hypothesis test
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 | stat_hypo_test(e, p, f, e_ori, p_ori, e_before, p_before,
independent_factor_name = NULL, repeated_factor_name = NULL,
need_power = T, desired_power = NULL, ttestmethod = NULL,
ttestcorrection = NULL, nonparattestmethod = NULL,
nonparattestcorrection = NULL, ANOVAmethod = NULL, ANOVAposthoc = NULL,
nonparaANOVAmethod = NULL, nonparaANOVAposthoc = NULL,
twowayANOVAmethod = "two way ANOVA", maineffect1ANOVAmethod = "Welch",
maineffect1ANOVAposthoc = "games.howell",
simplemaineffect1ANOVAmethod = "Welch",
simplemaineffect1ANOVAposthoc = "games.howell",
maineffect1ttestmethod = "Welch", maineffect1ttestcorrection = "fdr",
simplemaineffect1ttestmethod = "Welch",
simplemaineffect1ttestcorrection = "fdr", maineffect2ANOVAmethod = NULL,
maineffect2ANOVAposthoc = NULL, simplemaineffect2ANOVAmethod = NULL,
simplemaineffect2ANOVAposthoc = NULL, maineffect2ttestmethod = "Welch",
maineffect2ttestcorrection = "fdr",
simplemaineffect2ttestmethod = "Welch",
simplemaineffect2ttestcorrection = "none",
nonparatwowayANOVAmethod = NULL, nonparamaineffect1ANOVAmethod = "htest",
nonparamaineffect1ANOVAposthoc = "utest",
nonparasimplemaineffect1ANOVAmethod = "htest",
nonparasimplemaineffect1ANOVAposthoc = "utest",
nonparamaineffect1ttestmethod = "utest",
nonparamaineffect1ttestcorrection = "fdr",
nonparasimplemaineffect1ttestmethod = "uteste",
nonparasimplemaineffect1ttestcorrection = "fdr",
nonparamaineffect2ANOVAmethod = NULL,
nonparamaineffect2ANOVAposthoc = NULL,
nonparasimplemaineffect2ANOVAmethod = NULL,
nonparasimplemaineffect2ANOVAposthoc = NULL,
nonparamaineffect2ttestmethod = "utest",
nonparamaineffect2ttestcorrection = "fdr",
nonparasimplemaineffect2ttestmethod = "utest",
nonparasimplemaineffect2ttestcorrection = "none",
pairedttestmethod = NULL, pairedttestcorrection = NULL,
nonparapairedttestmethod = NULL, nonparapairedttestcorrection = NULL,
pairedANOVAmethod = NULL, pairedANOVAadjust = NULL,
pairedANOVAposthoc = NULL, nonparapairedANOVAmethod = NULL,
nonparapairedANOVAposthoc = NULL, twowaypairedANOVAmethod = NULL,
twowaypairedANOVAadjust = NULL, maineffect1pairedANOVAmethod = NULL,
maineffect1pairedANOVAadjust = NULL, maineffect1pairedANOVAposthoc = NULL,
simplemaineffect1pairedANOVAmethod = NULL,
simplemaineffect1pairedANOVAadjust = NULL,
simplemaineffect1pairedANOVAposthoc = NULL,
maineffect1pairedttestmethod = "Welch",
maineffect1pairedttestcorrection = "fdr",
simplemaineffect1pairedttestmethod = "utest",
simplemaineffect1pairedttestcorrection = "fdr",
maineffect2pairedANOVAmethod = NULL, maineffect2pairedANOVAadjust = NULL,
maineffect2pairedANOVAposthoc = NULL,
simplemaineffect2pairedANOVAmethod = NULL,
simplemaineffect2pairedANOVAadjust = NULL,
simplemaineffect2pairedANOVAposthoc = NULL,
maineffect2pairedttestmethod = "paired t test",
maineffect2pairedttestcorrection = "fdr",
simplemaineffect2pairedttestmethod = "paired t test",
simplemaineffect2pairedttestcorrection = "fdr",
nonparatwowaypairedANOVAmethod = NULL,
nonparamaineffect1pairedANOVAmethod = NULL,
nonparamaineffect1pairedANOVAposthoc = NULL,
nonparasimplemaineffect1pairedANOVAmethod = NULL,
nonparasimplemaineffect1pairedANOVAposthoc = NULL,
nonparamaineffect1pairedttestmethod = "paired t test",
nonparamaineffect1pairedttestcorrection = "fdr",
nonparasimplemaineffect1pairedttestmethod = "paired utest",
nonparasimplemaineffect1pairedttestcorrection = "fdr",
nonparamaineffect2pairedANOVAmethod = NULL,
nonparamaineffect2pairedANOVAposthoc = NULL,
nonparasimplemaineffect2pairedANOVAmethod = NULL,
nonparasimplemaineffect2pairedANOVAposthoc = NULL,
nonparamaineffect2pairedttestmethod = "paired utest",
nonparamaineffect2pairedttestcorrection = "fdr",
nonparasimplemaineffect2pairedttestmethod = "paired utest",
nonparasimplemaineffect2pairedttestcorrection = "fdr",
mixedANOVA = "mixed anova", mixedANOVAadjust = "GG",
nonparamixedANOVA = "nonpara mixed anova", bootstrap = FALSE,
bootstrap_num = 500)
|
Sili Fan fansili2013@gmail.com
Add the following code to your website.
For more information on customizing the embed code, read Embedding Snippets.