'unable to simplify to float approximation'

N=10000 y = [random() for i in range(N)] A = [] f = asin(x)+bcos(2*x) for i in y: f31 = f + normalvariate(0,1) A.append(f31) v1 = finance.TimeSeries(A) p = v1.plot_histogram(bins=100,color='black', normalize=True) p.set_aspect_ratio('automatic') p

What is wrong??

Thanks

'unable to simplify to float approximation'

~~N=10000~~ N=10000
y = [random() for i in ~~range(N)]~~ range(N)]
A = [] []
f = asin(x)+b~~cos(2*x)~~ cos(2*x)
for i in y: y:
f31 = f + ~~normalvariate(0,1)~~ normalvariate(0,1)
~~A.append(f31)~~ A.append(f31)
v1 = ~~finance.TimeSeries(A)~~ finance.TimeSeries(A)
p = v1.plot_histogram(bins=100,color='black', ~~normalize=True) p.set_aspect_ratio('automatic')~~ normalize=True)
p.set_aspect_ratio('automatic')
p

What is wrong??

Thanks

'unable to simplify to float approximation'

example a=0, b=10

N=10000
y = [random() for i in range(N)]
A = []
a=0
b=10 f = asin(x)+bcos(2*x)
for i in y:
f31 = f + normalvariate(0,1)
A.append(f31)
v1 = finance.TimeSeries(A)
p = v1.plot_histogram(bins=100,color='black', normalize=True)
p.set_aspect_ratio('automatic')
p

What is wrong??

Thanks

'unable to simplify to float approximation'

example a=0, b=10

N=10000
y = [random() for i in range(N)]
A = []
a=0
~~b=10~~ b=10
f = asin(x)+bcos(2*x)
for i in y:
f31 = f + normalvariate(0,1)
A.append(f31)
v1 = finance.TimeSeries(A)
p = v1.plot_histogram(bins=100,color='black', normalize=True)
p.set_aspect_ratio('automatic')
p

What is wrong??

Thanks

'unable to simplify to float approximation'

example a=0, b=10

N=10000
y = [random() for i in range(N)]
A = []
a=0
b=10
f = asin(x)+bcos(2*x)
for i in y:
f31 = f + normalvariate(0,1)
A.append(f31)
v1 = finance.TimeSeries(A)
p = v1.plot_histogram(bins=100,color='black', normalize=True)
p.set_aspect_ratio('automatic')
p

p and it should be a * b * sin and cos
not displayed
What is wrong??

Thanks

'unable to simplify to float approximation'

example a=0, b=10

N=10000
y = [random() for i in range(N)]
A = []
a=0
b=10
f = asin(x)+bcos(2*x)
for i in y:
f31 = f + normalvariate(0,1)
A.append(f31)
v1 = finance.TimeSeries(A)
p = v1.plot_histogram(bins=100,color='black', normalize=True)
p.set_aspect_ratio('automatic')
p p

and it should be a * b * sin and cos
not displayed

What is wrong??

Thanks

'unable to simplify to float approximation'

example a=0, b=10

N=10000
y = [random() for i in range(N)]
A = []
a=0
b=10
f = asin(x)+bcos(2*x)
for i in y:
f31 = f + normalvariate(0,1)
A.append(f31)
v1 = finance.TimeSeries(A)
p = v1.plot_histogram(bins=100,color='black', normalize=True)
p.set_aspect_ratio('automatic')
p

and it should be a * sin and b * ~~sin and~~ cos
not displayed

What is wrong??

Thanks

'unable to simplify to float approximation'

example a=0, b=10

N=10000
y = [random() for i in range(N)]
A = []
a=0
b=10
f = asin(x)+bcos(2*x)
for i in y:
f31 = f + normalvariate(0,1)
A.append(f31)
v1 = finance.TimeSeries(A)
p = v1.plot_histogram(bins=100,color='black', normalize=True)
p.set_aspect_ratio('automatic')
p

~~and~~ a it should be a * sin and b * cos
not displayed

What is wrong??

Thanks

'unable to simplify to float approximation'

example
#example a=0, b=10

b=10      N=10000 
 
y = [random() for i in range(N)] 
 
A = [] 
 
a=0 
 
b=10 
 
f = asin(x)+bcos(2*x) 
a*sin(x)+b*cos(2*x)    
for i in y: 
 
    f31 = f + normalvariate(0,1) 
 
    A.append(f31) 
 
v1 = finance.TimeSeries(A) 
 
p = v1.plot_histogram(bins=100,color='black', normalize=True) 

p.set_aspect_ratio('automatic') 

p  
p.set_aspect_ratio('automatic')    
p

a it should be a * sin and b * cos
not displayed

What is wrong??

Thanks

'unable to simplify to float approximation'

#example a=0, b=10    
N=10000    
y = [random() for i in range(N)]    
A = []    
a=0    
b=10    
f = a*sin(x)+b*cos(2*x)    
for i in y:    
    f31 = f + normalvariate(0,1)    
    A.append(f31)    
v1 = finance.TimeSeries(A)    
p = v1.plot_histogram(bins=100,color='black', normalize=True)    
p.set_aspect_ratio('automatic')    
p

a it should be a * sin and b * cos
not displayed

What is wrong??

Thanks

Revision history [back]

'unable to simplify to float approximation'

'unable to simplify to float approximation'

'unable to simplify to float approximation'

example a=0, b=10

'unable to simplify to float approximation'

example a=0, b=10

'unable to simplify to float approximation'

example a=0, b=10

'unable to simplify to float approximation'

example a=0, b=10

'unable to simplify to float approximation'

example a=0, b=10

'unable to simplify to float approximation'

example a=0, b=10

'unable to simplify to float approximation'

example
`#example a=0, b=10`

'unable to simplify to float approximation'

Revision history [back]

'unable to simplify to float approximation'

'unable to simplify to float approximation'

'unable to simplify to float approximation'

example a=0, b=10

'unable to simplify to float approximation'

example a=0, b=10

'unable to simplify to float approximation'

example a=0, b=10

'unable to simplify to float approximation'

example a=0, b=10

'unable to simplify to float approximation'

example a=0, b=10

'unable to simplify to float approximation'

example a=0, b=10

'unable to simplify to float approximation'

example #example a=0, b=10

'unable to simplify to float approximation'

example
`#example a=0, b=10`