・bbh_201710300855_kita.csv ３タイプのBB。3つまで。12仰角。
１．TOP＆BOT
./171030/ABN/bin_201710300900_kita.csv
２．BBinfo値
./mxh_201710300900_kita.csv
３．BIN番号
●MXHのZML-EL1⇒-99,1.43 、EL2⇒551，1.17
from
kita0928/171030/BBH/mxh_1710300858_02.kita.csv
●BINのZML－EL1 １０３、EL2⇒７４
from
kita0928/171030/BIN/bin_1710300858_02.kita.csv
☆元の値はそのまま引用されている。
◆ src
MXH
write(25,'(i4,",",f4.1,",")',advance='no') int( bb_hei_rml), xmax_dbz
write(25,'(4(i4 ,","))',advance='no')int(bb_hei_rml2),ibb_val2,int(bb_hei_rml3),ibb_val3
!pml
write(25,'(i8,",",f5.2,",")',advance='no') int(bb_hei_pml),xmin_phv !***9/15'19***
write(25,'(2(i4,",",f5.2,","))',advance='no')int(bb_hei_pml2),bb_val_pml2,int(bb_hei_pml3),bb_val_pml3
!zml
write(25,'(i8,",",f5.2,",")',advance='no') int(bb_hei_zml),xmax_zdr
write(25,'(4(i4,","))',advance='yes')int(bb_hei_zml2), ibb_val2,int(bb_hei_zml3),ibb_val3
BIN
write(26,'(3(i4,","))',advance='no') ibb_top_rml,ibb_bot_rml,kmarkc(1)
write(26,'(3(i4,","))',advance='no') ibb_top_rml2,ibb_bot_rml2,kmarkc(7)
write(26,'(3(i4,","))',advance='no') ibb_top_rml3,ibb_bot_rml3,kmarkc(10)
!pml
write(26,'(3(i4,","))',advance='no') ibb_top_pml,ibb_bot_pml,kmarkc(2)
write(26,'(3(i4,","))',advance='no') ibb_top_pml2,ibb_bot_pml2,kmarkc(8)
write(26,'(3(i4,","))',advance='no') ibb_top_pml3,ibb_bot_pml3,kmarkc(11)
!zml
write(26,'(3(i4,","))',advance='no') ibb_top_zml,ibb_bot_zml,kmarkc(3)
write(26,'(3(i4,","))',advance='no') ibb_top_zml2,ibb_bot_zml2,kmarkc(9)
write(26,'(3(i4,","))',advance='no') ibb_top_zml3,ibb_bot_zml3,kmarkc(12)
☆BINとMXHの不一致が問題なのは、評価が不定となるから
⇒bb_hei_zmlとkmarkc(3)の関係を調べる
L259：bb_hei_rml=height(kmarkc(1))←RML（参考）
L1530：bb_hei_zml=height(kmark(3))←kmarkc(3)の誤植！？
518 kmark(3)=k !! insert Phv
prg修正後の結果：
rainbow% diff mxh_201710300900_kita.csv mxh_201710300900_kita.csv.3
で、mxh_201710300900_kita.csvにはEL11,EL12を除く仰角に、値が記録された。ZMLのRHI図と整合！
