RDII Analyst, SWMM5 and ICM SE - Diagram of R, T and K parameters for RDII

RDII Analyst, SWMM5 and ICM SE - Diagram of R, T and K parameters for RDII.  RDII Analyst in H2OMap SWMM and #InfoSWMM can export using the SWMM5 Export Exchange tool SWMM5 files with calibrated RTK parameters for #SWMM5 and #InfoWorks_ICM




Comments

  1. BennyJanuary 6, 2017 at 2:56 AM

    You will forgive me, but I fail to rolex replica sale, that given you have already taken the money from my account, and everything has been fully paid, why you need to see my visa card. The replica watches sale is in your account, you took more than you were authorized to do from my VISA Capital One card, so why can't you simply send the replica watches sale to me as they have been fully paid? Whilst I understand that you need to take certain precautions against fraud, I equally have a rolex replica sale with providing my details for the same reasons, and in particular, given that my friend Vic didn't need to provide his card rolex replica sale. As such, I don't want to waste any more of my time, so unless you can't forward the replica watches sale with immediate rolex replica uk, please credit my VISA Capital One credit card with the full amount that is due. I have to say that I am bitterly rolex replica sale with the appalling way I have been treated by your company, and the fact that you took more money from my card than you were rolex replica to do. Can you please email to confirm which action you will take, as I will need to respond accordingly.

    ReplyDelete

Post a Comment

Popular posts from this blog

More St Venant Equations in #SWMM5

Image
This blog shows the relationship between the terms dq1, dq2, dq3 and dq4 in the SWMM5 code and the St. Venant Partial Differential Equations. dq2 = Time Step * Area wtd * (Head Downstream – Head Upstream) / Link Length or dq2 = Time Step * Area wtd * (HGL) / Link Length Qnew = (Qold – dq2 + dq3 + dq4) / ( 1 + dq1) when the force main is full dq3 and dq4 are zero and Qnew = (Qold – dq2) / ( 1 + dq1) The dq4 term in dynamic.c uses the area upstream (a1) and area downstream (a2), the midpoint velocity, the sigma factor (a function of the link Froude number), the link length and the time step or dq4 = Time Step * Velocity * Velocity * (a2 – a1) / Link Length * Sigma the dq3 term in dynamic.c uses the current midpoint area (a function of the midpoint depth), the sigma factor and the midpoint velocity dq3 = 2 * Velocity * ( Amid(current iteration) – Amid (last time step) * Sigma dq1 = Time Step * RoughFactor / Rwtd^1.333 * |Velocity| The weighted area (Awtd) is used in the dq2 term of the St...
Read more

GUI Compilation Note for the #SWMM 5.1.x Delphi Code

Image
This is for Students who want to make their own customized version of the SWMM5 GUI Interface. You can use the  Embarcadero Starter Version for XE2 to XE7.  Here are the main files you download from the EPA There may be a problem with teechart and the starter version - see the note here  http://docwiki.embarcadero.com/RADStudio/XE7/en/FireMonkey_and_TeeChart   I got it work in XE7 but I did have to remove XPPRINTER references from the Delphi code.   CONTENTS OF SWMM5.1.007_GUI.ZIP ============================= Note from the EPA : This archive contains source code for the Windows graphical user interface portion of Version 5.1.007 of the Storm Water Management Model (SWMM). The interface was written using Embarcadero's Delphi XE2 (www.embarcadero.com). The name of the Delphi project containing the code is Epaswmm5. All of the files for the project can be found  in the GUI5_1_007.ZIP file within this archive. Before the Epaswmm5 project can be loaded into Del...
Read more