我正在使用xYplot用错误条绘制我的回归结果。但是,xYplot只绘制水平误差条,我需要垂直误差条。为了找到解决方案,我找到了this thread,其中有人问了大致相同的问题。在一些消息之后,提出问题的用户说“我刚刚发现使用xYplot(Hmisc)并旋转网格 视口(和标签等)给了我正确的东西“。
所以我环顾四周如何旋转网格,发现使用网格库和pushviewport等可以旋转网格。但是,我的代码无效。这是我到目前为止所尝试的:
estimate=structure(list(coefi = c(-5.08608456607495, -4.17906898422091,
-2.85696514398422, -3.06968196245069, -2.73660002514793, -1.0017403629931,
-1.66291850690335, 0.431265159072978, -0.472895611533531, 0.845421348865878,
-0.437434919008876, 0.269041451577909, -0.233066564595661, 0.0137190330621302,
-2.94808159763314, 1.9166875739645), lower = c(-8.1895, -6.8485,
-5.214125, -5.532875, -5.106625, -3.271625, -3.97375, -0.09773,
-1.340625, 0.415125, -0.86615, 0.02665125, -0.5861, -2.079, -5.626625,
0.8115125), upper = c(-2.11475, -1.611125, -0.5602375, -0.7309625,
-0.3721375, 1.259875, 0.7167875, 0.9672875, 0.39035, 1.30025,
-0.05634125, 0.5115, 0.07237875, 2.14275, -0.3653, 4.202625),
x = c(1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15,
16)), .Names = c("coefi", "lower", "upper", "x"), row.names = c("alpha.1.",
"alpha.2.", "alpha.3.", "alpha.4.", "alpha.5.", "alpha.6.", "alpha.7.",
"b.income", "b.democracy", "b.ginete", "b.educ", "b.patent",
"b.fdi", "b.0", "mu.alpha", "sigma.alpha"), class = "data.frame")
legenda=c(as.character(seq(1970,2000,5)),"PIB_pc", "democ", "legis", "educ", "patent", "FDI", "b.0", "mu.ano", "var.ano" )
grid.newpage()
pushViewport(viewport(angle = 90, name = "VP"))
upViewport()
xYplot(Cbind(coefi,lower, upper) ~x, data=estimate, , varwidth = TRUE, ylab="Betas",
xlab="Inclinação das Covariáveis com respectivos 95% intervalos de credibilidade \n N=409",
ylim=with(estimate,c(min(lower)-.5, max(upper)+.5)), scales=list(cex=1.2, x = list(at=seq(1,16, by=1), labels = legenda)) ,abline=c(list(h=0), lty="dotted", col= "grey69"), xlab.top="Adesão ao Tratado de Cooperação de Patentes, 1970-2000", draw.in = "VP")
我会帮助你。
更新:有评论指出代码是正确的。所以我想知道我是否无法沟通我想要的东西或者它是否是一个错误...所以我现在就发布我的代码输出的图像,你告诉我你的计算机中的代码是否给出相同的输出或另一个输出:
答案 0 :(得分:2)
你必须直接在格子对象上调用print
(它在网格文档RShowDoc("grid", package="grid")
中提到 - “将格子添加到网格中”):
require(grid)
grid.newpage()
pushViewport(viewport(angle = 90, name = "VP"))
print(
xYplot(Cbind(coefi,lower, upper)~x, data=estimate, , varwidth = TRUE,
ylab="Betas", xlab="Inclinaçao das Covariáveis com respectivos 95% intervalos de credibilidade \n N=409",
ylim=with(estimate,c(min(lower)-.5, max(upper)+.5)),
scales=list(cex=1.2, x = list(at=seq(1,16,by=1), labels = legenda)),
abline=c(list(h=0), lty="dotted", col= "grey69"),
xlab.top="Adesao ao Tratado de Cooperaçao de Patentes, 1970-2000",
draw.in = "VP"
),
newpage=FALSE
)