URL Output Parameters
These are the parameters that D-Calc will return to a 3rd party app from the createPole route. When placed in the returnURL, use the following format: ${parameterName}. For example, ${msx1_act}.
msx1_act - defect-calculated remaining section modulus (moment-slope), transverse, level 1
msy1_act - defect-calculated remaining section modulus (moment-slope), inline, level 1
mix1_act - defect-calculated moment of inertia, transverse, level 1
miy1_act - defect-calculated moment of inertia, inline, level 1
area1_act - defect-calculated remaining area, level 1
rsmx1_act - defect-calculated % remaining section modulus, transverse, level 1
rsmy1_act - defect-calculated % remaining section modulus, inline, level 1
rsm1_net_act - net remaining % section modulus (worst of inline vs. transverse), level 1
ansi_dia1
svg1- svg pole defect graphic, level 1
msx2_act - defect-calculated remaining section modulus (moment-slope), transverse, level 2
msy2_act - defect-calculated remaining section modulus (moment-slope), inline, level 2
mix2_act - defect-calculated moment of inertia, transverse, level 2
miy2_act - defect-calculated moment of inertia, inline, level 2
area2_act - defect-calculated remaining area, level 2
rsmx2_act - defect-calculated % remaining section modulus, transverse, level 2
rsmy2_act - defect-calculated % remaining section modulus, inline, level 2
rsm2_net_act - net remaining % section modulus (worst of inline vs. transverse), level 2
ansi_dia2
svg2 - svg pole defect graphic, level 1
msx3_act - defect-calculated remaining section modulus (moment-slope), transverse, level 3
msy3_act - defect-calculated remaining section modulus (moment-slope), inline, level 3
mix3_act - defect-calculated moment of inertia, transverse, level 3
miy3_act - defect-calculated moment of inertia, inline, level 3
area3_act - defect-calculated remaining area, level 3
rsmx3_act - defect-calculated % remaining section modulus, transverse, level 3
rsmy3_act - defect-calculated % remaining section modulus inline, level 3
rsm3_net_act - net remaining % section modulus (worst of inline vs. transverse), level 3
ansi_dia3
svg3 - svg pole defect graphic, level 1
msx1_ansi
msy1_ansi
mix1_ansi
miy1_ansi
area1_ansi
rsmx1_ansi
rsmy1_ansi
rsm1_net_ansi
msx2_ansi
msy2_ansi
mix2_ansi
miy2_ansi
area2_ansi
rsmx2_ansi
rsmy2_ansi
rsm2_net_ansi
msx3_ansi
msy3_ansi
mix3_ansi
miy3_ansi
area3_ansi
rsmx3_ansi
rsmy3_ansi
rsm3_net_ansi
msx1_org
msy1_org
mix1_org
miy1_org
area1_org
msx2_org
msy2_org
mix2_org
miy2_org
area2_org
msx3_org
msy3_org
mix3_org
miy3_org
area3_org
dia1
dia2
dia3
circ1
circ2
circ3
dist_gl1
dist_gl2
dist_gl3
ansiLength
ansiClass
ansiSpecies
description
fiberStrength
isLinearTaper
poleName
userEmbedment
poleId
l1_d1_type
l1_d1_param1
l1_d1_param2
l1_d1_param3
l1_d1_param4
l1_d2_type
l1_d2_param1
l1_d2_param2
l1_d2_param3
l1_d2_param4
l1_d3_type
l1_d3_param1
l1_d3_param2
l1_d3_param3
l1_d3_param4
l1_d4_type
l1_d4_param1
l1_d4_param2
l1_d4_param3
l1_d4_param4
l2_d1_type
l2_d1_param1
l2_d1_param2
l2_d1_param3
l2_d1_param4
l2_d2_type
l2_d2_param1
l2_d2_param2
l2_d2_param3
l2_d2_param4
l2_d3_type
l2_d3_param1
l2_d3_param2
l2_d3_param3
l2_d3_param4
l2_d4_type
l2_d4_param1
l2_d4_param2
l2_d4_param3
l2_d4_param4
l3_d1_type
l3_d1_param1
l3_d1_param2
l3_d1_param3
l3_d1_param4
l3_d2_type
l3_d2_param1
l3_d2_param2
l3_d2_param3
l3_d2_param4
l3_d3_type
l3_d3_param1
l3_d3_param2
l3_d3_param3
l3_d3_param4
l3_d4_type
l3_d4_param1
l3_d4_param2
l3_d4_param3
l3_d4_param4