kdeorg - en to zh_CN translation catalogue (53 entries)

note: i18n: ectx: <hierarchy> <menu label="Distributions"> <menu label="Univariate continuous distributions"> <menu label="...">
en: Beta
zh_CN: Beta 分布

note: i18n: ectx: <hierarchy> <menu label="Distributions"> <menu label="Univariate continuous distributions"> <menu label="...">
en: Exponential
zh_CN: 指数分布

note: i18n: ectx: <hierarchy> <menu label="Distributions"> <menu label="Univariate continuous distributions"> <menu label="...">
en: Gamma
zh_CN: Gamma 分布

note: i18n: ectx: <hierarchy> <menu label="Distributions"> <menu label="Univariate continuous distributions"> <menu label="...">
en: Normal
zh_CN: 正常

note: i18n: ectx: <hierarchy> <menu label="Distributions"> <menu label="Univariate continuous distributions"> <menu label="...">
en: Weibull
zh_CN: Weibull 分布

note: i18n: ectx: <hierarchy> <menu label="Distributions"> <menu label="Univariate discrete distributions"> <menu label="...">
en: Binomial
zh_CN: 二项分布

note: i18n: ectx: <hierarchy> <menu label="Distributions"> <menu label="Univariate discrete distributions"> <menu label="...">
en: Geometric
zh_CN: 集合分布

note: i18n: ectx: <hierarchy> <menu label="Distributions"> <menu label="Univariate discrete distributions"> <menu label="...">
en: Hypergeometric
zh_CN: 超集合分布

note: i18n: ectx: <hierarchy> <menu label="Distributions"> <menu label="Univariate discrete distributions"> <menu label="...">
en: Poisson
zh_CN: 泊松分布

note: i18n: ectx: (Binomial probabilities, quantiles, densities) <snippets> <snippet> <spinbox label="...">
en: Probability of success
zh_CN: 成功概率

note: i18n: ectx: (Cauchy distribution calculator) <snippets> <snippet> <spinbox label="..."> i18n: ectx: (Plot Cauchy probabilities) <snippets> [...] <frame label="Parameters"> <spinbox label="..."> i18n: ectx: (Gumbel distribution calculator) <snippets> <snippet> <spinbox label="..."> i18n: ectx: (Logis
en: Location
zh_CN: 住址

note: i18n: ectx: (Cauchy distribution calculator) <snippets> <snippet> <spinbox label="..."> i18n: ectx: (Plot Cauchy probabilities) <snippets> [...] <frame label="Parameters"> <spinbox label="..."> i18n: ectx: (Gumbel distribution calculator) <snippets> <snippet> <spinbox label="..."> i18n: ectx: (Logis
en: Scale
zh_CN: 比例

note: i18n: ectx: (Loaded from Chi-squared distribution calculator) <settings> <setting> (refers to element labelled "Degrees of Freedom") i18n: ectx: (Plot Chi-squared probabilities) <snippets> <snippet> <frame label="Parameters"> <spinbox label="..."> i18n: ectx: (Plot Student T probabilities) <snippets
en: Degrees of freedom
zh_CN: 自由度

[ctx: Distribution name]
note: i18n: ectx: (Central Limit Theorem: Beta to Normal) <logic> <i18n label="...">
en: Beta
zh_CN: Beta 分布

[ctx: Distribution name]
note: i18n: ectx: (Central Limit Theorem: Binomial to Normal) <logic> <i18n label="...">
en: Binomial
zh_CN: 二项分布

note: i18n: ectx: (Plot Beta probabilities) <snippets> <snippet> <frame label="..."> i18n: ectx: (Plot binomial probabilities) <snippets> <snippet> <frame label="..."> i18n: ectx: (Plot Cauchy probabilities) <snippets> <snippet> <frame label="..."> i18n: ectx: (Plot Cauchy probabilities) <snippets> <snipp
en: Parameters
zh_CN: 参数

note: i18n: ectx: (Loaded from Central Limit Theorem: Binomial to Normal) <snippet> [...] <dropdown label="Type of points/lines"> <option label="..."> i18n: ectx: (Loaded from Central Limit Theorem: Geometric to Normal) <snippet> [...] <dropdown label="Type of points/lines"> <option label="..."> i18n: ect
en: Lines
zh_CN: 直线

note: i18n: ectx: (Loaded from Central Limit Theorem: Binomial to Normal) <snippet> <tab label="Parameters"> <frame label="Normal Curve Options"> <embed label="..."> i18n: ectx: (Loaded from Central Limit Theorem: Geometric to Normal) <snippet> <tab label="Parameters"> <frame label="Normal Curve Options">
en: Color
zh_CN: 彩色

note: i18n: ectx: (Loaded from Loaded from Plot Beta probabilities) <snippet> <preview label="..."> i18n: ectx: (Loaded from Plot Beta probabilities) <snippet> <preview label="..."> i18n: ectx: (Loaded from Loaded from Plot binomial probabilities) <snippet> <preview label="..."> i18n: ectx: (Loaded from P
en: Preview
zh_CN: 预览

note: i18n: ectx: (Loaded from Central Limit Theorem: Binomial to Normal) <snippet> <tab label="..."> i18n: ectx: (Loaded from Central Limit Theorem: Geometric to Normal) <snippet> <tab label="..."> i18n: ectx: (Loaded from Central Limit Theorem: Hypergeometric to Normal) <snippet> <tab label="..."> i18n:
en: Histogram
zh_CN: 柱状图

note: i18n: ectx: (Loaded from Central Limit Theorem: Binomial to Normal) <snippet> <tab label="Histogram"> <embed label="..."> i18n: ectx: (Loaded from Central Limit Theorem: Geometric to Normal) <snippet> <tab label="Histogram"> <embed label="..."> i18n: ectx: (Loaded from Central Limit Theorem: Hyperge
en: Histogram Options
zh_CN: 直方图选项

note: i18n: ectx: (Exponential distribution calculator) <snippets> <snippet> <spinbox label="..."> i18n: ectx: (Plot Exponential probabilities) <snippets> <snippet> <frame label="Parameters"> <spinbox label="..."> i18n: ectx: (Gamma distribution calculator) <snippets> <snippet> <spinbox label="..."> i18n:
en: Rate
zh_CN: 频率

[ctx: Distribution name]
note: i18n: ectx: (Central Limit Theorem: Exponential to Normal) <logic> <i18n label="...">
en: Exponential
zh_CN: 指数分布

note: i18n: ectx: (Gamma distribution calculator) <snippets> <snippet> <spinbox label="..."> i18n: ectx: (Plot Gamma probabilities) <snippets> <snippet> <frame label="Parameters"> <spinbox label="..."> i18n: ectx: (Weibull distribution calculator) <snippets> <snippet> <spinbox label="..."> i18n: ectx: (Pl
en: Shape
zh_CN: 形状

[ctx: Distribution name]
note: i18n: ectx: (Central Limit Theorem: Gamma to Normal) <logic> <i18n label="...">
en: Gamma
zh_CN: Gamma 分布

[ctx: Distribution name]
note: i18n: ectx: (Central Limit Theorem: Geometric to Normal) <logic> <i18n label="...">
en: Geometric
zh_CN: 集合分布

[ctx: Distribution name]
note: i18n: ectx: (Central Limit Theorem: Hypergeometric to Normal) <logic> <i18n label="...">
en: Hypergeometric
zh_CN: 超集合分布

note: i18n: ectx: (Plot Lognormal probabilities) <snippets> <snippet> <frame label="Parameters (on log scale)"> <spinbox label="..."> i18n: ectx: (Plot Normal probabilities) <snippets> <snippet> <frame label="Parameters"> <spinbox label="..."> i18n: ectx: (Plot Poisson probabilities) <snippets> <snippet> 
en: Mean
zh_CN: 平均值

note: i18n: ectx: (Plot Lognormal probabilities) <snippets> <snippet> <frame label="Parameters (on log scale)"> <spinbox label="..."> i18n: ectx: (Plot Normal probabilities) <snippets> <snippet> <frame label="Parameters"> <spinbox label="..."> i18n: ectx: (Central Limit Theorem: Lognormal to Normal) <snip
en: Standard deviation
zh_CN: 标准方差

[ctx: Distribution name]
note: i18n: ectx: (Central Limit Theorem: Normal to Normal) <logic> <i18n label="...">
en: Normal
zh_CN: 普通窗口

[ctx: Distribution name]
note: i18n: ectx: (Central Limit Theorem: Poisson to Normal) <logic> <i18n label="...">
en: Poisson
zh_CN: 泊松分布

note: i18n: ectx: (Plot Uniform probabilities) <snippets> <snippet> <frame label="Parameters"> <spinbox label="..."> i18n: ectx: (Central Limit Theorem: Uniform to Normal) <snippets> <snippet> <frame label="Uniform Parameters"> <spinbox label="...">
en: Minimum
zh_CN: 最小

note: i18n: ectx: (Plot Uniform probabilities) <snippets> <snippet> <frame label="Parameters"> <spinbox label="..."> i18n: ectx: (Central Limit Theorem: Uniform to Normal) <snippets> <snippet> <frame label="Uniform Parameters"> <spinbox label="...">
en: Maximum
zh_CN: 最大

[ctx: Distribution name]
note: i18n: ectx: (Central Limit Theorem: Weibull to Normal) <logic> <i18n label="...">
en: Weibull
zh_CN: Weibull 分布

note: i18n: ectx: (Loaded from Beta distribution calculator) <snippet> <dropdown label="..."> i18n: ectx: (Loaded from Binomial probabilities, quantiles, densities) <snippet> <dropdown label="..."> i18n: ectx: (Loaded from Cauchy distribution calculator) <snippet> <dropdown label="..."> i18n: ectx: (Loade
en: Mode
zh_CN: 权限模式

note: i18n: ectx: (Loaded from Normal distribution calculator) <settings> <setting> (refers to element labelled "mu (mean)")
en: Mean.
zh_CN: 平均值.

note: i18n: ectx: (Loaded from Normal distribution calculator) <settings> <setting> (refers to element labelled "sigma (standard deviation)")
en: Standard deviation.
zh_CN: 标准方差.

[ctx: Beta distribution]
note: i18n: ectx: (Loaded from Plot Beta probabilities)
en: Beta
zh_CN: Beta 分布

note: i18n: ectx: (Plot Beta probabilities) <snippets> <snippet> <frame label="..."> i18n: ectx: (Plot binomial probabilities) <snippets> <snippet> <frame label="..."> i18n: ectx: (Plot Cauchy probabilities) <snippets> <snippet> <frame label="..."> i18n: ectx: (Plot Chi-squared probabilities) <snippets> <
en: Range
zh_CN: 范围

[ctx: Binomial distribution]
note: i18n: ectx: (Loaded from Plot binomial probabilities)
en: Binomial
zh_CN: 二项分布

note: i18n: ectx: (Loaded from Loaded from Plot Beta probabilities) <snippet> <checkbox label="..."> i18n: ectx: (Loaded from Plot Beta probabilities) <snippet> <checkbox label="..."> i18n: ectx: (Loaded from Loaded from Plot binomial probabilities) <snippet> <checkbox label="..."> i18n: ectx: (Loaded fro
en: Logarithmic
zh_CN: 对数分布

[ctx: Exponential distribution]
note: i18n: ectx: (Loaded from Plot Exponential probabilities)
en: Exponential
zh_CN: 指数分布

[ctx: Gamma distribution]
note: i18n: ectx: (Loaded from Plot Gamma probabilities)
en: Gamma
zh_CN: Gamma 分布

[ctx: Geometric distribution]
note: i18n: ectx: (Loaded from Plot geometric probabilities)
en: Geometric
zh_CN: 集合分布

[ctx: Hypergeometric distribution]
note: i18n: ectx: (Loaded from Plot hypergeometric probabilities)
en: Hypergeometric
zh_CN: 超集合分布

[ctx: Normal distribution]
note: i18n: ectx: (Loaded from Plot Normal probabilities)
en: Normal
zh_CN: 普通窗口

[ctx: Poisson distribution]
note: i18n: ectx: (Loaded from Plot Poisson probabilities)
en: Poisson
zh_CN: 泊松分布

[ctx: Weibull distribution]
note: i18n: ectx: (Loaded from Plot Weibull probabilities)
en: Weibull
zh_CN: Weibull 分布

note: i18n: ectx: (Loaded from t distribution calculator) <settings> <setting> (refers to element labelled "Degrees of Freedom")
en: Degrees of freedom.
zh_CN: 自由度.

note: i18n: ectx: (Shapiro-Wilk Normality Test) <dialog label="Shapiro-Wilk Normality Test"> <tab label="..."> i18n: ectx: (Anderson-Darling Normality Test) <dialog label="Anderson-Darling Normality Test"> <tab label="..."> i18n: ectx: (Cramer-von Mises Normality Test) <dialog label="Cramer-von Mises Norm
en: Options
zh_CN: 选项

note: i18n: ectx: (Loaded from Pearson chi-square Normality Test)
en: degrees of freedom
zh_CN: 自由度

note: i18n: ectx: (Loaded from Uniform distribution calculator) <settings> <setting> (refers to element labelled "Lower limit of the distribution")
en: Lower limit.
zh_CN: 下限.

note: i18n: ectx: (Loaded from Uniform distribution calculator) <settings> <setting> (refers to element labelled "Upper limit of the distribution")
en: Upper limit.
zh_CN: 上限.
