如何根据不同调整值的范围绘制p值？ [英] How to make a figure plotting p-values by range of different adjustment values?
问题描述
感谢您抽出宝贵时间阅读我的留言。
（使用包中的** logit **功能**汽车**）
我的统计分析是根据0％到100％的概率估算进行的。因为在0和1之间的百分比上运行线性模型并不理想，所以这些估计值是对数变换的。
然而，这引入了研究者的自由度。在Package ** Car **中，logit转换代码是
logit（p = doc $ value，adjust = 0.025）
logit definition /描述
计算比例或百分比的logit变换。
用法
logit（p，百分比= range.p [2]> 1，调整
）
参数
pa数字向量或比例或百分比数组。
百分比为TRUE为百分比。
调整调整系数以避免比例为0或1;如果数据中没有这样的比例，则默认为0;如果有，则默认为.025。）
我选择默认调整系数.025，但是我我需要确定我的值大于.05以显示我没有选择使我的结果显着的调整值。
最终，我想要找到调整因子的范围，我们得到P< 0.05？在什么时候我们得到P> 0.05？
##我正在寻找的最终产品是具有以下功能的数字：
## 1）调整系数x轴
## 2）y轴上的P值
有谁知道怎么做？非常感谢你。
我尝试了什么：
对于循环但我的编码不够先进:(
谢谢！
value，adjust = 0.025）
logit definition / Description
计算比例或百分比的logit变换。
使用
logit（p，百分比= range.p [2]> 1，调整）
参数
pa数字向量或比例或百分比数组。
百分比为真。
调整调整系数以避免比例0或1;如果数据中没有这样的比例，则默认为0;如果有，则默认为.025。）
我选择默认调整系数.025，但是我我需要确定我的值大于.05以显示我没有选择使我的结果显着的调整值。
最终，我想要找到调整因子的范围，我们得到P< 0.05？在什么时候我们得到P> 0.05？
##我正在寻找的最终产品是具有以下功能的数字：
## 1）调整系数x轴
## 2）y轴上的P值
有谁知道怎么做？非常感谢你。
我尝试了什么：
对于循环但我的编码不够先进:(
谢谢！
Thank you for taking the time to read my message.
(Using the **logit** function in package **car**)
My Statistical analyses were conducted on probability estimates ranging from 0% to 100%. As it's not ideal to run linear models on percentages that are bounded between 0 and 1, these estimates were logit transformed.
However, this introduces a researcher degree of freedom. In Package **Car**, the logit transformation code is
logit(p = doc$value, adjust = 0.025)
logit definition/Description
Compute the logit transformation of proportions or percentages.
Usage
logit(p, percents=range.p[2] > 1, adjust
)
Arguments
p a numeric vector or array of proportions or percentages.
percents TRUE for percentages.
adjust adjustment factor to avoid proportions of 0 or 1; defaults to 0 if there are no such proportions in the data, and to .025 if there are.)
I chose the default adjustment factor of .025, but I need to determine at what point my values are greater than .05 to show I did not choose an ajustment value that makes my results significant.
Ultimately, I want to find the range of adjustment factors do we get P < 0.05?And at what point do we get P > 0.05?
## The final product I'm looking for is a figure with the following features:
## 1) Adjustment factor on the x-axis
## 2) P value on the y-axis
Does anyone know how to do this? Thank you so much in advance.
What I have tried:
For loop but my coding is just not advanced enough :(
Thank you!
value, adjust = 0.025)
logit definition/Description
Compute the logit transformation of proportions or percentages.
Usage
logit(p, percents=range.p[2] > 1, adjust)
Arguments
p a numeric vector or array of proportions or percentages.
percents TRUE for percentages.
adjust adjustment factor to avoid proportions of 0 or 1; defaults to 0 if there are no such proportions in the data, and to .025 if there are.)
I chose the default adjustment factor of .025, but I need to determine at what point my values are greater than .05 to show I did not choose an ajustment value that makes my results significant.
Ultimately, I want to find the range of adjustment factors do we get P < 0.05?And at what point do we get P > 0.05?
## The final product I'm looking for is a figure with the following features:
## 1) Adjustment factor on the x-axis
## 2) P value on the y-axis
Does anyone know how to do this? Thank you so much in advance.
What I have tried:
For loop but my coding is just not advanced enough :(
Thank you!
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