-
```
The current ontology as well as the safety-code.org system are optimized for
microarray results (similar to 23andMe).
However, there are other genetic tests based on sequencing that produce
dif…
-
```
Program received signal SIGSEGV, Segmentation fault.
0x000000000152127a in node::TLSWrap::IsAlive (this=0x1eb37f0) at ../src/tls_wrap.cc:521
521 return ssl_ != nullptr && stream_->IsAlive();…
-
```
This should be a command line Java application that reads 23andMe files (e.g.,
from the OpenSNP repository [1]) and infer alleles and matching CDS rules for
them in bulk (i.e., iterating through…
-
```
The ontology currently has a significant shortcoming: the most common alleles
(the wild type alleles, usually denoted by *1 and being listed in the first row
of the haplotype definition spreadsh…
-
-
Instead of leaving this to the signal or view, which creates redundant code that's prone to breaking later (e.g. by forgetting to update both locations with a new parameter).
Instead we want should b…
-
```
The code below shows this error. (using version 0.5.1)
YAML::Node n(YAML::Load("YAML: \"test\""));
YAML::Emitter em;
em
-
```
Currently only 23andMe-style data can be imported to generate MSCs. However,
there are also other, more 'professional' standards. One of the most important
is VCF. VCF can be quite complicated
h…
-
```
The current ontology as well as the safety-code.org system are optimized for
microarray results (similar to 23andMe).
However, there are other genetic tests based on sequencing that produce
dif…
-