def test2(self):
## Between-Subjects test
df=DataFrame()
fname='words~ageXcondition.csv'
df.read_tbl(fname)
aov=Anova()
aov.run(df,'WORDS',bfactors=['AGE','CONDITION'])
def test3(self):
## Mixed Between/Within test
df=DataFrame()
fname='suppression~subjectXgroupXcycleXphase.csv'
df.read_tbl(fname)
df['SUPPRESSION']=[.01*x for x in df['SUPPRESSION']]
aov=Anova()
aov.run(df,'SUPPRESSION',wfactors=['CYCLE','PHASE'],bfactors=['GROUP'])#,transform='win
def test0(self):
## Within test
df=DataFrame()
fname='error~subjectXtimeofdayXcourseXmodel.csv'
df.read_tbl(fname)
aov=Anova()
aov.run(df,'ERROR',wfactors=['TIMEOFDAY','COURSE','MODEL'])#,transform='windsor05')
aov.output2html(fname[:-4]+'RESULTS.htm')
def main(args):
Anova(args[1:]).global_()
import sys
from anova import Anova
def main(args):
Anova(args[1:]).global_()
if __name__ == "__main__":
Anova(sys.argv[1:]).global_()
def main(args):
Anova(args[1:]).local_()
import sys
from anova import Anova
def main(args):
Anova(args[1:]).local_()
if __name__ == "__main__":
Anova(sys.argv[1:]).local_()
from anova import Anova
from datascience import *
data = Table().read_table('dataMain2.csv')
alpha = 0.01
av = Anova()
av.anova_test(data, alpha)