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tanh
tanh
Last Update: 2014-08-20
Usage Frequency: 25
Quality:
tangente hiperbolikoa tanh
hyperbolic tangent tanh
Last Update: 2014-08-20
Usage Frequency: 6
Quality:
tanh( 0) funtzioak 0 itzultzen du
tanh(0) equals 0
Last Update: 2011-10-23
Usage Frequency: 2
Quality:
arctanh (alderantzizko tanh) funtzioa
the arctanh (inverse tanh) function
Last Update: 2014-08-20
Usage Frequency: 6
Quality:
tanh: @{x}-ren tangente hiberbolikoa
tanh:the hyperbolic tangent of @{x}
Last Update: 2014-08-20
Usage Frequency: 6
Quality:
hedapen honek hautatutako bide baten aurreneko 3 nodoekin definitutako triangelu baten gainean marrazkiak eraikitzen ditu. aurrezarritako objektuetako bat hautatu behar duzu edo zureak sortu behar dituzu. unitate guztiak inkscape-ren pixel unitateak dira. angeluak radianak dira. puntu bat koordenatu triangeluar edo triangeluaren zentroaren funtzioaren arabera zehaz dezakezu. sartu alboaren luzera edo angeluen funtzio gisa. elementu triangeluarrak bi puntuz (:) bereizi behar dira. alboko luzerak honela adierazten dira: 's_a', 's_b' and 's_c'. hauei dagokien angeluak honakoak dira: 'a_a', 'a_b', and 'a_c'. gainera, erdi perimetroa eta triangeluaren area erabil ditzakezu konstante gisa. idatzi 'semiperim' edo 'area' horientzako. python-eko matematikazko edozein funtzio estandar erabil dezakezu: ceil(x); fabs(x); floor(x); fmod(x,y); frexp(x); ldexp(x,i); modf(x); exp(x); log(x [, base]); log10(x); pow(x,y); sqrt(x); acos(x); asin(x); atan(x); atan2(y,x); hypot(x,y); cos(x); sin(x); tan(x); degrees(x); radians(x); cosh(x); sinh(x); tanh(x) alderantzizko funtzio trigonometrikoak ere erabilgarri daude: sec(x); csc(x); cot(x) puntu pertsonalizatu baten inguruko zirkulu baten erradioa zehaz dezakezu formula bat erabiliz, zeinek alboko luzerak, angeluak eta bestelakoak ere eduki ditzakeen. gainera, puntuaren konjugatu isogonala eta isotomikoa marraz ditzakezu. kontu ibili, puntu batzuetan 'zerorekin zatitua' errorea gerta daitekeelako.
this extension draws constructions about a triangle defined by the first 3 nodes of a selected path. you may select one of preset objects or create your own ones. all units are the inkscape's pixel unit. angles are all in radians. you can specify a point by trilinear coordinates or by a triangle centre function. enter as functions of the side length or angles. trilinear elements should be separated by a colon: ':'. side lengths are represented as 's_a', 's_b' and 's_c'. angles corresponding to these are 'a_a', 'a_b', and 'a_c'. you can also use the semi-perimeter and area of the triangle as constants. write 'area' or 'semiperim' for these. you can use any standard python math function: ceil(x); fabs(x); floor(x); fmod(x,y); frexp(x); ldexp(x,i); modf(x); exp(x); log(x [, base]); log10(x); pow(x,y); sqrt(x); acos(x); asin(x); atan(x); atan2(y,x); hypot(x,y); cos(x); sin(x); tan(x); degrees(x); radians(x); cosh(x); sinh(x); tanh(x) also available are the inverse trigonometric functions: sec(x); csc(x); cot(x) you can specify the radius of a circle around a custom point using a formula, which may also contain the side lengths, angles, etc. you can also plot the isogonal and isotomic conjugate of the point. be aware that this may cause a divide-by-zero error for certain points.
Last Update: 2014-08-15
Usage Frequency: 1
Quality: