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drill_size在装了9.2B后补偿出来的带小数。改了drill_size.tab后仍然不行。
就去拷贝了个其他人编辑的drill_size,结果补偿是整数了,但超过6.2的孔却不会补偿(drill_size.tab都是一样的)这样容易出错。
请大虾们帮我看看我的drill_size究竟小数是那里的参数没弄好,谢谢!
#!/bin/csh
# File Name: drill_size
# $1 - board thickness (as defined in the D.T.M. window)
# $2 - finished hole size
# $3 - hole type (VIA,PLATE,NPLATE)
# $4 - min_tol
# $5 - max_tol
# $6 - user parameter string
# $7 - output file pathname (which the system reads the results from)
# $8 - tool number
# $9 - drill bit designator
# Set numeric variables to have text names.
set BD_THK = `echo "$1"`
set FIN_SZ = `echo "$2"`
set H_TYPE = `echo "$3"`
set MN_TOL = `echo "$4"`
set MX_TOL = `echo "$5"`
set USER_P = `echo "$6"`
set OUTPUT = `echo "$7"`
set TL_NUM = `echo "$8"`
set DRL_DS = `echo "$9"`
# Set the basic enlargement factor based on the user parameter selected.
if ($USER_P == "hal") then
set ENLARGE = 6
else if ($USER_P == "au") then
set ENLARGE = 4
else if ($USER_P == "hr") then
set MX_TOL = 4
set ENLARGE = 6
endif
# Nominal size for non-plated holes (finish size plus ENLARGE value).
if ($H_TYPE == "NPLATE") then
set SIZE = `echo "scale = 1 ; $FIN_SZ + 2 + ( $MX_TOL - $MN_TOL ) / 2 " | bc -l`
else if ($H_TYPE == "VIA") then
set SIZE = `echo "scale = 1 ; $FIN_SZ + 0 + ( $MX_TOL - $MN_TOL ) / 2 " | bc -l`
else
set SIZE = `echo "scale = 1 ; $FIN_SZ + $ENLARGE + ( $MX_TOL - $MN_TOL ) / 2 " | bc -l`
endif
# Split the final size number into two parts: 1 - integral part 2 - decimal part
set SIZE = `echo "scale = 2 ; ($SIZE * 25.4) / 100" | bc -l`
set Decimal_Size = `echo $SIZE | awk95 -F '.' '{print $2}'`
set Integral_Size = `echo $SIZE | awk95 -F '.' '{print $1}'`
# Choose the DRL_SIZE by the $SIZE, here are 4 values to decide which is the final drill size
if ($Decimal_Size == 00 || $Decimal_Size == 50) goto final_cal
if ($Decimal_Size == 25 || $Decimal_Size == 75) goto semi_cal
if ($Decimal_Size > 50) then
if ($Decimal_Size >= 75) then
set Integral_Size = `echo "scale = 2 ; $Integral_Size + 1" | bc -l`
set Decimal_Size = 0
else
set Decimal_Size = 50
endif
else
if ($Decimal_Size >= 25) then
set Decimal_Size = 50
else
set Decimal_Size = 0
endif
endif
goto final_cal
semi_cal:
if ($Decimal_Size == 25) then
set Decimal_Size = 50
else
set Decimal_Size = 0
set Integral_Size = `echo "scale = 2 ; $Integral_Size + 1" | bc -l`
endif
final_cal:
# Change the number into high resolution number to match micron
set SIZE = `echo "scale = 3 ; $Integral_Size + ($Decimal_Size / 100)" | bc -l`
set HR_SIZE = `echo "scale = 4 ; (($SIZE * 100) / 25.4)" | bc -l`
set I_HR_SIZE = `echo $HR_SIZE | awk95 -F '.' '{print $1}'`
set D_HR_SIZE = `echo $HR_SIZE | awk95 -F '.' '{print $2}'`
set ACU_D_HR_SIZE = `echo "scale = 3 ; $D_HR_SIZE / 10.0" | bc -l`
set D_ACU_D_HR_SIZE = `echo $ACU_D_HR_SIZE | awk95 -F '.' '{print $2}'`
set I_ACU_D_HR_SIZE = `echo $ACU_D_HR_SIZE | awk95 -F '.' '{print $1}'`
#if ($D_ACU_D_HR_SIZE >= 500) then
# set I_ACU_D_HR_SIZE = `echo "scale = 3 ; $I_ACU_D_HR_SIZE + 1" | bc -l`
# set D_ACU_D_HR_SIZE = 0
#else
# set D_ACU_D_HR_SIZE = 0
#endif
set ACU_D_HR_SIZE = $I_ACU_D_HR_SIZE
set D_HR_SIZE = $ACU_D_HR_SIZE
set HR_SIZE = `echo "scale = 3 ; $I_HR_SIZE + ($D_HR_SIZE / 1000)" | bc -l`
set DRL_SIZE = $HR_SIZE
set DRL_DES = ` echo "scale=2; $SIZE / 10 " | bc `
# Output the result
echo "$DRL_SIZE $DRL_DES" |
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