BEAVRS v3.0
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liangjg
parent
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commit
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818 changed files with 104557 additions and 0 deletions
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docs/specifications/scripts/arrow_dims.ods
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docs/specifications/scripts/arrow_dims.ods
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docs/specifications/scripts/axials.ods
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docs/specifications/scripts/axials.ods
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docs/specifications/scripts/corefig.py
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docs/specifications/scripts/corefig.py
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docs/specifications/scripts/make_assy_figs.py
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docs/specifications/scripts/make_assy_figs.py
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#!/usr/bin/env python
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import sys
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import os
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try:
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base = sys.argv[1]
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except:
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base = ".."
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seq = ['A','B','C','D','E','F','G','H','I','J','K','L','M','N','O','P','Q']
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node_t = "\\renewcommand{{\Node{0}{1}}}{{{text}}}\n"
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node_link_t = "\\renewcommand{{\NodeLink{0}{1}}}{{{link}}}\n"
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node_fill_t = "\\renewcommand{{\NodeFill{0}{1}}}{{{fill}}}\n"
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fig_str = r"""\begin{{figure}}[htpb]
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\centering
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\hypertarget{{{label}_target}}{{}}
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\begin{{tikzpicture}}[draw=black, x=\Size,y=\Size, scale={scale}]
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\foreach \col/\colLetter in \Sequence {{%
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\foreach \row/\rowLetter in \Sequence{{%
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\pgfmathtruncatemacro{{\value}}{{\col+\NumOfColumns*(\row-1)}}
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\def\NodeText{{\expandafter\csname Node\rowLetter\colLetter\endcsname}}
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\def\NodeLink{{\expandafter\csname NodeLink\rowLetter\colLetter\endcsname}}
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\def\NodeFill{{\expandafter\csname NodeFill\rowLetter\colLetter\endcsname}}
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\node [Square, hyperlink node=\NodeLink, fill=\NodeFill] at ($(\col,-\row)-(0.5,0.5)$) {{\NodeText}};
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}}
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}}
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{extra}
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\end{{tikzpicture}}
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\caption[{altcap}]{{{caption} Source: {source} \label{{{label}}}}}
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\end{{figure}}"""
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GTU = ("G","fig_guidetube_pin","yellow!40")
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INS = ("I","fig_instr_pin","white")
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BA = ("B","fig_ba_pin","red!40")
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default = ("","fig_fuel_pin","blue!10")
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################################################################################
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################################################################################
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################################################################################
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# Cycle 1
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######################## 6 BA assembly
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outp = os.path.join(base,"specifications{0}assy{0}figs{0}6ba.tex".format(os.sep))
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outStr = ""
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for r,R in enumerate(seq):
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for c,C in enumerate(seq):
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node = default
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# Guide tube positions
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if r+1 == 4 and c+1 == 4: node = BA
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if r+1 == 3 and c+1 == 6: node = BA
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if r+1 == 3 and c+1 == 9: node = GTU
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if r+1 == 3 and c+1 == 12: node = BA
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if r+1 == 4 and c+1 == 14: node = BA
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if r+1 == 6 and c+1 == 3: node = BA
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if r+1 == 6 and c+1 == 6: node = GTU
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if r+1 == 6 and c+1 == 9: node = GTU
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if r+1 == 6 and c+1 == 12: node = GTU
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if r+1 == 6 and c+1 == 15: node = BA
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if r+1 == 9 and c+1 == 3: node = GTU
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if r+1 == 9 and c+1 == 6: node = GTU
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if r+1 == 9 and c+1 == 9: node = INS
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if r+1 == 9 and c+1 == 12: node = GTU
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if r+1 == 9 and c+1 == 15: node = GTU
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if r+1 == 12 and c+1 == 3: node = GTU
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if r+1 == 12 and c+1 == 6: node = GTU
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if r+1 == 12 and c+1 == 9: node = GTU
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if r+1 == 12 and c+1 == 12: node = GTU
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if r+1 == 12 and c+1 == 15: node = GTU
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if r+1 == 14 and c+1 == 4: node = GTU
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if r+1 == 15 and c+1 == 6: node = GTU
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if r+1 == 15 and c+1 == 9: node = GTU
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if r+1 == 15 and c+1 == 12: node = GTU
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if r+1 == 14 and c+1 == 14: node = GTU
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outStr += node_t.format(R,C,text=node[0])
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outStr += node_link_t.format(R,C,link=node[1])
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outStr += node_fill_t.format(R,C,fill=node[2])
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e = " \\draw[->,thick] (8.5,-1) -- (8.5,0);\n \\node[anchor=south] at (8.5,0) {Core Center};"
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outStr += fig_str.format(extra=e,scale=1,altcap="The 6BA burnable absorber configuration.",caption="The 6BA burnable absorber configuration. Blank locations denote fuel rods, \\textbf{G} denotes a guide tube location, \\textbf{B} denotes a burnable absorber rod, and \\textbf{I} denotes a guide tube position that might contain an instrument tube.",label="ass_6ba",
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source=r"\ref{num:sheet_BPs}")
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with open(outp,'w') as fh:
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fh.write(outStr)
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######################## 12 BA assembly
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outp = os.path.join(base,"specifications{0}assy{0}figs{0}12ba.tex".format(os.sep))
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outStr = ""
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for r,R in enumerate(seq):
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for c,C in enumerate(seq):
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node = default
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# Guide tube positions
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if r+1 == 4 and c+1 == 4: node = BA
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if r+1 == 3 and c+1 == 6: node = BA
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if r+1 == 3 and c+1 == 9: node = GTU
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if r+1 == 3 and c+1 == 12: node = BA
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if r+1 == 4 and c+1 == 14: node = BA
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if r+1 == 6 and c+1 == 3: node = BA
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if r+1 == 6 and c+1 == 6: node = GTU
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if r+1 == 6 and c+1 == 9: node = GTU
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if r+1 == 6 and c+1 == 12: node = GTU
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if r+1 == 6 and c+1 == 15: node = BA
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if r+1 == 9 and c+1 == 3: node = GTU
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if r+1 == 9 and c+1 == 6: node = GTU
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if r+1 == 9 and c+1 == 9: node = INS
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if r+1 == 9 and c+1 == 12: node = GTU
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if r+1 == 9 and c+1 == 15: node = GTU
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if r+1 == 12 and c+1 == 3: node = BA
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if r+1 == 12 and c+1 == 6: node = GTU
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if r+1 == 12 and c+1 == 9: node = GTU
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if r+1 == 12 and c+1 == 12: node = GTU
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if r+1 == 12 and c+1 == 15: node = BA
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if r+1 == 14 and c+1 == 4: node = BA
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if r+1 == 15 and c+1 == 6: node = BA
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if r+1 == 15 and c+1 == 9: node = GTU
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if r+1 == 15 and c+1 == 12: node = BA
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if r+1 == 14 and c+1 == 14: node = BA
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outStr += node_t.format(R,C,text=node[0])
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outStr += node_link_t.format(R,C,link=node[1])
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outStr += node_fill_t.format(R,C,fill=node[2])
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outStr += fig_str.format(extra="",scale=1,altcap="The 12BA burnable absorber configuration for cycle 1.",caption="The 12BA burnable absorber configuration for cycle 1. Blank locations denote fuel rods, \\textbf{G} denotes a guide tube location, \\textbf{B} denotes a burnable absorber rod, and \\textbf{I} denotes a guide tube position that might contain an instrument tube.",label="ass_12ba",
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source=r"\ref{num:sheet_BPs}")
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with open(outp,'w') as fh:
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fh.write(outStr)
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######################## 15 BA assembly
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outp = os.path.join(base,"specifications{0}assy{0}figs{0}15ba.tex".format(os.sep))
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outStr = ""
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for r,R in enumerate(seq):
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for c,C in enumerate(seq):
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node = default
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# Guide tube positions
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if r+1 == 4 and c+1 == 4: node = BA
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if r+1 == 3 and c+1 == 6: node = BA
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if r+1 == 3 and c+1 == 9: node = BA
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if r+1 == 3 and c+1 == 12: node = BA
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if r+1 == 4 and c+1 == 14: node = GTU
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if r+1 == 6 and c+1 == 3: node = BA
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if r+1 == 6 and c+1 == 6: node = BA
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if r+1 == 6 and c+1 == 9: node = BA
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if r+1 == 6 and c+1 == 12: node = BA
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if r+1 == 6 and c+1 == 15: node = GTU
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if r+1 == 9 and c+1 == 3: node = BA
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if r+1 == 9 and c+1 == 6: node = BA
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if r+1 == 9 and c+1 == 9: node = INS
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if r+1 == 9 and c+1 == 12: node = BA
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if r+1 == 9 and c+1 == 15: node = GTU
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if r+1 == 12 and c+1 == 3: node = BA
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if r+1 == 12 and c+1 == 6: node = BA
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if r+1 == 12 and c+1 == 9: node = BA
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if r+1 == 12 and c+1 == 12: node = BA
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if r+1 == 12 and c+1 == 15: node = GTU
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if r+1 == 14 and c+1 == 4: node = GTU
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if r+1 == 15 and c+1 == 6: node = GTU
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if r+1 == 15 and c+1 == 9: node = GTU
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if r+1 == 15 and c+1 == 12: node = GTU
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if r+1 == 14 and c+1 == 14: node = GTU
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outStr += node_t.format(R,C,text=node[0])
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outStr += node_link_t.format(R,C,link=node[1])
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outStr += node_fill_t.format(R,C,fill=node[2])
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e = " \\draw[->,thick] (0,-1) -- (-1,0);\n \\node[anchor=south] at (-1,0) {Core Center};"
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outStr += fig_str.format(extra=e,scale=1,altcap="The 15BA burnable absorber configuration.",caption="The 15BA burnable absorber configuration. Blank locations denote fuel rods, \\textbf{G} denotes a guide tube location, \\textbf{B} denotes a burnable absorber rod, and \\textbf{I} denotes a guide tube position that might contain an instrument tube.",label="ass_15ba",
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source=r"\ref{num:sheet_BPs}")
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with open(outp,'w') as fh:
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fh.write(outStr)
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######################## 16 BA assembly
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outp = os.path.join(base,"specifications{0}assy{0}figs{0}16ba.tex".format(os.sep))
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outStr = ""
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for r,R in enumerate(seq):
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for c,C in enumerate(seq):
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node = default
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# Guide tube positions
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if r+1 == 4 and c+1 == 4: node = BA
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if r+1 == 3 and c+1 == 6: node = BA
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if r+1 == 3 and c+1 == 9: node = BA
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if r+1 == 3 and c+1 == 12: node = BA
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if r+1 == 4 and c+1 == 14: node = BA
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if r+1 == 6 and c+1 == 3: node = BA
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if r+1 == 6 and c+1 == 6: node = GTU
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if r+1 == 6 and c+1 == 9: node = GTU
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if r+1 == 6 and c+1 == 12: node = GTU
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if r+1 == 6 and c+1 == 15: node = BA
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if r+1 == 9 and c+1 == 3: node = BA
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if r+1 == 9 and c+1 == 6: node = GTU
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if r+1 == 9 and c+1 == 9: node = INS
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if r+1 == 9 and c+1 == 12: node = GTU
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if r+1 == 9 and c+1 == 15: node = BA
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if r+1 == 12 and c+1 == 3: node = BA
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if r+1 == 12 and c+1 == 6: node = GTU
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if r+1 == 12 and c+1 == 9: node = GTU
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if r+1 == 12 and c+1 == 12: node = GTU
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if r+1 == 12 and c+1 == 15: node = BA
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if r+1 == 14 and c+1 == 4: node = BA
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if r+1 == 15 and c+1 == 6: node = BA
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if r+1 == 15 and c+1 == 9: node = BA
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if r+1 == 15 and c+1 == 12: node = BA
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if r+1 == 14 and c+1 == 14: node = BA
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outStr += node_t.format(R,C,text=node[0])
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outStr += node_link_t.format(R,C,link=node[1])
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outStr += node_fill_t.format(R,C,fill=node[2])
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outStr += fig_str.format(extra="",scale=1,altcap="The 16BA burnable absorber configuration.",caption="The 16BA burnable absorber configuration. Blank locations denote fuel rods, \\textbf{G} denotes a guide tube location, \\textbf{B} denotes a burnable absorber rod, and \\textbf{I} denotes a guide tube position that might contain an instrument tube.",label="ass_16ba",
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source=r"\ref{num:sheet_BPs}")
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with open(outp,'w') as fh:
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fh.write(outStr)
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######################## 20 BA assembly
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outp = os.path.join(base,"specifications{0}assy{0}figs{0}20ba.tex".format(os.sep))
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outStr = ""
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for r,R in enumerate(seq):
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for c,C in enumerate(seq):
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node = default
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# Guide tube positions
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if r+1 == 4 and c+1 == 4: node = BA
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if r+1 == 3 and c+1 == 6: node = BA
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if r+1 == 3 and c+1 == 9: node = BA
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if r+1 == 3 and c+1 == 12: node = BA
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if r+1 == 4 and c+1 == 14: node = BA
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if r+1 == 6 and c+1 == 3: node = BA
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if r+1 == 6 and c+1 == 6: node = BA
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if r+1 == 6 and c+1 == 9: node = GTU
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if r+1 == 6 and c+1 == 12: node = BA
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if r+1 == 6 and c+1 == 15: node = BA
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if r+1 == 9 and c+1 == 3: node = BA
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if r+1 == 9 and c+1 == 6: node = GTU
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if r+1 == 9 and c+1 == 9: node = INS
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if r+1 == 9 and c+1 == 12: node = GTU
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if r+1 == 9 and c+1 == 15: node = BA
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if r+1 == 12 and c+1 == 3: node = BA
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if r+1 == 12 and c+1 == 6: node = BA
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if r+1 == 12 and c+1 == 9: node = GTU
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if r+1 == 12 and c+1 == 12: node = BA
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if r+1 == 12 and c+1 == 15: node = BA
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if r+1 == 14 and c+1 == 4: node = BA
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if r+1 == 15 and c+1 == 6: node = BA
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if r+1 == 15 and c+1 == 9: node = BA
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if r+1 == 15 and c+1 == 12: node = BA
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if r+1 == 14 and c+1 == 14: node = BA
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outStr += node_t.format(R,C,text=node[0])
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outStr += node_link_t.format(R,C,link=node[1])
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outStr += node_fill_t.format(R,C,fill=node[2])
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outStr += fig_str.format(extra="",scale=1,altcap="The 20BA burnable absorber configuration.",caption="The 20BA burnable absorber configuration. Blank locations denote fuel rods, \\textbf{G} denotes a guide tube location, \\textbf{B} denotes a burnable absorber rod, and \\textbf{I} denotes a guide tube position that might contain an instrument tube.",label="ass_20ba",
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source=r"\ref{num:sheet_BPs}")
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with open(outp,'w') as fh:
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fh.write(outStr)
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################################################################################
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################################################################################
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################################################################################
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# Cycle 2
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######################## 4 BA assembly
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nba = 4
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outp = os.path.join(base,"specifications{0}assy{0}figs{0}{1}ba.tex".format(os.sep,nba))
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outStr = ""
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for r,R in enumerate(seq):
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for c,C in enumerate(seq):
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node = default
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# Guide tube positions
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if r+1 == 4 and c+1 == 4: node = BA
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if r+1 == 3 and c+1 == 6: node = GTU
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if r+1 == 3 and c+1 == 9: node = GTU
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if r+1 == 3 and c+1 == 12: node = GTU
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if r+1 == 4 and c+1 == 14: node = BA
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if r+1 == 6 and c+1 == 3: node = GTU
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if r+1 == 6 and c+1 == 6: node = GTU
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if r+1 == 6 and c+1 == 9: node = GTU
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if r+1 == 6 and c+1 == 12: node = GTU
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if r+1 == 6 and c+1 == 15: node = GTU
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if r+1 == 9 and c+1 == 3: node = GTU
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if r+1 == 9 and c+1 == 6: node = GTU
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if r+1 == 9 and c+1 == 9: node = INS
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if r+1 == 9 and c+1 == 12: node = GTU
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if r+1 == 9 and c+1 == 15: node = GTU
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if r+1 == 12 and c+1 == 3: node = GTU
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if r+1 == 12 and c+1 == 6: node = GTU
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if r+1 == 12 and c+1 == 9: node = GTU
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if r+1 == 12 and c+1 == 12: node = GTU
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if r+1 == 12 and c+1 == 15: node = GTU
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if r+1 == 14 and c+1 == 4: node = BA
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if r+1 == 15 and c+1 == 6: node = GTU
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if r+1 == 15 and c+1 == 9: node = GTU
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if r+1 == 15 and c+1 == 12: node = GTU
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if r+1 == 14 and c+1 == 14: node = BA
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outStr += node_t.format(R,C,text=node[0])
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outStr += node_link_t.format(R,C,link=node[1])
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outStr += node_fill_t.format(R,C,fill=node[2])
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outStr += fig_str.format(extra="",scale=1,altcap="The {0}BA burnable absorber configuration.".format(nba),caption="The {0}BA burnable absorber configuration. Blank locations denote fuel rods, \\textbf{{G}} denotes a guide tube location, \\textbf{{B}} denotes a burnable absorber rod, and \\textbf{{I}} denotes a guide tube position that might contain an instrument tube.".format(nba),label="ass_{0}ba".format(nba),
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source=r"\ref{num:sheet_BPs}")
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with open(outp,'w') as fh:
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fh.write(outStr)
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######################## 8 BA assembly
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nba = 8
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outp = os.path.join(base,"specifications{0}assy{0}figs{0}{1}ba.tex".format(os.sep,nba))
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outStr = ""
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for r,R in enumerate(seq):
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for c,C in enumerate(seq):
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node = default
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# Guide tube positions
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if r+1 == 4 and c+1 == 4: node = BA
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if r+1 == 3 and c+1 == 6: node = GTU
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if r+1 == 3 and c+1 == 9: node = GTU
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||||
if r+1 == 3 and c+1 == 12: node = GTU
|
||||
if r+1 == 4 and c+1 == 14: node = BA
|
||||
|
||||
if r+1 == 6 and c+1 == 3: node = GTU
|
||||
if r+1 == 6 and c+1 == 6: node = GTU
|
||||
if r+1 == 6 and c+1 == 9: node = BA
|
||||
if r+1 == 6 and c+1 == 12: node = GTU
|
||||
if r+1 == 6 and c+1 == 15: node = GTU
|
||||
|
||||
if r+1 == 9 and c+1 == 3: node = GTU
|
||||
if r+1 == 9 and c+1 == 6: node = BA
|
||||
if r+1 == 9 and c+1 == 9: node = INS
|
||||
if r+1 == 9 and c+1 == 12: node = BA
|
||||
if r+1 == 9 and c+1 == 15: node = GTU
|
||||
|
||||
if r+1 == 12 and c+1 == 3: node = GTU
|
||||
if r+1 == 12 and c+1 == 6: node = GTU
|
||||
if r+1 == 12 and c+1 == 9: node = BA
|
||||
if r+1 == 12 and c+1 == 12: node = GTU
|
||||
if r+1 == 12 and c+1 == 15: node = GTU
|
||||
|
||||
if r+1 == 14 and c+1 == 4: node = BA
|
||||
if r+1 == 15 and c+1 == 6: node = GTU
|
||||
if r+1 == 15 and c+1 == 9: node = GTU
|
||||
if r+1 == 15 and c+1 == 12: node = GTU
|
||||
if r+1 == 14 and c+1 == 14: node = BA
|
||||
|
||||
outStr += node_t.format(R,C,text=node[0])
|
||||
outStr += node_link_t.format(R,C,link=node[1])
|
||||
outStr += node_fill_t.format(R,C,fill=node[2])
|
||||
|
||||
outStr += fig_str.format(extra="",scale=1,altcap="The {0}BA burnable absorber configuration.".format(nba),caption="The {0}BA burnable absorber configuration. Blank locations denote fuel rods, \\textbf{{G}} denotes a guide tube location, \\textbf{{B}} denotes a burnable absorber rod, and \\textbf{{I}} denotes a guide tube position that might contain an instrument tube.".format(nba),label="ass_{0}ba".format(nba),
|
||||
source=r"\ref{num:sheet_BPs}")
|
||||
|
||||
with open(outp,'w') as fh:
|
||||
fh.write(outStr)
|
||||
|
||||
######################## 12 BA assembly
|
||||
nba = 12
|
||||
outp = os.path.join(base,"specifications{0}assy{0}figs{0}{1}ba_c2.tex".format(os.sep,nba))
|
||||
|
||||
outStr = ""
|
||||
for r,R in enumerate(seq):
|
||||
for c,C in enumerate(seq):
|
||||
node = default
|
||||
|
||||
# Guide tube positions
|
||||
if r+1 == 4 and c+1 == 4: node = GTU
|
||||
if r+1 == 3 and c+1 == 6: node = BA
|
||||
if r+1 == 3 and c+1 == 9: node = GTU
|
||||
if r+1 == 3 and c+1 == 12: node = BA
|
||||
if r+1 == 4 and c+1 == 14: node = GTU
|
||||
|
||||
if r+1 == 6 and c+1 == 3: node = BA
|
||||
if r+1 == 6 and c+1 == 6: node = GTU
|
||||
if r+1 == 6 and c+1 == 9: node = BA
|
||||
if r+1 == 6 and c+1 == 12: node = GTU
|
||||
if r+1 == 6 and c+1 == 15: node = BA
|
||||
|
||||
if r+1 == 9 and c+1 == 3: node = GTU
|
||||
if r+1 == 9 and c+1 == 6: node = BA
|
||||
if r+1 == 9 and c+1 == 9: node = INS
|
||||
if r+1 == 9 and c+1 == 12: node = BA
|
||||
if r+1 == 9 and c+1 == 15: node = GTU
|
||||
|
||||
if r+1 == 12 and c+1 == 3: node = BA
|
||||
if r+1 == 12 and c+1 == 6: node = GTU
|
||||
if r+1 == 12 and c+1 == 9: node = BA
|
||||
if r+1 == 12 and c+1 == 12: node = GTU
|
||||
if r+1 == 12 and c+1 == 15: node = BA
|
||||
|
||||
if r+1 == 14 and c+1 == 4: node = GTU
|
||||
if r+1 == 15 and c+1 == 6: node = BA
|
||||
if r+1 == 15 and c+1 == 9: node = GTU
|
||||
if r+1 == 15 and c+1 == 12: node = BA
|
||||
if r+1 == 14 and c+1 == 14: node = GTU
|
||||
|
||||
outStr += node_t.format(R,C,text=node[0])
|
||||
outStr += node_link_t.format(R,C,link=node[1])
|
||||
outStr += node_fill_t.format(R,C,fill=node[2])
|
||||
|
||||
outStr += fig_str.format(extra="",scale=1,altcap="The {0}BA burnable absorber configuration for cycle 2.".format(nba),caption="The {0}BA burnable absorber configuration for cycle 2. Blank locations denote fuel rods, \\textbf{{G}} denotes a guide tube location, \\textbf{{B}} denotes a burnable absorber rod, and \\textbf{{I}} denotes a guide tube position that might contain an instrument tube.".format(nba),label="ass_{0}ba_c2".format(nba),
|
||||
source=r"\ref{num:sheet_BPs}")
|
||||
|
||||
with open(outp,'w') as fh:
|
||||
fh.write(outStr)
|
||||
|
||||
572
docs/specifications/scripts/make_axial_figs.py
Normal file
572
docs/specifications/scripts/make_axial_figs.py
Normal file
|
|
@ -0,0 +1,572 @@
|
|||
#!/usr/bin/env python
|
||||
|
||||
from __future__ import division
|
||||
|
||||
import sys
|
||||
import os
|
||||
|
||||
fig_t = r"""\begin{{figure}}[htbp]
|
||||
\centering
|
||||
\begin{{tikzpicture}}[scale={scale},x=1in,y=1in]{tikzpic}
|
||||
{matrix}
|
||||
\end{{tikzpicture}}
|
||||
|
||||
|
||||
\caption[{shortcap}]{{{caption}\label{{{label}}}}}
|
||||
\end{{figure}}"""
|
||||
|
||||
matrix_t = r""" \matrix [matrix of nodes,row sep=0,column sep=0]
|
||||
{{{rows}
|
||||
}};
|
||||
"""
|
||||
|
||||
row_t = """\n \draw (-1,{bot}) rectangle (1,{top}); & {fill} \\\\"""
|
||||
|
||||
## <!--- axials copied straight from rod_axials.ods
|
||||
# Core Structures
|
||||
struct_LowestExtent = "0.00000" #
|
||||
struct_SupportPlate_bot = "20.0000" # arbitrary amount of water below core
|
||||
struct_SupportPlate_top = "25.0000" # guessed
|
||||
struct_LowerNozzle_bot = "25.0000" # same as struct_SupportPlate_top
|
||||
struct_LowerNozzle_top = "35.0000" # approx from ** NDR of 4.088in for lower nozzle height
|
||||
struct_UpperNozzle_bot = "423.049" # fig 4.2-3 from Watts Bar Unit 2 safety analysis report
|
||||
struct_UpperNozzle_top = "431.876" # fig 4.2-3 from Watts Bar Unit 2 safety analysis report
|
||||
struct_HighestExtent = "460.000" # arbitrary amount of water above core
|
||||
|
||||
# Fuel Rod
|
||||
fuel_Rod_bot = "35.0000" # same as struct_LowerNozzle_top
|
||||
fuel_LowerFitting_bot = "35.0000" # ML033530020 Fig 2-7
|
||||
fuel_LowerFitting_top = "36.7480" # ML033530020 Fig 2-7
|
||||
fuel_ActiveFuel_bot = "36.7480" # ML033530020 Fig 2-7
|
||||
fuel_ActiveFuel_top = "402.508" # ML033530020 Fig 2-7
|
||||
fuel_Plenum_bot = "402.508" # ML033530020 Fig 2-7
|
||||
fuel_Plenum_top = "417.164" # ML033530020 Fig 2-7
|
||||
fuel_UpperFitting_bot = "417.164" # ML033530020 Fig 2-7
|
||||
fuel_UpperFitting_top = "419.704" # ML033530020 Fig 2-7
|
||||
fuel_Rod_top = "419.704" # ML033530020 Fig 2-7
|
||||
|
||||
# RCCAs (0 steps withdraw, i.e., fully inserted)
|
||||
rcca_Rod_bot = "39.9580" # ML033530020 Fig 2-8
|
||||
rcca_LowerFitting_bot = "39.9580" # ML033530020 Fig 2-8
|
||||
rcca_LowerFitting_top = "41.8280" # ML033530020 Fig 2-8
|
||||
rcca_AIC_bot = "41.8280" # ML033530020 Fig 2-8
|
||||
rcca_AIC_top = "143.428" # ML033530020 Fig 2-8
|
||||
rcca_B4C_bot = "143.428" # ML033530020 Fig 2-8
|
||||
rcca_B4C_top = "402.508" # ML033530020 Fig 2-8
|
||||
rcca_Spacer_bot = "402.508" # ML033530020 Fig 2-8
|
||||
rcca_Spacer_top = "403.778" # ML033530020 Fig 2-8
|
||||
rcca_Plenum_bot = "403.778" # ML033530020 Fig 2-8
|
||||
rcca_Plenum_top = "415.558" # ML033530020 Fig 2-8
|
||||
rcca_Rod_top = "460.000" # same as struct_HighestExtent
|
||||
rcca_StepWidth = "1.58193" # Active height divided into 228 steps
|
||||
|
||||
# BPRAs
|
||||
bpra_Rod_bot = "38.6600" # ML033530020 Fig 2-9
|
||||
bpra_LowerFitting_bot = "38.6600" # ML033530020 Fig 2-9
|
||||
bpra_LowerFitting_top = "40.5580" # ML033530020 Fig 2-9
|
||||
bpra_Active_bot = "40.5580" # ML033530020 Fig 2-9
|
||||
bpra_Active_top = "401.238" # ML033530020 Fig 2-9
|
||||
bpra_Plenum_bot = "401.238" # ML033530020 Fig 2-9
|
||||
bpra_Plenum_top = "421.532" # ML033530020 Fig 2-9
|
||||
bpra_Rod_top = "431.876" # same as struct_UpperNozzle_top
|
||||
|
||||
# Guide Tube
|
||||
gt_Rod_bot = "35.0000" # same as fuel_Rod_bot
|
||||
gt_Dashpot_bot = "35.0000" #
|
||||
gt_Dashpot_top = "39.9580" # same as rcca_Rod_bot for full insertion
|
||||
gt_Upper_bot = "39.9580" #
|
||||
gt_Upper_top = "423.049" # same as struct_UpperNozzle_bot
|
||||
gt_Rod_top = "423.049" #
|
||||
|
||||
# Intrument Tube
|
||||
instr_Rod_bot = "35.0000" # same as fuel_Rod_bot
|
||||
instr_Rod_top = "423.049" # same as struct_UpperNozzle_bot
|
||||
|
||||
# Grid Spacers (centers provided by utiliy) (heights 1.65 top/bottom, 2.25 intermediate)
|
||||
grid1_bot = "37.1621" #
|
||||
grid1_top = "40.5200" #
|
||||
grid2_bot = "98.0250" #
|
||||
grid2_top = "103.740" #
|
||||
grid3_bot = "150.222" #
|
||||
grid3_top = "155.937" #
|
||||
grid4_bot = "202.419" #
|
||||
grid4_top = "208.134" #
|
||||
grid5_bot = "254.616" #
|
||||
grid5_top = "260.331" #
|
||||
grid6_bot = "306.813" #
|
||||
grid6_top = "312.528" #
|
||||
grid7_bot = "359.010" #
|
||||
grid7_top = "364.725" #
|
||||
grid8_bot = "411.806" #
|
||||
grid8_top = "415.164" #
|
||||
|
||||
## -- axials copied straight from rod_axials.ods -->
|
||||
|
||||
# order doesn't matter here: this will be put into a dictionary
|
||||
all_planes= [ ['Lowest Extent', struct_LowestExtent],
|
||||
['Bottom of Support Plate', struct_SupportPlate_bot],
|
||||
['Top of Support Plate', struct_SupportPlate_top],
|
||||
['Bottom of Fuel Rod', fuel_Rod_bot],
|
||||
['Bottom of Active Fuel', fuel_ActiveFuel_bot],
|
||||
['Grid 1 Bottom', grid1_bot],
|
||||
['Bot. of BPRA Rod', bpra_Rod_bot],
|
||||
['Control Rod Step 0', rcca_Rod_bot],
|
||||
['Bottom of Active Absorber', bpra_Active_bot],
|
||||
['Grid 1 Top', grid1_top],
|
||||
['Grid 2 Bottom', grid2_bot],
|
||||
['Grid 2 Top', grid2_top],
|
||||
['Grid 3 Bottom', grid3_bot],
|
||||
['Grid 3 Top', grid3_top],
|
||||
['Grid 4 Bottom', grid4_bot],
|
||||
['Grid 4 Top', grid4_top],
|
||||
['Grid 5 Bottom', grid5_bot],
|
||||
['Grid 5 Top', grid5_top],
|
||||
['Grid 6 Bottom', grid6_bot],
|
||||
['Grid 6 Top', grid6_top],
|
||||
['Grid 7 Bottom', grid7_bot],
|
||||
['Grid 7 Top', grid7_top],
|
||||
['Top of Active Absorber', bpra_Active_top],
|
||||
['Top of Active Fuel', fuel_ActiveFuel_top],
|
||||
['Control Rod Step 228', '{:.6g}'.format(float(rcca_StepWidth)*228+float(rcca_Rod_bot))],
|
||||
['Grid 8 Bottom', grid8_bot],
|
||||
['Grid 8 Top', grid8_top],
|
||||
['Top of Fuel Rod Plenum', fuel_UpperFitting_bot],
|
||||
['Top of BPRA Rod Plenum', bpra_Plenum_top],
|
||||
['Top of Fuel Rod', fuel_Rod_top],
|
||||
['Bottom of Upper Nozzle', struct_UpperNozzle_bot],
|
||||
['Top of Upper Nozzle', struct_UpperNozzle_top],
|
||||
['Highest Extent', struct_HighestExtent],]
|
||||
|
||||
all_planes += [['Bottom of Lower Absorber (AIC)', rcca_AIC_bot],
|
||||
['Bottom of Upper Absorber (B4C)', rcca_B4C_bot],
|
||||
['Bottom of Spacer', rcca_Spacer_bot],
|
||||
['Bottom of Control Rod Plenum', rcca_Plenum_bot],
|
||||
['Top of Control Rod Plenum', rcca_Plenum_top],]
|
||||
|
||||
# convert into a dictionary for use in figures
|
||||
d = {}
|
||||
d.update(all_planes)
|
||||
all_planes = d
|
||||
|
||||
def main(base):
|
||||
|
||||
make_aggregate_fig(base)
|
||||
make_fuel_rod(base)
|
||||
make_gtu_rod(base)
|
||||
make_instr_rod(base)
|
||||
make_ba_rod(base)
|
||||
make_cr_rod(base)
|
||||
|
||||
|
||||
def make_aggregate_fig(base):
|
||||
|
||||
outp = os.path.join(base,"specifications{0}axial{0}figs{0}all_axials.tex".format(os.sep))
|
||||
|
||||
cap = "\emph{Left}: Scale view of row 8 axial cross section, with highlighted grid spacers and partial insertion of control rod bank D to the bite position. \emph{Right}: exhaustive list of all axial planes used in the model, excluding partial control rod insertion planes."
|
||||
scap = "Scale view of all axial planes."
|
||||
l = "fig_all_axials"
|
||||
s = 1
|
||||
|
||||
# if the planes change, this is the only place to update them
|
||||
|
||||
axials = [ 'Lowest Extent',
|
||||
'Bottom of Support Plate',
|
||||
'Bottom of Fuel Rod',
|
||||
'Bottom of Active Fuel',
|
||||
'Grid 1 Bottom',
|
||||
'Bot. of BPRA Rod',
|
||||
'Control Rod Step 0',
|
||||
'Grid 1 Top',
|
||||
'Bottom of Active Absorber',
|
||||
'Bottom of Lower Absorber (AIC)',
|
||||
'Grid 2 Bottom',
|
||||
'Grid 2 Top',
|
||||
'Grid 3 Bottom',
|
||||
'Grid 3 Top',
|
||||
'Grid 4 Bottom',
|
||||
'Grid 4 Top',
|
||||
'Grid 5 Bottom',
|
||||
'Grid 5 Top',
|
||||
'Grid 6 Bottom',
|
||||
'Grid 6 Top',
|
||||
'Grid 7 Bottom',
|
||||
'Grid 7 Top',
|
||||
'Control Rod Step 228',
|
||||
'Top of Active Absorber',
|
||||
'Top of Active Fuel',
|
||||
'Bottom of Control Rod Plenum',
|
||||
'Grid 8 Bottom',
|
||||
'Grid 8 Top',
|
||||
'Top of Control Rod Plenum',
|
||||
'Top of Fuel Rod Plenum',
|
||||
'Top of Fuel Rod',
|
||||
'Top of BPRA Rod Plenum',
|
||||
'Bottom of Upper Nozzle',
|
||||
'Top of Upper Nozzle',
|
||||
'Highest Extent']
|
||||
|
||||
# get ordered list
|
||||
axials = [[a,all_planes[a]] for a in axials]
|
||||
|
||||
# desired figure height
|
||||
figH = 4.0
|
||||
|
||||
# actual figure dimentions in inches
|
||||
picH = 27.774
|
||||
picW = 27.774
|
||||
|
||||
figW = figH*picW/picH
|
||||
|
||||
barrelIR = 161.2773*figH/float(axials[-1][1])
|
||||
|
||||
tikzpic = r"""
|
||||
\draw[white] (-{1},-{2}) rectangle ({1},{2});
|
||||
\node {{\pgftext{{\includegraphics[width={0}in]{{specifications/axial/figs/row_8_mats_axial_grids_enhanced.png}}}}}};""".format(
|
||||
figW,figW/2,figH/2)
|
||||
for i,ax in enumerate(axials):
|
||||
tikzpic += "\n \draw[red] ({0},{1}) -- ({2},{1}) -- ({3},{4}) -- ({6},{4}) node[black,right,anchor=west,font=\scriptsize] {{{5}}};".format(
|
||||
barrelIR,
|
||||
float(ax[1])*figH/float(axials[-1][1])-figH/2,
|
||||
figW/2+0.2,
|
||||
figW/2+0.4,
|
||||
figH*i/(len(axials)-1)-figH/2,
|
||||
"~{0} ~~~~~~~~ {1}".format(ax[1],ax[0]),
|
||||
figW/2+0.55)
|
||||
tikzpic += "\n \draw ({0},{1}) node[left,anchor=west,font=\scriptsize] {{\underline{{Elevation (cm)}} ~~~ \underline{{Description}}}};".format(figW/2+0.4,figH/2 + figH/(len(axials)-1))
|
||||
|
||||
mat = ""
|
||||
|
||||
|
||||
|
||||
outStr = fig_t.format(tikzpic=tikzpic,matrix=mat,shortcap=scap,caption=cap,label=l,scale=s)
|
||||
|
||||
with open(outp,'w') as fh:
|
||||
fh.write(outStr)
|
||||
|
||||
|
||||
|
||||
def make_fuel_rod(base):
|
||||
|
||||
outp = os.path.join(base,"specifications{0}axial{0}figs{0}fuel_rod.tex".format(os.sep))
|
||||
|
||||
cap = "Fuel rod pincell axial specification."
|
||||
scap = "Fuel rod pincell axial specification"
|
||||
l = "fig_fuel_axials"
|
||||
s = 1
|
||||
|
||||
figH = 5.0
|
||||
width = 3
|
||||
|
||||
# the third entry is the text above the specified plane
|
||||
## changed so the axial height here isn't used - the global all_planes is
|
||||
axials = [ ['Lowest Extent', '0', 'Water', 'mat_water', r""],
|
||||
['Bottom of Support Plate', '50.8', 'Nozzle / Support Plate Stainless Steel', 'mat_ss_spn', r"\ref{num:missing}"],
|
||||
['Bottom of Fuel Rod', '66.18352', 'Zircaloy Pin', 'mat_zirc', r"\ref{num:catawba}"],
|
||||
['Bottom of Active Fuel', '67.02172', 'Fuel Rod Pincell', 'fig_fuel_pin', r"\ref{num:fuelheight}"],
|
||||
['Grid 1 Bottom', '68.16472', 'Fuel Rod Pincell w/ Grid', 'grid_spec', r"\ref{num:grid_spacer}"],
|
||||
['Grid 1 Top', '71.5226', 'Fuel Rod Pincell', 'fig_fuel_pin', r"\ref{num:fuelheight}"],
|
||||
['Grid 2 Bottom', '130.21692', 'Fuel Rod Pincell w/ Grid', 'grid_spec', r"\ref{num:grid_spacer}"],
|
||||
['Grid 2 Top', '133.5748', 'Fuel Rod Pincell', 'fig_fuel_pin', r"\ref{num:fuelheight}"],
|
||||
['Grid 3 Bottom', '182.41392', 'Fuel Rod Pincell w/ Grid', 'grid_spec', r"\ref{num:grid_spacer}"],
|
||||
['Grid 3 Top', '185.7718', 'Fuel Rod Pincell', 'fig_fuel_pin', r"\ref{num:fuelheight}"],
|
||||
['Grid 4 Bottom', '234.61092', 'Fuel Rod Pincell w/ Grid', 'grid_spec', r"\ref{num:grid_spacer}"],
|
||||
['Grid 4 Top', '237.9688', 'Fuel Rod Pincell', 'fig_fuel_pin', r"\ref{num:fuelheight}"],
|
||||
['Grid 5 Bottom', '286.80792', 'Fuel Rod Pincell w/ Grid', 'grid_spec', r"\ref{num:grid_spacer}"],
|
||||
['Grid 5 Top', '290.1658', 'Fuel Rod Pincell', 'fig_fuel_pin', r"\ref{num:fuelheight}"],
|
||||
['Grid 6 Bottom', '339.00492', 'Fuel Rod Pincell w/ Grid', 'grid_spec', r"\ref{num:grid_spacer}"],
|
||||
['Grid 6 Top', '342.3628', 'Fuel Rod Pincell', 'fig_fuel_pin', r"\ref{num:fuelheight}"],
|
||||
['Grid 7 Bottom', '391.20192', 'Fuel Rod Pincell w/ Grid', 'grid_spec', r"\ref{num:grid_spacer}"],
|
||||
['Grid 7 Top', '394.5598', 'Fuel Rod Pincell', 'fig_fuel_pin', r"\ref{num:fuelheight}"],
|
||||
['Top of Active Fuel', '432.78172', 'Fuel Rod Plenum Pincell', 'fig_fuel_pin', r"\ref{num:catawba}"],
|
||||
['Grid 8 Bottom', '443.50052', 'Fuel Rod Plenum Pincell w/ Grid', 'grid_spec', r"\ref{num:grid_spacer}"],
|
||||
['Grid 8 Top', '446.8584', 'Fuel Rod Plenum Pincell', 'fig_fuel_pin', r"\ref{num:catawba}"],
|
||||
['Top of Fuel Rod Plenum', '452.23812', 'Zircaloy Pin', 'mat_zirc', r"\ref{num:catawba}"],
|
||||
['Top of Fuel Rod', '454.29552', 'Water', 'mat_water', r"\ref{num:catawba}"],
|
||||
['Bottom of Upper Nozzle', '457.6407', 'Nozzle / Support Plate Stainless Steel', 'mat_ss_spn', r"\ref{num:watts_bar}"],
|
||||
['Top of Upper Nozzle', '466.4672', 'Water', 'mat_water', r"\ref{num:watts_bar}"],
|
||||
['Highest Extent', '517.2672', 'Water', 'mat_water', ''],]
|
||||
axials = [[a[0],all_planes[a[0]],a[2],a[3],a[4]] for a in axials]
|
||||
|
||||
mat = ""
|
||||
|
||||
|
||||
tikzpic = ""
|
||||
for i,ax in enumerate(axials[:-1]):
|
||||
tikzpic += """\n \\node[inner sep=0pt,
|
||||
text width={w} in,
|
||||
minimum size={h} in,
|
||||
draw=black,
|
||||
align=center,
|
||||
shift={{(0,{s})}},
|
||||
hyperlink node={hyper}] (n{0}) {{{fill}}};""".format(i,fill=ax[2],w=width,h=figH/(len(axials)-1),s=i*figH/(len(axials)-1),hyper=ax[3])
|
||||
tikzpic += """\n \draw[->] ({w2},{h}) node[right,anchor=west] {{{text}}} -- ({w},{h});""".format(w=width/2,h=(i-0.5)*figH/(len(axials)-1),w2=width/2+0.2,text="{0} ~~~~~~~ {1}".format(ax[1],ax[0]))
|
||||
tikzpic += """\n \\node[anchor=east] (s{0}) at (n{0}.west) {{{1}}};""".format(i,ax[4])
|
||||
tikzpic += """\n \\path let \p1 = (n{0}.west) in node[anchor=west] (source) at (\\x1,{h}) {{\underline{{Source Reference}}}};""".format(i,w=0,h=(len(axials)-0.5)*figH/(len(axials)-1),)
|
||||
tikzpic += """\n \draw[->] (source.west) -| (s{0}.north);""".format(i)
|
||||
tikzpic += """\n \draw[->] ({w2},{h}) node[right,anchor=west] {{{text}}} -- ({w},{h});""".format(w=width/2,h=(len(axials)-1.5)*figH/(len(axials)-1),w2=width/2+0.2,text="{0} ~~~~~~~ {1}".format(axials[-1][1],axials[-1][0]))
|
||||
tikzpic += """\n \draw ({w},{h}) node[right,anchor=west] {{{text}}};""".format(w=width/2,h=(len(axials)-0.5)*figH/(len(axials)-1),
|
||||
text="\underline{Elevation (cm)} ~ \underline{Description}")
|
||||
|
||||
outStr = fig_t.format(tikzpic=tikzpic,matrix=mat,shortcap=scap,caption=cap,label=l,scale=s)
|
||||
|
||||
with open(outp,'w') as fh:
|
||||
fh.write(outStr)
|
||||
|
||||
|
||||
def make_gtu_rod(base):
|
||||
|
||||
outp = os.path.join(base,"specifications{0}axial{0}figs{0}guide_tube.tex".format(os.sep))
|
||||
|
||||
cap = "Empty guide tube pincell axial specification."
|
||||
scap = "Empty guide tube pincell axial specification"
|
||||
l = "fig_gtu_axials"
|
||||
s = 1
|
||||
|
||||
figH = 5.0
|
||||
width = 3
|
||||
|
||||
# the third entry is the text above the specified plane
|
||||
## changed so the axial height here isn't used - the global all_planes is
|
||||
axials = [ ['Lowest Extent', '0', 'Water', 'mat_water', r""],
|
||||
['Bottom of Support Plate', '20.0', 'Nozzle / Support Plate Borated Water', 'mat_water_spn', r"\ref{num:missing}"],
|
||||
['Bottom of Fuel Rod', '66.18352', 'Dashpot Guide Tube', 'fig_guidetube_da_pin', r"\ref{num:gtu_axials}"],
|
||||
['Grid 1 Bottom', '68.16472', 'Dashpot Guide Tube w/ Grid', 'grid_spec', r"\ref{num:grid_spacer}"],
|
||||
['Control Rod Step 0', '71.5226', 'Guide Tube Pincell', 'fig_guidetube_pin', r"\ref{num:gtu_axials}"],
|
||||
['Grid 1 Top', '74.59092', 'Dashpot Guide Tube', 'fig_guidetube_da_pin', r"\ref{num:gtu_axials}"],
|
||||
['Grid 2 Bottom', '130.21692', 'Guide Tube Pincell w/ Grid', 'grid_spec', r"\ref{num:grid_spacer}"],
|
||||
['Grid 2 Top', '133.5748', 'Guide Tube Pincell', 'fig_guidetube_pin', r"\ref{num:gtu_axials}"],
|
||||
['Grid 3 Bottom', '182.41392', 'Guide Tube Pincell w/ Grid', 'grid_spec', r"\ref{num:grid_spacer}"],
|
||||
['Grid 3 Top', '185.7718', 'Guide Tube Pincell', 'fig_guidetube_pin', r"\ref{num:gtu_axials}"],
|
||||
['Grid 4 Bottom', '234.61092', 'Guide Tube Pincell w/ Grid', 'grid_spec', r"\ref{num:grid_spacer}"],
|
||||
['Grid 4 Top', '237.9688', 'Guide Tube Pincell', 'fig_guidetube_pin', r"\ref{num:gtu_axials}"],
|
||||
['Grid 5 Bottom', '286.80792', 'Guide Tube Pincell w/ Grid', 'grid_spec', r"\ref{num:grid_spacer}"],
|
||||
['Grid 5 Top', '290.1658', 'Guide Tube Pincell', 'fig_guidetube_pin', r"\ref{num:gtu_axials}"],
|
||||
['Grid 6 Bottom', '339.00492', 'Guide Tube Pincell w/ Grid', 'grid_spec', r"\ref{num:grid_spacer}"],
|
||||
['Grid 6 Top', '342.3628', 'Guide Tube Pincell', 'fig_guidetube_pin', r"\ref{num:gtu_axials}"],
|
||||
['Grid 7 Bottom', '391.20192', 'Guide Tube Pincell w/ Grid', 'grid_spec', r"\ref{num:grid_spacer}"],
|
||||
['Grid 7 Top', '394.5598', 'Guide Tube Pincell', 'fig_guidetube_pin', r"\ref{num:gtu_axials}"],
|
||||
['Grid 8 Bottom', '443.50052', 'Guide Tube Pincell w/ Grid', 'grid_spec', r"\ref{num:grid_spacer}"],
|
||||
['Grid 8 Top', '446.8584', 'Guide Tube Pincell', 'fig_guidetube_pin', r"\ref{num:gtu_axials}"],
|
||||
['Bottom of Upper Nozzle', '517.2672', 'Nozzle / Support Plate Borated Water', 'mat_water_spn', r"\ref{num:watts_bar}"],
|
||||
['Top of Upper Nozzle', '517.2672', 'Water', 'mat_water', r"\ref{num:watts_bar}"],
|
||||
['Highest Extent', '517.2672', 'Water', 'mat_water', ''],]
|
||||
axials = [[a[0],all_planes[a[0]],a[2],a[3],a[4]] for a in axials]
|
||||
|
||||
mat = ""
|
||||
|
||||
|
||||
tikzpic = ""
|
||||
for i,ax in enumerate(axials[:-1]):
|
||||
tikzpic += """\n \\node[inner sep=0pt,
|
||||
text width={w} in,
|
||||
minimum size={h} in,
|
||||
draw=black,
|
||||
align=center,
|
||||
shift={{(0,{s})}},
|
||||
hyperlink node={hyper}] (n{0}) {{{fill}}};""".format(i,fill=ax[2],w=width,h=figH/(len(axials)-1),s=i*figH/(len(axials)-1),hyper=ax[3])
|
||||
tikzpic += """\n \draw[->] ({w2},{h}) node[right,anchor=west] {{{text}}} -- ({w},{h});""".format(w=width/2,h=(i-0.5)*figH/(len(axials)-1),w2=width/2+0.2,text="{0} ~~~~~~~ {1}".format(ax[1],ax[0]))
|
||||
tikzpic += """\n \\node[anchor=east] (s{0}) at (n{0}.west) {{{1}}};""".format(i,ax[4])
|
||||
tikzpic += """\n \\path let \p1 = (n{0}.west) in node[anchor=west] (source) at (\\x1,{h}) {{\underline{{Source Reference}}}};""".format(i,w=0,h=(len(axials)-0.5)*figH/(len(axials)-1),)
|
||||
tikzpic += """\n \draw[->] (source.west) -| (s{0}.north);""".format(i)
|
||||
tikzpic += """\n \draw ({w},{h}) node[right,anchor=west] {{{text}}};""".format(w=width/2,h=(len(axials)-0.5)*figH/(len(axials)-1),
|
||||
text="\underline{Elevation (cm)} ~ \underline{Description}")
|
||||
|
||||
outStr = fig_t.format(tikzpic=tikzpic,matrix=mat,shortcap=scap,caption=cap,label=l,scale=s)
|
||||
|
||||
|
||||
with open(outp,'w') as fh:
|
||||
fh.write(outStr)
|
||||
|
||||
|
||||
def make_instr_rod(base):
|
||||
|
||||
outp = os.path.join(base,"specifications{0}axial{0}figs{0}instr_tube.tex".format(os.sep))
|
||||
|
||||
cap = "Instrument tube pincell axial specification."
|
||||
scap = "Instrument tube pincell axial specification"
|
||||
l = "fig_instr_axials"
|
||||
s = 1
|
||||
|
||||
figH = 5.0
|
||||
width = 3
|
||||
|
||||
# the third entry is the text above the specified plane
|
||||
## changed so the axial height here isn't used - the global all_planes is
|
||||
axials = [ ['Lowest Extent', '0', 'Bare Instr. Tube', 'fig_instr_pin_bare', r"\ref{num:instr_axials}"],
|
||||
['Bottom of Support Plate', '20.0', 'Support Plate / Nozzle Borated Water', 'mat_water_spn', r"\ref{num:missing}"],
|
||||
['Bottom of Fuel Rod', '66.18352', 'Instr. Tube Pincell', 'fig_instr_pin', r"\ref{num:instr_axials}"],
|
||||
['Grid 1 Bottom', '68.16472', 'Instr. Tube Pincell w/ Grid', 'grid_spec', r"\ref{num:grid_spacer}"],
|
||||
['Grid 1 Top', '71.5226', 'Instr. Tube Pincell', 'fig_instr_pin', r"\ref{num:instr_axials}"],
|
||||
['Grid 2 Bottom', '130.21692', 'Instr. Tube Pincell w/ Grid', 'grid_spec', r"\ref{num:grid_spacer}"],
|
||||
['Grid 2 Top', '133.5748', 'Instr. Tube Pincell', 'fig_instr_pin', r"\ref{num:instr_axials}"],
|
||||
['Grid 3 Bottom', '182.41392', 'Instr. Tube Pincell w/ Grid', 'grid_spec', r"\ref{num:grid_spacer}"],
|
||||
['Grid 3 Top', '185.7718', 'Instr. Tube Pincell', 'fig_instr_pin', r"\ref{num:instr_axials}"],
|
||||
['Grid 4 Bottom', '234.61092', 'Instr. Tube Pincell w/ Grid', 'grid_spec', r"\ref{num:grid_spacer}"],
|
||||
['Grid 4 Top', '237.9688', 'Instr. Tube Pincell', 'fig_instr_pin', r"\ref{num:instr_axials}"],
|
||||
['Grid 5 Bottom', '286.80792', 'Instr. Tube Pincell w/ Grid', 'grid_spec', r"\ref{num:grid_spacer}"],
|
||||
['Grid 5 Top', '290.1658', 'Instr. Tube Pincell', 'fig_instr_pin', r"\ref{num:instr_axials}"],
|
||||
['Grid 6 Bottom', '339.00492', 'Instr. Tube Pincell w/ Grid', 'grid_spec', r"\ref{num:grid_spacer}"],
|
||||
['Grid 6 Top', '342.3628', 'Instr. Tube Pincell', 'fig_instr_pin', r"\ref{num:instr_axials}"],
|
||||
['Grid 7 Bottom', '391.20192', 'Instr. Tube Pincell w/ Grid', 'grid_spec', r"\ref{num:grid_spacer}"],
|
||||
['Grid 7 Top', '394.5598', 'Instr. Tube Pincell', 'fig_instr_pin', r"\ref{num:instr_axials}"],
|
||||
['Grid 8 Bottom', '443.50052', 'Instr. Tube Pincell w/ Grid', 'grid_spec', r"\ref{num:grid_spacer}"],
|
||||
['Grid 8 Top', '446.8584', 'Instr. Tube Pincell', 'fig_instr_pin', r"\ref{num:instr_axials}"],
|
||||
['Bottom of Upper Nozzle', '517.2672', 'Water', 'mat_water', r"\ref{num:watts_bar}"],
|
||||
['Highest Extent', '517.2672', '', '', ''],]
|
||||
axials = [[a[0],all_planes[a[0]],a[2],a[3],a[4]] for a in axials]
|
||||
|
||||
mat = ""
|
||||
|
||||
|
||||
tikzpic = ""
|
||||
for i,ax in enumerate(axials[:-1]):
|
||||
tikzpic += """\n \\node[inner sep=0pt,
|
||||
text width={w} in,
|
||||
minimum size={h} in,
|
||||
draw=black,
|
||||
align=center,
|
||||
shift={{(0,{s})}},
|
||||
hyperlink node={hyper}] (n{0}) {{{fill}}};""".format(i,fill=ax[2],w=width,h=figH/(len(axials)-1),s=i*figH/(len(axials)-1),hyper=ax[3])
|
||||
tikzpic += """\n \draw[->] ({w2},{h}) node[right,anchor=west] {{{text}}} -- ({w},{h});""".format(w=width/2,h=(i-0.5)*figH/(len(axials)-1),w2=width/2+0.2,text="{0} ~~~~~~~ {1}".format(ax[1],ax[0]))
|
||||
tikzpic += """\n \\node[anchor=east] (s{0}) at (n{0}.west) {{{1}}};""".format(i,ax[4])
|
||||
tikzpic += """\n \\path let \p1 = (n{0}.west) in node[anchor=west] (source) at (\\x1,{h}) {{\underline{{Source Reference}}}};""".format(i,w=0,h=(len(axials)-0.5)*figH/(len(axials)-1),)
|
||||
tikzpic += """\n \draw[->] (source.west) -| (s{0}.north);""".format(i)
|
||||
tikzpic += """\n \draw[->] ({w2},{h}) node[right,anchor=west] {{{text}}} -- ({w},{h});""".format(w=width/2,h=(len(axials)-1.5)*figH/(len(axials)-1),w2=width/2+0.2,text="{0} ~~~~~~~ {1}".format(axials[-1][1],axials[-1][0]))
|
||||
tikzpic += """\n \draw ({w},{h}) node[right,anchor=west] {{{text}}};""".format(w=width/2,h=(len(axials)-0.5)*figH/(len(axials)-1),
|
||||
text="\underline{Elevation (cm)} ~ \underline{Description}")
|
||||
|
||||
outStr = fig_t.format(tikzpic=tikzpic,matrix=mat,shortcap=scap,caption=cap,label=l,scale=s)
|
||||
|
||||
with open(outp,'w') as fh:
|
||||
fh.write(outStr)
|
||||
|
||||
|
||||
def make_ba_rod(base):
|
||||
|
||||
outp = os.path.join(base,"specifications{0}axial{0}figs{0}ba.tex".format(os.sep))
|
||||
|
||||
cap = "Burnable absorber pincell axial specification."
|
||||
scap = "Burnable absorber pincell axial specification"
|
||||
l = "fig_ba_axials"
|
||||
s = 1
|
||||
|
||||
figH = 6.0
|
||||
width = 3
|
||||
|
||||
# the third entry is the text above the specified plane
|
||||
## changed so the axial height here isn't used - the global all_planes is
|
||||
axials = [ ['Lowest Extent', '0', 'Water', 'mat_water', r""],
|
||||
['Bottom of Support Plate', '20.0', 'Support Plate / Nozzle Borated Water', 'mat_water_spn', r"\ref{num:missing}"],
|
||||
['Bottom of Fuel Rod', '', 'Dashpot Guide Tube', 'fig_guidetube_da_pin', r"\ref{num:gtu_axials}"],
|
||||
['Grid 1 Bottom', '68.16472', 'Dashpot Guide Tube w/ Grid', 'grid_spec', r"\ref{num:grid_spacer}"],
|
||||
['Bot. of BPRA Rod', '', 'SS Pin in Dashpot GT w/ Grid', 'mat_SS304', r"\ref{num:ba_axials}"],
|
||||
['Control Rod Step 0', '74.59092', 'SS Pin in GT w/ Grid', 'mat_SS304', r"\ref{num:ba_axials}"],
|
||||
['Grid 1 Top', '', 'Stainless Steel Pin in GT', 'mat_SS304', r"\ref{num:ba_axials}"],
|
||||
['Bottom of Active Absorber', '', 'Burnable Absorber Pincell', 'fig_ba_pin', r"\ref{num:ba_axials}"],
|
||||
['Grid 2 Bottom', '130.21692', 'Burnable Absorber Pincell w/ Grid', 'grid_spec', r"\ref{num:grid_spacer}"],
|
||||
['Grid 2 Top', '133.5748', 'Burnable Absorber Pincell', 'fig_ba_pin', r"\ref{num:ba_axials}"],
|
||||
['Grid 3 Bottom', '182.41392', 'Burnable Absorber Pincell w/ Grid', 'grid_spec', r"\ref{num:grid_spacer}"],
|
||||
['Grid 3 Top', '185.7718', 'Burnable Absorber Pincell', 'fig_ba_pin', r"\ref{num:ba_axials}"],
|
||||
['Grid 4 Bottom', '234.61092', 'Burnable Absorber Pincell w/ Grid', 'grid_spec', r"\ref{num:grid_spacer}"],
|
||||
['Grid 4 Top', '237.9688', 'Burnable Absorber Pincell', 'fig_ba_pin', r"\ref{num:ba_axials}"],
|
||||
['Grid 5 Bottom', '286.80792', 'Burnable Absorber Pincell w/ Grid', 'grid_spec', r"\ref{num:grid_spacer}"],
|
||||
['Grid 5 Top', '290.1658', 'Burnable Absorber Pincell', 'fig_ba_pin', r"\ref{num:ba_axials}"],
|
||||
['Grid 6 Bottom', '339.00492', 'Burnable Absorber Pincell w/ Grid', 'grid_spec', r"\ref{num:grid_spacer}"],
|
||||
['Grid 6 Top', '342.3628', 'Burnable Absorber Pincell', 'fig_ba_pin', r"\ref{num:ba_axials}"],
|
||||
['Grid 7 Bottom', '391.20192', 'Burnable Absorber Pincell w/ Grid', 'grid_spec', r"\ref{num:grid_spacer}"],
|
||||
['Grid 7 Top', '394.5598', 'Burnable Absorber Pincell', 'fig_ba_pin', r"\ref{num:ba_axials}"],
|
||||
['Top of Active Absorber', '', 'BPRA Rod Plenum Pincell', 'fig_ba_pin_plenum', r"\ref{num:ba_axials}"],
|
||||
['Grid 8 Bottom', '443.50052', 'BPRA Rod Plenum Pincell w/ Grid', 'grid_spec', r"\ref{num:grid_spacer}"],
|
||||
['Grid 8 Top', '446.8584', 'BPRA Rod Upper Plenum Pincell', 'fig_ba_pin_plenum', r"\ref{num:ba_axials}"],
|
||||
['Top of BPRA Rod Plenum', '454.29552', 'Stainless Steel Pin in GT','mat_SS304', r"\ref{num:ba_axials}"],
|
||||
['Bottom of Upper Nozzle', '', 'Stainless Steel Pin','mat_SS304', r"\ref{num:ba_axials}"],
|
||||
['Top of Upper Nozzle', '454.29552', 'Water','mat_water', r"\ref{num:watts_bar}"],
|
||||
['Highest Extent', '517.2672', '', '', ''],]
|
||||
axials = [[a[0],all_planes[a[0]],a[2],a[3],a[4]] for a in axials]
|
||||
|
||||
mat = ""
|
||||
|
||||
|
||||
tikzpic = ""
|
||||
for i,ax in enumerate(axials[:-1]):
|
||||
tikzpic += """\n \\node[inner sep=0pt,
|
||||
text width={w} in,
|
||||
minimum size={h} in,
|
||||
draw=black,
|
||||
align=center,
|
||||
shift={{(0,{s})}},
|
||||
hyperlink node={hyper}] (n{0}) {{{fill}}};""".format(i,fill=ax[2],w=width,h=figH/(len(axials)-1),s=i*figH/(len(axials)-1),hyper=ax[3])
|
||||
tikzpic += """\n \draw[->] ({w2},{h}) node[right,anchor=west] {{{text}}} -- ({w},{h});""".format(w=width/2,h=(i-0.5)*figH/(len(axials)-1),w2=width/2+0.2,text="{0} ~~~~~~~ {1}".format(ax[1],ax[0]))
|
||||
tikzpic += """\n \\node[anchor=east] (s{0}) at (n{0}.west) {{{1}}};""".format(i,ax[4])
|
||||
tikzpic += """\n \\path let \p1 = (n{0}.west) in node[anchor=west] (source) at (\\x1,{h}) {{\underline{{Source Reference}}}};""".format(i,w=0,h=(len(axials)-0.5)*figH/(len(axials)-1),)
|
||||
tikzpic += """\n \draw[->] (source.west) -| (s{0}.north);""".format(i)
|
||||
tikzpic += """\n \draw[->] ({w2},{h}) node[right,anchor=west] {{{text}}} -- ({w},{h});""".format(w=width/2,h=(len(axials)-1.5)*figH/(len(axials)-1),w2=width/2+0.2,text="{0} ~~~~~~~ {1}".format(axials[-1][1],axials[-1][0]))
|
||||
tikzpic += """\n \draw ({w},{h}) node[right,anchor=west] {{{text}}};""".format(w=width/2,h=(len(axials)-0.5)*figH/(len(axials)-1),
|
||||
text="\underline{Elevation (cm)} ~ \underline{Description}")
|
||||
|
||||
outStr = fig_t.format(tikzpic=tikzpic,matrix=mat,shortcap=scap,caption=cap,label=l,scale=s)
|
||||
|
||||
with open(outp,'w') as fh:
|
||||
fh.write(outStr)
|
||||
|
||||
|
||||
def make_cr_rod(base):
|
||||
|
||||
outp = os.path.join(base,"specifications{0}axial{0}figs{0}cr.tex".format(os.sep))
|
||||
|
||||
cap = "Control rod pincell axial specification when fully-inserted. This only shows axial sections for the control rod itself, which is inside one of the guide tubes."
|
||||
scap = "Control rod pincell axial specification"
|
||||
l = "fig_cr_axials"
|
||||
s = 1
|
||||
|
||||
figH = 2.0
|
||||
width = 3.4
|
||||
|
||||
# the third entry is the text above the specified plane
|
||||
## changed so the axial height here isn't used - the global all_planes is
|
||||
axials = [ ['Lowest Extent', '0', 'Water', 'mat_water', r""],
|
||||
['Bottom of Support Plate', '20.0', 'Support Plate / Nozzle Borated Water', 'mat_water_spn', r"\ref{num:missing}"],
|
||||
['Bottom of Fuel Rod', '66.18352', 'Water', 'mat_water', r""],
|
||||
['Control Rod Step 0', '', 'Stainless Steel Pin', 'mat_SS304', r"\ref{num:control_rod_axials}"],
|
||||
['Bottom of Lower Absorber (AIC)', '', 'Control Rod Lower Absorber Pincell', 'fig_cr_pin', r"\ref{num:control_rod_axials}"],
|
||||
['Bottom of Upper Absorber (B4C)', '', 'Control Rod Upper Absorber Pincell', 'fig_cr_pin_upper', r"\ref{num:control_rod_axials}"],
|
||||
['Bottom of Spacer', '', 'Control Rod Spacer Pincell', 'fig_cr_pin_spacer', r"\ref{num:control_rod_axials}"],
|
||||
['Bottom of Control Rod Plenum', '', 'Control Rod Upper Plenum', 'fig_cr_pin_plenum', r"\ref{num:control_rod_axials}"],
|
||||
['Top of Control Rod Plenum', '', 'Stainless Steel Pin', 'mat_SS304', r"\ref{num:control_rod_axials}"],
|
||||
['Highest Extent', '517.2672', 'Water', 'mat_water', ''],]
|
||||
axials = [[a[0],all_planes[a[0]],a[2],a[3],a[4]] for a in axials]
|
||||
|
||||
mat = ""
|
||||
|
||||
tikzpic = ""
|
||||
for i,ax in enumerate(axials[:-1]):
|
||||
if ax[0] == 'Control Rod Step 0': ax[0] = 'Bottom of Control Rod'
|
||||
d = 'black'
|
||||
tikzpic += """\n \\node[inner sep=0pt,
|
||||
text width={w} in,
|
||||
minimum size={h} in,
|
||||
draw={draw},
|
||||
align=center,
|
||||
shift={{(0,{s})}},
|
||||
hyperlink node={hyper}] (n{0}) {{{fill}}};""".format(i,fill=ax[2],w=width,h=figH/(len(axials)-1),s=i*figH/(len(axials)-1),hyper=ax[3],draw=d)
|
||||
tikzpic += """\n \draw[->] ({w2},{h}) node[right,anchor=west] {{{text}}} -- ({w},{h});""".format(w=width/2,h=(i-0.5)*figH/(len(axials)-1),w2=width/2+0.2,text="{0} ~~~~~~~ {1}".format(ax[1],ax[0]))
|
||||
tikzpic += """\n \\node[anchor=east] (s{0}) at (n{0}.west) {{{1}}};""".format(i,ax[4])
|
||||
tikzpic += """\n \\path let \p1 = (n{0}.west) in node[anchor=west] (source) at (\\x1,{h}) {{\underline{{Source Reference}}}};""".format(i,w=0,h=(len(axials)-0.5)*figH/(len(axials)-1),)
|
||||
tikzpic += """\n \draw[->] (source.west) -| (s{0}.north);""".format(i)
|
||||
tikzpic += """\n \draw[->] ({w2},{h}) node[right,anchor=west] {{{text}}} -- ({w},{h});""".format(w=width/2,h=(len(axials)-1.5)*figH/(len(axials)-1),w2=width/2+0.2,text="{0} ~~~~~~~ {1}".format(axials[-1][1],axials[-1][0]))
|
||||
tikzpic += """\n \draw ({w},{h}) node[right,anchor=west] {{{text}}};""".format(w=width/2,h=(len(axials)-0.5)*figH/(len(axials)-1),
|
||||
text="\underline{Elevation (cm)} ~ \underline{Description}")
|
||||
|
||||
outStr = fig_t.format(tikzpic=tikzpic,matrix=mat,shortcap=scap,caption=cap,label=l,scale=s)
|
||||
|
||||
with open(outp,'w') as fh:
|
||||
fh.write(outStr)
|
||||
|
||||
|
||||
|
||||
if __name__ == "__main__":
|
||||
try:
|
||||
basedir = sys.argv[1]
|
||||
except:
|
||||
basedir = ".."
|
||||
main(basedir)
|
||||
361
docs/specifications/scripts/make_core_figs.py
Normal file
361
docs/specifications/scripts/make_core_figs.py
Normal file
|
|
@ -0,0 +1,361 @@
|
|||
#!/usr/bin/env python
|
||||
|
||||
from corefig import CoreFig
|
||||
|
||||
import sys
|
||||
import os
|
||||
|
||||
try:
|
||||
base = sys.argv[1]
|
||||
except:
|
||||
base = ".."
|
||||
|
||||
|
||||
################################################################################
|
||||
################################################################################
|
||||
################################################################################
|
||||
|
||||
caption = "Control rod and shutdown bank positions. Source: \\ref{num:assycore}"
|
||||
altcap = "Control rod and shutdown bank positions."
|
||||
label = "fig_cr_pos"
|
||||
out = os.path.join(base,"specifications{0}core{0}figs{0}cat_cr_pos".format(os.sep))
|
||||
|
||||
fig = CoreFig(caption,label,altcap=altcap)
|
||||
|
||||
fig.set_pos('M2','$\mathrm{S}_\mathrm{A}$')
|
||||
fig.set_pos('K2','$\mathrm{B}$')
|
||||
fig.set_pos('H2','$\mathrm{C}$')
|
||||
fig.set_pos('F2','$\mathrm{B}$')
|
||||
fig.set_pos('D2','$\mathrm{S}_\mathrm{A}$')
|
||||
|
||||
fig.set_pos('L3','$\mathrm{S}_\mathrm{D}$')
|
||||
fig.set_pos('J3','$\mathrm{S}_\mathrm{B}$')
|
||||
fig.set_pos('G3','$\mathrm{S}_\mathrm{B}$')
|
||||
fig.set_pos('E3','$\mathrm{S}_\mathrm{C}$')
|
||||
|
||||
fig.set_pos('P4','$\mathrm{S}_\mathrm{A}$')
|
||||
fig.set_pos('M4','$\mathrm{D}$')
|
||||
fig.set_pos('H4','$\mathrm{S}_\mathrm{E}$')
|
||||
fig.set_pos('D4','$\mathrm{D}$')
|
||||
fig.set_pos('B4','$\mathrm{S}_\mathrm{A}$')
|
||||
|
||||
fig.set_pos('N5','$\mathrm{S}_\mathrm{C}$')
|
||||
fig.set_pos('C5','$\mathrm{S}_\mathrm{D}$')
|
||||
|
||||
fig.set_pos('P6','$\mathrm{B}$')
|
||||
fig.set_pos('K6','$\mathrm{C}$')
|
||||
fig.set_pos('H6','$\mathrm{A}$')
|
||||
fig.set_pos('F6','$\mathrm{C}$')
|
||||
fig.set_pos('B6','$\mathrm{B}$')
|
||||
|
||||
fig.set_pos('N7','$\mathrm{S}_\mathrm{B}$')
|
||||
fig.set_pos('C7','$\mathrm{S}_\mathrm{B}$')
|
||||
|
||||
fig.set_pos('P8','$\mathrm{C}$')
|
||||
fig.set_pos('M8','$\mathrm{S}_\mathrm{E}$')
|
||||
fig.set_pos('K8','$\mathrm{A}$')
|
||||
fig.set_pos('H8','$\mathrm{D}$')
|
||||
fig.set_pos('F8','$\mathrm{A}$')
|
||||
fig.set_pos('D8','$\mathrm{S}_\mathrm{E}$')
|
||||
fig.set_pos('B8','$\mathrm{C}$')
|
||||
|
||||
fig.set_pos('N9','$\mathrm{S}_\mathrm{B}$')
|
||||
fig.set_pos('C9','$\mathrm{S}_\mathrm{B}$')
|
||||
|
||||
fig.set_pos('P10','$\mathrm{B}$')
|
||||
fig.set_pos('K10','$\mathrm{C}$')
|
||||
fig.set_pos('H10','$\mathrm{A}$')
|
||||
fig.set_pos('F10','$\mathrm{C}$')
|
||||
fig.set_pos('B10','$\mathrm{B}$')
|
||||
|
||||
fig.set_pos('N11','$\mathrm{S}_\mathrm{D}$')
|
||||
fig.set_pos('C11','$\mathrm{S}_\mathrm{C}$')
|
||||
|
||||
fig.set_pos('P12','$\mathrm{S}_\mathrm{A}$')
|
||||
fig.set_pos('M12','$\mathrm{D}$')
|
||||
fig.set_pos('H12','$\mathrm{S}_\mathrm{E}$')
|
||||
fig.set_pos('D12','$\mathrm{D}$')
|
||||
fig.set_pos('B12','$\mathrm{S}_\mathrm{A}$')
|
||||
|
||||
fig.set_pos('L13','$\mathrm{S}_\mathrm{C}$')
|
||||
fig.set_pos('J13','$\mathrm{S}_\mathrm{B}$')
|
||||
fig.set_pos('G13','$\mathrm{S}_\mathrm{B}$')
|
||||
fig.set_pos('E13','$\mathrm{S}_\mathrm{D}$')
|
||||
|
||||
fig.set_pos('M14','$\mathrm{S}_\mathrm{A}$')
|
||||
fig.set_pos('K14','$\mathrm{B}$')
|
||||
fig.set_pos('H14','$\mathrm{C}$')
|
||||
fig.set_pos('F14','$\mathrm{B}$')
|
||||
fig.set_pos('D14','$\mathrm{S}_\mathrm{A}$')
|
||||
|
||||
fig.write_fig(out+'.tex')
|
||||
|
||||
################################################################################
|
||||
|
||||
caption = "Instrument tube positions. Source: \\ref{num:instr_locs}"
|
||||
altcap = "Instrument tube positions."
|
||||
label = "fig_instr_pos"
|
||||
out = os.path.join(base,"specifications{0}core{0}figs{0}cat_instr_pos".format(os.sep))
|
||||
|
||||
fig = CoreFig(caption,label,altcap=altcap)
|
||||
|
||||
fig.set_pos('J1','$\circ$')
|
||||
fig.set_pos('F1','$\circ$')
|
||||
|
||||
fig.set_pos('N2','$\circ$')
|
||||
fig.set_pos('K2','$\circ$')
|
||||
fig.set_pos('H2','$\circ$')
|
||||
|
||||
fig.set_pos('H3','$\circ$')
|
||||
fig.set_pos('F3','$\circ$')
|
||||
fig.set_pos('D3','$\circ$')
|
||||
fig.set_pos('B3','$\circ$')
|
||||
|
||||
fig.set_pos('P4','$\circ$')
|
||||
fig.set_pos('N4','$\circ$')
|
||||
fig.set_pos('H4','$\circ$')
|
||||
|
||||
fig.set_pos('L5','$\circ$')
|
||||
fig.set_pos('G5','$\circ$')
|
||||
fig.set_pos('E5','$\circ$')
|
||||
fig.set_pos('C5','$\circ$')
|
||||
|
||||
fig.set_pos('R6','$\circ$')
|
||||
fig.set_pos('N6','$\circ$')
|
||||
fig.set_pos('K6','$\circ$')
|
||||
fig.set_pos('H6','$\circ$')
|
||||
fig.set_pos('B6','$\circ$')
|
||||
|
||||
fig.set_pos('M7','$\circ$')
|
||||
fig.set_pos('J7','$\circ$')
|
||||
fig.set_pos('F7','$\circ$')
|
||||
fig.set_pos('C7','$\circ$')
|
||||
|
||||
fig.set_pos('R8','$\circ$')
|
||||
fig.set_pos('N8','$\circ$')
|
||||
fig.set_pos('L8','$\circ$')
|
||||
fig.set_pos('J8','$\circ$')
|
||||
fig.set_pos('F8','$\circ$')
|
||||
fig.set_pos('D8','$\circ$')
|
||||
fig.set_pos('C8','$\circ$')
|
||||
fig.set_pos('B8','$\circ$')
|
||||
|
||||
fig.set_pos('P9','$\circ$')
|
||||
fig.set_pos('G9','$\circ$')
|
||||
fig.set_pos('E9','$\circ$')
|
||||
fig.set_pos('A9','$\circ$')
|
||||
|
||||
fig.set_pos('L10','$\circ$')
|
||||
fig.set_pos('J10','$\circ$')
|
||||
fig.set_pos('D10','$\circ$')
|
||||
|
||||
fig.set_pos('R11','$\circ$')
|
||||
fig.set_pos('L11','$\circ$')
|
||||
fig.set_pos('H11','$\circ$')
|
||||
fig.set_pos('E11','$\circ$')
|
||||
fig.set_pos('A11','$\circ$')
|
||||
|
||||
fig.set_pos('K12','$\circ$')
|
||||
fig.set_pos('G12','$\circ$')
|
||||
fig.set_pos('D12','$\circ$')
|
||||
|
||||
fig.set_pos('N13','$\circ$')
|
||||
fig.set_pos('L13','$\circ$')
|
||||
fig.set_pos('H13','$\circ$')
|
||||
fig.set_pos('B13','$\circ$')
|
||||
|
||||
fig.set_pos('N14','$\circ$')
|
||||
fig.set_pos('J14','$\circ$')
|
||||
fig.set_pos('F14','$\circ$')
|
||||
fig.set_pos('D14','$\circ$')
|
||||
|
||||
fig.set_pos('L15','$\circ$')
|
||||
fig.set_pos('H15','$\circ$')
|
||||
|
||||
fig.write_fig(out+'.tex')
|
||||
|
||||
################################################################################
|
||||
|
||||
# Cycle 1
|
||||
|
||||
caption = "Layout of fuel assemblies showing enrichment loading pattern and burnable absorber positions in cycle 1. Source: \\ref{num:assycore}"
|
||||
altcap = "Cycle 1 core enrichment zones and burnable absorber positions"
|
||||
label = "fig_enr_ba_pos"
|
||||
out = os.path.join(base,"specifications{0}core{0}figs{0}cat_enr_ba_zones".format(os.sep))
|
||||
|
||||
fig = CoreFig(caption,label,altcap=altcap)
|
||||
|
||||
fig.set_legend()
|
||||
|
||||
fig.set_pos('K1','6',hyper='ass_6ba_target')
|
||||
fig.set_pos('H1','6',hyper='ass_6ba_target')
|
||||
fig.set_pos('F1','6',hyper='ass_6ba_target')
|
||||
|
||||
fig.set_pos('L2','16',hyper='ass_16ba_target')
|
||||
fig.set_pos('J2','20',hyper='ass_20ba_target')
|
||||
fig.set_pos('G2','20',hyper='ass_20ba_target')
|
||||
fig.set_pos('E2','16',hyper='ass_16ba_target')
|
||||
|
||||
fig.set_pos('N3','15',hyper='ass_15ba_target')
|
||||
fig.set_pos('M3','16',hyper='ass_16ba_target')
|
||||
fig.set_pos('K3','16',hyper='ass_16ba_target')
|
||||
fig.set_pos('H3','16',hyper='ass_16ba_target')
|
||||
fig.set_pos('F3','16',hyper='ass_16ba_target')
|
||||
fig.set_pos('D3','16',hyper='ass_16ba_target')
|
||||
fig.set_pos('C3','15',hyper='ass_15ba_target')
|
||||
|
||||
fig.set_pos('N4','16',hyper='ass_16ba_target')
|
||||
fig.set_pos('L4','16',hyper='ass_16ba_target')
|
||||
fig.set_pos('J4','12',hyper='ass_12ba_target')
|
||||
fig.set_pos('G4','12',hyper='ass_12ba_target')
|
||||
fig.set_pos('E4','16',hyper='ass_16ba_target')
|
||||
fig.set_pos('C4','16',hyper='ass_16ba_target')
|
||||
|
||||
fig.set_pos('P5','16',hyper='ass_16ba_target')
|
||||
fig.set_pos('M5','16',hyper='ass_16ba_target')
|
||||
fig.set_pos('K5','12',hyper='ass_12ba_target')
|
||||
fig.set_pos('H5','12',hyper='ass_12ba_target')
|
||||
fig.set_pos('F5','12',hyper='ass_12ba_target')
|
||||
fig.set_pos('D5','16',hyper='ass_16ba_target')
|
||||
fig.set_pos('B5','16',hyper='ass_16ba_target')
|
||||
|
||||
fig.set_pos('R6','6',hyper='ass_6ba_target')
|
||||
fig.set_pos('N6','16',hyper='ass_16ba_target')
|
||||
fig.set_pos('L6','12',hyper='ass_12ba_target')
|
||||
fig.set_pos('J6','12',hyper='ass_12ba_target')
|
||||
fig.set_pos('G6','12',hyper='ass_12ba_target')
|
||||
fig.set_pos('E6','12',hyper='ass_12ba_target')
|
||||
fig.set_pos('C6','16',hyper='ass_16ba_target')
|
||||
fig.set_pos('A6','6',hyper='ass_6ba_target')
|
||||
|
||||
fig.set_pos('P7','20',hyper='ass_20ba_target')
|
||||
fig.set_pos('M7','12',hyper='ass_12ba_target')
|
||||
fig.set_pos('K7','12',hyper='ass_12ba_target')
|
||||
fig.set_pos('H7','16',hyper='ass_16ba_target')
|
||||
fig.set_pos('F7','12',hyper='ass_12ba_target')
|
||||
fig.set_pos('D7','12',hyper='ass_12ba_target')
|
||||
fig.set_pos('B7','20',hyper='ass_20ba_target')
|
||||
|
||||
fig.set_pos('R8','6',hyper='ass_6ba_target')
|
||||
fig.set_pos('N8','16',hyper='ass_16ba_target')
|
||||
fig.set_pos('L8','12',hyper='ass_12ba_target')
|
||||
fig.set_pos('J8','16',hyper='ass_16ba_target')
|
||||
fig.set_pos('G8','16',hyper='ass_16ba_target')
|
||||
fig.set_pos('E8','12',hyper='ass_12ba_target')
|
||||
fig.set_pos('C8','16',hyper='ass_16ba_target')
|
||||
fig.set_pos('A8','6',hyper='ass_6ba_target')
|
||||
|
||||
fig.set_pos('P9','20',hyper='ass_20ba_target')
|
||||
fig.set_pos('M9','12',hyper='ass_12ba_target')
|
||||
fig.set_pos('K9','12',hyper='ass_12ba_target')
|
||||
fig.set_pos('H9','16',hyper='ass_16ba_target')
|
||||
fig.set_pos('F9','12',hyper='ass_12ba_target')
|
||||
fig.set_pos('D9','12',hyper='ass_12ba_target')
|
||||
fig.set_pos('B9','20',hyper='ass_20ba_target')
|
||||
|
||||
fig.set_pos('R10','6',hyper='ass_6ba_target')
|
||||
fig.set_pos('N10','16',hyper='ass_16ba_target')
|
||||
fig.set_pos('L10','12',hyper='ass_12ba_target')
|
||||
fig.set_pos('J10','12',hyper='ass_12ba_target')
|
||||
fig.set_pos('G10','12',hyper='ass_12ba_target')
|
||||
fig.set_pos('E10','12',hyper='ass_12ba_target')
|
||||
fig.set_pos('C10','16',hyper='ass_16ba_target')
|
||||
fig.set_pos('A10','6',hyper='ass_6ba_target')
|
||||
|
||||
fig.set_pos('P11','16',hyper='ass_16ba_target')
|
||||
fig.set_pos('M11','16',hyper='ass_16ba_target')
|
||||
fig.set_pos('K11','12',hyper='ass_12ba_target')
|
||||
fig.set_pos('H11','12',hyper='ass_12ba_target')
|
||||
fig.set_pos('F11','12',hyper='ass_12ba_target')
|
||||
fig.set_pos('D11','16',hyper='ass_16ba_target')
|
||||
fig.set_pos('B11','16',hyper='ass_16ba_target')
|
||||
|
||||
fig.set_pos('N12','16',hyper='ass_16ba_target')
|
||||
fig.set_pos('L12','16',hyper='ass_16ba_target')
|
||||
fig.set_pos('J12','12',hyper='ass_12ba_target')
|
||||
fig.set_pos('G12','12',hyper='ass_12ba_target')
|
||||
fig.set_pos('E12','16',hyper='ass_16ba_target')
|
||||
fig.set_pos('C12','16',hyper='ass_16ba_target')
|
||||
|
||||
fig.set_pos('N13','15',hyper='ass_15ba_target')
|
||||
fig.set_pos('M13','16',hyper='ass_16ba_target')
|
||||
fig.set_pos('K13','16',hyper='ass_16ba_target')
|
||||
fig.set_pos('H13','16',hyper='ass_16ba_target')
|
||||
fig.set_pos('F13','16',hyper='ass_16ba_target')
|
||||
fig.set_pos('D13','16',hyper='ass_16ba_target')
|
||||
fig.set_pos('C13','15',hyper='ass_15ba_target')
|
||||
|
||||
fig.set_pos('L14','16',hyper='ass_16ba_target')
|
||||
fig.set_pos('J14','20',hyper='ass_20ba_target')
|
||||
fig.set_pos('G14','20',hyper='ass_20ba_target')
|
||||
fig.set_pos('E14','16',hyper='ass_16ba_target')
|
||||
|
||||
fig.set_pos('K15','6',hyper='ass_6ba_target')
|
||||
fig.set_pos('H15','6',hyper='ass_6ba_target')
|
||||
fig.set_pos('F15','6',hyper='ass_6ba_target')
|
||||
|
||||
fig.write_fig(out+'.tex')
|
||||
|
||||
################################################################################
|
||||
|
||||
# Cycle 2
|
||||
|
||||
caption = "Cycle 2 shuffling pattern, burnable absorber positions, and enrichment loading pattern of fresh assemblies. Sources: \\ref{num:assycore}, \\ref{num:c2shuffle}"
|
||||
altcap = "Cycle 2 shuffling pattern and burnable absorber positions"
|
||||
label = "fig_enr_ba_pos_c2"
|
||||
out = os.path.join(base,"specifications{0}core{0}figs{0}cat_enr_ba_zones_c2".format(os.sep))
|
||||
|
||||
fig = CoreFig(caption,label,altcap=altcap)
|
||||
|
||||
fig.set_cycle_2(True)
|
||||
fig.set_legend()
|
||||
|
||||
# pasted from excel spreadsheet
|
||||
a = """ L10 F F F F F E10
|
||||
G10 F F L02 P12 N03 B12 E02 F F J10
|
||||
F09 F N02 N10 F D11 R10 M11 F C10 C02 F K09
|
||||
F P03 L08 F M09 E15 G08 L15 D09 F H05 B03 F
|
||||
F05 F F03 F M04 F M03 A10 D03 F D04 F K03 F K05
|
||||
F P05 F G04 F N08 R09 G14 A09 H03 F J04 F B05 F
|
||||
F D02 E12 A11 N04 G01 B09 H15 J14 J01 C04 R11 L12 M02 F
|
||||
F N13 F15 H07 F01 B07 A08 F14 R08 P09 K15 H09 K01 C03 F
|
||||
F D14 E04 A05 N12 G15 G02 H01 P07 J15 C12 R05 L04 M14 F
|
||||
F P11 F G12 F H13 R07 J02 A07 C08 F J12 F B11 F
|
||||
F11 F F13 F M12 F M13 R06 D13 F D12 F K13 F K11
|
||||
F P13 H11 F M07 E01 J08 L01 D07 F E08 B13 F
|
||||
F07 F N14 N06 F D05 A06 M05 F C06 C14 F K07
|
||||
G06 F F L14 P04 C13 B04 E14 F F J06
|
||||
L06 F F F F F E06 """
|
||||
|
||||
col2lett = { 1:"R", 2:"P", 3:"N", 4:"M", 5:"L", 6:"K", 7:"J", 8:"H", 9:"G", 10:"F", 11:"E", 12:"D", 13:"C", 14:"B", 15:"A" }
|
||||
col_offsets = {1:4, 2:2, 3:1, 4:1, 5:0, 6:0, 7:0, 8:0, 9:0, 10:0, 11:0, 12:1, 13:1, 14:2, 15:4}
|
||||
|
||||
labels = {}
|
||||
for r in range(1,16):
|
||||
for c in range(1,16):
|
||||
labels[(r,c)] = "{}{}".format(col2lett[c],r)
|
||||
|
||||
ba4 = ["E14","B11", "L14","P11", "P5","L2", "E2","B5"]
|
||||
ba8 = ["F11","E10","E6","F5","K5","L6","L10","K11", "F13","C10","C6","F3","K3","N6","N10","K13"]
|
||||
ba12 = ["E12","D11","D5","E4","L4","M5","M11","L12"]
|
||||
|
||||
for r,line in enumerate(a.split('\n')):
|
||||
cols = line.split()
|
||||
for c, val in enumerate(cols):
|
||||
co = col_offsets[r+1]
|
||||
pos = labels[(r+1,c+1+co)]
|
||||
|
||||
if val == "F":
|
||||
if pos in ba4:
|
||||
fig.set_pos(pos,"\small {0}".format(4),hyper='ass_4ba_target')
|
||||
elif pos in ba8:
|
||||
fig.set_pos(pos,"\small {0}".format(8),hyper='ass_8ba_target')
|
||||
elif pos in ba12:
|
||||
fig.set_pos(pos,"\small {0}".format(12),hyper='ass_12ba_c2_target')
|
||||
else:
|
||||
fig.set_pos(pos,'')
|
||||
else:
|
||||
fig.set_pos(pos,"\\scriptsize {0}".format(val))
|
||||
|
||||
fig.write_fig(out+'.tex')
|
||||
|
||||
103
docs/specifications/scripts/make_grid_figs.py
Normal file
103
docs/specifications/scripts/make_grid_figs.py
Normal file
|
|
@ -0,0 +1,103 @@
|
|||
#!/usr/bin/env python
|
||||
|
||||
from __future__ import division
|
||||
|
||||
import sys
|
||||
import os
|
||||
|
||||
from math import pi, cos, sin, tan
|
||||
|
||||
def main(base):
|
||||
|
||||
r = r"\ref{{{0}}}"
|
||||
m = r"\missing"
|
||||
f = r.format("num:sheet_FL")
|
||||
g = r.format("num:grid_spacer")
|
||||
|
||||
makegrid( [0.39218, 0.40005, 0.45720, 0.61049, 0.629920],
|
||||
['Fuel','Helium','Zircaloy','Water','Zircaloy'],
|
||||
['mat_fuel16','mat_helium','mat_zirc','mat_water','mat_inconel'],
|
||||
[r.format("num:fuelpellrad"),r.format("num:fuelIRrad"),r.format("num:fuelORrad"),g,g],
|
||||
['red','green!60!black','blue','magenta!80!black','orange!60!black'],
|
||||
"[Fuel pincell geometry for the intermediate grid spacer inner egg-crate]",
|
||||
"Fuel pincell geometry for the Zircaloy intermediate grid spacer inner egg-crate, chosen to have a thickness of 0.0194cm. Source: \\ref{num:grid_spacer}",
|
||||
"fig_grid_pin_i",
|
||||
5,
|
||||
os.path.join(base,"specifications{0}assy{0}figs{0}tikz_grid_inter.tex".format(os.sep)))
|
||||
|
||||
makegrid( [0.39218, 0.40005, 0.45720, 0.61015, 0.629920],
|
||||
['Fuel','Helium','Zircaloy','Water','Inconel'],
|
||||
['mat_fuel16','mat_helium','mat_zirc','mat_water','mat_inconel'],
|
||||
[r.format("num:fuelpellrad"),r.format("num:fuelIRrad"),r.format("num:fuelORrad"),g,g],
|
||||
['red','green!60!black','blue','magenta!80!black','orange!60!black'],
|
||||
"[Fuel pincell geometry for the top/bottom grid spacer inner egg-crate]",
|
||||
"Fuel pincell geometry for the Inconel 718 top/bottom grid spacer inner egg-crate, chosen to have a thickness of 0.0198cm. Source: \\ref{num:grid_spacer}",
|
||||
"fig_grid_pin_tb",
|
||||
5,
|
||||
os.path.join(base,"specifications{0}assy{0}figs{0}tikz_grid_tb.tex".format(os.sep)))
|
||||
|
||||
def makegrid(rs,ms,ls,ss,cols,sc,c,l,s,outp):
|
||||
|
||||
arc = pi/6
|
||||
theta = arc
|
||||
|
||||
fig_t = r"""\begin{{figure}}[htbp]
|
||||
|
||||
\centering
|
||||
|
||||
\begin{{tikzpicture}}[scale={scale},auto]
|
||||
{fig_mat}
|
||||
\end{{tikzpicture}}
|
||||
\begin{{tikzpicture}}
|
||||
{matrix}
|
||||
\end{{tikzpicture}}
|
||||
|
||||
\caption{shortcap}{{ {caption} \label{{{label}}}}}
|
||||
\end{{figure}}"""
|
||||
|
||||
circ_t = """ \draw (0,0) circle ({r});\n"""
|
||||
box_t = """ \draw (-{0},-{0}) rectangle ({0},{0}) ;\n"""
|
||||
arrow_t = """ \draw[->,thick,{color}] (0,0) -- node[pos={pos}] {{{label}}} ({x:.3},{y:.3});\n"""
|
||||
|
||||
f = ""
|
||||
|
||||
for i,r in enumerate(rs):
|
||||
if i < len(rs)-2:
|
||||
f += circ_t.format(r=r)
|
||||
x = r*cos(pi/2 - theta)
|
||||
y = r*sin(pi/2 - theta)
|
||||
f += arrow_t.format(label=i+1,x=round(x,3),y=round(y,3),pos=0.65,color=cols[i])
|
||||
theta += arc
|
||||
else:
|
||||
f += box_t.format(r)
|
||||
if i < len(rs)-1:
|
||||
x = 0.0
|
||||
y = -r
|
||||
else:
|
||||
x = -r
|
||||
y = 0.0
|
||||
f += arrow_t.format(label=i+1,x=round(x,3),y=round(y,3),pos=0.4,color=cols[i])
|
||||
theta += arc
|
||||
|
||||
|
||||
mat_t=r""" \matrix [matrix of nodes]
|
||||
{{
|
||||
Arrow & Length (cm) & Material & \numrefheader\\{matrows}
|
||||
}};"""
|
||||
matrow_t = """\n \\node[{color}]{{{0}}}; & \\node[{color}]{{{1:0<7.5}}}; & \\node[{color},hyperlink node={3}]{{{2}}}; & \\node[{color}]{{{source}}};\\\ """
|
||||
rows = ""
|
||||
for i,(r,m,ref,sour,color) in enumerate(zip(rs,ms,ls,ss,cols)):
|
||||
rows += matrow_t.format(i+1,r,m,ref,source=sour,color=color)
|
||||
|
||||
outStr = fig_t.format(fig_mat=f, scale=s, shortcap=sc, caption=c, label=l,
|
||||
matrix=mat_t.format(matrows=rows))
|
||||
|
||||
with open(outp,'w') as fh:
|
||||
fh.write(outStr)
|
||||
|
||||
if __name__ == "__main__":
|
||||
try:
|
||||
basedir = sys.argv[1]
|
||||
except:
|
||||
basedir = ".."
|
||||
main(basedir)
|
||||
210
docs/specifications/scripts/make_materials.py
Normal file
210
docs/specifications/scripts/make_materials.py
Normal file
|
|
@ -0,0 +1,210 @@
|
|||
#!/usr/bin/env python
|
||||
|
||||
import sys
|
||||
import os
|
||||
|
||||
from beavrs.materials import openmc_materials
|
||||
from openmc.data import NATURAL_ABUNDANCE, atomic_weight
|
||||
|
||||
# LaTeX template
|
||||
latex = """\\begin{{matitem}}{{{title}}}{{{label}}}{{num:{numlabel}_mat}}
|
||||
\\centering
|
||||
\\begin{{tabular}}{{l c}}
|
||||
\\toprule
|
||||
Density (g/cc) & {density:.9g} \\\\
|
||||
\\midrule
|
||||
Isotope & Atom Density (atom/b-cm) \\\\
|
||||
\\midrule
|
||||
\\midrule
|
||||
{isotopes}
|
||||
\\bottomrule
|
||||
\\end{{tabular}}
|
||||
\\end{{matitem}}
|
||||
"""
|
||||
|
||||
latex_2col = """\\begin{{matitem}}{{{title}}}{{{label}}}{{num:{numlabel}_mat}}
|
||||
\\centering
|
||||
\\begin{{tabular}}{{l c l c}}
|
||||
\\toprule
|
||||
Density (g/cc) & {density:.9g} \\\\
|
||||
\\midrule
|
||||
Isotope & Atom Density (atom/b-cm) & Isotope & Atom Density (atom/b-cm) \\\\
|
||||
\\midrule
|
||||
\\midrule
|
||||
{isotopes}
|
||||
\\bottomrule
|
||||
\\end{{tabular}}
|
||||
\\end{{matitem}}
|
||||
"""
|
||||
|
||||
latex_ele_mass = """ \\begin{{longtable}}{{l c l c}}
|
||||
\\toprule
|
||||
Element & Mass [amu] & Element & Mass [amu] \\\\
|
||||
\\midrule
|
||||
\\midrule
|
||||
{elements}
|
||||
\\bottomrule
|
||||
\\end{{longtable}}"""
|
||||
|
||||
latex_nuc_abund = """ \\begin{{longtable}}{{l c l c}}
|
||||
\\toprule
|
||||
Isotope & Fractional Abundance & Isotope & Fractional Abundance \\\\
|
||||
\\midrule
|
||||
\\midrule
|
||||
{isotopes}
|
||||
\\bottomrule
|
||||
\\end{{longtable}}"""
|
||||
|
||||
|
||||
# converting material name to latex latex file name
|
||||
mat_table_filename = {
|
||||
"Air": "air",
|
||||
"SS304": "SS304",
|
||||
"Ag-In-Cd": "aic_rod",
|
||||
"B4C": "b4c_rod",
|
||||
"Helium": "helium",
|
||||
"Inconel 718": "inconel",
|
||||
"Zircaloy 4": "zirc",
|
||||
"Carbon Steel": "carbonsteel",
|
||||
"Fuel 1.6%": "fuel16",
|
||||
"Fuel 2.4%": "fuel24",
|
||||
"Fuel 3.1%": "fuel31",
|
||||
"Fuel 3.2%": "fuel32",
|
||||
"Fuel 3.4%": "fuel34",
|
||||
"Borosilicate Glass": "borosilicate",
|
||||
"Borated Water": "water",
|
||||
"Water SPN": "water_spn",
|
||||
"SS SPN": "ss_spn"
|
||||
}
|
||||
|
||||
# converting material name to title of material in latex table
|
||||
mat_table_titles = {
|
||||
"SS304": "Stainless Steel 304",
|
||||
"Ag-In-Cd": "Ag-In-Cd Control Rods",
|
||||
"B4C": "B4C Control Rods",
|
||||
"Fuel 1.6%": "Fuel 1.6\\% Enriched",
|
||||
"Fuel 2.4%": "Fuel 2.4\\% Enriched",
|
||||
"Fuel 3.1%": "Fuel 3.1\\% Enriched",
|
||||
"Fuel 3.2%": "Fuel 3.2\\% Enriched",
|
||||
"Fuel 3.4%": "Fuel 3.4\\% Enriched",
|
||||
"Water SPN": "Nozzle / Support Plate Borated Water",
|
||||
"SS SPN": "Nozzle / Support Plate Stainless Steel"
|
||||
}
|
||||
|
||||
def write_materials(base):
|
||||
""" setup all beavrs materials and write them out to latex tables """
|
||||
|
||||
# setup all beavrs materials
|
||||
mats = openmc_materials(ppm=975)
|
||||
|
||||
# set of all appeared elements and isotopes
|
||||
used_elements_set = set()
|
||||
used_isotopes_set = set()
|
||||
|
||||
# Write out material tables
|
||||
os.chdir(base)
|
||||
os.chdir('specifications/materials/tables')
|
||||
for key, mat in mats.items():
|
||||
# latex table file name
|
||||
if mat.name in mat_table_filename:
|
||||
name = mat_table_filename[mat.name]
|
||||
else:
|
||||
name = mat.name
|
||||
name = name.replace(' ','')
|
||||
name = name.replace('.','')
|
||||
name = name.replace('%','')
|
||||
|
||||
# material title
|
||||
if mat.name in mat_table_titles:
|
||||
title = mat_table_titles[mat.name]
|
||||
else:
|
||||
title = mat.name
|
||||
|
||||
# Set some output parameters
|
||||
latex_dict = {
|
||||
'density':mat.density,
|
||||
'label':"mat_{0}".format(name),
|
||||
'numlabel':name,
|
||||
'title':title
|
||||
}
|
||||
|
||||
# Get all nuclides atom density
|
||||
nuclides = mat.get_nuclide_atom_densities()
|
||||
|
||||
# Create isotope string
|
||||
iso_str = ''
|
||||
if mat.name == 'Carbon Steel': # this one we want two columns
|
||||
i = 0
|
||||
for key, (iso, den) in sorted(nuclides.items()):
|
||||
if i%2 == 0:
|
||||
nuc1 = iso.name
|
||||
den1 = nuclides[iso][1]
|
||||
else:
|
||||
iso_str += "{0} & {1:6.4e} & {2} & {3:6.4e}\\\\\n".format(
|
||||
nuc1, den1, iso.name, nuclides[iso][1])
|
||||
i += 1
|
||||
|
||||
if i%2 == 1:
|
||||
iso_str += "{0} & {1:6.4e} & {2} & {3}\\\\\n".format(
|
||||
iso.name, nuclides[iso][1], "", "")
|
||||
latex_dict.update({'isotopes':iso_str})
|
||||
else:
|
||||
for key, (iso, den) in sorted(nuclides.items()):
|
||||
iso_str += "{0} & {1:6.4e} \\\\\n".format(iso.name, den)
|
||||
latex_dict.update({'isotopes':iso_str})
|
||||
|
||||
# Write latex file
|
||||
with open('{0}_table.tex'.format(name), 'w') as fh:
|
||||
if mat.name == 'Carbon Steel':
|
||||
fh.write(latex_2col.format(**latex_dict))
|
||||
else:
|
||||
fh.write(latex.format(**latex_dict))
|
||||
|
||||
# Update elements and isotopes set
|
||||
for ele in mat.elements:
|
||||
used_elements_set.add(ele[0].name)
|
||||
for iso in mat.get_nuclides():
|
||||
used_isotopes_set.add(iso)
|
||||
|
||||
os.chdir(base)
|
||||
|
||||
# Write out isotope masses and abundances
|
||||
os.chdir('backmatter')
|
||||
with open('element_masses.tex', 'w') as fh:
|
||||
ele_str = ""
|
||||
flip = False
|
||||
for ele in sorted(used_elements_set):
|
||||
ele_str += "{0} & {1:.6f} ".format(ele, atomic_weight(ele))
|
||||
if not flip:
|
||||
ele_str += "& "
|
||||
flip = True
|
||||
else:
|
||||
ele_str += "\\\\\n"
|
||||
flip = False
|
||||
if flip:
|
||||
ele_str += "& \\\\\n"
|
||||
fh.write(latex_ele_mass.format(elements=ele_str))
|
||||
with open('isotope_abundances.tex', 'w') as fh:
|
||||
iso_str = ""
|
||||
flip = False
|
||||
for iso in sorted(used_isotopes_set):
|
||||
if iso in NATURAL_ABUNDANCE:
|
||||
iso_str += "{0} & {1} ".format(iso, NATURAL_ABUNDANCE[iso])
|
||||
if not flip:
|
||||
iso_str += "& "
|
||||
flip = True
|
||||
else:
|
||||
iso_str += "\\\\\n"
|
||||
flip = False
|
||||
if flip:
|
||||
ele_str += " & \\\\\n"
|
||||
fh.write(latex_nuc_abund.format(isotopes=iso_str))
|
||||
os.chdir(base)
|
||||
|
||||
if __name__ == "__main__":
|
||||
try:
|
||||
basedir = sys.argv[1]
|
||||
except:
|
||||
basedir = ".."
|
||||
|
||||
write_materials(basedir)
|
||||
182
docs/specifications/scripts/make_pin_figs.py
Normal file
182
docs/specifications/scripts/make_pin_figs.py
Normal file
|
|
@ -0,0 +1,182 @@
|
|||
#!/usr/bin/env python
|
||||
|
||||
from __future__ import division
|
||||
|
||||
import sys
|
||||
import os
|
||||
|
||||
from math import pi, cos, sin
|
||||
|
||||
def main(base):
|
||||
|
||||
r = r"\ref{{{0}}}"
|
||||
# m = r.format("num:missing")
|
||||
|
||||
|
||||
a = r.format("num:assumed_thimble")
|
||||
f = r.format("num:sheet_FL")
|
||||
|
||||
makepin([0.56134, 0.60198],
|
||||
['Water','Zircaloy'],
|
||||
['mat_water','mat_zirc'],
|
||||
[r.format("num:GTIRrad"),r.format("num:GTORrad")],
|
||||
"Empty guide tube pin geometry above the dashpot.",
|
||||
"fig_guidetube_pin",
|
||||
6,
|
||||
os.path.join(base,"specifications{0}pin{0}figs{0}tikz_guidetube.tex".format(os.sep)),
|
||||
0.65)
|
||||
|
||||
makepin([0.50419, 0.54610],
|
||||
['Water','Zircaloy'],
|
||||
['mat_water','mat_zirc'],
|
||||
[r.format("num:GTDPIRrad"),r.format("num:GTDPORrad")],
|
||||
"Empty guide tube pin geometry at the dashpot.",
|
||||
"fig_guidetube_da_pin",
|
||||
6,
|
||||
os.path.join(base,"specifications{0}pin{0}figs{0}tikz_guidetube_da.tex".format(os.sep)),
|
||||
0.65)
|
||||
|
||||
makepin([0.39218, 0.40005, 0.45720],
|
||||
['Fuel','Helium','Zircaloy'],
|
||||
['mat_fuel16','mat_helium','mat_zirc'],
|
||||
[r.format("num:fuelpellrad"),r.format("num:fuelIRrad"),r.format("num:fuelORrad")],
|
||||
"Fuel pin geometry.",
|
||||
"fig_fuel_pin",
|
||||
8,
|
||||
os.path.join(base,"specifications{0}pin{0}figs{0}tikz_fuel.tex".format(os.sep)),
|
||||
0.65)
|
||||
|
||||
makepin([0.06459, 0.40005, 0.45720],
|
||||
['Inconel','Helium','Zircaloy'],
|
||||
['mat_inconel','mat_helium','mat_zirc'],
|
||||
[r.format("num:plenum_spring"),r.format("num:fuelIRrad"),r.format("num:fuelORrad")],
|
||||
"Upper fuel pin plenum geometry.",
|
||||
"fig_fuel_pin_plenum",
|
||||
8,
|
||||
os.path.join(base,"specifications{0}pin{0}figs{0}tikz_fuel_plenum.tex".format(os.sep)),
|
||||
0.65)
|
||||
|
||||
makepin([0.38227,0.38608, 0.48387, 0.56134, 0.60198],
|
||||
['Ag-In-Cd','Helium','SS304','Water','Zircaloy'],
|
||||
['mat_aic_rod','mat_helium','mat_SS304','mat_water','mat_zirc'],
|
||||
[r.format("num:CRaicOR"), r.format("num:CRthimIR"),r.format("num:CRthimOR"),r.format("num:GTIRrad"),r.format("num:GTORrad")],
|
||||
"Control rod pin lower region geometry.",
|
||||
"fig_cr_pin",
|
||||
6,
|
||||
os.path.join(base,"specifications{0}pin{0}figs{0}tikz_cr.tex".format(os.sep)),
|
||||
0.5)
|
||||
|
||||
makepin([0.37338,0.38608, 0.48387, 0.56134, 0.60198],
|
||||
['B4C','Helium','SS304','Water','Zircaloy'],
|
||||
['mat_b4c_rod','mat_helium','mat_SS304','mat_water','mat_zirc'],
|
||||
[r.format("num:CRb4cOR"),r.format("num:CRthimIR"),r.format("num:CRthimOR"),r.format("num:GTIRrad"),r.format("num:GTORrad")],
|
||||
"Control rod pin upper region geometry.",
|
||||
"fig_cr_pin_upper",
|
||||
6,
|
||||
os.path.join(base,"specifications{0}pin{0}figs{0}tikz_cr_upper.tex".format(os.sep)),
|
||||
0.5)
|
||||
|
||||
makepin([0.06459,0.38608, 0.48387, 0.56134, 0.60198],
|
||||
['Inconel','Helium','SS304','Water','Zircaloy'],
|
||||
['mat_inconel','mat_helium','mat_SS304','mat_water','mat_zirc'],
|
||||
[r.format("num:cr_plenum_spring"),r.format("num:CRthimIR"),r.format("num:CRthimOR"),r.format("num:GTIRrad"),r.format("num:GTORrad")],
|
||||
"Control rod pin plenum geometry.",
|
||||
"fig_cr_pin_plenum",
|
||||
6,
|
||||
os.path.join(base,"specifications{0}pin{0}figs{0}tikz_cr_plenum.tex".format(os.sep)),
|
||||
0.75)
|
||||
|
||||
makepin([0.37845,0.38608, 0.48387, 0.56134, 0.60198],
|
||||
['SS304','Helium','SS304','Water','Zircaloy'],
|
||||
['mat_SS304','mat_helium','mat_SS304','mat_water','mat_zirc'],
|
||||
[r.format("num:CRspacerOR"),r.format("num:CRthimIR"),r.format("num:CRthimOR"),r.format("num:GTIRrad"),r.format("num:GTORrad")],
|
||||
"Control rod pin spacer geometry.",
|
||||
"fig_cr_pin_spacer",
|
||||
6,
|
||||
os.path.join(base,"specifications{0}pin{0}figs{0}tikz_cr_spacer.tex".format(os.sep)),
|
||||
0.5)
|
||||
|
||||
makepin([0.21400, 0.23051, 0.24130, 0.42672, 0.43688, 0.48387, 0.56134, 0.60198],
|
||||
['Air','SS304','Helium','Borosilicate Glass','Helium','SS304','Water','Zircaloy'],
|
||||
['mat_air','mat_SS304','mat_helium','mat_borosilicate','mat_helium','mat_SS304','mat_water','mat_zirc'],
|
||||
[r.format("num:BPinnercladIR"),r.format("num:BPinnercladOR"),r.format("num:BPpoisonIR"),r.format("num:BPpoisonOR"),r.format("num:BPoutercladIR"),r.format("num:BPoutercladOR"),r.format("num:GTIRrad"),r.format("num:GTORrad")],
|
||||
"Burnable absorber pin geometry above the dashpot.",
|
||||
"fig_ba_pin",
|
||||
8,
|
||||
os.path.join(base,"specifications{0}pin{0}figs{0}tikz_ba.tex".format(os.sep)),
|
||||
0.65)
|
||||
|
||||
makepin([0.21400, 0.23051, 0.43688, 0.48387, 0.50419, 0.54610],
|
||||
['Air','SS304','Helium','SS304','Water','Zircaloy'],
|
||||
['mat_air','mat_SS304','mat_helium','mat_SS304','mat_water','mat_zirc'],
|
||||
[r.format("num:BPinnercladIR"),r.format("num:BPinnercladOR"),r.format("num:BPoutercladIR"),r.format("num:BPoutercladOR"),r.format("num:GTDPIRrad"),r.format("num:GTDPORrad")],
|
||||
"Burnable absorber pin plenum geometry",
|
||||
"fig_ba_pin_plenum",
|
||||
8,
|
||||
os.path.join(base,"specifications{0}pin{0}figs{0}tikz_ba_plenum.tex".format(os.sep)),
|
||||
0.65)
|
||||
|
||||
makepin([0.436880, 0.483870, 0.56134, 0.60198],
|
||||
['Air','Zircaloy','Water','Zircaloy'],
|
||||
['mat_air','mat_zirc','mat_water','mat_zirc'],
|
||||
[r.format("num:ITthimIR"),r.format("num:ITthimOR"),r.format("num:GTIRrad"),r.format("num:GTORrad")],
|
||||
"Instrument tube pin geometry (both above and at the dashpot).",
|
||||
"fig_instr_pin",
|
||||
6,
|
||||
os.path.join(base,"specifications{0}pin{0}figs{0}tikz_instr.tex".format(os.sep)),
|
||||
0.65)
|
||||
|
||||
makepin([0.436880, 0.483870],
|
||||
['Air','Zircaloy'],
|
||||
['mat_air','mat_zirc'],
|
||||
[r.format("num:ITthimIR"),r.format("num:ITthimOR")],
|
||||
"Bare instrument thimble (below fuel rod region).",
|
||||
"fig_instr_pin_bare",
|
||||
6,
|
||||
os.path.join(base,"specifications{0}pin{0}figs{0}tikz_instr_bare.tex".format(os.sep)),
|
||||
0.65)
|
||||
|
||||
def makepin(rs,ms,ls,ss,c,l,s,outp,pos):
|
||||
|
||||
arc = pi/6
|
||||
theta = arc
|
||||
|
||||
fig_t = r"""\begin{{tikzpicture}}[scale={scale},auto]
|
||||
{fig_mat}
|
||||
\end{{tikzpicture}}
|
||||
\begin{{tikzpicture}}
|
||||
{matrix}
|
||||
\end{{tikzpicture}}"""
|
||||
|
||||
circ_t = """ \draw (0,0) circle ({r});\n"""
|
||||
arrow_t = """ \draw[->] (0,0) -- node[pos={pos}] {{{label}}} ({x:.3},{y:.3});\n"""
|
||||
|
||||
f = ""
|
||||
|
||||
for i,r in enumerate(rs):
|
||||
f += circ_t.format(r=r)
|
||||
x = r*cos(pi/2 - theta)
|
||||
y = r*sin(pi/2 - theta)
|
||||
f += arrow_t.format(label=i+1,x=round(x,3),y=round(y,3),pos=pos)
|
||||
theta += arc
|
||||
|
||||
mat_t=r""" \matrix [matrix of nodes]
|
||||
{{
|
||||
Arrow & Radius (cm) & Material & \numrefheader \\{matrows}
|
||||
}};"""
|
||||
matrow_t = """\n {0} & {1:0<7.5} & \\node[hyperlink node={3}]{{{2}}}; & {source}\\\ """
|
||||
rows = ""
|
||||
for i,(r,m,ref,sour) in enumerate(zip(rs,ms,ls,ss)):
|
||||
rows += matrow_t.format(i+1,r,m,ref,source=sour)
|
||||
|
||||
outStr = fig_t.format(fig_mat=f, scale=s, caption=c,label=l, matrix=mat_t.format(matrows=rows))
|
||||
|
||||
with open(outp,'w') as fh:
|
||||
fh.write(outStr)
|
||||
|
||||
if __name__ == "__main__":
|
||||
try:
|
||||
basedir = sys.argv[1]
|
||||
except:
|
||||
basedir = ".."
|
||||
main(basedir)
|
||||
83
docs/specifications/scripts/quarter2full.py
Normal file
83
docs/specifications/scripts/quarter2full.py
Normal file
|
|
@ -0,0 +1,83 @@
|
|||
#!/usr/bin/env python
|
||||
|
||||
mapp = { 'H08' : [ 'H08' ],
|
||||
'H09' : [ 'H09','G08','H07','J08' ],
|
||||
'H10' : [ 'H10','F08','H06','K08' ],
|
||||
'H11' : [ 'H11','E08','H05','L08' ],
|
||||
'H12' : [ 'H12','D08','H04','M08' ],
|
||||
'H13' : [ 'H13','C08','H03','N08' ],
|
||||
'H14' : [ 'H14','B08','H02','P08' ],
|
||||
'H15' : [ 'H15','A08','H01','R08' ],
|
||||
'G08' : [ 'G08','H07','J08','H09' ],
|
||||
'G09' : [ 'G09','G07','J07','J09' ],
|
||||
'G10' : [ 'G10','F07','J06','K09' ],
|
||||
'G11' : [ 'G11','E07','J05','L09' ],
|
||||
'G12' : [ 'G12','D07','J04','M09' ],
|
||||
'G13' : [ 'G13','C07','J03','N09' ],
|
||||
'G14' : [ 'G14','B07','J02','P09' ],
|
||||
'G15' : [ 'G15','A07','J01','R09' ],
|
||||
'F08' : [ 'F08','H06','K08','H10' ],
|
||||
'F09' : [ 'F09','G06','K07','J10' ],
|
||||
'F10' : [ 'F10','F06','K06','K10' ],
|
||||
'F11' : [ 'F11','E06','K05','L10' ],
|
||||
'F12' : [ 'F12','D06','K04','M10' ],
|
||||
'F13' : [ 'F13','C06','K03','N10' ],
|
||||
'F14' : [ 'F14','B06','K02','P10' ],
|
||||
'F15' : [ 'F15','A06','K01','R10' ],
|
||||
'E08' : [ 'E08','H05','L08','H11' ],
|
||||
'E09' : [ 'E09','G05','L07','J11' ],
|
||||
'E10' : [ 'E10','F05','L06','K11' ],
|
||||
'E11' : [ 'E11','E05','L05','L11' ],
|
||||
'E12' : [ 'E12','D05','L04','M11' ],
|
||||
'E13' : [ 'E13','C05','L03','N11' ],
|
||||
'E14' : [ 'E14','B05','L02','P11' ],
|
||||
'E15' : [ 'E15','A05','L01','R11' ],
|
||||
'D08' : [ 'D08','H04','M08','H12' ],
|
||||
'D09' : [ 'D09','G04','M07','J12' ],
|
||||
'D10' : [ 'D10','F04','M06','K12' ],
|
||||
'D11' : [ 'D11','E04','M05','L12' ],
|
||||
'D12' : [ 'D12','D04','M04','M12' ],
|
||||
'D13' : [ 'D13','C04','M03','N12' ],
|
||||
'D14' : [ 'D14','B04','M02','P12' ],
|
||||
'C08' : [ 'C08','H03','N08','H13' ],
|
||||
'C09' : [ 'C09','G03','N07','J13' ],
|
||||
'C10' : [ 'C10','F03','N06','K13' ],
|
||||
'C11' : [ 'C11','E03','N05','L13' ],
|
||||
'C12' : [ 'C12','D03','N04','M13' ],
|
||||
'C13' : [ 'C13','C03','N03','N13' ],
|
||||
'C14' : [ 'C14','B03','N02','P13' ],
|
||||
'B08' : [ 'B08','H02','P08','H14' ],
|
||||
'B09' : [ 'B09','G02','P07','J14' ],
|
||||
'B10' : [ 'B10','F02','P06','K14' ],
|
||||
'B11' : [ 'B11','E02','P05','L14' ],
|
||||
'B12' : [ 'B12','D02','P04','M14' ],
|
||||
'B13' : [ 'B13','C02','P03','N14' ],
|
||||
'A08' : [ 'A08','H01','R08','H15' ],
|
||||
'A09' : [ 'A09','G01','R07','J15' ],
|
||||
'A10' : [ 'A10','F01','R06','K15' ],
|
||||
'A11' : [ 'A11','E01','R05','L15' ]
|
||||
}
|
||||
|
||||
output_t = """ fig.set_pos('{pos}','{num}',hyper='ass_{num}ba_target')"""
|
||||
|
||||
|
||||
rows = {8: {'G':16,'E':12,'C':16,'A':8},
|
||||
9: {'H':16,'F':12,'D':12,'B':20},
|
||||
}
|
||||
|
||||
rcpy = rows
|
||||
for r,cols in rcpy.items():
|
||||
for col in cols:
|
||||
posKey = "{0}{1:0>2}".format(col,r)
|
||||
print posKey
|
||||
for key in mapp[posKey]:
|
||||
print key[0],int(key[1:3])
|
||||
print
|
||||
for r in rows:
|
||||
for col in rows[r]:
|
||||
p = "{0}{1}".format(col,r)
|
||||
print output_t.format(pos=p,num=rows[r][col])
|
||||
print
|
||||
|
||||
|
||||
|
||||
Loading…
Add table
Add a link
Reference in a new issue