Manually enter q.1 and q.2

1c8bd955-456a-4244-8601-dc1be09d5339 8 4 5 decimal

&[DATE] &[TIME] - &[FILENAME]

q.1## 5000 :

x1## 10 :

q.2## 25 :

x2## 20 :

q.unp## q.1## q.2## Min :

q.unp## 25

q.vp1## q.1## q.unp## - :

q.vp1## 4975

q.vp2## q.2## q.unp## - :

q.vp2## 0

w.punif## q.unp## x1## q.unp## x2## 41 mat q.1## q.2## ≡ 40 matrix q.1## 0 ≡ (q.2## 0 ≡ (| q.unp## x1## q.unp## x2## 41 mat cases :

w.punif## 40 mat 40 mat 40 mat 40 mat 41 mat

w.pvar## 40 matrix q.1## q.2## ≡ q.1## x1## q.2## x2## 41 mat q.1## q.1## > q.vp1## x1## q.vp2## x2## 41 mat cases :

w.pvar## 49751002041 mat

w.p## 40 matrix :

w.p## w.p## w.punif## w.pvar## augment eval : #

Disassemble and use w.p# matrix

plf lbf ft / :

l.0 1 ft * :

F.0 1 lbf * :

w.0 1 in * :

q.0 1 F.0 l.0 / * : plf 1

w.p# 10 kip ft / * 10 kip ft / * 0 kip ft / * 5 kip ft / * 0 ft * 10 ft * 20 ft * 30 ft * 10 kip ft / * 0 kip ft / * 10 kip ft / * 10 kip ft / * 10 ft * 20 ft * 30 ft * 40 ft * 44 mat :

w.p## 40 matrix :

n 1 w.p# rows range q.1# w.p# 1 n el q.0 / : x1# w.p# 2 n el l.0 / : q.2# w.p# 3 n el q.0 / : x2# w.p# 4 n el l.0 / : Create a uniform load q.unp# q.1# q.2# Min : Create triangular (varying) load q.vp1# q.1# q.unp# - : q.vp2# q.2# q.unp# - : 91 line for

q.1# 5000

q.2# 10000

w.punif# q.unp# x1# q.unp# x2# 41 mat q.1# q.2# ≡ 40 matrix q.1# 0 ≡ (q.2# 0 ≡ (| q.unp# x1# q.unp# x2# 41 mat cases :

w.punif# 40 mat 40 mat 40 mat 40 mat 41 mat

w.pvar# 40 matrix q.1# q.2# ≡ q.1# x1# q.2# x2# 41 mat q.1# 0 ≡ (q.2# 0 ≡ (| q.1# x1# q.2# x2# 41 mat cases :

w.pvar# 40 mat 40 mat 40 mat 40 mat 41 mat

w.p## w.p## w.punif# w.pvar# augment eval :

w.p## #

Portion of script from FEA Beam Decon Prepocessor

n 1 w.p# rows range q.1# w.p# 1 n el q.0 / : x1# w.p# 2 n el l.0 / : q.2# w.p# 3 n el q.0 / : x2# w.p# 4 n el l.0 / : Create a uniform load q.unp# q.1# q.2# Min : Create triangular (varying) load q.vp1# q.1# q.unp# - : q.vp2# q.2# q.unp# - : Create conditional cases matrices for uniform and varying loads. Return empy matrix if not in use w.punif# q.unp# x1# q.unp# x2# 41 mat q.1# q.2# ≡ 40 matrix q.1# 0 ≡ (q.2# 0 ≡ (| q.unp# x1# q.unp# x2# 41 mat cases : w.pvar# 40 matrix q.1# q.2# ≡ q.1# x1# q.2# x2# 41 mat q.1# 0 ≡ (q.2# 0 ≡ (| q.1# x1# q.2# x2# 41 mat cases : w.p## w.p## w.punif# w.pvar# augment eval : 131 line for