Detailed Specifications

General specification is below.




IS-mini, Teradek COLR, FSI BoxIO, FUJIFILM IS-100

Panasonic Varicam Series, ARRI AlexaSX/T, AlexaMINI, Amira


Tangent Element Kb, Tk, Wave, Ripple


XRite i1pro, i1pro2, i1display OEM version(Windows Only)
Klein K-10A
Photo Research PR-655/PR-670
JETI Specbox1211/1201 (Windows 32bit version Only)
Konica Minolta CS-200(Windows 32bit version Only), CA-210(Windows 32bit version Only), CS-2000
Colormetric Research CR-100, CR-250

Downloadable preset LUTs

ARRI, Canon, BMD, RED, SONY, Panasonic, GOPRO, FOR-A, JVC,Vision Research. Upto 68 camera types with dynamic range information, sample images are available.

Monitor Color Spaces

Color Space : Rec709, Rec2020, DCI-P3
HDR : ST2084(PQ), HLG1.2(1000nits)
Mapping: Rec2020 to Rec709 mapping、HDR to SDR mapping

Still Images

DPX, JPG, BMP, PNG, TIFF, クfrom Clipboard, Capture (IS-miniX, BoxIO, AlexaMINI)、preset images、 Picked Pixel Values(before and after LUT), Histogram, Wave Form, Vector Scope

Warning functions

Camera's Dynamic Range、Outside of Rec709 Above 400/1000nits for HDR and false color


Windows7, 8, 10 MacOS 10.11以降、 1280x720以上のモニタ

Core Engines

WonderLookPRO achieves various functions using following core engines. These engines are originally developed by Fujifilm and brush upped by TVLogic.

Core Engine


Internal Color Management Engine

Supports CameraLOG, Monitor Color Spaces and ACES Color Spaces. Achieve color space conversion of every color space to another.

Various color correction algorithm : Adding to ASC-CDL, versatile tone curve, color temperature, precise iris emulation, vector 12 colors hue/saturation/brightness

Film Look

Various motion picture negative film, posi film are measured as profiles to be used as rendering for film look

LUTBOX control

No only our products IS-mini and  IS-miniX but also teradek COLR, FSI BoxIO, ASTRO DESIGN SB-4024, Panasonic Varicam Series, ARRI Alexa SxT, AlexaMINI, Amira are controlable

LUT file input/output

Various LUT file format, like DaVinci .cube, Trulighe format can be input or output.
Output color space can be selectable when exporting.

Monitor Calibration

Making accurate calibration LUT by using small number of color patch measurement

Basic Functions

Color Management / Control functions

This table shows basic functions of color management of WonderLookPro.



Camera's Color Spaces

More than 70 types of camera's profile was measured and providing them as transform through CloudLUT function. It can be used for camera to camera conversion, camera independent color correction, which brings flexibility and accuracy of motion picture color making.

Monitor's Color Spaces

It supports RGB primary of Rec709, DCI, and Rec2020, SDR gamma and HDR gamma of HLG and PQ. Including HLG, they can be used forward and inverse transform, which means these color spaces can be used both input and output.

Grading Space

Color Correction should be performed unified color space, but because there is no perfect grading space, we have to select proper color space. It suppots ACES linear compatible ACESproxy, ACEScc, ACEScct and HSLA which has high quality bit resolution original color space, and camera log space like SLOG3/SGAMUT3 or LogC.

Mapping function

When you convert from Rec2020 to Rec709, or HDR to SDR, which is wide color space to narrower space, you can select preset mapping transforms which avoid hard clipping. You can do your own mapping without using these preset transform.

Quick setup function

Just selecting neutral object achieve instant neutralizing to get gray ballaced image. You can select specific color to convert to target color to match skin color. These quick setup functions assists matching of different type of cameras.

Various Color Correction

It supports Tone/Simple/LGG/SOP/Vector/CCU interfaces to do color correction.

Numerical Calcuration

It provides the method to create gray scale table or 3D color table as input data sets to calculate current entire transform to confirm by number. The result can be copied to use spread sheet like Excel.

LUT Management functions

This table shows LUT related functions. It includes, LUT providing service(CloudLUT), LUT file import/export, and LUT conversions.



CloudLUT service

You can download more then 70 types of camera IDTs, ACES RRT, more than 20 kinds of film look through CloudLUT service on Internet.

Import LUT file format

Support DaVinci ,cube, Trulight or many  other format

LUT file conversion

Imported LUT can be converted to "for other camera log space LUT" and /or  "for other monitor color space LUT".

LUT file combination

Two different LUT file can be imported as input LUT and output LUT. You can export combined LUT in any format.

CTL support

Color Transform Language(CTL) is supported. It can be imported as 64^3 cube internally.

LUT export

Any created Looks or LUT combinations can be exported to LUT file in DaVinci, Trulight or many other format. Not only exporting one LUT for the entire transform, it can be divided into input transform to grading space, color correction in grading space, output transform to grading space so on.

LUT Device Control functions

Here is the supported LUTBOXes and supported funcitons of them.







USB/LAN connection、send LUT,、save LUT in flash memory, bypass mode, color patch generation(rectangle only: input format or 59.94i),get TimeCode, get GenLock status, OSD overlay(256x64pix 1 color), firmware update




(adding to IS-mini) frame capture, aquisition of camera metadata, internal still image、still image ggeneration(input format,1.5G 59.94i,3G-A 59.94p, 3G-B 59.94p)、 LUT on/off wiping, Live/still image wiping, FrameLine display(center cross and three type of rectangle), background still image composite by chroma-key, still image composite by alfa channel, animation overlay




LAN/WiFi connection, send LUT, save LUT in flash memory


33^3(1ch mode)

17^3(2ch mode)

LAN/WiFi connection, send LUT, capture image, aquiring camera metadata




LAN/WiFi connection, send LUT, Frame grab, Camera Control, aquiring camera metadata


Varicam Series


LAN/WiFi connection, send LUT, Camera Control, aquiring camera metadata




LAN connection, send LUT、 use internal saved preset LUT, converter setting(HD/4K conversion)




LUT Device Management


Assign your custom name to each specific device to be shown on the device list

grouping function

You can make groups of the same type devices. The members of the group will be sent the same LUT by one action. You can use 4K control by using the group of four devices. IS-miniX is capable of capturing 4K image by using 4 units group.

Look Sync function

You can create common Look for the different LUT settings of plural devices or groups. One action will create different LUTs but the same Look and send them respectively.

Lock function

To avoid unintentional color change, you can lock any operation to change the color, the function is called "Lock" function.


number of units

Basically there is no limit for the number of devices if the system resource allows.

The maximum number of the controllable devices are limited by kind of the license.

Entry License: up to 3 units, Standard License: upto 5 units, Corporate License: 20 units or more.

Color Correction functions

Color Correction is pefromed by the parameters input by user through user interface. You can use automatic color correction by using image.




Manual Color Correction

Tone Curve

Upto 32 points can be used to generate custom curve. The curves can be made for RGB common or RGB independently. You can edit system tone curve to generate proper tone curve in grading space.


The easy to use interface for the color correction beginners. Color Ballance, Color Temperature, iris emulation, saturation, harden/soften, knee at highlight are available.


The control for the generation of ASC CDL parameters.Lift/Gain/Gamma(Shadow/Middle/Highlight) or Slope/Offset/Gamma.


Adjust hue, saturation and brightness for 12 angle of hue colors. Adding to global control, you can target high/ low brightness colors, or high/low saturated colors respectively.


Emulation of CCU of system camera. It includs R/B ballance and shadows, pedestrial, knee, gamma, iris controls.

Automatic Color Adjustment


The functions to adjust RGB balance automatically to neutralize for the selected color of captured or loaded image. If IS-miniX is available, it capture the live image and apply on the fly for the neutralization.

Color Matching

Automatic hue/saturation matching of selected color to pre-memorized target color. It uses Vector color adjustment algorithm. It's very effective to match skin tone for two different type of cameras.

Color Shifting

Automatic color balance adjustment of selected color to pre-memorized target color. The purpose is the same as Neutralize function but it's useful when the neutral object is not available.

Look Management functions

Created color correction information can be  save as Look on the Look List. Look List supports load/save functions.




Look Management

Save Look

Created Look can be sabed with LUT settings. If timeCode is available for LUTBOX, the Look was saved with timeCode. If the device is IS-miniX, captured image and mleta data on SDI will be saved with the Look. If you are using still image viewing, the rendered thumbnail will be created for the Look.

Apply Look

Saved Look can be applied just one click on the Look List, which triggers to create LUT and send it to the LUTBOX instantaneously. You can select the range of the application from Look only, with LUT replacement, or update of monitor settings savend in the Look.

Gradual Look Apply

When applying the Look, instead of applying instantaneously, the Look can be applied gradually during the period of time you set. Smoothness is depend on the type of the LUTBOX and communication speed.

Re-grading Look

You can load the saved look and adjust it to be overwrote. You can save it as a new Look.


You can set title, comments, or rank from OK/NG/HOLD for the Look. "Title" can be set consecutively by f2 and return key for the quick input.

Folder Management

Looks can be saved in the folders labeled with date and sub-indexes. Move/Copy/Paste of the Looks are available for the different folders.

Load/Save Look List

Load/Save Look List which contains multiple Looks are supported. The file contains LUTs which are used in the Look so you can move entire setting to other PC by just copying one file.

Assistant for Look Creation

System Tone Curve Display

The system tone curve which represents the characteristics of current entire input/output transform of gray tone scale, is available and update real time. The initial system tone curve, without color correction, is shown to confirm the degree of color correction all the  time.

Color Hexagon Display

6 representative color change from input to output can be shown in hexagon graph. You can confirm the direction and amount of the hue/saturation of the created look in real time.

Exposure shift value

The amount of the brightness change of the created look is calculated in exposure index and is shown in EV step.ます。

Image Preview

The still image which is captured(IS-miniX) or loaded from local file can be process by the LUT/Look in real time to view the result. The position of the mouse cursor, or rectangle selected by the mouse on the image is used to calculate and show the color values of input image(OCV), ACES value(If IDT is available), and output image(MCV) If you are using IS-miniX, WonderLookPro can show the live images which varies real time for the preview and pixel value confirmation.

Graph function

Histgram, Wave Form or Vector scope graphs are generated and shown from the processed image in real time. The pixel value of the mouse cursor or selected rectangle is shown on the graph. Wave Form and Histogram graph have "nits" scale in monitor color space(supports HDR).

Warning function

The pixels of outside Rec709, over 400nits or 1000nits of HDR can be shown in extreme color for warning.


WonderLookPro records color correction operation upto 1000 steps to be used for undo. You can re-do the "un-do"ed operation.


Supports Tangent device controller. Multiple controllers can be assigned to different LUTBOXes.

Available Color Pipeline



Cloud LUT

(Scaling) ⇒ IDT ⇒ LMT ⇒ Rendering ⇒ ODT

IDT and Rendering are downloadble by WLP. It is completely device independent workflow. Created Look(LMT) can be used for any camera and any output target(ODT).

Renderings can be selected from not only ACES RRT abut also various film looks or system gamma values.

Color Space

ODT(inv) ⇒ LMT ⇒ (Rendering) ⇒ ODT

Conversion from monitor color space to another monitor color space. You can add rendering or color correction if necessary. It will be often used to HDR/SDR conversion.

IDT ⇒ LMT ⇒ (Rendering) ⇒ ODT

Conversion from a camera color space to monitor color space. You can add rendering or color correction if necessary. Based on faithful color reproduction, you can adjust by color correction.

IDT ⇒ LMT ⇒ (Rendering) ⇒ IDT(inv)

Conversion from a camera color space to another camera color spcae.

It is used for multicamera system to convert camera B signal to camera A signal.

Local LUT

Scaling ⇒ LMT ⇒ LUT ⇒ Scaling

LUT will be used as it is but scaling for input and/or ouput LUT can be selected.
No color management.

Scaling ⇒ IDT ⇒ 【IDT(inv) ⇒ LUT ⇒  ODT(inv)】 ⇒ ODT

If you know the LUTs input or output color space, you can designate them and change the settings. For example, the LUT made for camera A can be used for camera B.


Scaling ⇒ LMT ⇒ Scaling

Simple color correction without using LUT. Scaling for input and/or ouput LUT can be selected.No color management.


Original Expression



Inpupt Device Transform

The transform from Camera's 10bit signal to ACES linear color value. It's inverse transform of the signal processing in camera.


Inpupt Device Transform


Inverse transform of IDT.


Look Modification Transform

Color Correction in the same color space.



Conversion of scene referred color space to output referred color space. In other word, preferable color transform to be viewed on the monitor.

OOTF is including in this category.


Output Device Transform

The transform from device independent ACES color space to device dependent integer code values.(10bit,12bit,16bit)

It may include mapping to fit into the smaller color space of the monitor.


Output Device Transform


Inverse transform of ODT

Still Image Related functions



supported device



Load Image


supports DPX, JPEG, BMP, PNG, TIFF

Capture Imageャ

IS-miniX, BoxIO, AlexaMINI,


Capture image as 10bitRGB

CG Image


Create gray gradation, SMPTE color bar or color patches


Save Image


supports DPX and JPEG format. The image can be before LUT processing or after LUT processing.

Output from SDI


Send image as before/after LUT processing chain. It also supports wiping with live image, color correction while showing image.

SDI stream will be the same format with input signal, but it can create 1.5G 59.94i, 3G-A 59.94p or 3G-B 59.94p without input signal.



After sending background image, you can composite by using chroma-key by picking color from captured image.

alpha channel composite


By using PNG image with alpha channel, the live image and still image can be composited with half transparency.


get the pixel value


The color value of the position of mouse cursor or average of selected rectangle,can be shown in OCV(original 10bit value), ACES, and MCV(output 10bit value). You can copy them to clipboard to be pasted on spread sheet, not only average value but also each pixel values respectively.



Before or after the LUT process. Real time update by color correction. Showing the equivalent position of the position of the mouse on the image by yellow bar. The graph can be copied to clipboard.

Wave Form


Before or after the LUT process. Real time update by color correction.The graph shows %, 10bit and nits scale.  Showing the equivalent position of the

Vector Scope


Before or after the LUT process. Real time update by color correction.Showing the equivalent position of the position of the mouse on the image by white circle. The graph can be copied to clipboard.

Shooting Condition Confirmation/ Decision Assist functions



supported device


IDT related

IDT Tone Curve


The graph of the camera's input/output characteristic measurement result. You can confirm the dynamic range of the camera response.

CV information


The various numeric values of the camera: Minimum CV(shadow), Maximum CV(highlight saturation),dynamic range value(in EV and %), normal exposure's 18% gray value



Labeling the close value pixels from camera's minimum or maximum CV, which means dynamic range limit.

Live image analysis

Live Wave Form


By using IS-miniX's live viewing function, you can confirm specific point of pixel values on WaveForm graph by white circle.

Live Histogram


By using IS-miniX's live viewing function, you can confirm specific point of pixel values on Histogram  graph by yellow line.





By using exposure control (iris emulation), you can preview the result of exposure adjustment.

Monitor Calibration Related functions



supported Probes

XRite i1pro, i1pro2, i1display OEM version

Klein K-10A / Photo Research PR-655/PR-670

JETI  Specbox1211/1201 (Window Only)

Konica Minolta CS-200(Window Only), CA-210(Window Only), CS-2000

Colormetric Research CR-100, CR-250

supported LUTBOX

IS-mini, ISminiX

number of color patches for profiling

select from 165(default)、769 and 4136

evaluation function

Automatic evaluation measurement and showing results in graph

Automatic measurement

Gray gradation or basic color sets can be measured automatically and results can be used in spread sheet