Quickmeasuring 3.0 Version

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QuickMeasuring3.0

Operation Manual of Quickmeasuring3.0

Contents

Chapter 1 About the software named QuickMeasuring.......................................................................................2

Chapter 2 indow summar! of QuickMeasuring................................................................................................4

2.1 Measuring graphics window....................................................................................................................4

2.2 "nit summar! window.............................................................................................................................6

2.3 #tatus displa! window.............................................................................................................................6

2.3.1 $ight #ource Control...................................................................................................................7

2.% &rogram 'dition indow........................................................................................................................8

Chapter 3 (unction ke! direction.........................................................................................................................11

3.1Mark (unction )e!.................................................................................................................................11

3.2"nit (unction )e!...................................................................................................................................13

3.3"nit Constitute (unction )e!................................................................................................................17

3.%*hree+dimensional unit function ke!.....................................................................................................23

Chapter , Menu bar description..........................................................................................................................25

,.2(eature -&rimities/................................................................................................................................26

,.2.1 oriontall! moe......................................................................................................................26

,.2.2 otation......................................................................................................................................27

,.2.3 Mirror.........................................................................................................................................27

,.3'ecution.................................................................................................................................................27

,.,*ools.........................................................................................................................................................28

,.%#etting......................................................................................................................................................30

,.4 Map.........................................................................................................................................................32

,.5 'tract outline........................................................................................................................................33

4.8Auto light:................................................................................................................................................33

4.9Append function:.....................................................................................................................................33

Chapter % Measuring eamples............................................................................................................................34

Chapter 4 Measuring process and skills..............................................................................................................36

4.1 *he creation of original coordinate s!stem...........................................................................................36

4.3 Measurement of tin! unit.......................................................................................................................39

4., Measurement of central s!mmetrical work+pieces ..............................................................................39

4.% *he wa! to improe program eecution speed.....................................................................................39

Chapter 5 *olerance and #&C..............................................................................................................................39

5.16raphic &rimitie *olerance..................................................................................................................39

5.2 #&C (unction..........................................................................................................................................41

Chapter 7 &rint report and output report...........................................................................................................42

7.1 *8* eport Output...............................................................................................................................42

7.2 'cel eport Output..............................................................................................................................42

7.3 ord report output................................................................................................................................43

7., &reiew of eport and 6raph...............................................................................................................43

7.% 'duce 98( (ile......................................................................................................................................43

Chapter : (AQ and help.......................................................................................................................................44

Chapter 10 *erminolog! 'planation..................................................................................................................44

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Chapter 1 About the software named QuickMeasuring

After starting the QuickMeasuring 32 Measuring Softare! "ou i## get the interface of the

softare as fo##os:

A$$#"ing $recise %echanica# an& e#ectrica# techni'ue to trans%it the coor&inate of (! ) an& *

a+is to softare! hi#e %o,ing ork-stage! #inear sca#e i## trans%it &is$#ace%ent &ata to /.

QuickMeasuring softare can otain &is$#ace%ent &ata of ork-$iece on the ork-stage

through // ca%era hich is on the ao,e of ork-stage an& further get %easuring resu#t. ote:

it &efine the right#eft &irection of ork-stage as ( a+is! the frontack &irection as ) a+is! the

u$&on &irection as * a+is. is$#ace%ent infor%ation of * a+is is %ain#" use& to %easure the

height of ork $iece an& focus.

QuickMeasuring softare has %an" traits:

he &esign of QuickMeasuring geo%etr" %easuring softare is eas" to stu&"configure& inthe Microsoft in&os $#atfor%! #ike or& or +ce#! it integrates ,arious a$$#ication &esigns

an& $resents in co%$#ete ne QuickMeasuring %easuring softare.

QuickMeasuring $ro,i&es %u#ti geo%etr" $rocessing functions"ou can use e,er" kin& of

intuiti,e function ke"s to get infor%ation easi#" in "our ork-$iece an& e+ecute ,ariet" of

geo%etr" $rocessing in or&er to get "our nee&e& coor&inate! &i%ension an& outsi&e ,ie etc.

he $rogra% of QuickMeasuring is eas" to e&itQuickMeasuring teaches $rogra% to e&it

an& auto%atica##" recor& an& rite in the $rocess of %easuring! the $rogra% e&ition is a#so e

finishe& si%u#taneous#" as soon as %easure%ent has finishe&. he $rogra% can e sa,e&!

ca##ing-out an& re-e+ecution. )ou a#so can $ut in ( fi#e to QuickMeasuring an& transfor% it

'uick#" into e+ecuta#e $rogra%.

QuickMeasuring can auto%atica##" recor& %easuring resu#tafter finishing %easuring! "ou

can get "our nee&e& &ata! or ca#cu#ate! reco%ine an& sa,e these &ata " %easuring

infor%ation an& i%age instru%ent.

QuickMeasuring can take $oints #east or %u#ti$oint %easuringin geo%etr" $rocessing!

kin&s of %easuring functions are &efine& to take #east $oint nu%ers! e.g. to $oints create a

straight #ine. )ou a#so can take e+tra $oints " %u#ti$oint in$ut function to get %ore accurate

%easuring resu#t.

QuickMeasuring can co%ine e+isting units into ne oneusing the co%ination of unit

construction function ke"! "ou can create other ne units easi#" ith e+isting unit.

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QuickMeasuring can set reference coor&inate s"ste%ith a+is ca#iration an& origina#

$oint ack to ero! "ou can create a usa#e coor&inate s"ste%. QuickMeasuring a##os "ou to

set %an" reference origin $oints in the sa%e %easuring $rocess an& free#" $ointing out the

co##ection eteen e,er" %easuring unit an& e,er" reference origin $oint.

Chapter 2 indow summar! of QuickMeasuring

/o%ine& %u#ti$#e in&o an& $u##-&on %enu! QuickMeasuring $ro,i&es eas"-to-use!

su$er-strength interface. he interface of QuickMeasuring softare is &i,i&e& into fi,e $arts:

Softare in&o nterface as fo##os:

in&o1-Measuring gra$hics in&osho %easuring gra$hics

in&o2-;nit su%%ar" in&osho $rocessing %easuring unit infor%ation

in&o3-Status &is$#a" in&o&is$#a" coor&inate! unit an& i##u%inant contro##ing

in&o4-%age taking in&o&is$#a" %easuring ork-$iece an& ,isua# too#s

in&o5- rogra% e&ition in&o&is$#a" rea#-ti%e $roce&ure e&ition status

2.1 Measuring graphics window

Measuring gra$hics in&o is #ocate& at to$ right corner of screen. t is use& to &is$#a" the

%easuring gra$hics an& ne co%ination gra$hics. he in&os as fo##os:

QuickMeasuring $uts the %easuring gra$hics on this in&o. Mo,ing cursor to an" %easuring

unit! an& it i## change co#or fro% #ack into $ink! then c#icking the #eft ke" of %ouse! the unit

i## e shoe& ith &ee$-#ue co#or that %eans it is se#ecte&. f "ou c#ick the right ke" of %ouse!

"ou can ca## out a %easuring #ist %enu as fo##os:

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.)ou a#so can use %ouse to $u## ,ision in&o function or /


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2.2 "nit summar! window

he unit su%%ar" in&o #ocates at the &on #eft of screen! eteen &is$#a" status in&o

an& $rogra% e&ition i&o. t inc#u&es unit $ara%eter an& %easuring statistics. he unit

$ara%eter &is$#a"s the na%e of the unit! the status of coor&inate s"ste%! %easuring resu#t an&

to#erance status. An& a green state %eans nor%a# %easuring unit! a re& state %eans %easuring unithas e+cee&e& to#erance! a re& fork sign ith "e##o rectang#e ar %eans %easuring fai#ure or

e+cee& %easuring range. n %easuring statistics recor&e& a## %easure& units accor&ing $re,ious

state& c#assification! hen "ou %o,e %ouse to %easuring unit it i## &is$#a" re#e,ant $ara%eter

an& to#erance ,a#ue. he infor%ation in this in&o is rea# ti%e re#ate& ith se#ecte& %easuring

unit! hen another %easuring unit is se#ecte&! the infor%ation i## u$&ate i%%e&iate#".

Cra$hic ara%eter nterface:

Measuring Statistics nterface:

Most of %easuring units ha,e %an" characteristics. )ou can c#ick oo#sB %enu! then c#ick


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)ou can se#ect current coor&inate s"ste% fro% $o#ar coor&inates an& /artesian coor&inates

through$rogra% e&it in&o.n /artesian coor&inates! "ou can se$arate#" c#ick (!)!* to &o ero

c#earance ? here this $oint is a #ogica# ero $oint@.

2.3.1 $ight #ource Control

=ight source of QuickMeasuring is &i,i&e& into surface #ight! out#ine #ight an& coa+ia# #ight.Surface #ight is %a&e " a grou$ of


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i##u%ination of inner %argin! for a #ong ti%e! e a#a"s are in ,irtue of coa+ia# i##u%ination! on#"

coa+ia# i##u%ination can su$$#" enough #ight to %ake &ee$ ho#e otto% focus to otain %easuring

resu#t. Df course! hi#e using out#ine #ight to fin& e&ge! tr" to turn off surface an& coa+ia# #ight to

increase the accurac" of e&ge fin&ing.

ina##"! "ou nee& to consi&er en,iron%ent #ight. Cenera##" s$eaking! a## en,iron%enta# #ightfro% an" &irection i## affect the effect of setting u$ the #ight. So! if $ossi#e! "ou shou#& re%o,e

the effect of en,iron%ent #ight.

2., ;mage taking window

%age taking in&o contains actua# i%age of ork $iece "ou are %easuring. t can e static

i%age! hich is goo& for "ou to e+ecute the %easure%ent! hi#e running the $rogra%! it eco%e

&"na%ic i%age! "ou can use &irection ke"s of %easuring i%age in&o to %o,e ork-stage in

or&er to change ork -$ieceFs i%age.

in&o nterface Cra$hic

n this in&o! "ou can %easure ork-$iece through $rogra% e&ition in&o to otain

infor%ation hat "ou nee& an& c#ick the right %ouse utton can ca## out the fo##oing ite%s.

#ae Map: Sa,e the %a$ in the i%age in&o as a /D fi#e.

Make map photo: tFs function is sa%e as the HMake a $hotoF in the %a$ #ist.

9elete labels: e#ete the #ae#s that "ou &o not ant.

#ae ;mage: ork-$iece can e sa,e& as .%$ fi#e. t contains cross #ine! %easuring too#s #ogo.

#how Cross+line: >#ue cross #ine in the i%age in&o can e &is$#a"e& or concea#e&. )ou can

c#ick the right %ouse utton! then %o,e %ouse cursor to i%age o$tion %enu an& c#ick &is$#a"e&

cross #ine! it i## &is$#a" or concea# cross #ine.


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his in&o #ocates at the &on right of screen! it &is$#a"s $rogra% e&it state! inc#u&es

infor%ation of %easuring unit an& unit construction! such as too#s an& $rogra% etc. in&o

function ke"Fs arrange%ent i## has so%e &ifferences &ue to the reso#ution of screen.

in&o nterface Cra$hic:

hrough integration an& &esign! QuickMeasuring ui#&s unit function ke"! unit constitute ke"

an& ,isua# too# function ke" on the #eft of $rogra% e&ition in&o. n a&&ition! use co#or setting

an& grou$ arra"! it is &i,i&e& unit function ke"! unit constitute ke"! ,isua# too# function ke" fro%

e+ecute contro# function ke" c#ear#"! hich is usefu# for a$$#ication of the $rogra%.

n a&&ition! this in&o a#so inc#u&es coor&inate s"ste%! unit! ang#e hich users usua##" use! it

is goo& for users con,ert gra$hic infor%ation.

Eere! e i## intro&uce so%e e+ecution contro# function ke"s first. Such as unit function ke"!

unit constitute ke" an& ,isua# too# function ke"! the" i## e intro&uce& in the fo##oing cha$ters.

his grou$ can con,ert coor&inate s"ste% eteen $o#ar coor&inates s"ste% an&

/artesian coor&inate s"ste%.

his grou$ can con,ert #ength unit eteen %i##i%eter an& inch.

his grou$ can con,ert ang#e eteen &egree sca#e an& arc sca#e.

Drigin of /oor&inates:

his function c#ears ero the characteristic $oints or %easuring unit user ha&. ress this ke" to

se#ect ero c#earing $oint or unit! QuickMeasuring i## set the a$$ointe& $oint as origin of

coor&inate.

/oor&inate /o%$ensation:

After c#icking coor&inate s"ste%! $ress coor&inate co%$ensation! then se#ect the #ine seg%ent

to e %ake co%$ensation a+is or se#ect a certain unit creation function ke" to create %easuring

unit for %aking a+is co%$ensation! QuickMeasuring i## co%$ensate auto%atica##" the #ine

seg%ents $ut in " &ata as ( or ) a+is.

f ithout s$ecia# &esignation! QuickMeasuring i## auto%atica##" co%$ensate the

a$$ointe& ca#iration a+is ith &i,ision #ine of 45I to ( or ) a+is. f it nee&s &esignation s$ecia##"!

after a+is co%$ensation! "ou nee& $ressing ( or ) a+is to c#ear ero. #ease note: #ine seg%ent has

&irecti,it"! if an" care#essness! co%$ensate& coor&inate s"ste% has the &iscre$anc" of 180Iithhat the user ants.

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/ance# Structure ;nit:

his function is to cance# the ai% structure! ?after "ou ha& create& a unit! "ou can c#ick the

utton of cance# in$uts to cance# the unit "ou ha& create&@.

/a## out ;nit

his function is use& to ca## out e+isting coor&inate s"ste%. t is a#so use& to coo$erate ith the

function of $ri%iti,e gra$h to ca## out sa,e& gra$hic unit again for a con,enient gra$hic use of

current $rogra%.

>e& Mo,e%ent:

e can use the four-&irection arrohea& an& to-&irection arrohea& to %o,e the

ork-stage an& %ake the #ens u$ an& &on. hen "ou c#ick this ke" an& ho#& #eft %ouse utton

%o,e to "our nee&e& $#ace! the e& or #ens i## generate &is$#ace%ent in this &irection! the far the

$u## &istance is! the faster the %o,e%ent s$ee& is.

e a&,ise "ou %o,e short &istance at the eginning of using this s"ste% in or&er to %ake a+is

%o,e s#o#"! then %o,ing faster after "ou kno e## aout the softare. #ease note the &istance

eteen the #ens an& ork-$iece! es$ecia##" the * a+is is in #oer $osition.

Auto ocus:

his function i## he#$ "ou to otain the i%ageFs correct focus. hen "ou a&Gust the height of

#ens to the $osition of foca# #ength! $ress this ke"! s"ste% i## auto%atica##" a&Gusts * a+is height

to otain the correct foca# #ength.

he %agnification is %ore greater! the foca# #ength i## e %ore c#ear#". hi#e $oint-getting! itshou#& e in the %i&e of cross #ine to ensure a sta#e $i+e#. n #oer %agnification! ecause the

one the s'uare fra%e inc#u&es is too #arge! the focusing ,aria#e is increasing! so foca# #ength

change is a#so igger an& unre#ia#e.

ocusing theor" is ase& on i%age contrast. or e+a%$#e! hen e use ca#iration #ock! ith

so%e out#ine #ight source! the #ack! hite or gra" one i## e otaine& foca# #ength! ecause in

this ork $iece "ou can fin& enough i%age to e+ecute auto focusing.

o intro&uce the a" of using it in //.

irst: )ou %ust confir% that the %o,e-a+is has een ca#irate&.

Secon&: Mo,ing the #ens to #ook the i%age of ork-$iece c#ear#". An& se#ect the Auto

%easuring $ara%eter settingB co%%an& of SettingB %enu. An& set the suita#e &istance for

searching.

hir&: /#ick this utton an& "ou i## fin& so%e or&s as focusingJBan& a green rectang#e in

the i%age taking in&o. o "ou can se#ect the sie of the focus an& $ress the nterB ke" to

auto-focus.

un:

his co%%an& i## e+ecute the $rogra% fro% the eginning to the en&! ut irst the %easuring

units are use& to set coor&inate s"ste% %ust e otaine& %anua##" " user. At this ti%e! there i##

a$$ear infor%ation to ask user to get $oint %anua##". After finishing a coor&inate s"ste%! the$rogra% i## e+ecute auto%atica##".

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/ontinue:

his function ke" is use& to continuous#" e+ecute $rogra% hen it $ause& or reak off. ress

this ke"! $rogra% i## go on e+ecution.

Sto$:

ress this ke"! $rogra% i## reak off an& ait for userFs other or&er! if nee& continue! $ress

continue ke".

Ko#u%e #ae#:

;sing ,o#u%e #ae#! "ou can %ark se#ecte& %easuring unit in the %easuring i%age in&o.

hen "ou se#ect one or %ore %easuring unit than on#" one! c#ick this ke" there i## a$$ear the

na%e an& %ark in the si&e of this %easuring unit "ou can se#ect. So! this ke" %akes #ocation of

s$ecia# %easuring unit %ore si%$#es

%en&ation


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Measuring in&o %age in&o

he re#e,ant resu#t of %arking on the %a$:

Ma$ %age in&o

Angle labele can co%$#ete ang#e #ae# eteen &ifferent $e#s. he &etai#e& $rocess

is:

irst! %ake the HAng#e #ae#F utton is &on! then c#ick a #ine in the %easuring in&o an&

c#ick another #ine. After this! a green arc-#ine i## &is$#a" an& %o,e ith cursor. Mo,e cursor to

the $#ace that "ou hat an& c#ick the #eft utton of the %ouse. =et us take the ang#e eteen #ine

an& #ine as e+a%$#e.



Ma$ %age in&o

adius label: e can co%$#ete ra&ius #ae# of circ#e or Arc. he &etai#e& $rocess is:

irst! %ake the ra&ius #ae# utton is &on. hen c#ick the circ#e or Arc in the %easuring

in&o. An& a green #ine i## &is$#a" an& %o,e ith cursor. Mo,e cursor to the $#ace that "ou

ant an& c#ick the #eft ke" of %ouse. =et us take the ra&ius of Arc as e+a%$#e:

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Ma$ %age in&o

9iameter label: e can co%$#ete &ia%eter #ae# aout circ#e. he &etai#e& $rocess is the

sa%e as the ra&ius #ae#. =et us take the &ia%eter #ae# of circ#e as e+a%$#e:


he re#e,ant resu#t of %arking on the %a$

Ma$ %age in&o

$ine label: e can %ake the #ae# in the ( &irection an& the ) &irection of units. =et us

take the &istance eteen $oint an& $oint as e+a%$#e.

6ap label: ;sing the #ae# utton! e can #ae# the &istance of the ga$ eteen to units.

3.2"nit (unction )e!

;nit function ke" is #ocate& at the %i&e of $rogra% e&ition in&o ?in&o 5@! it is shoing

as gre" otto% #ack #ine! in hich a## the units can e use& in $rogra%. ach unit has its on

geo%etr" infor%ation! an& hi#e finishing a %easuring unit! QuickMeasuring softare i##

&is$#a" the geo%etr" infor%ation on unit su%%ar" in&o. f "ou ant to re,ise unitFs geo%etr"infor%ation! "ou can c#ick the oo#sB %enu! then se#ect re$ort settingB to re,ise.

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Coordinate #!stem:

)ou can use this function to create coor&inate s"ste%. After a$$ointing a (-) $#ane! $#ease

c#ear ero the origin of ork-$iece! then carr" out the coor&inate co%$ensation. ?/reation of

coor&inate s"ste% in // auto-%easure%ent is the asis of $rogra% auto-e+ecution! so it is ,er"

i%$ortant to create a re#ia#e coo$eration s"ste%. e i## teach "ou ho to create a coor&inate

s"ste% in the fo##oing cha$ters.@

&oint:

his function is use& to %easure an& &efine an (-)-* coor&inates ,a#ue of a certain $oint on

ork-$iece! it can a#so e use& to &efinite a ork-$iece origin! intersection eteen units! the

center of the circ#e an& %i&-$oint.

$ine:

he #ine is the unit ith &irecti,it"! it is use& to &efine the out#ine of ork-$iece! it a#so can e

create& " other units. or e+a%$#e! the center of the circ#e ith the center of the circ#e can create

a #ine. After finishing %easure%ent! QuickMeasuring i## auto%atica##" &is$#a" in the su%%ar"

unit the center $oint coor&inate! &irection! #ength! straightness of #ine an& so%e other geo%etrica#

infor%ation that set u$ " users.

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Circle

his function can %easure the center coor&inate an& &ia%eter of circ#e! after c#icking function

ke"! $ut in three $oints! then $ress %u#ti-$oint %o&e# an& $ut in %ore than three $oints. After

finishing %easure%ent! it a#so i## &is$#a" ra&ius! &ia%eter! coor&inates of the center of the circ#e

an& roun&ness in the su%%ar" in&o. Meanhi#e! it a#so i## &is$#a" gra$h in %easuring

gra$hic in&o.

Arc

hi#e %easuring arc! $ress this function ke"! then se#ect three $oints on the i%age of ork-$iece. f "ou ant to se#ect %ore than three $oints! after c#icking Arc! then c#icking %u#ti-in$ut

%o&e function ke".

After finishing %easure%ent! the ra&ius an& center coor&inate of arc i## e &is$#a"e& in

su%%ar" in&o! in the %ean ti%e! gra$hic i## e &is$#a"e& in %easuring gra$hic in&os.

9istance

his function su$$#ies "ou ith the &istance eteen to $oints or to units! after finishing

%easure%ent! a roken #ine i## e &is$#a"e& in the gra$hic in&o! hich is Gust for

&istinguishing it ith other units! such as #ine.

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Angle

his function $ro,i&es user ith %easuring ang#e sie an& the $eak coor&inate. After $ressing

this ke"! "ou can se#ect four $oints! to $oints for each si&e. f "ou ant to $ut in %ore than four

$oints! $#ease $ress %u#ti-in$ut %o&e function ke"! then $ut in the &ata. f "ou are %easuring

e+isting #ine in $rogra%! $ress this function ke"! then se#ect the unit in unit in&o or &irect#"

se#ect the %easuring gra$hics.

6ap

his function ke" %ake the $rocess of %easuring &istance in $ara##e# #ines easi#". e nee& three

$oints at the #east. irst#"! %ake to $oints in the sa%e si&e. hen %ake another $oint in the other

si&e. An& the QuickMeasuring i## gi,e the &istance eteen the to $ara##e# #ines.

ectangle

e can co%$#ete the %easure in #ength! i&th an& center coor&inate of rectang#e ith this

function ke". after c#icking function ke"! $ut in fi,e $oints. he using ste$s as e#o: irst! Se#ect

to $oints to %ake the first si&e of the rectang#e! hen se#ect one $oint in the #ast si&es se$arate#".

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O+ing

e nee& si+ $oints to %ake the D-


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;nit constitution function ke" is #ocate& at #eft of $rogra% e&ition in&o ?in&o 5@! it is

shoing as gra" ack an& #ack re& #ine. ;nit constitution function ke" uses e+isting %easuring

units to constitute ne %easuring unit to he#$ user to rite $rogra% %ore f#e+i#".

More ;nputs:

QuickMeasuring a##o user creating %easuring unit ith %ore $oints. ake arc as an e+a%$#e!

it nee&s three $oints to constitute an arc! hi#e $ressing this ke"! QuickMeasuring $er%its %ore

than three $oints in the sa%e section of arc! if user hasnFt use& this function! QuickMeasuring i##

use $re-set $oints! na%e#" to $oints constitutes a #ine! three $oints constitutes a circ#e or arc. he

%ore the $oints "ou $ut in! the %ore accurate the resu#t is.

(it to center:

;se e+isting unit center coor&inate s"ste%! fit to center ke" can create a ne unit. Most of

con&itions! auto-constitution %o&e# i## e+ecute this function auto%atica##". or so%e s$ecia#

con&itions! "ou nee& to c#ick this ke" to finish "our o$eration " "ourse#,es

;ntersection

his function can for% to %easuring units to get an intersection. irst! se#ect $oint functionke"! secon"! se#ect intersection function ke". hen se#ect to %easuring units hich "ou ant to

get their %easuring intersection fro% %easuring gra$hic in&o or $rogra% e&ition in&o.

Eere QuickMeasuring i## &is$#a" a &ia#og o+ to te## user $ossi#e resu#t an& to e ha$$ene& an&

#et hi% to se#ect the resu#t that he ants ?se#ecte& resu#t is shoing as #ue@.

&erpendicular:

;sing this function can create an au+i#iar" #ine hich is $er$en&icu#ar to se#ecte& #ine. After

c#icking the function of ,ertica# #ine! irst se#ect a reference #ine! then se#ect %easuring unit "ou

ant to $ass through.

or e+a%$#e! there is a ho#e on a ork-$iece! if e ant to %easure the shortest &istance fro%

ri% to circu#ar ho#e! irst finish the %easure%ents of a #ine seg%ent an& circ#e! secon" se#ect

#ine seg%ent! then c#ick the $er$en&icu#ar function! "ou can se#ect ri% #ine first#"! then create acirc#e ith $oint function ke"! so that it i## create a #ine seg%ent hich $asses through the center

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of the circ#e! intersects ith the circ#e an& is $er$en&icu#ar to ri% #ine. he to intersections

generate& are na%e#" the to nearest an& far%ost $oints to ri% #ine.

&arallel

he function of $ara##e# is creating an au+i#iar" #ine to $ara##e# the se#ecte& #ine an& $assthrough characteristic $oint of another %easuring unit! its use %etho& is si%i#ar ith

$er$en&icu#ar.

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;nscribed

his function usua##" uses circ#e or arc as asis to create an inscrie& circ#e. ts $rinci$#e is that

se#ecting three $oints free#" in a## constitution $oints of e+isting circ#e to create a ne circ#e hich

is the iggest circ#e an& inc#u&es a## constitution $oints. irst se#ect circ#e function ke"! then c#ickthe ke" of inscrie& circ#e. ina##" se#ect an e+isting circ#e or arc. hus $rogra% i## create a

circ#e hich is interna##"-tangent to this %easuring unit.

Circumscribed

his function i## use e+iting circ#e or arc to create a circu%scrie& circ#e. ts $rinci$#e is that

se#ecting three $oints free#" in a## constitution $oints of e+isting circ#e to create a ne circ#e hich

is the s%a##est circ#e an& inc#u&es a## constitution $oints. irst se#ect circ#e function ke"! then c#ick

the ke" of circu%scrie& circ#e. ina##" se#ect an e+isting circ#e or arc. hus $rogra% i## create a

circ#e hich is e+terna##"-tangent to this %easuring unit.

=one

his function use e+isting circ#e as asis to create a ne one circ#e! so it is a#so ca##e& one

circ#e. ts $rinci$#e is that se#ecting the center of a %ini%u% range inter,a# ?for%e& ith to

concentric circ#es@ in a## constitution $oints of e+isting circ#e to create a ne circ#e hich is

%i&e circ#e of t circu%scrie& circ#e an& inscrie& circ#e. irst se#ect circ#e function ke"! then

c#ick one. ina##" se#ect an e+isting circ#e. hus $rogra% ha& create& a ne circ#e.

3.,>isual *ools (unction )e!

Kisua# too#s function ke" is #ocate& the #eft of $rogra%%ing e&it in&o! sho as gra" ack!

#ack an& green #ine. ach ke" shos as &ifferent sa%$#ing too#! these too#s can otain actua#&i%ensions an& coor&inates &ata fro% i%age! it i## create a %easuring unit through

QuickMeasuring.

Manual &oint *ool:

Manua# $oint is use& in se#ecting a $eak of s$here or an unfi+e& se#ecting-$oint $osition. t i##

he#$ "ou to Gu&ge se#ecting- $oint $osition for finishing unit %easure%ents.

After se#ecting the too# of %anua# $oint! %o,e %ouse to the $osition of se#ecting $oint! then

c#ick #eft %ouse is DO. )ou a#so can use $u## function to %o,e this $oint. n a&&ition! "ou can use

cross-#ine #ocation! $ress S$acear to se#ect $oint. ?>ri% scan of cross-#ine has een e+$#aine& in

$re,ious cha$ters! here e &onFt e+$#ain &etai#e" @

f there is a %anua# $oint! hen $rogra% e+ecution here i## sto$ to ait for "ou to $ut in this

$oint! after that it i## continue %easure the ne+t %easuring unit. ue to this characteristic! e can

a&& a %anua# $oint in auto-$rogra% as $ause $oint.

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(ocus &oint *ool:

his function is use& in * a+isFs se#ecting $oint or (-) coor&inate e&ge-fin&ing! its %ain ai% is

otaining high $recision %easuring &ata. he $rinci$#e of auto focus is #ooking the inner an& outer

co%$arison of i%age center fra%e as stan&ar&. he %ore o,ious the co%$arison of #ack an&hite is! the higher the re$eat accurac" is. he %etho& of se#ecting $oint is the sa%e as that of

%anua# $oint. After that! QuickMeasuring i## e+ecute short ti%e auto focus to otain the

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he first e&ge $oint too# i## #et user each other 45 a$$oint e&ge contro# $oint of a## &irections

?tota# eight &irections@. ;se the too# "ou i## fin& nearest out-e&ge $eak of the ork-$iece in the

sa%$#ing one. his is %ost suita#e in out#ine %easuring.

n use this function! first c#ick #eft %ouse to a$$oint center contro# $oint! then $u## %ouse to

outer %argin contro# $oint hich can change $oint-getting &irection an& the #ength of $oint area.)ou can change the i&th of $oint-getting area ,ia using $rofi#e fra%e.

*he &rofile Circle *ool:

he $rofi#e circ#e too# is s$ecia##" &esigne& for circ#e ho#e. t can fast fin& #ight an& sha&e

contrasti,e e&ge to create a suita#e circ#e in a$$ointe& one. >it if the %easuring circ#e &oesnFt

e+ist! inco%$#ete or can not &efinite as a circ#e! this too# can not e use&. n a&&ition! if the

%easuring $art e+cee&s the i%age in&oFs range! "ou a#so can not use this too#. )ou can use this

too# accor&ing to fo##oing ste$s: irst! c#ick circ#e %easuring function ke". Secon&! c#ick the

$rofi#e circ#e too# ke". hir&! %o,e %ouse to circ#e center of %easuring circ#e. /#ick. A s'uare

contro# $oint an& s'uire $oint as circ#e fra%e i## a$$ear in this $osition. /#ick circ#e fra%e #ine

an& %o,e %ouse! "ou can change the fra%e area. u## circ#e fra%e #ine to co%$#ete#" co,er the

%easuring circ#e. )ou can %o,e s'uare contro# $oint " c#ick #eft %ouse.

$ine *ool:

=ine scanning too# #ets "ou %easure a #ine seg%ent in the in&o an& otain the infor%ation!

such as %i&-$oint coor&inates! &irection etc

After c#icking #ine scanning %easuring too#! %o,e %ouse to the e&ge of ork $iece an& choose

to $oints ith %ouse #eft ke"! it i## a$$ear a sa%$#ing area of hich to en&s of #eft an& rightare s'uare contro# $oint. )ou can $u## %ouse #eft ke" on the s'uare contro##ing $oint to re,ise the

oneFs #ength! #ocation! area an& &irection.

QuickMeasuring i## carefu##" ana#"sis an& ca#cu#ate the #ine seg%ent infor%ation that

otaine& fro% too# %easuring area! then shoing as $ink %eans that $oint-getting is correct.

hi#e e+ecuting! it i## %ake %easure%ent auto%atica##" accor&ing to $rogra% an& shar$ "ou set

u$.

Circle *ool:

/irc#e scanning i## #et "ou %easure circ#e an& get the circ#eFs re#e,ant infor%ation! such as

#ocation! sie etc.

/#ick circ#e scanning too#! %o,e %ouse to %easuring circ#e e&ge "ou ant to %easure an&

choose three $oints! after choosing $re,ious $oints an& go on thir& $oint! "ou i## fin& that there

i## a$$ear a re,ise& circ#e hich is &ri##ing through the $re,ious $oints an& %o,ing a#ong ith

the thir& $oint. n suita#e $osition! c#ick %ouse #eft ke" to choose the thir& $oint.

hen there i## a$$ear a sa%$#ing area ith three s'uare contro# $oints. )ou can c#ick an&

$ress %ouse #eft ke" to $u## for changing the #ocation of circ#e! "ou a#so can $u## the insi&e an&

outsi&e fra%e to re,ise the area sie.

QuickMeasuring i## carefu##" ana#"sis an& ca#cu#ate the circ#eFs infor%ation that otaine&fro% too# %easuring area "ou a$$ointe&! then shoing as $ink %eans that $oint-getting is correct.

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hi#e e+ecuting! it i## %ake %easure%ents auto%atica##" %easure accor&ing to $rogra% an&

shar$ "ou set u$.

Arc *ool:

After c#icking arc scanning! %o,e %ouse to the e&ge of %easuring arc an& choose three $oints!hen "ou finish choose $re,ious $oints an& are choosing the $oint! "ou i## fin& that there i##

a$$ear re,ise& arc hich is &ri##ing through $re,ious to $oints an& %o,ing a#ong ith the thir&

$oint. n suita#e $osition! c#ick %ouse #eft ke" to choose the thir& $oint. hen there i## a$$ear a

sa%$#ing area ith three s'uare contro# $oints. )ou can $u## " $ressing %ouse #eft ke" on s'uare

contro# $oint to change the #ength an& $osition of arc! "ou a#so can $u## the insi&e an& outsi&e

fra%e arc to re,ise the area sie an& &irection.

After QuickMeasuring carefu##" ana#"sis an& ca#cu#ate the arc infor%ation that otaine& fro%

too# %easuring area! then shoing as $ink %eans that $oint-getting is correct. hi#e it carries out

the $rogra%! it i## %ake %easure%ents auto%atica##" accor&ing to set u$ $rogra%! shar$.

3.%*hree+dimensional unit function ke!

n the han&-%easure%ent softare! e con,ert to-&i%ensiona# to three-&i%ensiona# ith the

utton. hese hree-&i%ensiona# unit function ke"s he#$ us to %ake %easure%ent of

an" ork-$iece in three-&i%ensions.

oint:

/#ick the utton an& %o,e the $roe to %ake a %easure%ent. hen e can get a three-

&i%ensiona# $oint. he %etrica# resu#t contains the (!) an& * of the $oint. )ou can &efine the

center of so%e ork-$iece in three-&i%ensions ith this $oint.

istance in sa%e &irection:

/#ick the utton an& %o,e the $roe to get three $oints at the outoar& of one ork-$iece.

hen %o,e the $roe again in the sa%e &irection an& get one $oint. An& "ou i## get the &istance

in the sa%e &irection. he &istance contains the thickness of the $#ane.

Dutoar& &istance:

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hen %o,e the $roe again an& get one $oint at the outoar& of another ork-$iece. An& "ou can

get the outoar& &istance. he &istance contains the thickness of oth ork-$ieces.

noar& &istance:


hen %o,e the $roe again an& get one $oint at the outoar& of another ork-$iece. An& "ou can

get the outoar& &istance. he &istance &oesnFt contain the thickness of an" ork-$iece.

Dutoar& circ#e:

his function ke" is a#a"s use& to %ake %easure%ent of ho##o c"#in&er. /#ick the utton an&

%ake sure that the height of $roe is no change& an& get three $oints at the outoar& of the

c"#in&er. hen e can get the outoar& circ#e. An& the ra&ius of the circ#e contains the thickness of

the c"#in&er.

noar& circ#e:


%ake sure that the height of $roe is no change& an& get three $oints at the inoar& of the c"#in&er.

hen e can get the inoar& circ#e. An& the ra&ius of the circ#e &oes not contain the thickness of

the c"#in&er.

Dutoar& arc:


%ake sure that the height of $roe is no change& an& get three $oints at the outoar& of thec"#in&er. hen e can get the outoar& arc. An& the ra&ius of the arc contains the thickness of the

c"#in&er.

noar& arc:


%ake sure that the height of $roe is no change& an& get three $oints at the inoar& of the c"#in&er.

hen e can get the inoar& arc. An& the ra&ius of the arc &oes not contain the thickness of the

c"#in&er.

#ane:

As e kno that three non-co##inear $oints &eter%ine a $#ane. So e can %ake three $oints

ith %o,ing the $roe to get the three-&i%ensiona# $#ane.

ihe&ra# ang#e:

he &ihe&ra# ang#e is &efine& as the acute ang#e of to non-$ara##e# $#anes. /#ick the utton!

an& %ake three non-co##inear $oints ith %o,ing the $roe to &eter%ine a $#ane. hen &eter%ine

another $#ane in sa%e a". An& e can get an ang#e that it is the &ihe&ra# ang#e.

Ca$ in sa%e &irection:

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he function ke" %akes the $rocess of %easuring &istance in $ara##e# $#anes easi#". e nee&

four $oints at the #east. irst! %ake three $oints in one si&e of one $#ane. hen %ake another $oint

in the sa%e si&e of another $#ane. An& the QuickMeasuring softare i## gi,e the &istance

eteen the to $ara##e# $#anes. he &istance contains the thickness of a $#ane.

Dutoar& ga$:

he function ke" %akes the $rocess of %easuring outoar& &istance in $ara##e# $#anes easi#".

e nee& four $oints at the #east. irst! %ake three $oints in the outoar& si&e of one $#ane. hen

%ake another $oint in the outoar& si&e of another $#ane. An& the QuickMeasuring softare i##

gi,e the outoar& &istance eteen the to $ara##e# $#anes. he &istance contains the thickness of

oth $#anes.

noar& ga$:

he function ke" %akes the $rocess of %easuring inoar& &istance in $ara##e# $#anes easi#". e

nee& four $oints at the #east. irst! %ake three $oints in the inoar& si&e of the sa%e $#ane. hen

%ake another $oint in the inoar& si&e of another $#ane. An& the QuickMeasuring softare i##

gi,e the inoar& &istance eteen the to $ara##e# $#anes. he &istance &oes not contain the

thickness of an" $#ane.

/one:

e can get a cone ith this function ke". irst! e %ake sure the height of the $roe an& %ake

three $oints ith %o,ing the $roe in the sa%e height of the cone. Secon&! e %o,e the $roe to

another height an& %ake three $oints too in this height. After that e i## get the cone.

Chapter , Menu bar description

,.1(ile

ts %ain function of is %aking fi#e o$eration an& e+it o$eration! it has a## asic functions of fi#e

o$eration hich are knon " a## of us e##.

?ew (ileB: /reate a ne coor&inate s"ste%! ne gra$hic e#e%ents! ne $rogra%%ing

Open (ileB: o$en .$rogB fi#e.

#tore programB: sa,e $rogra%! the for%at is .$rogB.

&rogram saed asB: rena%e the o$ene& fi#e or re,ises the sa,e route.

;nput 98( fileB: n$ut the ( fi#e an& get the gra$h.Out put as 98(B: o$en .&+fB fi#e. ?Auto/A &efau#t fi#e@

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#tore report -tt/B: sa,e fi#e as .t+tB.

#tore report -'cel/B: sa,e fi#e as +ce# ta#e.

#tore report -ord/B: sa,e fi#e as or&.

&rint reportB $rint sa,e& re$ort ?sa,e& gra$hic infor%ation@.

6raphic preiewB: check gra$hic to see hether it %eets "our re'uire%ent or not.&rint graphB: $rint sa,e& gra$h.

'it s!stemB: it is use& to e+it $rogra% softare s"ste%. here i## e an e+it &ia#og o+! ask

hether "ou nee& to sa,e it or not.

,.2(eature -&rimities/

his is use& to o$erate %easuring unit an& %ake ca#cu#ation.

;nsert this o$tion #ets "ou insert ne $ri%iti,es efore the $re,ious $ri%iti,es "ou

se#ecte&

#elect All se#ect the current %easuring unit at a ti%e! an& set a## units to#erance! or &e#ete

a## units an& &oing ne %easuring.

9elete it is use& to &e#ete &issatisfie& or inaccurate gra$h! an& then %ake ne

%easure%ent.*olerancesho the to#erance &ia#og of the unit that has een se#ecte& for setting an&

checking the to#erance.

9elete labels&e#ete a## se#ecte& #ae#s.

9elete all labels&e#ete a## e+ite& #ae#s.

oriontall! moe%o,e or co$" the unit in a &irection " fi+e& &istance.

otation%o,e or co$" the unit " fi+e& ang#e.

Mirrorget the %irror ,ie of the a+is "ou ha,e se#ecte&.

#torehis function is use& to sa,e se#ecte& %easuring unit un&er the situation of no-

e+iting the softare s"ste% for a further usage of other $rogra%s. ;sua##"! e i## create a

co%%on coor&inates s"ste%! an& then sa,e the gra$h ,ia this function for $rogra%Fs co%ing use

of this coor&inate s"ste%.

n sa,e &ia#og o+! there is a non-re$eate& character string to sho this %easuring unit. A#so

"ou can &efinite a ne character string. )ou can ca## this sa,e& unit.

,.2.1 oriontall! moe

his %enu co%%an& he#$s us %o,e the units to the $#ace here e ant. he &ia#og as

fo##os:

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n the &ia#og! "ou can set the fi+e& &istance of one a+is to &eter%ine the &irection of %o,ing.

f "ou se#ect the co$" ra&io! unit sa%e as the %easure& i## &is$#a" at the &estination! an& the

for%er unit is e+ist. )ou can &efine the nu%er of the ne units " "ourse#f. f "ou se#ect the

%o,e ra&io! a ne unit i## &is$#a" at the &estination! an& the for%er unit is #ost. f "ou se#ect the

$er-$#ace ra&io! a ne unit i## &is$#a" at the &estination! an& the for%er unit is e+ist. >ut their

$osition is not change& ith the changing of the coor&ination.

,.2.2 otation

he function can %ake the unit hir# " fi+e& ang#e. he &ia#og of the %enu o$tion as

fo##oing:

n the &ia#og! "ou can set the fi+e& ang#e of rotating. f "ou se#ect the co$" ra&io! unit sa%e as

the %easure& i## &is$#a" at the &estination! an& the for%er unit is e+ist. )ou can &efine thenu%er of the ne units " "ourse#f. f "ou se#ect the %o,e ra&io! a ne unit i## &is$#a" at the

&estination! an& the for%er unit is #ost. f "ou se#ect the $er-$#ace ra&io! a ne unit i## &is$#a" at

the &estination! an& the for%er unit is e+ist. >ut their $osition is not change& ith the changing of

the coor&ination.

,.2.3 Mirror

he &ia#og of the %enu co%%an& as fo##oing:

n this &ia#og! "ou can se#ect the %irror a+is an& the refer coor&ination. his function he#$s us

get the %irror of the unit. f "ou se#ect the co$" ra&io! unit sa%e as the %easure& i## &is$#a" at

the &estination! an& the for%er unit is e+ist. )ou can &efine the nu%er of the ne units "

"ourse#f. f "ou se#ect the %o,e ra&io! a ne unit i## &is$#a" at the &estination! an& the for%er

unit is #ost. f "ou se#ect the $er-$#ace ra&io! a ne unit i## &is$#a" at the &estination! an& the

for%er unit is e+ist. >ut their $osition is not change& ith the changing of the coor&ination.,.3'ecution

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hen a $rogra% has een finishe& an& #ea&e& in successfu##"! "ou can start this $rogra% ,ia

carr" outB utton in %easure%ent unit in&oB! a#so can o$en an& contro# the e+ecution of the

$rogra% " the carr" outB o$tion in %enu.

Auto+'ecution: o$en a $rogra%Fs e+ecution! use utton

#top eecute: sto$ a $rogra%Fs e+ecution! use utton

Continue eecute: hen $rogra% is $ause& or sto$$e&! utton is use& to re-start $rogra%

e+ecution

e+measure: t is use& to set u$ the ti%es of $rogra% e+ecution! the &ia#ogue o+ is e#o


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/#ick )esB! s"ste% i## gui&e "ou choose target in the &on #eft one of i%age in&o "

using $rofi#e circ#e

#econd: After finishing target choice of irst! there i## e a &ia#ogue o+:

/#ick )esB! s"ste% i## gui&e "ou to choose target in the &on right i%age in&o " using

$rofi#e circ#e.

*hird: After finishing target choice of Secon&! there i## e a &ia#ogue o+:

/#ick )esB! s"ste% i## gui&e "ou to choose target in the &on right i%age in&o " using

$rofi#e circ#e.

(ourth: After finishing target choice of hir&! there i## e a &ia#ogue o+:

/#ick )esB! s"ste% i## gui&e "ou to choose target in the u$ right i%age in&o " using

$rofi#e circ#e.

(ifth: After finishing target choice of ourth! there i## e a &ia#og o+:

After in$ut na%e of unit ca#iration! ca#iration %o&u#us i## confir%! this %o&u#us i## %ake

the %easuring resu#ts %ore accurate.

&robe calibration: t is use& to %ake sure the &ata of ca#iration.

#&C function: t can get the &ata of S/.

'amine calibration: t shos ca## the ca#irations ha,e een e+it in the &ia#og. An& it is eas"

to e+a%ine! se#ect an& &e#ete an" ca#iration for user. ?D: the ca#iration na%e& Mcns is

&efau#t! an& can not e &e#ete&@.

#how@idden the =oom ;n window: he *oo% n in&o is a in&o that f#oating the ,i&eo

for% ,ie.

#olutions: )ou can choose a certain so#ution %o&e# in this &ia#ogue o+ as to#erant choice

%o&e# of %easuring a".

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eport setting: his ite% can #et user set u$ the na%e of gra$hic $ri%iti,e attriute $ara%eter

&is$#a"e& in the %easure%ent unit an& unit su%%ar" in&o ?s$ecific %etho&s i## e intro&uce&

in unit su%%ar" in&o@

#aed "nit: t is use& to &is$#a" %easure%ent units sa,e& " user.

n this &ia#og o+! "ou can choose sing#e sa,e& unit to &e#ete! "ou a#so can a##-&e#ete ke" to

&e#ete a## sa,e& units.

*he number of decimal settingt is use& to contro# the nu%er of &eci%a# of &ates of units.

Auto measuring parameter setting: n this o$tion! "ou can &efine that sa,ing the infor%ation

to (! +ce#! $rinting re$ort or not. he %ost i%$ortant is that "ou can set the $rogra% sto$ or

not hen the %easuring unit is fai#e& or out of to#erance.

,.%#etting

he #ist of the %enu co%%an& as fo##os:

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'amine edge: his o$tion can %ake con,ersion eteen ,i&eo i%age an& &i,ision i%age!

c#ick this o$tion i## a$$ear a &ia#og o+ as fo##os:

he &i,ision situation of i%age is as fo##os:

Cross line setting: t is use& to set u$ the co#or an& for% of the cross-#ine.

#election of image card:

t is use& to se#ect suita#e i%age car&.

>ideo #etting: t is use& to a&Gust i%ageFs rightness! saturation! tona#it"! tone! contrast an& set

u$ ,i&eo source an& its for%at in or&er to %ake "our i%age c#earer an& increase %easuring

accurac".

$ookup border setting: t is use& to contro# the 'uantit" of sa%$#ing $oints an& the %isuse

$oints to he#$ "ou i%$ro,e %easuring accurac".

alf $inear+scale: it i## %ake #ogica# &i,ision %i&$oint for #inear sca#e &ate on a certaincoor&inate &irection. ?or e+a%$#e! it su$$ose& that so%e ork-$ieceFs #inear sca#es &ata on a

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certain &istance of ( a+is &irection is 0.00000100.000000! after "ou choose ( a+is &i,ision

%i&$oint! the &ata on this section of #inear sca#e &is$#a"s as 50.00000050.000000@

$inear #cale 9irection #etting: t is use& to set the &irection of (.).* a+is sca#es.

COM #etting: ro,i&e four /DM $orts to user.

Offset data: t is use& to co%$ensate the %easuring error to i%$ro,e %easuring accurac".

Cut to manager: his function i## a&%it "ou to sitch eteen co%%on user an&

a&%inistrator. n or&er to enhance softareFs securit"! e $ro,i&e $assor& $rotection to

a&%inistrator.

,.4 Map

;se this #ist! e can %ake $hoto! =ae# an& sa,e %a$.

Make Map &hoto: D,ious#"! this function can %ake "ou take %a$ $hoto for so%e i%ages

that "ou nee&! an& &i,erts &"na%ic i%age into %ore static i%ages to &ea# ith! it a#so %akes

%easuring an& seeking ork-$iece feature $oint are %ore con,enient. /#ick this ite% i## a$$earfo##oing &ia#og o+:

n the &ia#og o+! "ou can %ake $hoto in %anua# or auto%atic! s$ecific ste$ of taking %a$

$hotos as fo##os:

irst c#ick sa,e %a$ $hotosB utton to confir% the route "ou ant to sa,e! then "ou can use

%o,e (.)B utton or %o,e *B utton ?the a" is the sa%e as ork-stage %o,e%ent@ to choose

the i%age one here "ou ant to take %a$ $hotos! an& c#ick Make a hotoB utton to take

$ictures! "ou can take %ore $ictures to co%ine the% into a igger $icture. After taking %a$ $hoto

en&e&! "ou can c#ose this &ia#og o+.

Open the Map: /#ick this ite% to #ea& in %a$ $hotos! then "ou can fin& the %a$ $hotos sa,e&

" users in the %easuring gra$hic in&o! si%u#taneous#" there is a green rectang#e fra%e.

%age in&o a#so i## rea# ti%e &is$#a" hat "ou ha& chosen. Eence for a igger $icture

re#e,ant#"! this taking %a$ $hotoFs a" is %ore con,enient for custo%er to #ook o,er a certain

$art. )ou a#so can use %i&e ke" of %ouse to en#arge or &ine the $icture.

Map &hoto and Map ?aigation: QuickMeasuring softare can take $ictures of the ork-

$iece an& %ake these $ictures into one co%$#ete $icture auto%atica##". he %a$ a#so can e use&

to fin& an" $osition of the ork-$iece easi#". So it has great#" enhance& the efficienc" of%easure%ent. tFs i%$ortant that "ou can %ark on the %a$ &irect#".

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Close the Map: /#ose o$ene& %a$ $hotos

#how@hide the Map: n %easuring $rocess " using %a$ $hotos! "ou nee& to #ook o,er the

sha$e of %easuring gra$h $ossi#" or ant to use %easure& unit to create ne unit! here if "ou can

c#ick this ite% to #et o$ene& %a$ $hotos concea# so that the content of %easuring gra$hic in&o

can e shoe& for "ou! if necessar"! "ou a#so can c#ick this ite% to &is$#a" %a$ again.#ae picture: his o$tion $ro,i&e &ifferent $icture of the reso#ution for users. )ou can see

Sa,e $icture ?640R480@B! an& Sa,e $icture ?1280R960@B! an& Sa,e $icture ?2560R1920@B! an&

Sa,e $icture ?5120R3840@B in the #ist.

#etting colors of (eatures: ;sers can set the co#ors of features to act for onese#f in this o$tion.

,.5 'tract outline

+tract out#ine %enu co%%an& can he#$ us get the %essage of the ho#e ork-$iece or $art of

ork-$iece. An& $ro,i&e out#ine fo##oing function.

he function of e,er" %enu o$tion as fo##oing:

'tract outline point: Cet the %essage of the ork-$iece in the range of the ,i&eo one.

Outline follow: A #ue o+ i## e in the range of the ,i&eo one after c#icking this co%%an&.

An& e can use the o+ to get the out#ine of the ork-$iece.

Output the outline point as 98(: Sa,e the out#ine $oint that "ou ha,e got as ( fi#e.

9elete outline point: e#ete a## of the out#ine $oints.

4.8Auto light:

his co%%an& contains Auto surface #ightB an& Auto otto% #ightB. he" can he#$ users to

contro# the #ight easi#". t is as fo##oing:

4.9Append function:

his co%%an& he#$s users to fin& the &ifferent of the ork-$iece ith a out#ine-$icture.

After "ou se#ect the ork-$iece contrastB co%%an&! a &ia#og i## e as fo##oing:

n the &ia#og! "ou can %o,e the contrast gra$h to fin& the &ifferent of the ork-$iece an& %ake

the contrast gra$h to ( fi#e in or&er to use it #ater.

Chapter % Measuring eamples

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QuickMeasuring as a set of si%$#e an& eas"-stu&" softare! "ou can create a %easuring

$rogra% free#" " using si%$#e an& con,enient choice-$oint %o&e#! &uring %easuring ork-$iece!

QuickMeasuring has recor&e& #ight source! %agnification an& %easuring $osition of too#s "ou are

using. Eence after "ou finish %easuring first ork-$iece! "our $rogra% has een finish too.hen "ou run QuickMeasuring softare! %easuring gra$h in&o! %easuring unit an& unit

su%%ar" in&o a## are #ank! after "ou start &oing %easure%ent! the infor%ation! such as the

na%e of %easuring unit! gra$h an& $ara%eter ,a#ue an& so on i## &is$#a" their re#e,ant $osition.

n or&er to %ake "ou %ore $roficient in interface an& asic o$eration of QuickMeasuring

softare! #ease refer to the &etai#e& %easuring e+a%$#e e#o:

(irst &reparation

a@ Start co%$uter an& nsta## QuickMeasuring softare

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?a@: /#ick $ointB function ke" an& intersectionB unit structure function ke" utton

?@: /#ick in turn #ine 1Ban& #ine 2Bin %easuring gra$h in&o! there i## a$$ear oint 3B

hich as create& " the intersection of #ine 1 an& #ine 2.

?4@/#ick coor&inates s"ste%B unit function ke"! it i## &is$#a" coor&inates s"ste% 4B in the

%easuring unit #ist. hen c#ick utton of origin of coor&inatesB function ke"! then c#ick $oint 3Bin the %easuring gra$h in&o! there i## a$$ear the %arking of three-a+is return to ero $oint

3B in the coor&inate s"ste% 4.

?5@/#ick the a+is ca#irationB function ke"! then se#ect the #ine 1B! there i## a$$ear the

%arking of coor&inate a+is ca#iration #ine 1B in the %easuring in$ut #ist of coor&inate s"ste% 4.

At this %o%ent! there in the %easuring gra$h in&o i## a$$ear a coor&inate s"ste% sign!

arrohea& of hich $oints to ( a+is &irection. he origina# i## e &efine& as ?0! 0! 0@.

*hirdB Add Measuring "nits to &rogram?he creation se'uence of this %easuring unit is not

sing#e@

?1@Mo,e ork-stage to %ake a circ#e on the eing %easure& ork-$iece a$$ear in the i%age-

getting in&o entire#"! c#ick the /irc#eB utton of unit function ke" an& c#ick the /irc#e oo#B

utton of ,ision too# function ke".

?2@/hoose three $oints on the circ#e e&ge to create a green circ#e sa%$#ing one! "ou can

change the sie an& the $osition of sa%$#ing one " &ragging $oints an& their e&ge! here i##

a$$ear circ#e 5B in the %easuring unit #ist.? if the sa%$#ing fra%e eco%es "e##o hich %eans

the sa%$#ing one has e+cee&e& the i%age in&o range! at this %o%ent "ou can a&Gust ork-

$ieceFs $osition an& &ine the %agnification to finish sa%$#ing! if the sa%$#ing one is rea##"

too ig! "ou can &o %easure%ents " using %o&e# of More in$utsB! an& the too# of >est &ge

oo#B an& Arc oo#B@. Meanti%e! %easuring gra$h in&o i## a$$ear the gra$h of this circ#e.

?3@Mo,e ork stage to %ake a section of arc a$$ear in the i%age-getting in&o co%$#ete#"!

c#ick the ArcB utton of unit function ke"! then c#ick the Arc oo#B utton of ,ision too# function

ke".

?4@Set u$ three $oints on the arc e&ge! then arc 6Bi## a$$ear in the %easuring unit #ist

?5@Mo,e ork-stage to %ake a igger circ#e on the ork-$iece a$$ear in the i%age-getting

in&o ?t is unnecessar" to a$$ear the fu## circ#e@! c#ick the /irc#eB utton of unit function ke"!

then c#ick the >est &ge oo#B utton of ,ision too# function ke".

?6@/hoose three $oints on the circ#e e&ge! there i## a$$ear a circ#eB in the %easuring unit #ist.

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?7@Mo,e ork-stage to %ake a certain e&ge of ork-$iece a$$ear in the i%age in&o. /#ick

=ineB! then c#ick irst &ge oo#B! a#ong e&ge sa%$#ing to $oints for% first $oint! an& %o,e

e& to another en&! a#ong e&ge sa%$#ing to $oints. o it i## a$$ear =ine 8B for%e& " the

ao,e to $oints

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'ample ?o.2 $ook the centre of the circle as coordinate origin to create coordinate s!stem

n this e+a%$#e! the one to si+th ste$s are the sa%e as that of e+a%$#e o.1! so e onFt

gi,e unnecessar" &etai#s here an& i## start to e+$#ain fro% the ste$ o.7

7@ /#ick circ#e unit function ke"

8@ /#ick $rofi#e circ#e %easuring too# in ,ision too# function ke"

9@ /o%$#ete the %easure%ent ?circ#e 2@ of the ork-$iece. hus "ou ha& &efine& a $oint

hich can e c#earance ero an& a #ine hich can e ca#irate&

10@ /#ick coor&inate s"ste% function ke"

11@ /#ick c#earance ero function ke" of coor&inate s"ste%

12@ /#ick circ#e ?circ#e 2@! here this centre of the circ#e i## e set u$ as origin of coor&inate

13@ /#ick a+is ca#iration function ke"

14@ /#ick horionta# #ine ?#ine 1@! softare i## #ook this horionta# #ine as ca#iration a+is

to %ake a+is ca#iration

'ample ?o. 3 "se a unit to set up a coordinate s!stem

;se the sa%e circu#ar ho#e an& ri% #ine as e+a%$#e o.2! "ou can create a coor&inate

s"ste% on#" using a %easuring unit. hat is &ifferent ith e+a%$#e o.2 is on#" the contents

&is$#a"e& %easuring i%age in&o. n fact! so-ca##e& sing#e %easuring unit is Gust coor&inate

s"ste% %easuring unit! so hat "ou can see is on#" the sign of coor&inate s"ste% in the %easuring

i%age in&o instea& of circu#ar ho#e an& ri% #ine

1@ Set u$ contour i##u%ination 10! other i##u%ination is 0

2@ Set u$ // %agnification in #oest #e,e#

3@ Mo,e ork-stage to %ake the &on #eft $art of ork-$iece shoing in the i%age-getting

in&o co%$#ete#"! an& confir% focus is correct.



6@ /#ick $rofi#e function ke" in ,ision too# function ke"

7@ /o%$#ete the %easure%ent of circ#e ?circ#e 1@ on the ork-$iece


9@ /#ick straight #ine scan function ke" in the ,ision too# function ke"

10@ /hoose to $oints a#ong the otto% ri% of ork-$iece to create a horionta# #ine ?#ine

2@

he function of +a%$#e o.3 is the sa%e as that of +a%$#e o.2! the coor&inate s"ste%create& is the sa%e one. >ut co%$arati,e#" s$eaking! +a%$#e o.3 can si%$#if" $rogra% an&

sa,e ti%e. >ut it is eas" to confuse user if there is no an" hint. +a%$#e o.2 a,oi&s such $ro#e%

ecause circu#ar ho#e an& ri% #ine oth are &is$#a"e& in the gra$h %easuring in&o.

'ample ?o., #tart program through a point

;n&er so%e con&itions! "ou can start "our $rogra% through a $oint! the &etai#e& a" as

un&er:

ut stan&ar& #ock on the ork-stage correct#". hen create a coor&inate s"ste%.



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6@ /#ick %anua# $oint-getting %easuring function ke"7@ /hoose a $oint on the &on #eft corner of ork-$iece as origin of coor&inate

'ample ?o.% Create a simple coordinate s!stem -it can calibrate the error caused b! work+

piece which was put incorrectl!/

hi#e $utting ork-$iece on ork-stage! it is una,oi&a#e to ha,e so%e error! so e can

a&o$t fo##oing ste$s hen e are creating coor&inate s"ste% to ca#irate error cause& " ork-

$iece hich is $ut incorrect#"

he one to thir& ste$s to create coor&inate s"ste% are the sa%e as that of +a%$#e o.4! so

e i## start to e+$#ain fro% Ste$ o.4:

4@ /#ick =ineB utton of unit function ke"

5@ /#ick =ine oo#B utton of the ,ision too# function ke"

6@ /hoose to $oints a#ong the otto% ri% of ork-$iece to create a 5c% #ength of

horionta# #ine ?#ine 1@! an& set u$ the i&th of sa%$#ing one a#so as 5c% or so.

7@ /hoose to $oints a#ong ith the #eft-si&e ri% to create a 5c% #ength of $er$en&icu#ar

?#ine 2@! an& set u$ the i&th of sa%$#ing one a#so as 5c% or so.

8@ /#ick $oint unit function ke"

9@ /#ick intersection unit structure function ke"

10@ /#ick #ine 1 an& #ine 2 to get the intersection of to straight #ines ?$oint 1@

11@ /#ick coor&inate s"ste% function ke"12@ /#ick c#earance ero function ke" of coor&inate s"ste%

13@ /#ick intersection $oint 1


15@ /#ick horionta# #ine 1 to %ake the ca#iration of coor&inate a+is

4.2 *he wa!s to create a reliable coordinate s!stem

he accurac" of coor&inate s"ste% i## affect the accurac" of %easuring. Eence creating a

re#ia#e coor&inate s"ste% is the %ost asic guarantee of %aking an accurate %easure%ent! a

re#ia#e coor&inate s"ste% nee&s an accurate origin an& a+is ca#iration. f "ou ant to create are#ia#e coor&inate s"ste%! "ou nee&:

?a@ ;sing correct focus

?@ /reate %easuring unit " %u#ti-$oints a"

?c@ ;sing #onger straight #ine as ca#iration a+is to re&uce &e,iation error

(ollowing eplanations are the steps to create a reliable coordinate s!stem





4@ /#ick =ineB utton of unit function ke"

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5@ /#ick >est &ge oo#B utton

6@ /hoose %u#ti-$oint %o&e

7@ A#ong ith otto% ri%! choose a $oint in&i,i&ua##" at &on #eft corner! %i&$oint an& &on

right corner to create a horionta# #ine ?#ine 5@

8@ A#ong ith #eft-si&e ri%! choose a $oint at the &on #eft corner! %i&$oint an& u$ #eft cornerto create a $er$en&icu#ar ?#ine 9@

9@ /#ick ointB utton of unit function ke"

10@ /#ick intersectionB utton of unit structure function ke"

11@ /#ick horionta# #ine ?#ine 5@ an& $er$en&icu#ar ?#ine 9@ to get the intersection of to #ines

?$oint 10@! this intersection is Gust origin of coor&inate s"ste% to e create&

12@ /hoose coor&inate s"ste% function ke"


14@ /#ick intersection ?$oint 10@

15@ /#ick a+is ca#iration function ke" of coor&inate a+is

16@ /#ick horionta# #ine ?#ine 5@! softare i## #ook this horionta# #ine as ca#iration a+is to

%ake a+is ca#iration

A coor&inate s"ste% hich has an accurate origin an& ca#iration a+is ha& een create&

successfu##"! hich is in&is$ensa#e factor for a high-accurate %easure%ent

4.3 Measurement of tin! unit

An" %easuring action e+ecutor %atches re#e,ant $osition accor&ing to current coor&inate

s"ste%. So! if the %easure& $osition gets a too s%a## unit! e har" finish the unit %easuring in

auto e+ecution. n that case! in or&er to carr" out the $rogra% successfu##"! e suggest "ou

se#ecting a #arge unit to create a ne coor&inate s"ste% hich is #ooke& as #ocation asis of the

tin" unit.4., Measurement of central s!mmetrical work+pieces

So%e ork $ieces are s"%%etrica#. he" ha,e a co%%on center $oint. hen "ou %easure this

kin& of ork $ieces! "ou Gust nee& to $ut the center $oint as origin $oint! then "ou %easure one or

%ore than one unit! at #ast se#ect center $oint to create coor&inate s"ste%! use gra$hic turningB or

gra$hic %irroringB to finish %easure%ent.

4.% *he wa! to improe program eecution speed

here are %an" %etho&s to i%$ro,e the e+ecution s$ee& of $rogra%! here #ist se,era# %etho&s

for "our reference:

r" to #et the $oint #ocation near to actua# e&ge an& re&uce the sa%$#ing area. he area of

sa%$#ing i## affect ti%e of e&ge-fin&. or the sa%e ork $iece! if "ou set the sa%$#ing area "ou

set u$ increases one ti%e! "ou nee& to s$en& 4 ti%es ti%e to finish the %easuring.

re-set %easuring route! in %ost $rogra%s! %o,e%ent s$en&s too %uch ti%e! ut if "ou can

consi&er "our %easuring route in a&,ance! it i## i%$ro,e "our %easuring s$ee&.

r" to si%$#if" setting an& $re$aration. So%e ti%es! oing to an uneas" correct $ut of ork-

$iece an& so%e co%$#icate& ork-$ieces hich nee& change re$eate" &ifferent $rogra%s oth

#ea& a #oer %easuring efficienc". So the fi+e& $iece through goo& &esign i## i%$ro,e the

%easuring efficienc".

Chapter 5 *olerance and #&C

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5.16raphic &rimitie *olerance

QuickMeasuring softare a&%its users to set $ositi,enegati,e to#erance ,a#ue se#f-

&eter%inate#"! an& #et a$$#ie& unit inc#u&e to#erance ,a#ue. >esi&es! users can set one or %ore

to#erance ,a#ues of units one ti%e.

he &ia#og o+ of to#erance ,a#ue of %easuring unit is as fo##os:

he &on-#ist o+ at the to$ #eft corner of the &ia#og o+ i## &is$#a" the na%e of unit that "ou

ha,e chosen ?$ointcirc#e@! the nether #ist o+ gi,es "ou the %easuring ,a#ue! stan&ar& ,a#ue!

u$$er an& #oer to#erance #i%it an& stan&ar& error of each $ro$ert" $ara%eter of this unit

;nput *olerance:

)ou can choose unit that "ou ant to in$ut to#erance in %easure%ent ce## ro or %easuring

gra$hic in&o! then c#ick right ke" of %ouse an& choose ite% Bo#erance?@ B in gra$hic

$ri%iti,e %enu. he &ia#og o+ of $ri%iti,e unit i## &is$#a" its $ositi,e an& negati,e to#erance

,a#ue. he content of $ositi,e an& negati,e to#erance inc#u&es %easure& gra$hic $ri%iti,eFs asic

coor&inates! sie etc. )ou can in$ut the ,a#ue in the #ist of stan&ar& ,a#ue an& u$$er an& #oer

to#erance #i%its. ;n&er $ro$er con&itions! the ,a#ues a## shou#& e nu## in this #ist! an& error ,a#ue

i## e ca#cu#ate& auto%atica##" an& e recor&e& in the #ist of un-e&iting stan&ar& error! then c#ickthe utton of c#oseB an& sa,eB! if the gra$hic $ri%iti,e goes e"on& error ?i.e. %easuring

,a#ueTstan&ar& N #oer #i%itB or %easuring ,a#uestan&ar& N #oer #i%it@! in %easuring gra$hic

in&o! the gra$hic $ri%iti,e is re& fi#a%ent. Dtherise! it is #ack fi#a%ent.

(ollowing illustration eplains input and steps of tolerance:

a@ n i%age taking in&o! create a circ#e ith the function ke" of the $rofi#e circ#e too#.

@ /hoose %easuring unit in %easuring gra$hic in&o ith %ouse! c#ick right ke" of %ouse!

there i## e a $u##-&on %enu of unit as fo##os:

c@ /#ick the o#erance ?@B! there i## e a &ia#og o+ of unit to#erance #ike sai& ao,e! it

contains the circ#eFs $re-setu$ $ara%eters! such as! coor&inates ,a#ue! ra&ius&ia%eter! $eri%eter!

area an& out of roun&ness

&@ hen "ou can c#ick the #ist of u$$er an& #oer to#erance #i%it or stan&ar& ,a#ue to &o setu$Go against a certain $ara%eter ,a#ue. Eere it is su$$ose& that e set u$ the to#erance of circ#eFs

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ra&ius as 0.002 an& 0.001 ?note: the u$$er #i%it %ust e igger than #oer #i%it@ an& %easuring

,a#ue is e'ua# to stan&ar&! #ast if "ou c#ick the )esB utton! the softare i## sa,e the to#erance.

An& if "ou c#ick the /ance#B utton! the softare i## not sa,e an"thing of the to#erance.

e@ After setting the to#erance of the circ#e! if "ou fin& the co#or of circ#e is re&! it %eans that the

circ#e is out of to#erance.5.2 #&C (unction

1.(unction 9escription

S/ is the are,iation of Statistica# rocess /ontro#. An& it is an effecti,e a" to i%$ro,e the

'ua#it" of %anage%ent #e,e# of enter$rises.

QuickMeasuring softare has the function of statistics ana#"sis of S/. /on,enient the Qua#it"

assurance &e$art%ent to get &ata an& re$ort for%s in &irect. he softare can &iscern the

%easuring &ata! An& count the %a+ ,a#ue! the %in ,a#ue! the a,erage ,a#ue! the stan&ar& ,a#ue!

An& %ake the o$eration of /a!/$!/$k.

S/ can &ifferentiate the nor%a# change an& the e+ce$tiona# change of the $rocess of $ro&uct

in scientific. An& take %easure to re%o,e the e+ce$tiona# situation! to reco,er the stea&" of

statistica# $rocess! to #oer costs! an& to increase the 'ua#it". t is to stress the re,ention an&

/ontro#.

2."sing the #&C in the software.

*he first step: &it $rogra% or #ea&ing in $rogra% " the D$en the fi#eB o$tion of the fi#eB

%enu. >efore running the $rogra%! c#ick the Auto %easuring $ara%eter settingB o$tion of oo#B

%enu to %ake sure that the Sa,e as (B ra&io utton is se#ecte&. he t+t fi#e is the source of

&ata of S/.

*he second step: After the %easure%ent ?ote: Make the %easure%ent in to ti%es at the

#east@! c#ick the S/ unctionB of the oo#B %enu! an& "ou i## fin& the &ia#og of S/ unction.=iste& e#o:

*he third step/#ick the D$en the &ata fi#eB utton of the &ia#og! an& fin& the t+t fi#e that "ou

ha,e sa,e& an& o$en it. hen "ou i## fin& that the contents of the t+t fi#e ha,e shon in the

/ontro# #ist U ou#e c#ick to a&& fi#eB co#u%n.

*he fourth step ou#e c#ick one o$tion of $e#s! an& its na%e i## sho in the /ontro#

oGectB co#u%n. A#so "ou can get the stan&ar& ,a#ue! the u$$er #i%it! the #o #i%it ,a#ue. t is to enote& that "ou can set their ,a#ue " "ourse#f to %ake the resu#t hat "ou ant.

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*he fifth stephere is a ta contro# at the S/ unctionB &ia#og. An& "ou can fin& the

contro# oGect that "ou ha,e a&&e&. hen se#ect one of the o$tions an& "ou can get the S/ contro#

&iagra% an& the S/ &atan in the S/ contro#B &ia#og. =iste& e#o:

S/ contro# &iagra%

)ou i## get the ,a#ue of /a!/$!/$k in the S/ contro# &iagra%B &ia#og. )ou a#so can get the

S/ contro# #ine through changing the ,a#ue of the stan&ar& an& the u$$er #i%it an& the #o #i%it

in the S/ &ata co##ectB &ia#og. At the sa%e ti%e! the softare ga,e the S/ ,a#ue in S/ &ata

co##ectB &ia#og.

As %entione& efore. )ou can ana#"sis the $ro&uct $rocess in scientific to co%$#ete Statistica#

rocess /ontro#.

Chapter 7 &rint report and output report

7.1 *8* eport Output

QuickMeasuring can sho %easuring ,a#ue an& gra$hics on the screen! it sti## $ro,i&es the

function of re$ort out$ut to sa,e an& &ea# ith these &ata an& gra$hics! the &etai#e& ste$s are as

fo##os:

irst! "ou %easure the ork-$iece in i%age taking in&o to get %easuring &ata an& gra$hic

$ri%iti,e.

hen! "ou se#ect the sa,e re$ort ?(@ ?@JB ite% in the fi#e &on-$u## %enu.

n$ut a fi#e na%e an& sa,e it in this &ia#og o+! so that %easuring &ata an& gra$hic $ri%iti,e are

sa,e& in ( fi#e.

his re$ort &etai# recor&e& the na%e of %easure& unit! gra$hic $ri%iti,e $ara%eter! an& its

$ara%eter ,a#ue.

7.2 'cel eport Output

QuickMeasuring a#so can sa,e %easuring &ata an& gra$hic $ri%iti,e in +ce# for%! users can

a%en& an& ca#cu#ate the &ata in the e+ce# for%! &etai#e& o$erating ste$s are as fo##os:

irst! %easure ork-$iece in i%age in&o to get %easuring &ata an& gra$hic $ri%iti,e! then

c#ick an& choose the ite% sa,e re$ort?(/=@?@Bin the fi#e &on-$u## %enu! QuickMeasuringi## a$$ear e+ce# for% to sa,e &ata an& gra$hic $ri%iti,e auto%atica##".

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n the first #ine of +ce# for%! there recor&e& the s$ecific ti%e an& &ate on hich the re$ort as

sa,e&! e#o that! there is &etai#e& gra$hic $ri%iti,e na%e! $ara%eter an& $ara%eter ,a#ue

recor&e&. An& "ou a#so can sa,e the +ce# for%at sa,e as .+#s fi#e.

7.3 ord report output

QuickMeasuring softare $ro,i&es the function that sa,ing the &ata of unit to or& fi#eauto%atica##". So it is eas" that o$erating aout the &ata for user. A## ste$s as fo##os:

irst! co%$#ete the %easure%ent of the ork-$iece hat "ou ant.

Secon&! c#ick the fi#eB %enu co%%an&! an& se#ect the store re$ort ?or&@B co%%an& o$tion.

After this! the softare of QuickMeasuring i## rite &ata to or& fi#e auto%atica##".

n the or& fi#e! e can see that it contains the ti%e of the re$ort an& the %easure& ,a#ue!

stan&ar& ,a#ue! u$ #oer! &on #oer an& the to#erance. f the unit is out of to#erance! the font

aout the %essage of unit i## e re&.

7., &reiew of eport and 6raph

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Chapter : (AQ and help

his cha$ter #ists so%e si%$#e %etho& to &ea# fre'uent#" 'uestions! to he#$ "ou &o so%e

%aintenance! goo& use haits! $ro#ong use ti%e.

f the fo##oing so#utions can not so#,e "our 'uestions! $#ease offer "our %o&e#! softaree&ition! / o$erating s"ste% an& "our e#aorate 'uestions an& error infor%ation to us.

a@ ;na#e start or e+ce$tiona# $o$$ingV

#ease confir% &ong#e is correct#" insert ;S>! &ri,e $rogra% of &ong#e is co%$#ete#" insta##e&.

@ o %age &is$#a"V

#ease confir% %age /ar& is correct#" inserte& into /! &ri,e $rogra% an& i%age car& ha,e

insta##e&.

c@ %age co#or &istortion or softare interface &is$#a"s insufficienc"V

#ease confir% "our screen setting!

Quickmeasuring 3.0 Version

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