def init(inp):
global d
d = inp
if 'jelleg' in d:
d['hip'] = g.sigmahip(j=g.jellegT[d['jelleg']], sigma0=d['sigma0'])
X = np.array(d['X'])
n = d['n'] = len(X)
df = n - 1
d['sumval'] = np.sum(X)
d['sumjel'] = g.sumjel(X[0], X[n - 1])
d['meanval'] = d['mu']
d['meanjel'] = f2s(d['meanval'])
#d['diffval']=d['meanval']-d['mu0']
#d['diffjel']=r'{mean}-{mu0}'.format(mean=f2s(d['meanval']), mu0=f2s(d['mu0']))
d['sum2jel'] = g.sum2jel(X[0], X[n - 1], d['meanval'])
d['sum2val'] = np.sum((X - d['meanval'])**2)
d['sjel'] = br(frac(d['sum2jel'], str(df))) + r'^\frac{1}{2}'
d['sval'] = np.std(X, ddof=1)
#d['errval']=d['sval']/np.sqrt(n)
#d['errjel']=f2s(d['errval'])
d['chi2val'] = df * (d['sval'] / d['sigma0'])**2
d['chi2jel'] = str(df) + br(frac(f2s(d['sval']), f2s(d['sigma0']))) + r'^2'
alfa = d['alfa']
d['krit']=[chi2crit(1-alfa,df), chi2crit(1-0.5*alfa,df), \
chi2crit(alfa,df), chi2crit(0.5*alfa,df)]
def init(inp):
global d
d = inp
if 'jelleg' in d:
d['hip'] = g.muhip(j=g.jellegT[d['jelleg']], mu0=d['mu0'])
X = np.array(d['X'])
n = d['n'] = len(X)
df = n - 1
d['sumval'] = np.sum(X)
d['sumjel'] = g.sumjel(X[0], X[n - 1])
d['meanval'] = np.mean(X)
d['meanjel'] = frac(d['sumjel'], str(n))
d['diffval'] = d['meanval'] - d['mu0']
d['diffjel'] = r'{mean}-{mu0}'.format(mean=f2s(d['meanval']),
mu0=f2s(d['mu0']))
d['sum2jel'] = g.sum2jel(X[0], X[n - 1], d['meanval'])
d['sum2val'] = np.sum((X - d['meanval'])**2)
d['sjel'] = br(frac(d['sum2jel'], str(df))) + r'^\frac{1}{2}'
d['sval'] = np.std(X, ddof=1)
d['errval'] = d['sval'] / np.sqrt(n)
d['errjel'] = f2s(d['errval'])
d['tval'] = d['diffval'] / d['errval']
d['tjel']=frac(d['diffjel'], d['errjel'])+'='+\
frac(f2s(d['diffval']),d['errjel'])
alfa = d['alfa']
d['krit'] = [tcrit(1 - alfa, df), tcrit(1 - 0.5 * alfa, df)]
def perform():
out = r'1-mintás $\chi^2$-próba\newline' + ujsor
out += r'\Mat{' + ujsor
n = d['n']
out += r'n={n}'.format(n=n) + mujsor
out += r's = ' + d['sjel'] + ' = ' + mujsor
out += r' = ' + br(frac(f2s(d['sum2val']), str(n - 1))) + r'^{\frac{1}{2}}'
out += r' = {s}'.format(s=f2s(d['sval'])) + mujsor
out += r'\chi^2 = ' + d['chi2jel'] + ' = ' + f2s(d['chi2val']) + mujsor
out += d['krit'][0] + r'\hspace{1cm}' + d['krit'][1] + mujsor
out += d['krit'][2] + r'\hspace{1cm}' + d['krit'][3]
print(out + '\n' + r'}' + ujsor)
def perform():
out = r'1-mintás z-próba\newline' + ujsor
out += r'\Mat{' + ujsor
#out+=d['hip']+mujsor
out += r'n={n}'.format(n=d['n']) + mujsor
out += g.atlag(sumjel=d['sumjel'],
sumval=f2s(d['sumval']),
n=d['n'],
res=f2s(d['meanval'])) + mujsor
out += r'z = ' + d['zjel'] + ' = ' + f2s(d['zval']) + mujsor
out += d['krit'][0] + r'\hspace{1cm}' + d['krit'][1]
print(out + '\n' + r'}' + ujsor)
def init(inp):
global d
d = inp
if 'jelleg' in d:
d['hip'] = g.muhip(j=g.jellegT[d['jelleg']], mu0=d['mu0'])
X = d['X']
n = d['n'] = len(X)
d['sumval'] = np.sum(X)
d['sumjel'] = g.sumjel(X[0], X[n - 1])
d['meanval'] = np.mean(X)
d['meanjel'] = r'\frac{{{sumjel}}}{{{n}}}'.format(sumjel=d['sumjel'], n=n)
d['diffval'] = d['meanval'] - d['mu0']
d['diffjel'] = r'{mean}-{mu0}'.format(mean=f2s(d['meanval']),
mu0=f2s(d['mu0']))
d['errval'] = d['sigma'] / np.sqrt(n)
d['errjel'] = f2s(d['errval'])
d['zval'] = d['diffval'] / d['errval']
d['zjel']=r'\frac{{{diffjel}}}{{{errjel}}}'.format(diffjel=d['diffjel'],errjel=d['errjel'])+'='+\
r'\frac{{{diffval}}}{{{errjel}}}'.format(diffval=f2s(d['diffval']),errjel=d['errjel'])
alfa = d['alfa']
d['krit'] = [zcrit(1 - alfa), zcrit(1 - 0.5 * alfa)]
def perform():
out = r'1-mintás t-próba\newline' + ujsor
out += r'\Mat{' + ujsor
n = d['n']
out += r'n={n}'.format(n=n) + mujsor
out += g.atlag(sumjel=d['sumjel'],
sumval=f2s(d['sumval']),
n=n,
res=f2s(d['meanval'])) + mujsor
out += r's = ' + d['sjel'] + ' = ' + mujsor
out += r' = ' + br(frac(f2s(d['sum2val']), str(n - 1))) + r'^{\frac{1}{2}}'
out += r' = {s}'.format(s=f2s(d['sval'])) + mujsor
out += r'\frac{{s}}{{\sqrt{n}}}' + ' = ' + frac(f2s(
d['sval']), f2s(np.sqrt(n))) + ' = ' + f2s(d['errval']) + mujsor
out += r't = ' + d['tjel'] + ' = ' + f2s(d['tval']) + mujsor
out += d['krit'][0] + r'\hspace{1cm}' + d['krit'][1]
print(out + '\n' + r'}' + ujsor)
def perform():
out = r'1-mintás arány-próba\newline' + ujsor
out += r'\Mat{' + ujsor
n = d['n']
out += d['errjel1'] + ' = ' + d['errjel2'] + ' = ' + f2s(
d['errval']) + mujsor
out+=r'z='+frac(d['diffjel'],f2s(d['errval']))+'='\
+frac(f2s(d['diffval']), f2s(d['errval']))+' = '+f2s(d['zval'],4)+mujsor
out += r'\text{küszöb}=' + d['thrjel'] + ' = ' + f2s(d['thrval']) + mujsor
out += d['krit'][0] + r'\hspace{1cm}' + d['krit'][1] + mujsor
out += d['krit'][2] + r'\hspace{1cm}' + d['krit'][3]
print(out + '\n' + r'}' + ujsor)
def init(inp):
global d
d = inp
n = d['n']
k = d['k']
p0 = d['p0']
phat = k / n
alfa = d['alfa']
d['diffval'] = phat - p0
d['diffjel'] = f2s(phat) + '-' + f2s(p0)
d['errval'] = np.sqrt(p0 * (1 - p0) / n)
s = f2s(p0) + br('1-' + f2s(p0))
sval = p0 * (1 - p0)
d['errjel1'] = br(frac(s, str(n))) + r'^\frac{1}{2}'
d['errjel2'] = br(frac(f2s(sval), str(n))) + r'^\frac{1}{2}'
d['zval'] = d['diffval'] / d['errval']
d['zjel'] = frac(d['diffjel'], f2s(d['errval']))
d['thrval'] = n * min(p0, 1 - p0)
d['thrjel'] = str(n) + r'\min(' + f2s(p0) + ',' + f2s(1 - p0) + r')'
d['krit']=[zcrit(1-alfa), zcrit(1-0.5*alfa), \
zcrit(alfa), zcrit(0.5*alfa)]
def zcrit(p):
return (r'z_{{{a}}}={{{za}}}'.format(a=f2s(p, 3), za=f2s(norm.ppf(p), 3)))
def chi2crit(p, df):
return (r'\chi^2_' + cbr(f2s(p, 3) + r',\ df=' + str(df)) + '=' +
f2s(chi2.ppf(p, df), 3))
def tcrit(p, df):
return (r't^{{({df})}}_{{{a}}}={ta}'.format(df=df,
a=f2s(p, 3),
ta=f2s(t.ppf(p, df), 3)))