulse_throttler.md index 4aeca5dbff8c..b4e3a500653e 100644 --- a/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/logic/pulse_throttler.md +++ b/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/logic/pulse_throttler.md @@ -12,6 +12,12 @@ item_ids: # Pulse Throttler + + ### Analog + Pulse Throttlers yield an output signal value equal to the input signal value by default. If the signal strength + value is set, the output will always be that constant value. + + diff --git a/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/logic/randomizer.md b/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/logic/randomizer.md index b0ab9c34559a..a112201f2171 100644 --- a/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/logic/randomizer.md +++ b/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/logic/randomizer.md @@ -12,6 +12,11 @@ item_ids: # Randomizer + + ### Analog + Randomizers yield an output signal value equal to the input signal value. + + The randomizer can have anywhere between 1 and 10 outputs, however only one output can be ON at a time. When the input diff --git a/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/logic/reader.md b/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/logic/reader.md index cf65217b27af..c71e430e5e53 100644 --- a/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/logic/reader.md +++ b/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/logic/reader.md @@ -12,6 +12,12 @@ item_ids: # Reader + + ### Analog + When in comparator mode, the reader will yield an output value equal to the analog signal strength emitted by the + block for comparators. Otherwise, readers will only ever yield an output value of 0 (OFF) or 1 (ON). + + The reader is a logic component that has no input inside of the circuit. Instead, the reader will output a signal based @@ -21,8 +27,9 @@ Valid containers for the reader consist of item containers (chests, barrels, fur fluid tanks), and energy containers (modded FE containers such as batteries). By default it reads item fullness, but you may change this in the logic config menu. -A reader can be configured to detect a minumum percentage of a container in order for it to have an output signal of -ON. By default the minimum fill percentage is 50%. +A reader can be configured to detect a certain threshold of a container's content level in order for it to have an ON +output. This threshold can either be a percentage or a constant value. To use a percentage, simply include a % at the +end of the value. Below is an example of a reader being used to light up a redstone lamp when the chest is at least 50% full. @@ -47,7 +54,7 @@ Below is an example of a reader being used to light up a redstone lamp when the - + diff --git a/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/logic/rs_nor_latch.md b/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/logic/rs_nor_latch.md index 160952933560..ac78a620b3f2 100644 --- a/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/logic/rs_nor_latch.md +++ b/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/logic/rs_nor_latch.md @@ -3,7 +3,7 @@ navigation: title: "RS NOR Latch" icon: "rs_nor_latch" parent: little_big_redstone:logic.md - position: 24 + position: 26 categories: - logic item_ids: @@ -13,6 +13,9 @@ item_ids: # RS NOR Latch + ### Analog + RS NOR Latches yield an output signal value equal to the input signal value that set it to ON. + ### Truth Table diff --git a/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/logic/selector.md b/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/logic/selector.md index f74bd9820ee7..3e7043a7ee05 100644 --- a/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/logic/selector.md +++ b/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/logic/selector.md @@ -12,6 +12,16 @@ item_ids: # Selector + + ### Analog + Selectors yield an output signal value equal to the input signal value. In the case of using Counter mode, the + highest signal strength between the increment and decrement inputs is used for the output signal strength. + + Alternatively, when the selector is set to not pass the signal through, the output signal strength will equal the + index (1-based). For example, the first output will yield an output signal of 1, the second will be 2, the third 3, + so on and so forth. + + The selector can have anywhere from 2 to 10 outputs, and only one of the outputs will be ON at any given time. There diff --git a/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/logic/sequencer.md b/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/logic/sequencer.md index 1f29a28f7dcb..c7ca692e83cd 100644 --- a/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/logic/sequencer.md +++ b/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/logic/sequencer.md @@ -12,6 +12,13 @@ item_ids: # Sequencer + + ### Analog + Sequencers yield an output signal value equal to the input signal value. In the case of sequencers, the input value + does not need to be ON in every circumstance for the output to be ON. In such a case, the value of the ON input that + led to the ON output will be used for the output. + + diff --git a/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/logic/t_flip_flop.md b/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/logic/t_flip_flop.md index 26894d5e3353..988b60e4a111 100644 --- a/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/logic/t_flip_flop.md +++ b/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/logic/t_flip_flop.md @@ -3,7 +3,7 @@ navigation: title: "T Flip-Flop" icon: "t_flip_flop" parent: little_big_redstone:logic.md - position: 23 + position: 25 categories: - logic item_ids: @@ -12,6 +12,11 @@ item_ids: # T Flip-Flop + + ### Analog + T Flip-Flops yield an output signal value equal to the input signal value that set it to ON. + + diff --git a/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/logic/tag.md b/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/logic/tag.md index 83ccfecac4c9..c70155a109a0 100644 --- a/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/logic/tag.md +++ b/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/logic/tag.md @@ -12,6 +12,12 @@ item_ids: # Tag + + ### Analog + Tags yield an output signal value equal to the input signal value. In the case of multiple inputs (such as with a + threshold > 1), the highest signal value is used. + + Tags allow you to wirelessly send signals between circuits. Tags have two modes, sensor and emitter. Sensors are how diff --git a/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/logic/xor_gate.md b/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/logic/xor_gate.md index 16127345872d..97847813be14 100644 --- a/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/logic/xor_gate.md +++ b/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/logic/xor_gate.md @@ -13,6 +13,9 @@ item_ids: # XOR Gate + ### Analog + XOR Gates will yield an output signal equal to the greatest input signal. + ### Truth Table diff --git a/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/redstone_bits.md b/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/redstone_bits.md index 57e435472fe6..fa8a367815a3 100644 --- a/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/redstone_bits.md +++ b/projects/assets/little-big-redstone/1.21/little_big_redstone/guide/redstone_bits.md @@ -26,8 +26,8 @@ on the left side of logic. Each input port can have exactly one wire connected to it. As for output ports, there is no limit on how many wires can come out of them. If you need to combine multiple wires into one input port, use an [OR gate](logic/or_gate.md). -Where normally redstone may have a signal strength of 0 to 15, redstone bits only have a signal strength of 0 or 1. In -simpler terms, a wire may only be on or off - it is a strictly boolean system. +Redstone bits work similarly to normal redstone dust, where it may have a signal strength ranging from 0 to 15. Of +course, a signal strength of 0 would mean the wire is off, and 1 and above are considered on. ### Working with wires diff --git a/projects/assets/little-big-redstone/1.21/little_big_redstone/lang/en_us.json b/projects/assets/little-big-redstone/1.21/little_big_redstone/lang/en_us.json index 5f46c2215645..1cdb4dc500b3 100644 --- a/projects/assets/little-big-redstone/1.21/little_big_redstone/lang/en_us.json +++ b/projects/assets/little-big-redstone/1.21/little_big_redstone/lang/en_us.json @@ -25,6 +25,8 @@ "item.little_big_redstone.brown_floppy_disk": "Brown Floppy Disk", "item.little_big_redstone.brown_logic_array": "Brown Logic Array", "item.little_big_redstone.brown_sticky_note": "Brown Sticky Note", + "item.little_big_redstone.calculator": "Calculator", + "item.little_big_redstone.comparator": "Comparator", "item.little_big_redstone.cyan_floppy_disk": "Cyan Floppy Disk", "item.little_big_redstone.cyan_logic_array": "Cyan Logic Array", "item.little_big_redstone.cyan_sticky_note": "Cyan Sticky Note", @@ -82,10 +84,13 @@ "item.little_big_redstone.yellow_logic_array": "Yellow Logic Array", "item.little_big_redstone.yellow_sticky_note": "Yellow Sticky Note", "itemGroup.little_big_redstone.little_big_redstone": "Little Big Redstone", + "text.little_big_redstone.all": "All", + "text.little_big_redstone.any": "Any", "text.little_big_redstone.capability_comparator": "Comparator", "text.little_big_redstone.capability_energy": "Energy", "text.little_big_redstone.capability_fluid": "Fluid", "text.little_big_redstone.capability_item": "Item", + "text.little_big_redstone.count_and_percentage": "%s (%s)", "text.little_big_redstone.direction_down": "Down", "text.little_big_redstone.direction_east": "East", "text.little_big_redstone.direction_north": "North", @@ -95,6 +100,7 @@ "text.little_big_redstone.emitter": "Emitter", "text.little_big_redstone.floppy_disk": "Floppy Disk", "text.little_big_redstone.floppy_disk_apply_failure": "Failed to install microchip program.", + "text.little_big_redstone.floppy_disk_apply_failure_malformed": "Cannot install microchip program because it is malformed.", "text.little_big_redstone.floppy_disk_apply_success": "Installed microchip program to the microchip from the floppy disk.", "text.little_big_redstone.floppy_disk_button_close": "Close", "text.little_big_redstone.floppy_disk_button_load": "Load", @@ -118,6 +124,7 @@ "text.little_big_redstone.guide_tooltip_input_a": "Input A", "text.little_big_redstone.guide_tooltip_input_b": "Input B", "text.little_big_redstone.guide_tooltip_output": "Output", + "text.little_big_redstone.indefinite": "Indefinite", "text.little_big_redstone.input": "Input", "text.little_big_redstone.logic_array_help_1": "Stores all of your redstone bits and logic components!", "text.little_big_redstone.logic_array_help_2": "Can be opened while in the Microchip menu.", @@ -133,7 +140,9 @@ "text.little_big_redstone.logic_config_button_label_inputs": "Inputs: ", "text.little_big_redstone.logic_config_button_label_io_signal_strength": "Signal Strength: ", "text.little_big_redstone.logic_config_button_label_mode": "Mode", + "text.little_big_redstone.logic_config_button_label_output_power": "Power", "text.little_big_redstone.logic_config_button_label_outputs": "Outputs: ", + "text.little_big_redstone.logic_config_button_label_pass_signal": "Pass Signal", "text.little_big_redstone.logic_config_button_label_reader_fill_threshold": "Fill Threshold: ", "text.little_big_redstone.logic_config_button_label_reader_signal_threshold": "Signal Threshold: ", "text.little_big_redstone.logic_config_button_label_save": "Save", @@ -145,6 +154,20 @@ "text.little_big_redstone.logic_config_button_label_tag_threshold": "Threshold: ", "text.little_big_redstone.logic_config_button_label_ticks_and_seconds": "%s ticks (%ss)", "text.little_big_redstone.logic_config_button_label_ticks_and_seconds_singular": "%s tick (%ss)", + "text.little_big_redstone.logic_config_button_tooltip_calculator_mode": "The mathematical operation this component will perform on the inputs signal strengths.", + "text.little_big_redstone.logic_config_button_tooltip_comparator_all_pass_signal_comparison_mode_equal_to": "All input signals must be equal to the first input's signal.", + "text.little_big_redstone.logic_config_button_tooltip_comparator_all_pass_signal_comparison_mode_greater_than_or_equal_to": "All input signals must be greater than or equal to the first input's signal.", + "text.little_big_redstone.logic_config_button_tooltip_comparator_all_pass_signal_comparison_mode_less_than_or_equal_to": "All input signals must be less than or equal to the first input's signal.", + "text.little_big_redstone.logic_config_button_tooltip_comparator_all_signal_comparison_mode_equal_to": "All input signals must be equal to %s.", + "text.little_big_redstone.logic_config_button_tooltip_comparator_all_signal_comparison_mode_greater_than_or_equal_to": "All input signals must be greater than or equal to %s.", + "text.little_big_redstone.logic_config_button_tooltip_comparator_all_signal_comparison_mode_less_than_or_equal_to": "All input signals must be less than or equal to %s.", + "text.little_big_redstone.logic_config_button_tooltip_comparator_any_pass_signal_comparison_mode_equal_to": "At least one input signal must be equal to the first input's signal.", + "text.little_big_redstone.logic_config_button_tooltip_comparator_any_pass_signal_comparison_mode_greater_than_or_equal_to": "At least one input signal must be greater than or equal to the first input's signal.", + "text.little_big_redstone.logic_config_button_tooltip_comparator_any_pass_signal_comparison_mode_less_than_or_equal_to": "At least one input signal must be less than or equal to the first input's signal.", + "text.little_big_redstone.logic_config_button_tooltip_comparator_any_signal_comparison_mode_equal_to": "At least one input signal must be equal to %s.", + "text.little_big_redstone.logic_config_button_tooltip_comparator_any_signal_comparison_mode_greater_than_or_equal_to": "At least one input signal must be greater than or equal to %s.", + "text.little_big_redstone.logic_config_button_tooltip_comparator_any_signal_comparison_mode_less_than_or_equal_to": "At least one input signal must be less than or equal to %s.", + "text.little_big_redstone.logic_config_button_tooltip_comparator_mode": "Whether any or all input(s) need to match the signal strength comparison for the output to be ON.", "text.little_big_redstone.logic_config_button_tooltip_duration": "The time for the output to be on.", "text.little_big_redstone.logic_config_button_tooltip_inputs": "The number of inputs that this component can accept.", "text.little_big_redstone.logic_config_button_tooltip_io_direction": "The direction this port should interact with redstone power on.", @@ -153,20 +176,24 @@ "text.little_big_redstone.logic_config_button_tooltip_io_signal_comparison_mode_greater_than_or_equal_to": "The input signal must be greater than or equal to %s.", "text.little_big_redstone.logic_config_button_tooltip_io_signal_comparison_mode_less_than_or_equal_to": "The input signal must be less than or equal to %s.", "text.little_big_redstone.logic_config_button_tooltip_io_signal_comparison_output": "The output signal will be equal to %s.", + "text.little_big_redstone.logic_config_button_tooltip_io_signal_comparison_output_pass": "The output signal will be equal to the signal strength of the wire powering the port.", "text.little_big_redstone.logic_config_button_tooltip_io_signal_strength_input": "The redstone signal strength required for the output to be on.", "text.little_big_redstone.logic_config_button_tooltip_io_signal_strength_output": "The redstone signal strength that will be outputted.", + "text.little_big_redstone.logic_config_button_tooltip_output_power_strong": "The block at this output will be strongly powered when the output is ON.", + "text.little_big_redstone.logic_config_button_tooltip_output_power_weak": "The block at this output will be weakly powered when the output is ON.", "text.little_big_redstone.logic_config_button_tooltip_outputs": "The number of outputs that this component can yield.", + "text.little_big_redstone.logic_config_button_tooltip_pass_signal": "Whether this selector should pass through the input strength to the output, or if the output signal should equal the index (1-based) of the output port.", "text.little_big_redstone.logic_config_button_tooltip_randomizer_chance": "The percentage chance of one of the outputs to be ON for a given tick while the input is ON.", "text.little_big_redstone.logic_config_button_tooltip_reader_direction": "The direction this reader should read block capacity from.", - "text.little_big_redstone.logic_config_button_tooltip_reader_fill_threshold": "The percentage filled the container capacity must be for the output to be on.", + "text.little_big_redstone.logic_config_button_tooltip_reader_fill_threshold": "The filled amount or percentage the container capacity must be for the output to be on.", "text.little_big_redstone.logic_config_button_tooltip_reader_mode": "The type of information to read from the adjacent block.", "text.little_big_redstone.logic_config_button_tooltip_reader_signal_comparison_mode_equal_to": "The input signal must be equal to %s.", "text.little_big_redstone.logic_config_button_tooltip_reader_signal_comparison_mode_greater_than_or_equal_to": "The input signal must be greater than or equal to %s.", "text.little_big_redstone.logic_config_button_tooltip_reader_signal_comparison_mode_less_than_or_equal_to": "The input signal must be less than or equal to %s.", "text.little_big_redstone.logic_config_button_tooltip_reader_signal_threshold": "The input signal (as per a comparator) required for the output to be on.", - "text.little_big_redstone.logic_config_button_tooltip_reader_threshold_comparison_mode_equal_to": "The fill percentage must be equal to %s.", - "text.little_big_redstone.logic_config_button_tooltip_reader_threshold_comparison_mode_greater_than_or_equal_to": "The fill percentage must be greater than or equal to %s.", - "text.little_big_redstone.logic_config_button_tooltip_reader_threshold_comparison_mode_less_than_or_equal_to": "The fill percentage must be less than or equal to %s.", + "text.little_big_redstone.logic_config_button_tooltip_reader_threshold_comparison_mode_equal_to": "The container content must be equal to %s.", + "text.little_big_redstone.logic_config_button_tooltip_reader_threshold_comparison_mode_greater_than_or_equal_to": "The container content must be greater than or equal to %s.", + "text.little_big_redstone.logic_config_button_tooltip_reader_threshold_comparison_mode_less_than_or_equal_to": "The container content must be less than or equal to %s.", "text.little_big_redstone.logic_config_button_tooltip_selector_mode_counter": "When the first input is ON, the selected output will move up. When the second input is ON, the selected output will move down.", "text.little_big_redstone.logic_config_button_tooltip_selector_mode_setter": "The lowest output with a corresponding ON input will have an ON output.", "text.little_big_redstone.logic_config_button_tooltip_sequencer_auto_reset": "Whether the sequencer should automatically reset its progress immediately after yielding an output of ON.", @@ -179,6 +206,8 @@ "text.little_big_redstone.logic_config_button_tooltip_tag_label": "The label for this tag to emit or sense.", "text.little_big_redstone.logic_config_button_tooltip_tag_mode": "Whether this tag should sense or emit a signal.", "text.little_big_redstone.logic_config_button_tooltip_tag_threshold": "The amount of tag emitters that must be sensed by this sensor to yield an output of ON.", + "text.little_big_redstone.logic_config_calculator_mode_addition": "Addition", + "text.little_big_redstone.logic_config_calculator_mode_subtraction": "Subtraction", "text.little_big_redstone.logic_config_selector_mode_counter": "Counter", "text.little_big_redstone.logic_config_selector_mode_setter": "Setter", "text.little_big_redstone.logic_config_sequencer_mode_counter": "Counter", @@ -191,16 +220,18 @@ "text.little_big_redstone.logic_config_tooltip_duration": " Duration: %s", "text.little_big_redstone.logic_config_tooltip_global": " Global: %s", "text.little_big_redstone.logic_config_tooltip_inputs": " Inputs: %s", - "text.little_big_redstone.logic_config_tooltip_io_signal": " Signal: %s", - "text.little_big_redstone.logic_config_tooltip_io_signal_comparison": " Signal: %s %s", + "text.little_big_redstone.logic_config_tooltip_io_power_output": " Power: %s", "text.little_big_redstone.logic_config_tooltip_label": " Label: %s", "text.little_big_redstone.logic_config_tooltip_mode": " Mode: %s", "text.little_big_redstone.logic_config_tooltip_outputs": " Outputs: %s", + "text.little_big_redstone.logic_config_tooltip_pass_signal": " Pass Signal: %s", "text.little_big_redstone.logic_config_tooltip_reader_fill_comparison": " Fill: %s %s", "text.little_big_redstone.logic_config_tooltip_reader_signal_comparison": " Signal: %s %s", "text.little_big_redstone.logic_config_tooltip_sequencer_auto_reset": " Auto Reset: %s", "text.little_big_redstone.logic_config_tooltip_sequencer_delay": " Delay: %s", "text.little_big_redstone.logic_config_tooltip_sequencer_reset_port": " Reset Port: %s", + "text.little_big_redstone.logic_config_tooltip_signal": " Signal: %s", + "text.little_big_redstone.logic_config_tooltip_signal_comparison": " Signal: %s %s", "text.little_big_redstone.logic_config_tooltip_threshold": " Threshold: %s", "text.little_big_redstone.logic_gate_algebra": "Q = %s", "text.little_big_redstone.logic_gate_algebra_and": "A ∧ B", @@ -210,15 +241,20 @@ "text.little_big_redstone.logic_gate_algebra_or": "A ∨ B", "text.little_big_redstone.logic_gate_algebra_xor": "A ⊻ B", "text.little_big_redstone.logic_help_and_gate": "Output is ON when all inputs are ON, otherwise output is OFF.", + "text.little_big_redstone.logic_help_calculator_1": "The mode determines whether the component will add or subtract the input signal strength values.", + "text.little_big_redstone.logic_help_calculator_2": "The output signal strength will be the total calculated value.", + "text.little_big_redstone.logic_help_comparator_1": "The mode determines whether all inputs or at least one must match the comparison.", + "text.little_big_redstone.logic_help_comparator_2": "When the output is ON, the signal strength will always equal the strength being compared against.", "text.little_big_redstone.logic_help_io_port_1": "Can either input or output a redstone signal in the world on a single face. Multiple I/O ports can be used to input and output from different faces.", "text.little_big_redstone.logic_help_io_port_2": "A microchip cannot have both an input and output port on the same face.", "text.little_big_redstone.logic_help_nand_gate": "Output is OFF when all inputs are ON, otherwise output is ON.", "text.little_big_redstone.logic_help_nor_gate": "Output is ON when all inputs are OFF, otherwise output is OFF.", "text.little_big_redstone.logic_help_not_gate": "Output is ON when the input is OFF, and output is OFF when the input is ON.", "text.little_big_redstone.logic_help_or_gate": "Output is ON when any input is ON, otherwise output is OFF.", - "text.little_big_redstone.logic_help_pulse_throttler": "Throttles an input signal and yields an output with a configurable duration.", + "text.little_big_redstone.logic_help_pulse_throttler_1": "Throttles an input signal and yields an output with a configurable duration. When set to indefinite, the output will be ON so long as the input is ON.", + "text.little_big_redstone.logic_help_pulse_throttler_2": "The output signal can be set to pass through, or to a specific value.", "text.little_big_redstone.logic_help_randomizer": "When the input is ON, a random output will be ON a configurable percentage of the time.", - "text.little_big_redstone.logic_help_reader_1": "Checks the filled percentage of an adjacent block and yields an ON signal if the block's filled percentage is greater than or equal to the set fill threshold.", + "text.little_big_redstone.logic_help_reader_1": "Checks the filled amount of an adjacent block and yields an ON signal if the block's filled amount is greater than or equal to the set fill threshold.", "text.little_big_redstone.logic_help_reader_2": "Can be used on item, fluid, or energy storages.", "text.little_big_redstone.logic_help_rs_nor_latch_1": "When the reset (R) input is ON, the output is always OFF.", "text.little_big_redstone.logic_help_rs_nor_latch_2": "When the set (S) input is ON and the reset (R) input is OFF, the output is set to ON and will remain ON until the reset (R) input is ON.", @@ -233,8 +269,21 @@ "text.little_big_redstone.logic_help_xor_gate": "Output is ON when the amount of ON inputs is odd, otherwise output is OFF.", "text.little_big_redstone.no": "No", "text.little_big_redstone.output": "Output", + "text.little_big_redstone.pass": "Pass", + "text.little_big_redstone.power_type_strong": "Strong", + "text.little_big_redstone.power_type_weak": "Weak", "text.little_big_redstone.sensor": "Sensor", "text.little_big_redstone.sticky_note": "Sticky Note", "text.little_big_redstone.sticky_note_edit": "Edit", + "text.little_big_redstone.thermometer_complexity_high": "High (%s)", + "text.little_big_redstone.thermometer_complexity_low": "Low (%s)", + "text.little_big_redstone.thermometer_complexity_moderate": "Moderate (%s)", + "text.little_big_redstone.thermometer_complexity_very_high": "Very High (%s)", + "text.little_big_redstone.thermometer_tooltip_complexity": " Complexity: %s", + "text.little_big_redstone.thermometer_tooltip_header": "Thermometer", + "text.little_big_redstone.thermometer_tooltip_loading_wires": "Wires are loading... You may still interact with the microchip while it loads.", + "text.little_big_redstone.thermometer_tooltip_logic": " Logic: %s", + "text.little_big_redstone.thermometer_tooltip_notes": " Notes: %s", + "text.little_big_redstone.thermometer_tooltip_wires": " Wires: %s", "text.little_big_redstone.yes": "Yes" } \ No newline at end of file diff --git a/projects/assets/little-big-redstone/1.21/little_big_redstone/lang/zh_cn.json b/projects/assets/little-big-redstone/1.21/little_big_redstone/lang/zh_cn.json index 5c5efc3552b5..4b0a5be7c0a2 100644 --- a/projects/assets/little-big-redstone/1.21/little_big_redstone/lang/zh_cn.json +++ b/projects/assets/little-big-redstone/1.21/little_big_redstone/lang/zh_cn.json @@ -25,6 +25,8 @@ "item.little_big_redstone.brown_floppy_disk": "棕色软盘", "item.little_big_redstone.brown_logic_array": "棕色逻辑阵列", "item.little_big_redstone.brown_sticky_note": "棕色便签", + "item.little_big_redstone.calculator": "计算器", + "item.little_big_redstone.comparator": "比较器", "item.little_big_redstone.cyan_floppy_disk": "青色软盘", "item.little_big_redstone.cyan_logic_array": "青色逻辑阵列", "item.little_big_redstone.cyan_sticky_note": "青色便签", @@ -82,10 +84,13 @@ "item.little_big_redstone.yellow_logic_array": "黄色逻辑阵列", "item.little_big_redstone.yellow_sticky_note": "黄色便签", "itemGroup.little_big_redstone.little_big_redstone": "Little Big Redstone", + "text.little_big_redstone.all": "所有", + "text.little_big_redstone.any": "任意", "text.little_big_redstone.capability_comparator": "比较器", "text.little_big_redstone.capability_energy": "能量", "text.little_big_redstone.capability_fluid": "流体", "text.little_big_redstone.capability_item": "物品", + "text.little_big_redstone.count_and_percentage": "%s（%s）", "text.little_big_redstone.direction_down": "下", "text.little_big_redstone.direction_east": "东", "text.little_big_redstone.direction_north": "北", @@ -95,6 +100,7 @@ "text.little_big_redstone.emitter": "发信", "text.little_big_redstone.floppy_disk": "软盘", "text.little_big_redstone.floppy_disk_apply_failure": "微芯片程序安装失败。", + "text.little_big_redstone.floppy_disk_apply_failure_malformed": "微芯片程序格式错误，无法安装。", "text.little_big_redstone.floppy_disk_apply_success": "已将软盘中的微芯片程序安装至微芯片。", "text.little_big_redstone.floppy_disk_button_close": "关闭", "text.little_big_redstone.floppy_disk_button_load": "加载", @@ -108,7 +114,7 @@ "text.little_big_redstone.floppy_disk_help_1": "可以保存、复制和粘贴微芯片程序。", "text.little_big_redstone.floppy_disk_help_2": "对微芯片按下%s+%s可将其程序保存至软盘。", "text.little_big_redstone.floppy_disk_help_3": "对微芯片按下%s可安装程序。安装时物品栏内应当有所需的全部元件和导线。", - "text.little_big_redstone.floppy_disk_help_4": "按下%s可打开菜单；可在菜单中将程序保存为本地文件，也可在此读取文件中的程序。", + "text.little_big_redstone.floppy_disk_help_4": "按下%s可打开菜单；可在菜单中将程序保存为本地文件，也可在其中读取文件中的程序。", "text.little_big_redstone.floppy_disk_input_program_name": "程序名称", "text.little_big_redstone.floppy_disk_more_items": "+%s", "text.little_big_redstone.floppy_disk_program_name": "程序：%s", @@ -118,6 +124,7 @@ "text.little_big_redstone.guide_tooltip_input_a": "输入A", "text.little_big_redstone.guide_tooltip_input_b": "输入B", "text.little_big_redstone.guide_tooltip_output": "输出", + "text.little_big_redstone.indefinite": "无限期", "text.little_big_redstone.input": "输入", "text.little_big_redstone.logic_array_help_1": "能存储红石位粒和各种逻辑元件！", "text.little_big_redstone.logic_array_help_2": "可在微芯片菜单中打开。", @@ -133,7 +140,9 @@ "text.little_big_redstone.logic_config_button_label_inputs": "输入数量：", "text.little_big_redstone.logic_config_button_label_io_signal_strength": "信号强度：", "text.little_big_redstone.logic_config_button_label_mode": "模式", + "text.little_big_redstone.logic_config_button_label_output_power": "供能", "text.little_big_redstone.logic_config_button_label_outputs": "输出数量：", + "text.little_big_redstone.logic_config_button_label_pass_signal": "直通信号", "text.little_big_redstone.logic_config_button_label_reader_fill_threshold": "填充阈值：", "text.little_big_redstone.logic_config_button_label_reader_signal_threshold": "信号阈值：", "text.little_big_redstone.logic_config_button_label_save": "保存", @@ -145,6 +154,20 @@ "text.little_big_redstone.logic_config_button_label_tag_threshold": "阈值：", "text.little_big_redstone.logic_config_button_label_ticks_and_seconds": "%s刻（%ss）", "text.little_big_redstone.logic_config_button_label_ticks_and_seconds_singular": "%s刻（%ss）", + "text.little_big_redstone.logic_config_button_tooltip_calculator_mode": "此元件对输入信号强度执行的数学运算。", + "text.little_big_redstone.logic_config_button_tooltip_comparator_all_pass_signal_comparison_mode_equal_to": "所有输入信号必须均等于首个输入信号。", + "text.little_big_redstone.logic_config_button_tooltip_comparator_all_pass_signal_comparison_mode_greater_than_or_equal_to": "所有输入信号必须均大于等于首个输入信号。", + "text.little_big_redstone.logic_config_button_tooltip_comparator_all_pass_signal_comparison_mode_less_than_or_equal_to": "所有输入信号必须均小于等于首个输入信号。", + "text.little_big_redstone.logic_config_button_tooltip_comparator_all_signal_comparison_mode_equal_to": "所有输入信号必须均等于%s。", + "text.little_big_redstone.logic_config_button_tooltip_comparator_all_signal_comparison_mode_greater_than_or_equal_to": "所有输入信号必须均大于等于%s。", + "text.little_big_redstone.logic_config_button_tooltip_comparator_all_signal_comparison_mode_less_than_or_equal_to": "所有输入信号必须均小于等于%s。", + "text.little_big_redstone.logic_config_button_tooltip_comparator_any_pass_signal_comparison_mode_equal_to": "必须至少有一个输入信号等于首个输入信号。", + "text.little_big_redstone.logic_config_button_tooltip_comparator_any_pass_signal_comparison_mode_greater_than_or_equal_to": "必须至少有一个输入信号大于等于首个输入信号。", + "text.little_big_redstone.logic_config_button_tooltip_comparator_any_pass_signal_comparison_mode_less_than_or_equal_to": "必须至少有一个输入信号小于等于首个输入信号。", + "text.little_big_redstone.logic_config_button_tooltip_comparator_any_signal_comparison_mode_equal_to": "必须至少有一个输入信号等于%s。", + "text.little_big_redstone.logic_config_button_tooltip_comparator_any_signal_comparison_mode_greater_than_or_equal_to": "必须至少有一个输入信号大于等于%s。", + "text.little_big_redstone.logic_config_button_tooltip_comparator_any_signal_comparison_mode_less_than_or_equal_to": "必须至少有一个输入信号小于等于%s。", + "text.little_big_redstone.logic_config_button_tooltip_comparator_mode": "要让输出为ON，应使得所有信号还是任意信号通过信号强度比较。", "text.little_big_redstone.logic_config_button_tooltip_duration": "输出保持ON的时间。", "text.little_big_redstone.logic_config_button_tooltip_inputs": "此元件的输入端口数量。", "text.little_big_redstone.logic_config_button_tooltip_io_direction": "此端口与红石信号的交互面。", @@ -153,20 +176,24 @@ "text.little_big_redstone.logic_config_button_tooltip_io_signal_comparison_mode_greater_than_or_equal_to": "输入信号的强度必须大于等于%s。", "text.little_big_redstone.logic_config_button_tooltip_io_signal_comparison_mode_less_than_or_equal_to": "输入信号的强度必须小于等于%s。", "text.little_big_redstone.logic_config_button_tooltip_io_signal_comparison_output": "输出信号的强度将会等于%s。", + "text.little_big_redstone.logic_config_button_tooltip_io_signal_comparison_output_pass": "输出信号的强度将会等于供能端口导线中信号的强度。", "text.little_big_redstone.logic_config_button_tooltip_io_signal_strength_input": "输出为ON所需输入的红石信号的强度。", "text.little_big_redstone.logic_config_button_tooltip_io_signal_strength_output": "所输出红石信号的强度。", + "text.little_big_redstone.logic_config_button_tooltip_output_power_strong": "输出为ON时，强充能对应方向的方块。", + "text.little_big_redstone.logic_config_button_tooltip_output_power_weak": "输出为ON时，弱充能对应方向的方块。", "text.little_big_redstone.logic_config_button_tooltip_outputs": "此元件的输出端口数量。", + "text.little_big_redstone.logic_config_button_tooltip_pass_signal": "选择器应将输入信号强度直通至输出，还是根据端口的序号（从1开始）决定输出信号的强度。", "text.little_big_redstone.logic_config_button_tooltip_randomizer_chance": "输入为ON时，任意一刻会输出ON的百分比概率。", "text.little_big_redstone.logic_config_button_tooltip_reader_direction": "此读取器应从哪个方向读取方块容量。", - "text.little_big_redstone.logic_config_button_tooltip_reader_fill_threshold": "要让输出为ON，相邻容器填充量在总容量中应达到的百分比占比。", + "text.little_big_redstone.logic_config_button_tooltip_reader_fill_threshold": "要让输出为ON，相邻容器填充量在总容量中应达到的量或百分比占比。", "text.little_big_redstone.logic_config_button_tooltip_reader_mode": "应从相邻方块读取何种信息。", "text.little_big_redstone.logic_config_button_tooltip_reader_signal_comparison_mode_equal_to": "输入信号的强度必须等于%s。", "text.little_big_redstone.logic_config_button_tooltip_reader_signal_comparison_mode_greater_than_or_equal_to": "输入信号的强度必须大于等于%s。", "text.little_big_redstone.logic_config_button_tooltip_reader_signal_comparison_mode_less_than_or_equal_to": "输入信号的强度必须小于等于%s。", - "text.little_big_redstone.logic_config_button_tooltip_reader_signal_threshold": "输出为ON所需输入的红石信号（经由比较器）的强度。", - "text.little_big_redstone.logic_config_button_tooltip_reader_threshold_comparison_mode_equal_to": "填充百分比必须等于%s。", - "text.little_big_redstone.logic_config_button_tooltip_reader_threshold_comparison_mode_greater_than_or_equal_to": "填充百分比必须大于等于%s。", - "text.little_big_redstone.logic_config_button_tooltip_reader_threshold_comparison_mode_less_than_or_equal_to": "填充百分比必须小于等于%s。", + "text.little_big_redstone.logic_config_button_tooltip_reader_signal_threshold": "输出为ON所需输入红石信号（经由红石比较器）的强度。", + "text.little_big_redstone.logic_config_button_tooltip_reader_threshold_comparison_mode_equal_to": "容器内容物含量必须等于%s。", + "text.little_big_redstone.logic_config_button_tooltip_reader_threshold_comparison_mode_greater_than_or_equal_to": "容器内容物含量必须大于等于%s。", + "text.little_big_redstone.logic_config_button_tooltip_reader_threshold_comparison_mode_less_than_or_equal_to": "容器内容物含量必须小于等于%s。", "text.little_big_redstone.logic_config_button_tooltip_selector_mode_counter": "第一个输入为ON时，ON信号的输出位置会向上转移。第二个输入为ON时，ON信号的位置会向下转移。", "text.little_big_redstone.logic_config_button_tooltip_selector_mode_setter": "从接收到ON信号的输入端口中选择最下方的，并向对应的输出端口输出ON。", "text.little_big_redstone.logic_config_button_tooltip_sequencer_auto_reset": "时序器是否会在输出ON后立即重置其内部计数器。", @@ -179,6 +206,8 @@ "text.little_big_redstone.logic_config_button_tooltip_tag_label": "该标信器发送或探测的标签。", "text.little_big_redstone.logic_config_button_tooltip_tag_mode": "该标信器应当发送还是探测信号。", "text.little_big_redstone.logic_config_button_tooltip_tag_threshold": "该探测端输出ON所需探测到的发信端的最小数量。", + "text.little_big_redstone.logic_config_calculator_mode_addition": "加法", + "text.little_big_redstone.logic_config_calculator_mode_subtraction": "减法", "text.little_big_redstone.logic_config_selector_mode_counter": "计数器", "text.little_big_redstone.logic_config_selector_mode_setter": "置位器", "text.little_big_redstone.logic_config_sequencer_mode_counter": "计数器", @@ -191,16 +220,18 @@ "text.little_big_redstone.logic_config_tooltip_duration": " 持续时间：%s", "text.little_big_redstone.logic_config_tooltip_global": " 全局：%s", "text.little_big_redstone.logic_config_tooltip_inputs": " 输入数量：%s", - "text.little_big_redstone.logic_config_tooltip_io_signal": " 信号：%s", - "text.little_big_redstone.logic_config_tooltip_io_signal_comparison": " 信号：%s %s", + "text.little_big_redstone.logic_config_tooltip_io_power_output": " 供能：%s", "text.little_big_redstone.logic_config_tooltip_label": " 标签：%s", "text.little_big_redstone.logic_config_tooltip_mode": " 模式：%s", "text.little_big_redstone.logic_config_tooltip_outputs": " 输出数量：%s", + "text.little_big_redstone.logic_config_tooltip_pass_signal": " 直通信号：%s", "text.little_big_redstone.logic_config_tooltip_reader_fill_comparison": " 填充量：%s %s", "text.little_big_redstone.logic_config_tooltip_reader_signal_comparison": " 信号：%s %s", "text.little_big_redstone.logic_config_tooltip_sequencer_auto_reset": " 自动重置：%s", "text.little_big_redstone.logic_config_tooltip_sequencer_delay": " 延时：%s", "text.little_big_redstone.logic_config_tooltip_sequencer_reset_port": " 重置端口：%s", + "text.little_big_redstone.logic_config_tooltip_signal": " 信号：%s", + "text.little_big_redstone.logic_config_tooltip_signal_comparison": " 信号：%s %s", "text.little_big_redstone.logic_config_tooltip_threshold": " 阈值：%s", "text.little_big_redstone.logic_gate_algebra": "Q = %s", "text.little_big_redstone.logic_gate_algebra_and": "A ∧ B", @@ -210,22 +241,27 @@ "text.little_big_redstone.logic_gate_algebra_or": "A ∨ B", "text.little_big_redstone.logic_gate_algebra_xor": "A ⊻ B", "text.little_big_redstone.logic_help_and_gate": "所有输入为ON时，输出为ON；否则输出为OFF。", + "text.little_big_redstone.logic_help_calculator_1": "模式决定了元件会对输入信号强度执行加法还是减法。", + "text.little_big_redstone.logic_help_calculator_2": "计算所得结果即为输出信号值。", + "text.little_big_redstone.logic_help_comparator_1": "模式决定了比较器要求所有信号还是任意信号通过比较。", + "text.little_big_redstone.logic_help_comparator_2": "输出为ON时，其强度必然等于比较基准信号的强度。", "text.little_big_redstone.logic_help_io_port_1": "可在单个面上输入或输出红石信号。如需对多个面输入输出，可使用多个I/O端口。", "text.little_big_redstone.logic_help_io_port_2": "微芯片的单个面无法同时用作输入和输出。", "text.little_big_redstone.logic_help_nand_gate": "所有输入为ON时，输出为OFF；否则输出为ON。", "text.little_big_redstone.logic_help_nor_gate": "所有输入为OFF时，输出为ON；否则输出为OFF。", "text.little_big_redstone.logic_help_not_gate": "输入为OFF时输出为ON，输入为ON时输出为OFF。", "text.little_big_redstone.logic_help_or_gate": "任意一个输入为ON时，输出为ON；否则输出为OFF。", - "text.little_big_redstone.logic_help_pulse_throttler": "对输入信号进行节流，输出持续时间可配置的信号。", + "text.little_big_redstone.logic_help_pulse_throttler_1": "对输入信号进行节流，输出持续时间可配置的信号。设置为“无限期”时，只要输入为ON，输出即会一直保持为ON。", + "text.little_big_redstone.logic_help_pulse_throttler_2": "输出信号可设为直通输入信号的强度，或指定强度值。", "text.little_big_redstone.logic_help_randomizer": "输入为ON时，有一定概率（可配置）会任选一个端口输出ON。", - "text.little_big_redstone.logic_help_reader_1": "检查相邻方块的填充百分比，若所得百分比大于等于所设阈值，则输出ON。", + "text.little_big_redstone.logic_help_reader_1": "检查相邻方块的内容物含量，若含量大于等于所设阈值，则输出ON。", "text.little_big_redstone.logic_help_reader_2": "适用于物品、流体、能量容器。", "text.little_big_redstone.logic_help_rs_nor_latch_1": "复位（Reset，R）输入为ON时，输出始终保持OFF状态。", "text.little_big_redstone.logic_help_rs_nor_latch_2": "置位（Set，S）输入为ON且复位（R）输入为OFF时，输出置为ON；该输出会在置位（R）变为ON之前保持在ON状态。", "text.little_big_redstone.logic_help_selector": "只会有一个输出为ON，且会根据所选模式转移ON信号的输出位置。", "text.little_big_redstone.logic_help_sequencer_1": "延时给定时间后再输出信号。", "text.little_big_redstone.logic_help_sequencer_2": "模式决定了时序器的工作方式，可设置为弱、强、计数器三种状态。", - "text.little_big_redstone.logic_help_sequencer_3": "默认情况下，时序器产生输出状态后不会复位。启用自动重置后，时序器会在输出ON信号后立即重置进度。此外，启用重置端口后，时序器会启用一个新的输入端口。若向该端口输入ON信号，时序器的进度即会被重置。只要该端口输入保持ON状态，时序器将保持停滞状态。", + "text.little_big_redstone.logic_help_sequencer_3": "默认情况下，时序器产生输出状态后不会复位。启用自动重置后，时序器会在输出ON信号后立即重置进度。此外，启用重置端口后，时序器会启用一个新的输入端口。向该端口输入ON信号，即会重置时序器的进度。只要该端口的输入保持ON状态，时序器就将保持停滞。", "text.little_big_redstone.logic_help_t_flip_flop": "输入从OFF变为ON时，输出信号会翻转状态。", "text.little_big_redstone.logic_help_tag_1": "模式决定了标信器处于发信还是探测状态。", "text.little_big_redstone.logic_help_tag_2": "有足够数量的同标签发信端为ON时，探测端才会输出ON，该数量由阈值指定。", @@ -233,8 +269,21 @@ "text.little_big_redstone.logic_help_xor_gate": "有奇数个输入为ON时，输出为ON；否则输出为OFF。", "text.little_big_redstone.no": "否", "text.little_big_redstone.output": "输出", + "text.little_big_redstone.pass": "直通", + "text.little_big_redstone.power_type_strong": "强", + "text.little_big_redstone.power_type_weak": "弱", "text.little_big_redstone.sensor": "探测", "text.little_big_redstone.sticky_note": "便签", "text.little_big_redstone.sticky_note_edit": "编辑", + "text.little_big_redstone.thermometer_complexity_high": "高（%s）", + "text.little_big_redstone.thermometer_complexity_low": "低（%s）", + "text.little_big_redstone.thermometer_complexity_moderate": "中等（%s）", + "text.little_big_redstone.thermometer_complexity_very_high": "很高（%s）", + "text.little_big_redstone.thermometer_tooltip_complexity": " 复杂度：%s", + "text.little_big_redstone.thermometer_tooltip_header": "温度计", + "text.little_big_redstone.thermometer_tooltip_loading_wires": "正在加载导线……加载过程中仍可与微芯片交互。", + "text.little_big_redstone.thermometer_tooltip_logic": " 元件：%s", + "text.little_big_redstone.thermometer_tooltip_notes": " 便签：%s", + "text.little_big_redstone.thermometer_tooltip_wires": " 导线：%s", "text.little_big_redstone.yes": "是" } \ No newline at end of file