@komar Ulyukaeva посади за решетку

@komar Будь няшей, натяни cubehelix на http://avito.link/map

bnw.im

@kuro Интересная мысль. Но выглядит он как понос.

@komar Ну это только если колорбар, визуализации-то заебательские. Можно крутить ручки до желаемого результата https://www.mrao.cam.ac.uk/~dag/CUBEHELIX/cubewedges.html

@komar Вот тебе, на всякий случай, код на фортране77, если сам не осилишь. C=====================================================================72 C Calculates a "cube helix" colour table. The colours are a tapered C helix around the diagonal of the [R,G,B] colour cube, from black C [0,0,0] to white [1,1,1] Deviations away from the diagonal vary C quadratically, increasing from zero at black, to a maximum, then C decreasing to zero at white, all the time rotating in colour. C C The input parameters controlling the colour helix are: C C START colour (1=red, 2=green, 3=blue; e.g. 0.5=purple); C ROTS rotations in colour (typically -1.5 to 1.5, e.g. -1.0 C is one blue->green->red cycle); C HUE for hue intensity scaling (in the range 0.0 (B+W) to 1.0 C to be strictly correct, larger values may be OK with C particular start/end colours); C GAMMA set the gamma correction for intensity. C C The routine returns a colour table NLEV elements long in RED, GRN C and BLU (each element in the range 0.0 to 1.0), and the numbers, C NLO and NHI, of red, green or blue values that had to be clipped C because they were too low or too high. C---------------------------------------------------------------------72 C Dave Green --- MRAO --- 2011 June 13th C---------------------------------------------------------------------72 C See: C Green, D. A., 2011, Bulletin of the Astronomical Society of India, C Vol.39, p.289 C---------------------------------------------------------------------72 SUBROUTINE CUBHLX(START,ROTS,HUE,GAMMA,NLEV,RED,GRN,BLU,NLO,NHI) C ================================================================ C INTEGER NLEV,I,NLO,NHI REAL START,ROTS,HUE,GAMMA REAL RED(NLEV),GRN(NLEV),BLU(NLEV) REAL PI,FRACT,ANGLE,AMP C PI=4.0*ATAN(1.0) NLO=0 NHI=0 C DO 1000 I=1,NLEV FRACT=FLOAT(I-1)/FLOAT(NLEV-1) ANGLE=2*PI*(START/3.0+1.0+ROTS*FRACT) FRACT=FRACT**GAMMA AMP=HUE*FRACT*(1-FRACT)/2.0 RED(I)=FRACT+AMP*(-0.14861*COS(ANGLE)+1.78277*SIN(ANGLE)) GRN(I)=FRACT+AMP*(-0.29227*COS(ANGLE)-0.90649*SIN(ANGLE)) BLU(I)=FRACT+AMP*(+1.97294*COS(ANGLE)) C IF(RED(I).LT.0.0)THEN RED(I)=0.0 NLO=NLO+1 ENDIF IF(GRN(I).LT.0.0)THEN GRN(I)=0.0 NLO=NLO+1 ENDIF IF(BLU(I).LT.0.0)THEN BLU(I)=0.0 NLO=NLO+1 ENDIF C IF(RED(I).GT.1.0)THEN RED(I)=1.0 NHI=NHI+1 ENDIF IF(GRN(I).GT.1.0)THEN GRN(I)=1.0 NHI=NHI+1 ENDIF IF(BLU(I).GT.1.0)THEN BLU(I)=1.0 NHI=NHI+1 ENDIF 1000 CONTINUE C RETURN END