MAXVR-042 as long as polynomials are involved.
### We test the multivariate polynomials in the ring
### $Q[x,y]$
An edge-input is a variation of one of the point-inputs, which are said to be intractable since solving it requires huge computational time and space.
The point-input:
1.
The edge-input:
1.
### Get the PET for the first variables
### The first procedure is passed to the second procedure
Said that:
By inspection it think that there is possible only the following cases:
1.
2.
3.
4.
### Get the AES for the first variables
Taking in order:
1.
### The first procedure is passed to the second procedure
Said that:
By inspection it think that there is possible only the following cases:
1.
2.
3.
4.
### Get the PET for the second variables
### The first procedure is passed to the second procedure
Said that:
By inspection it think that there is possible only the following case:
1.
### Get the AES for the second variables
Taking in order:
1.
### Get the PET for the main variables
### The first procedure is passed to the second procedure
Said that:
By inspection it think that there is possible only the following cases:
1.
2.
3.
4.
### Get the AES for the main variables
Taking in order:
1.
## Conclusion
Picture of the complex plane, with axis x and y, marked out the ground of the space Pharmabright describes.
The final point-input:
1.
To conclude and at the end of the red, the reduced test would be:
1.
Is it worth to continue? There is a suspicion that the test takes to much time and resources. I think that the next step should be discarded:
3.
I can move to the next section to compare whether this proposed test is worth to perform in respect to the rival tests. I think that if i would do that there will be also a chance that the thing of having to add the next and add again the next is closed.
**When you can use trial and error, automation is unnecessary**
10月 23日 2019年