proe muaj nuj nqi formula
Lub npe: Sine nkhaus
Tsim ib puag ncig: Pro / E software, Cartesian tswj qhov system
x=50*t
y=10 * sin(t * 360)
z=0
Lub npe: Helical nkhaus
Tsim ib puag ncig: PRO / E; cylindrical coordinates (cylindrical)
r=t
theta = 10+t*(20*360)
z=t*3
02
Npauj npaim nkhaus
Spherical coordinates PRO/E
Equation: rho=8 * t
luas=360 * 4
phi=-360 * t * 8
03
Rhodonea nkhaus
Siv Cartesian coordinate system
theta=360 * 4
x=25+(10-6)*cos(theta)+10*cos((10/6-1)*theta)
y=25+(10-6)*sin(theta)-6*sin((10/6-1)*theta)
*********************************
04
Kauv nyob rau hauv lub voj voog
Kem coordinate system
theta=t*360
r=10+10* sin(6*theta)
z=2*sin(6*theta)
05
Involute equation
r=1
luas=360*t
s=2*pi*r*t
x0=s*cos(ang)
y0=s * sin(ang)
x=x0+s*sin(ang)
y=y0-s*cos(ang)
z=0
06
Logarithmic nkhaus
z=0
x = 10*t
y = log(10*t+0.0001)
07
Spherical kauv (siv spherical coordinate system)
rho=4
theta=t*180
phi=360 * 20
Lub npe: Ob chav arc sab nrauv cycloid
Cardir kev tswj hwm
Luas=2.5
b=2.5
x=3*b*cos(t*360)+l*cos(3*t*360)
Y=3*b*sin(t*360)+l*sin(3*t*360)
Lub npe: Star Line
Cardir kev tswj hwm
kev sib npaug:
a=5
x=a*(cos(t*360))^3
y=a*(sin(t*360))^3
Lub npe: Lub plawv kab
Tsim ib puag ncig: pro / e, cylindrical coordinates
a=10
r = a*(1+cos(theta))
theta=t*360
Lub npe: Nplooj Kab Kab
Teeb tsa ib puag ncig: Cartesian coordinates
a=10
x=3*a*t/(1+(t^3))
y=3*a*(t^2)/(1+(t^3))
Kauv hauv Cartesian coordinates
x=4 * cos (t * (5 * 360))
y=4 * sin (t * (5 * 360))
z = 10*t
08
parabola
Cartesian coordinates
x = (4 * t)
y = (3 * t) + (5 * t ^2)
z =0
Lub npe: Disc caij nplooj ntoos hlav
Kev teeb tsa ib puag ncig: pro / e
Cylindrical zaum
r = 5
luas=3600
z =(sin(3.5*theta-90))+24*t
Kev sib npaug: Archimedes kauv
x=(a +f sin(t))cos(t)/a
y=(a -2f +f sin(t))sin(t)/b
Pro/e cov lus qhia txog kev sib raug zoo thiab kev ua haujlwm ntsig txog cov ntaub ntawv piav qhia
Cov haujlwm uas siv hauv kev sib raug zoo
Kev ua lej
Cov neeg ua haujlwm hauv qab no tuaj yeem siv rau hauv kev sib raug zoo (nrog rau qhov sib npaug thiab cov nqe lus raws cai).
Cov kev ua lej hauv qab no tuaj yeem suav nrog hauv kev sib raug zoo:
cos () cosine
tan ( ) uas
sin ( ) lub
sqrt () lub hauv paus
asin ( ) arc sine
acos ( ) arc cosine
atan () arc tangent
sinh () Hyperbolic sine
cosh () Hyperbolic cosine
tanh () Hyperbolic tangent
Nco tseg: Tag nrho cov kev ua haujlwm trigonometric siv chav ntsuas qib.
log() puag 10 logarithm
ln() natural logarithm
exp() lub zog ntawm e
abs() tus nqi kiag
ceil() yog tus lej tsawg tshaj plaws tsis tsawg tshaj li nws tus nqi
pem teb() Tus lej loj tshaj plaws uas tsis tshaj nws tus nqi
Koj tuaj yeem ntxiv qhov kev txiav txim siab xaiv rau cov haujlwm ceil thiab hauv pem teb, thiab siv nws los qhia cov lej lej kom sib npaug.
Lub syntax ntawm cov haujlwm no nrog cov kev ntsuas sib npaug yog:
ceil(parameter_name lossis naj npawb, number_of_dec_places)
pem teb (parameter_name lossis naj npawb, number_of_dec_places)
Qhov twg number_of_dec_places yog tus nqi xaiv tau:
1) Muaj peev xwm qhia tau tias yog tus lej lossis tus neeg siv cov kev txwv. Yog hais tias tus nqi parameter yog tus lej tiag, nws yuav raug txiav mus rau tus lej los ntawm CNC WeChat pej xeem account cncdar.
2) Nws tus nqi siab tshaj plaws yog 8. Yog tias nws tshaj 8, tus lej yuav tsum tau sib npaug (thawj qhov kev sib cav) yuav tsis raug muab sib npaug, thiab nws cov nqi pib yuav raug siv.
3) Yog tias koj tsis ua' tsis qhia nws, txoj haujlwm yog tib yam li cov ntawv dhau los.
Siv lub qab nthab thiab hauv pem teb ua haujlwm uas tsis qhia tus lej ntawm tus lej lej. Piv txwv li no:
ceil (10.2) yog 11
pem teb (10.2) muaj tus nqi ntawm 11
Siv lub qab nthab thiab hauv pem teb ua haujlwm uas qhia cov lej ntawm cov lej lej. Piv txwv li no:
ceil (10.255, 2) yog sib npaug rau 10.26
ceil (10.255, 0) yog sib npaug rau 11 [zoo ib yam li ceil (10.255)]
pem teb (10.255, 1) yog sib npaug rau 10.2
pem teb (10.255, 2) yog sib npaug rau 10.26
09
Curve rooj xam
Curve rooj xam tso cai rau cov neeg siv siv cov lus nkhaus kom tsav qhov ntev los ntawm kev sib raug zoo. Qhov loj tuaj yeem yog sketcher, ib feem, lossis sib dhos loj. Cov hom ntawv yog raws li nram no: evalgraph(" graph_name", x), qhov twg graph_name yog lub npe ntawm lub rooj nkhaus, x yog tus nqi raws li x-axis ntawm lub rooj nkhaus, thiab y tus nqi rov qab.
Rau cov yam ntxwv sib xyaw, koj tuaj yeem hais qhia qhov ntsuas qhov ntsuas trajpar raws li qhov kev sib cav thib ob ntawm txoj haujlwm.
Lus Cim: Cov lus nkhaus feem ntau yog CNC WeChat pej xeem naj npawb cncdar siv los xam tus nqi y coj mus rau x tus nqi nyob rau hauv qhov kev txiav txim siab ntawm x-axis. Thaum tawm ntawm qhov ntau, tus nqi y yog xam los ntawm kev tshaj tawm. Rau x qhov tseem ceeb me dua tus nqi pib, lub kaw lus suav cov nqi ntxiv los ntawm kev txuas cov kab tangent los ntawm qhov pib taw tes. Ib yam li ntawd, rau x qhov tseem ceeb tshaj qhov kawg taw tes tus nqi, lub kaw lus suav cov nqi ntxiv los ntawm kev ncua cov kab tangent sab nraud los ntawm qhov kawg taw tes. Ntxiv WeChat: steven52014 yuav xa ib daim qauv ntawm macro program tutorial
Compound nkhaus orbit muaj nuj nqi
Lub orbit parameter trajpar_of_pnt ntawm qhov sib txuas nkhaus tuaj yeem siv rau hauv kev sib raug zoo.
Cov haujlwm hauv qab no rov qab tus nqi ntawm 0.0 thiab 1.0: trajpar_of_pnt(" trajname"," pointname"). Qhov twg trajname yog lub npe ntawm qhov sib txuas nkhaus, thiab pointname yog lub npe ntawm qhov siv taw tes.
Lub trajectory yog ib tug parameter raws lub compound nkhaus, uas lub dav hlau perpendicular mus rau lub tangent ntawm lub nkhaus hla mus rau lub reference point. Yog li ntawd, lub ntsiab lus siv tsis tas yuav nyob ntawm qhov nkhaus; tus nqi parameter yog xam ntawm qhov chaw ze tshaj plaws rau qhov siv taw tes ntawm qhov nkhaus.
Yog hais tias qhov sib xyaw nkhaus yog siv los ua cov pob txha ntawm cov kab ntau lawm scan, trajpar_of_pnt zoo ib yam nrog trajpar lossis 1.0-trajpar (nyob ntawm qhov pib taw tes xaiv rau cov khoom sib xyaw).
10
Hais txog kev sib raug zoo
Kev sib raug zoo (tseem hu ua parameter kev sib raug zoo) CNC WeChat pej xeem tus account cncdar yog ib qho kev sib npaug ntawm cov neeg siv cov cim cim loj thiab tsis. Kev sib raug zoo ntes cov qauv tsim kev sib raug zoo ntawm cov yam ntxwv, nruab nrab ntawm qhov tsis muaj, lossis ntawm cov khoom sib txuas, yog li tso cai rau cov neeg siv los tswj cov txiaj ntsig ntawm kev hloov kho qauv.
Kev sib raug zoo yog ib txoj hauv kev los ntes cov kev paub tsim thiab kev xav. Zoo li tsis muaj, lawv yog siv los tsav tus qauv-hloov kev sib raug zoo kuj hloov tus qauv.
Kev sib raug zoo tuaj yeem siv los tswj cov txiaj ntsig ntawm kev hloov kho qauv, txheeb xyuas qhov loj me ntawm qhov chaw thiab cov khoom sib dhos, thiab ua raws li kev txwv rau kev tsim qauv (piv txwv li, qhia qhov chaw ntawm qhov cuam tshuam nrog cov npoo ntawm qhov chaw).
Lawv siv rau hauv cov txheej txheem tsim los piav txog kev sib raug zoo ntawm qhov sib txawv ntawm cov qauv lossis cov khoom siv. Kev sib raug zoo tuaj yeem yog cov txiaj ntsig yooj yim (piv txwv li, d1=4) lossis cov lus hais txog ceg ntoo nyuaj.
Hom kev sib raug zoo
Muaj ob hom kev sib raug zoo:
1) Equation-Ua ib qho parameter ntawm sab laug ntawm qhov sib npaug sib npaug rau qhov qhia ntawm sab xis. Qhov kev sib raug zoo no yog siv los muab qhov tseem ceeb rau qhov ntev thiab qhov ntsuas. Piv txwv li:
Txoj haujlwm yooj yim: d1=4.75
Complex assignment: d5 = d2*(SQRT(d7/3.0+d4))
2) Sib piv-Piv cov kab lus ntawm sab laug thiab cov lus qhia ntawm sab xis. Qhov kev sib raug zoo no feem ntau yog siv los ua ib qho kev txwv lossis hauv cov lus qhia rau cov ceg ntoo. Piv txwv li:
Raws li kev txwv: (d1 + d2)> (d3 + 2.5)
Nyob rau hauv cov nqe lus conditional; IF (d1 + 2.5)>= d7
Nce kev sib raug zoo
Koj tuaj yeem nce kev sib raug zoo rau:
1) Tus ntoo khaub lig ntawm qhov tshwj xeeb (hauv hom duab kos duab, yog qhov ntu ntu yog tsim los ntawm kev xaiv" Sketcher">" Kev sib raug zoo" ;>" Ntxiv" thaum xub thawj);
2) Nta (hauv ib feem lossis sib dhos hom);
3) Cov khoom (hauv ib feem lossis sib dhos hom).
4) Cheebtsam (hauv kev tivthaiv hom).
Thaum cov ntawv qhia kev sib raug zoo raug xaiv thawj zaug, qhov preset yog saib lossis hloov qhov kev sib raug zoo hauv cov qauv tam sim no (piv txwv li, ib feem ntawm hom).
Kom tau txais kev sib raug zoo, xaiv" Kev Sib Raug Zoo" los ntawm" Parts" los yog"Components" ntawv qhia zaub mov, thiab tom qab ntawd xaiv ib qho ntawm cov lus txib hauv qab no los ntawm" Qauv Kev Sib Raug Zoo" ntawv qhia zaub mov: Component Relations-Siv kev sib raug zoo hauv cov khoom siv.
Yog hais tias lub Cheebtsam muaj ib los yog ntau sub-components, lub"Component Relations" menu tshwm nrog cov lus txib hauv qab no:
─ Tam sim no-Los ntawm lub neej ntawd, nws yog cov khoom siv sab saum toj.
─Npe-Hloov lub npe tivthaiv.
1) Skeleton kev sib raug zoo-siv kev sib raug zoo ntawm cov qauv pob txha hauv cov khoom (tsuas yog siv rau cov khoom siv xwb).
2) Ib feem kev sib raug zoo-siv kev sib raug zoo nyob rau hauv ib feem.
3) Feature kev sib raug zoo-Siv feature-specific kev sib raug zoo. Yog hais tias lub feature muaj ib tug ntoo khaub lig-section, tus neeg siv yuav xaiv tau: nkag mus rau cov kev sib raug zoo nyob rau hauv lub cross-section (Sketcher) nyob rau hauv lub CNC WeChat pej xeem account cncdar nto (Sketcher), los yog tau txais kev sib raug zoo nyob rau hauv lub feature tag nrho. Nkag mus.
Array Relations-Siv kev sib raug zoo tshwj xeeb rau arrays.
Nco tseg:
1) Yog tias koj sim muab kev sib raug zoo sab nraud ntawm ntu ntu mus rau qhov ntsuas uas tau tsav los ntawm kev sib raug zoo ntawm ntu ntu, lub kaw lus yuav muab cov lus yuam kev thaum rov tsim cov qauv. Ib yam yog qhov tseeb thaum sim muab kev sib raug zoo rau ib qho parameter uas twb tau tsav los ntawm kev sib raug zoo sab nraud ntawm ntu ntu. Rho tawm ib qho kev sib raug zoo thiab rov tsim dua.
2) Yog hais tias cov khoom siv sim muab tus nqi rau qhov sib txawv ntawm qhov sib txawv uas tau tsav los ntawm kev sib raug zoo ntawm ib feem lossis subassembly, ob qho lus yuam kev yuav tshwm sim. Rho tawm ib qho kev sib raug zoo thiab rov tsim dua.
3) Kev hloov kho cov ntsiab lus ntawm tus qauv tuaj yeem cuam tshuam kev sib raug zoo vim tias lawv tsis tau ntsuas nrog tus qauv. Yog xav paub ntxiv txog kev hloov kho units, thov mus saib" Hais txog Metric thiab Tsis-Metric Chav ntsuas ntawm Kev Ntsuas" pab topic.
Siv parameter notation hauv kev sib raug zoo
Plaub hom parameter cim yog siv hauv kev sib raug zoo:
1) Loj cim-Cov hom cim loj hauv qab no tau txais kev txhawb nqa:
─d#-Dimensions nyob rau hauv ib feem lossis los ua ke hom.
─d#:#-Qhov loj me hauv hom kev tivthaiv. Cov tivthaiv lossis tus txheej txheem ID ntawm cov khoom yog ntxiv raws li qhov txuas ntxiv.
─rd#-Cov ntaub ntawv loj nyob rau hauv ib feem lossis sab saum toj-theem sib dhos.
─rd #: #-Qhov loj me me hauv hom kev tivthaiv (cov khoom siv lossis cov txheej txheem ID ntawm cov khoom sib txuas ntxiv ua cov lus tom qab).
─rsd#-Qhov loj me ntawm qhov (section) hauv sketcher.
─kd#-Known dimensions in the sketch (section) (nyob rau hauv niam txiv ib feem los yog sib dhos).
2) Tolerance-Cov no yog cov tsis muaj feem xyuam rau cov qauv kam rau ua. Thaum qhov loj me hloov ntawm tus lej mus rau lub cim, cov cim no tau teev tseg.
─tpm#-Tolerance ntxiv thiab rho tawm symmetric hom; # yog tus naj npawb ntawm qhov ntev.
─tp#- Kev kam rau siab zoo hauv qhov sib ntxiv thiab rho tawm hom; # yog tus naj npawb ntawm qhov ntev.
─tm#-Negative kam rau ua ntxiv thiab rho tawm hom; # yog tus naj npawb ntawm qhov ntev.
3) Tus naj npawb ntawm cov piv txwv-Cov no yog cov lej tsis sib xws, uas yog tus lej ntawm cov xwm txheej hauv cov kev taw qhia array.
─p#-qhov twg # yog tus lej ntawm qhov xwm txheej.
Nco tseg: Yog tias koj hloov cov lej mus rau qhov tsis yog tus lej, Pro / ENGINEER yuav txiav tawm tus lej lej. Piv txwv li, 2.90 yuav dhau los ua 2.
4) Cov neeg siv tsis tau-cov no tuaj yeem yog qhov ntsuas tau txhais los ntawm kev ntxiv cov kev txwv lossis kev sib raug zoo.
E.g:
Volume=d0*d1*d2
Vendor=& quot; Stockton Corp."
Nco tseg:
─ Cov npe siv cov npe yuav tsum pib nrog tsab ntawv (yog tias lawv yuav tsum tau siv hauv kev sib raug zoo).
─ Tsis tuaj yeem siv d#, kd#, rd#, tm#, tp#, lossis tpm# raws li cov npe siv cov npe, vim lawv tau tshwj tseg rau kev siv los ntawm qhov ntev.
─ Cov npe siv cov npe tsis tuaj yeem muaj cov cim tsis yog lej, xws li !, @, #, $.
11
Yuav ua li cas xam cov veneers rau ntoo tev
Rotary kinematics
Nyob rau hauv cov txheej txheem tev, lub trajectory uas txiav ntug ntawm cov riam rotary traverses ntawm tus ntoo khaub lig seem yog hu ua lub peeling nkhaus. Ob qhov teeb meem hauv qab no yuav tau tham txog ntawm no: lub hauv paus rau kev tsim cov kinematics ntawm lub tshuab txiav teb thiab cov trajectory ntawm qhov tseeb rotary txiav.
1) Lub hauv paus rau kev tsim cov kinematics ntawm lub tshuab txiav teb
Lub hom phiaj ntawm tev ntoo seem yog kom tau txais cov khoom zoo txuas ntxiv veneer ntawm cov tuab tuab, zoo li daim ntawv yob unwinding. Tam sim no muaj ob hom kev txav mus los uas ua tau raws li qhov yuav tsum tau ua: Archimedes kauv thiab ncig involute.
Cov qauv yooj yim ntawm Archimedes kauv yog:
x=ɑsinφ cosφ
y=ɑφsinφ
Lub nominal thickness ntawm lub veneer unscrewed los ntawm cov ntoo seem yog lub suab ntawm txhua seem ntawm kauv nyob rau hauv lub J-axis kev taw qhia ntawm lub nkhaus (φ2=2π+φ1). Ua kom △χ=tas mus li, cosφ yuav tsum sib npaug rau 1, thiab φ=90 °. Thaum ib tug φ=90 °, y=aφsin90 °=0, uas yog, qhov siab ntawm cov hniav yog xoom, thiab cov hniav yuav tsum nyob rau ntawm x-axis (uas yog, nyob rau hauv lub kab rov tav dav hlau hla lub axis ntawm kev sib hloov ntoo seem-qhov nruab nrab ntawm chuck axis). Nws kuj tseem tuaj yeem hais tias txawm tias qhov tuab ntawm veneer yuav tsum tau ua, qhov siab ntawm cov hniav yog ib txwm xoom (h=0)
Cov mis rau lub involute ntawm ib lub voj voog yog:
x=acosφ1+aφ1sinφ1
y=asinφ1-aφ1cosφ1
Nyob rau hauv cov mis: φ1 ------- lub kaum sab xis ntawm txoj kab ntsug thiab x-axis ntawm kab tshwm sim thiab qhov chaw sib koom ua ke.
Cov riam rotary txav nyob rau hauv ib txoj kab ncaj nraim mus rau lub x-axis, yog li lub suab ntawm cov seem involute nyob rau hauv x-axis kev taw qhia yog lub nominal thickness ntawm veneer. S=△χ(acos(2π{{3}}φ1){{5}}a(2π{{7}}φ1)sin(2π{{10}}φ1)]-[acosφ1+acosφ1+ aφ1sinφ1
]
=[acosφ1{{2}} a(2π+φ1)sinφ1] -[acosφ1+2φ1sinφ1]
= 21 π asinφl
Yog tias S yuav tsum yog tus nqi tas li (S = 2πα), φl yuav tsum yog 2πn+270°, yog li y = sin270°—acos270° =-a = h. Txhawm rau kom ntseeg tau tias qhov zoo ntawm cov veneer, nyob rau hauv cov txheej txheem tev, nws cia siab tias lub kaum sab xis tshem tawm (txiav lub kaum sab xis) ntawm cov riam tig txheeb ze rau ntu ntoo, lossis lub kaum sab xis (θ) ntawm sab nraub qaum ntawm rab riam thiab ntsug nto, yuav tsum ua raws li lub teb txiav txoj kab uas hla ntawm ntoo ntu Tus nqi ntawm h = -a = - s / 2π hloov raws li qhov kev hloov ntawm s tus nqi, yog li qhov chaw rotary ntawm rab riam yuav tsum hloov raws li lub sijhawm no, yog li cov qauv ntawm lub tshuab txiav teb yog qhov nyuaj heev. Vim li no, nws tsis tsim nyog siv lub voj voog involute raws li kev tsim ntawm kev sib raug zoo ntawm lub tshuab txiav thiab cov ntoo ntawm lub tshuab txiav.
Ntawm qhov tsis sib xws, Archimedes kauv yog qhov zoo tagnrho. Txawm hais tias qhov kev hloov pauv ntawm nominal thickness ntawm lub veneer, tus nqi A yog ib txwm xoom, thiab cov rotary centerline ntawm cov riam rotary tsis tas yuav hloov. Yog li ntawd, tam sim no nws yog siv los ua lub hauv paus theoretical rau kev tsim cov kinematic kev sib raug zoo ntawm lub teb cutter thiab cov ntoo ntu ntawm lub teb cutter. Qhov tseeb txav trajectory thaum rotary txiav yog nyob rau hauv ntau lawm, thiab lub installation qhov siab (h) ntawm lub teb riam hniav tsis tas yuav tsum nyob rau hauv tib lub dav hlau kab rov tav raws li txoj kab txuas rau nruab nrab kab ntawm lub clamping ncej. Qhov no yog vim cov ntoo ntawm cov ntoo tev, cov txheej txheem tev tawm, cov tuab ntawm cov veneer, cov qauv thiab qhov tseeb ntawm lub tshuab tev, thiab lwm yam. Txhawm rau kom tau txais cov veneer zoo, h≠0 thaum txhim kho cov riam, uas tuaj yeem ua tau zoo lossis tsis zoo, thiab txawm tias qhov nruab nrab ntawm rab riam tuaj yeem siab me ntsis siab dua ob qhov kawg ntawm rab riam.
Thaum cov riam hlais hniav sib txawv ntawm qhov sib txawv (h tus nqi sib txawv), qhov sib txawv ntawm qhov txiav yuav yog:
h>0 Lub sijhawm no, lub tev nkhaus zoo ib yam li Archimedes kauv;
h=0 yog Archimedes kauv;
0>h>-a yog ib qho elongated involute
h=-a yog involute;
h<-a yog="" qhov="" luv="" luv="">
Cov qauv lej
UFO
Spherical coordinates
rho=20*t^2
theta=60*log(30)*t
phi=7200 * t
& quot;rho=200*t"
& quot;theta=900*t"
& quot;phi=t*90*10"
pob tawb
Cylindrical coordinates
r=5{{3}}0.3*sin(t*180)+t
theta=360 * 30
z=t*5
Sine nkhaus
Cartesian coordinate system
x=50*t
y=10 * sin(t * 360)
z=0
Helical nkhaus
Cylindrical coordinates
r=t
theta = 10+t*(20*360)
z=t*3
Npauj npaim nkhaus
Spherical coordinates
rho=8 * t
luas=360 * 4
phi=-360 * t * 8
Rhodonea nkhaus
Siv Cartesian coordinate system
theta=360 * 4
x=25+(10-6)*cos(theta)+10*cos((10/6-1)*theta)
y=25+(10-6)*sin(theta)-6*sin((10/6-1)*theta)
Kauv nyob rau hauv lub voj voog
Kem coordinate system
theta=t*360
r=10+10* sin(6*theta)
z=2*sin(6*theta)
Involute equation
r=1
Luas=360 * 90 * t
s=2*pi*r*t pi*rt/2
x0=s*cos(ang)
y0=s * sin(ang)
x=x0+s*sin(ang)
y=y0-s*cos(ang)
z=0
Logarithmic nkhaus
z=0
x = 10*t
y = log(10*t+0.0001)
Spherical kauv
Spherical coordinate system
rho=4
theta=t*180
phi=360 * 20
Ob chav arc cycloid
Cardir kev tswj hwm
l=2.5
b=2.5
x=3*b*cos(t*360)+l*cos(3*t*360)
Y=3*b*sin(t*360)+l*sin(3*t*360)
Hnub qub kab
Cardir kev tswj hwm
a=5
x=a*(cos(t*360))^3
y=a*(sin(t*360))^3
Lub plawv kab
Cylindrical coordinates
a=10
r = a*(1+cos(theta))
theta=t*360
Nplooj ntawv
Cartesian coordinates
a=10
x=3*a*t/(1+(t^3))
y=3*a*(t^2)/(1+(t^3))
Kauv hauv Cartesian coordinates
x=4 * cos (t * (5 * 360))
y=4 * sin (t * (5 * 360))
z = 10*t
parabola
Cartesian coordinates
x = (4 * t)
y = (3 * t) + (5 * t ^2)
z =0
Disc caij nplooj ntoos hlav
Cylindrical coordinates
r = 5
luas=3600
z =(sin(3.5*theta-90))+24*t
30 degree taper qhov machining
G90G54G00X0Y0M03S2500:
G43Z50.H01M08:
Z2.
#1=0.05
THAUM [#1LE5.]DO1
#2=TAN[15.]*#1
#3=5.-#2
G01Z-#1F50
X-#3F500
G02I#3
G01X0
#1=#1+0.05
END 1
G0Z50.M05
G91G28Z0Y0M09
