Deflector 导流板
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Values
价值观
The parameters in this tab can be used to control/define the animated growth of an L-System. You can also adjust various default variables that can be used in conjunction with a character set (e.g., Default Scale for F, Tropism for T).
此选项卡中的参数可用于控制/定义 l- 系统的动态增长。您还可以调整各种可以与字符集一起使用的默认变量(例如，f 的默认刻度，t 的托宾)。
成长[0. . + ∞]
This value defines the number of recursions (or generations) for the L-System. Be careful when increasing this value because you can end up creating a lot of geometry very quickly.
这个值定义了 L-System 的递归(或代)次数。在增加这个值时要小心，因为最终可能会非常快地创建大量的几何图形。
Use the following settings as an example:
使用以下设置作为示例:
Premise: FA
前提: FA
rules: A=+FBA
规则: a = + FBA
B=-F
B =-f
Increasing the Growth value will result in such character strings (these can be displayed by clicking on the Result String to Console button in the Turtle tab):
增加 Growth 值将导致这样的字符串(可以通过单击 Turtle 选项卡中的 Result String to Console 按钮来显示) :
Growth = 0: FA
增长 = 0: FA
Growth = 1: F+FBA
生长 = 1: f + fba
Growth = 2: F+F-F+FBA
生长 = 2: f + f-f + fba
Growth = 3: F+F-F+F-F+FBA
生长 = 3: f + f-f + f-f + fba
Since the Growth value is not limited to whole numbers, and can also consist of intermediate values, each difference to the next generation will be steplessly displayed (depending on whether or not the Grow Angle, Grow Scale or Grow Movement options are enabled).
由于增长值不限于整数，也可以包括中间值，每个差异下一代将无级显示(取决于是否启用增长角度，增长规模或增长移动选项)。
Note that some Rules constellations can take two or more generations to generate another visible growth of the L-System.
请注意，某些规则星座可能需要两个或更多代才能生成 l- 系统的另一个可见增长。
默认角度[-∞ . . + ∞ ° ]
This is the angle around with the Turtle will turn if no value is defined in parenthesis (for the angle commands -, +, &, ^, /, \).
如果括号中没有定义任何值(对于角度命令-、 + 、 & 、 ^ 、/) ，Turtle 将转向这个角度。
默认尺度[-∞ . . + ∞ m ]
This is the default diameter of the Spline (if you place the MoSpline, including the profile Spline, into a Sweep object, this diameter will be used. Don’t forget to enable the 2-Rail option). During growth, scaling will take place steplessly per generation to the defined scale (if the Grow Scale option is enabled).
这是样条的默认直径(如果您将 MoSpline (包括轮廓样条)放入一个 Sweep 对象中，将使用这个直径。不要忘记启用2-Rail 选项)。在增长期间，扩展将无限制地发生在每一代的规模确定(如果增长规模选项启用)。
默认移动[-∞ . . + ∞ m ]
This is the distance the Turtle will travel if no value has been defined in parenthesis (e.g., for the move commands F, f, G, etc.).
如果括号中没有定义任何值(例如，对于移动命令 f、 f、 g 等) ，这是 Turtle 将要移动的距离。
向性[-∞ . . + ∞% ]
Increasing Tropism value from left to
right. 从左向右递增趋向值
If you define one or more "T" in the character string (as in the default Rule "B=&FTFTFTA), each subsequent line will be curved in the direction of the Y axis (i.e. downwardly). For a tree-like L-System, this would mean the branches of the tree would hang downwardly (as is often seen on tropical trees, hence the parameter’s name).
如果您在字符串中定义了一个或多个“ t”(如默认规则“ b = & FTFTFTA”) ，那么每条后续的线都将沿 y 轴方向(即向下)弯曲。对于一个类似于树的 l 系统，这意味着树的分支会向下垂(这在热带树上经常可以看到，因此参数的名称)。
At left no Tropism effect; right Tropism applied in
conjunction with a 左侧无向向性效果，右侧向性与右侧向性结合使用Deflector 导流板The direction of the Tropism effect can also be influenced by Particle System modifiers. Instead of having branches simply hang downwardly the hanging branch can be removed completely, depending on the modifier, and the "T" assigned to the modifier and its strength effect.
粒子系统改性剂也可以影响向性效果的方向。根据力场和分配给力场的“ t”及其强度效果，悬挂的分支可以被完全移除，而不是简单地向下悬挂。
In other words: If no "T" is in the Premise or Rules fields, or if the Tropism setting is set to 0, particle modifiers will have no effect!
换句话说: 如果 Premise 或 Rules 字段中没有“ t” ，或者 Tropism 设置设置为0，粒子力场将不起作用！
随机性[-∞ . . + ∞% ]
Adds random structure to an L-System by varying length and angle.
通过改变长度和角度向 l 系统添加随机结构。
种子[0. . 2147483647]
Adds variation the above Randomness effect.
增加了上述随机效果的变化。
移动乘数[-∞ . . + ∞% ]
At left a smaller Move Multiplier value, at right a
larger value. Note how the branches at left are shorter with each generation and how the branches at right
have approximately the same length. 左边是较小的移动乘数值，右边是较大的值。注意左边的分支如何随着每一代变短，以及右边的分支如何具有大致相同的长度
If you add a " (quotation mark) command to the string the default length will be shortened or lengthened by this factor for each generation of growth.
如果在字符串中添加“”(引号)命令，那么每一代增长的默认长度都会因为这个因子而缩短或延长。
角度乘数[-∞ . . + ∞% ]
At left a small Angle Multiplier value, at right a
larger value. Note how the angles in the example at left become progressively smaller from one generation to
the next. 左边是一个小的角度乘数值，右边是一个更大的值。注意左边示例中的角度是如何从一代到下一代逐渐变小的
If you add a ; (semi-colon) command to the string, the default angle will be increased or decreased by this factor for each generation of growth.
如果在字符串中添加; (分号)命令，则默认的角度将随每一代增长而增加或减少。
缩放乘数[-∞ . . + ∞% ]
At left a smaller value for Scale Multiplier, at
right a larger value. Note how the scale at left (which also regulates the diameter of the Sweep object)
shrinks with each successive generation. 左边是缩放倍数的较小值，右边是较大值。注意左边的刻度(也用于调节 Sweep 对象的直径)是如何随着每一个后续的生成而缩小的
If you add an ! (exclamation mark) command to the string, the default scale will be increased or decreased by this factor for each generation of growth.
如果你添加一个！(叹号)命令的字符串，默认的比例将增加或减少这个因素为每一代的增长。
Grow Angle
Grow Scale
Grow Movement
成长盎格鲁规模成长运动
The growth of the third sprout with different
options enabled. 第三个芽的生长可以有不同的选择
With these three options you can define how "sprouts" appear for each generation of growth when the Growth parameter is animated.
使用这三个选项，您可以在生长参数被激活时定义每一代生长的“芽”是如何出现的。
If all three options are disabled the following generation will appear suddenly. Depending on the option(s) enabled, the Angle (starting at 0), Scale (starting from a diameter of 0) and/or Movement will be displayed.
如果所有三个选项都被禁用，下一代将突然出现。根据启用的选项，将显示角度(从0开始)、比例(从直径0开始)和/或移动。
OMOSPLINE-MGMOSPLINEOBJECT_TURTLE_GROUP_VALUES.html