Daniel Seiller
7afdfb5869
- Add notes folder with MDBook documentation (the NOTES.md file was getting kind of large) - Add rz_analyze.py, does the same a r2_analyze.py just with Rizin instead of radare2 so the project can be loaded in Cutter (*and* it's faster) - Add Scrap.rzdb, Rizin database for the Scrap.exe executable - Add Scrapper_rs, Rust version of .packed extractor and repacker - replace helplib.txt with helplib.md - add Py_Docs folder which contains generated documentation for the binary python modules built into Scrap.exe
1.2 KiB
1.2 KiB
SVec
- Mod:
<built-in function Mod>
res Mod(v1) : Devuelve el modulo de un vector
- Norm:
<built-in function Norm>
res Norm(v1) : Normaliza un vector
- Prod:
<built-in function Prod>
res Prod(v1,f) : multiplica un vector por un numero
- ModSqr:
<built-in function ModSqr>
res ModSqr(v1) : Devuelve el modulo (al cuadrado) de un vector
- DProd:
<built-in function DProd>
res DProd(v1,v2) : Calcula el producto escalar de dos vectores
- Add:
<built-in function Add>
res Add(v1,v2) : suma dos vectores 3D
- CProd:
<built-in function CProd>
vRes CProd(v1,v2) : Calcula el producto vectorial de dos vectores
- NormAng:
<built-in function NormAng>
rAng NormAng(Ang) : Normaliza un angulo
- Sub:
<built-in function Sub>
res Sub(v1,v2) : Resta dos vectores 3D
- GetRotAng:
<built-in function GetRotAng>
AngX,AngY GetRotAng(vec) : Obtiene la rotacion de un vector
- Rotate3D:
<built-in function Rotate3D>
res Rotate3D(src,rot) : Rota un vector
- GetAngle:
<built-in function GetAngle>
Ang GetAngle(vec) : Obtiene el ángulo entre dos vectores