10.25387/g3.7883150.v1
Kang Huang
Kang
Huang
Tongcheng Wang
Tongcheng
Wang
Derek W. Dunn
Derek W.
Dunn
Pei Zhang
Pei
Zhang
Xiaoxiao Cao
Xiaoxiao
Cao
Rucong Liu
Rucong
Liu
Baoguo Li
Baoguo
Li
Supplemental Material for Huang et al, 2019
GSA Journals
2019
polysomic inheritance
double-reduction
genotypic frequency
inbreeding coefficient
heterozygosity
Population, Ecological and Evolutionary Genetics
2019-03-22 22:56:21
Dataset
https://gsajournals.figshare.com/articles/dataset/Supplemental_Material_for_Huang_et_al_2019/7883150
<p><a></a>Material S1: The
appendices.</p>
<p> </p>
<p>Material S2: The simulation computer
program to obtain the numerical solutions of genotypic and phenotypic
frequencies of zygotes and the genotypic frequencies of gametes. The program
can be run on Windows platforms and requires the .Net Framework V3.5 runtime
library.</p>
<p> </p>
<p>Material S3: The C++ source code of the
genotypic and phenotypic frequencies of polysomic inheritance under
double-reduction. The prefix of functions is GFZ (genotypic frequencies of
zygotes), GFG (genotypic frequencies of gametes), PFZ (phenotypic frequencies
of zygotes), or PFG (phenotypic frequencies of gametes). An example that is the
function in the second case (i.e. G = AAAB) in Equation (A4) is given by</p>
<p>double GFZ4_iiij(double a1, double pi,
double pj)</p>
<p>{</p>
<p>double pi2=pi*pi;</p>
<p>return (8*(-1+a1)*pi2*(-3*a1+2*(-1+a1)*pi)*pj)/pow(2+a1,2);</p>
<p>}</p>