SMF - Just Installed!
Started by Medeek, November 07, 2015, 03:06:39 AM
0 Members and 11 Guests are viewing this topic.
Quote from: Medeek on March 01, 2017, 09:48:52 AMHopefully a few of you will take me up on this offer since I am really curious to see how the plugin is actually being used by real architects and designers.
Quote from: Medeek on May 30, 2017, 01:56:27 PMHopefully the plugin made it quicker and easier to generate the roof geometry, that is the intent at least. I really need to get to work on the wall plugin to round out my plugin family.
Quote from: Medeek on May 30, 2017, 01:56:27 PMI am interested in these drop-heel trusses you have described. Please feel free to email me some pictures or drawings, I am not familiar with this configuration but if it something that I'm missing from the plugin I would definitely be interested in adding it in.
gamma2 = 3.14159265358979 * 0.5 - @Philength2 = @Pldim2 * 0.5 -1p3x = @Swx4 + length2 * (cos(@Theta2) / cos(gamma2 - @Theta2))p3y = @Swy4 - length2 * (sin(@Theta2) / cos(gamma2 - @Theta2))p2x = p3x - (@Tcd + length2) * cos(gamma2)p2y = p3y + (@Tcd + length2) * sin(gamma2)p1x = p2x - @Pldim2 * cos(@Phi)p1y = p2y - @Pldim2 * sin(@Phi)length4 = sqrt((@Strx4 - p1x)*(@Strx4 - p1x) + (@Stry4 - p1y)*(@Stry4 - p1y))zeta2 = atan((p1y - @Stry4)/(@Strx4 - p1x))length3 = length4 * sin(zeta2 + @Theta3) / sin(3.14159265358979 * 0.5 + @Phi - @Theta3)p4x = p1x + length3 * cos(gamma2)p4y = p1y - length3 * sin(gamma2)if @Theta2 > gamma2 p2x = p3x - ((@Tcd + length2) / (cos(@Theta2 - gamma2))) * cos(@Theta2) p2y = p3y + ((@Tcd + length2) / (cos(@Theta2 - gamma2))) * sin(@Theta2)end