Pluto trigger инструкция на русском

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инструкцияPluto Trigger

Посмотреть инструкция для Pluto Trigger бесплатно. Руководство относится к категории без категории, 2 человек(а) дали ему среднюю оценку 9.4. Руководство доступно на следующих языках: английский. У вас есть вопрос о Pluto Trigger или вам нужна помощь? Задайте свой вопрос здесь

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PLUTO

TRIG

2015

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Baicheng

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1. INFO

1.1. DISCLAIMER

No parts of this work may be reproduced in any form or by any means — graphic,

electronic, or mechanical, including photocopying, recording, taping, or

information storage and retrieval systems — without the written permission of the

publisher.

Products that are referred to in this document may be either trademarks and/or

registered trademarks of the respective owners. The publisher and the author

make no claim to these trademarks.

While every precaution has been taken in the preparation of this document, the

publisher and the author assume no responsibility for errors or omissions, or for

damages resulting from the use of information contained in this document or from

the use of programs and source code that may accompany it. In no event shall

the publisher and the author be liable for any loss of profit or any other

commercial damage caused or alleged to have been caused directly or

indirectly by this document.

1.2. WARRANTY

Baicheng Innovations (BCI) warrants this hardware product against defects in

materials and workmanship for a period of ONE (1) YEAR from the date of original

retail purchase. If a defect exists, at its option BCI will exchange the product with

a product that is new or which has been manufactured from new or serviceable

used parts and is at least functionally equivalent to the original product. A

replacement product/part assumes the remaining warranty of the original

product or 60 days from the date of replacement, whichever provides longer

coverage for you. When a product or part is exchanged, any replacement item

becomes your property and the replaced item becomes BCI’s property. To

obtain product support for the Pluto Trigger, visit our website

www.bci-innovations.com.

1.3. FCC/CE COMPLIANCE

This device complies with part 15 of the FCC Rules. Operation is subject to the

following two conditions:

(1) This device may not cause harmful interference, and(2) this device must

accept any interference received, including interference that may cause

undesired operation.

This equipment has been tested and found to comply with the limits for a Class B

digital device, pursuant to part 15 of the FCC Rules. These limits are designed to

provide reasonable protection against harmful interference in a residential

installation. This equipment generates, uses and can radiate radio frequency

energy and, if not installed and used in accordance with the instructions, may

cause harmful interference to radio communications. However, there is no

guarantee that interference will not occur in a particular installation. If this

equipment does cause harmful interference to radio or television reception,

which can be determined by turning the equipment off and on, the user is

encouraged to try to correct the interference by one or more of the following

measures:

 Reorient or relocate the receiving antenna.

 Increase the separation between the equipment and receiver.

 Connect the equipment into an outlet on a circuit different from that to which

the receiver is connected.

 Consult the dealer or an experienced radio/TV technician for help

1.4. SAFETY

In order to prevent damage to the Pluto Trigger and/or a personal injury, please

read and observe the following important security precautions.

1. Do not disassemble the unit

This unit is a complex electronic device and contains no user-serviceable parts,

except for user- replaceable batteries. An unauthorized disassembly or

modification may void service warranty on the unit.

2. Keep the unit dry

Avoid exposing the unit to the excess water or rain. Always keep weather

protection seals in place where possible. Exposing unit’s internal circuitry to water

may result in fire and/or electric shock.

3. Do not operate in the event of malfunction

In case of a smoke or an unusual smell coming from the unit, please immediately

turn the unit off, remove batteries (batteries may be hot, take care to avoid burns)

and unplug an optional AC adapter if connected. Discontinue further use and

forward the unit to an authorized service center. Continued use of a

malfunctioning unit may result in an injury.

4. Do not expose to fire or high temperatures

When subject to high temperatures such as fire or a closed compartment

exposed to the sun, the unit may be damaged. Particularly, do not leave the unit

in a closed vehicle under the sun.

5. Avoid extreme temperature changes

Electronic devices may be damaged by sudden and extreme changes in

environment temperature. Just like your digital camera, the Pluto Trigger should

not be used immediately after bringing it from sub- freezing temperatures into a

warm environment. Please allow for at least 2 hours of slow warm-up in a closed

bag before using the Pluto Trigger again after bringing it in from the cold.

6. Keep out of reach of children

This unit contains small parts that may be choked on. If a child swallows or chokes

on any part of the unit, consult a physician immediately.

7. Use only BCI approved accessories

Using accessories not approved by BCI may void your Pluto Trigger warranty, may

cause malfunction and/or fire and/or electric shock, and may result in an injury.

2. INTRODUCTION

2.1. OVERVIEW 

Thank you for purchasing Pluto Trigger, the most advanced camera trigger

solution. To get started with your Pluto Trigger unit, please read the «Introduction»

and «Quick Start Guide» sections. In order to get the most of your Pluto trigger, it is

recommended to read the sections of different Modes as well. 

The Pluto Trigger is an advanced, microprocessor controlled portable unit,

capable of automatically calculating various exposure sequences, and providing

super-fast trigger for high-speed event. The unit is powered from rechargeable

Li-ion battery, is equipped with light/sound/PIR sensors, a infrared emitter for

triggering cameras without cable, a bottom 1/4-20 inch screw for mounting on

tripod, and comes with a flannel drawstring bag for carrying it in the field. 

The Pluto Trigger Apps for iOS and Android are easy to use and powerful. Besides

the sensors embedded in Pluto Trigger, some advanced sensors on your phone

are used to trigger your camera in Phone Sensor Modes. The handy tools like ND

Filter Calculator will bring your photography skills to the next level. More features

will be added in the future updates.

2.2. BOX CONTENTS

1. Pluto Trigger

2. Pluto Laser

3. Pluto Dongle

4. Quick guide leaflet

5. USB battery charge

6. USB charging cable

7. Shutter release cable

8. Flash PC sync cable

9. Hot shoe adapter

10. Drawstring handbag

2.3. FEATURES

1. Bluetooth 4.0 Low Energy

2. Shutter Release Button

3. Infrared Remote

4. Intervalometer Modes

Shutter Release, Time-lapse, HDR, Star trail

5. Pluto Sensor Modes

Laser, Sound, Light, Lightning, PIR, Aux, Timer, Fusion

6. Phone Sensor Modes

Sound, Vibration, Distance, Voice Command, Motion, Face

7. Tools

Sun Calculator, ND Filter Calculator, DOF Calculator, Starscape Calculator,

Shutter Delay Measurement

8. In-app Firmware Upgrade

2.4. SPECIFICATIONS

Size: 60*40*20mm

Bluetooth Range: 10-30 meters

Battery life: 1-2 days

2.5. PLUTO TRIGGER HARDWARE

1. Aux sensor port 

2. USB charging connector

3. Camera/Flash port

1. Program status led

2. Microphone

3. Battery charging led

4. Shutter-release/Bluetooth button

1. Laser/Light sensor

2. PIR sensor

3. Infrared Emitter

1. Power switch

2.5.1. SHUTTER RELEASE BUTTON

The shutter release button let you trigger your camera manually.

It is also used as a switch to turn on/off the Bluetooth module. To do this, just press

the button and hold for 5 seconds and the Status Led will show notification.

Three short blinks means Bluetooth is turned ON, while one long blink means

Bluetooth is turned OFF.

1

2 3

1 2 3

4

1 2 3

1

Turn off Bluetooth makes the battery life of Pluto Trigger much longer. It is useful

when you are taking long time-lapse sequence or using Pluto Trigger only as a RF

2.4G receiver. You configure the settings and then turn off Bluetooth. Pluto trigger

runs at about half power consumption. When you need to change settings, turn

Bluetooth back on.

2.5.2. LED

The Status Led can be set to four modes as follows:

1 Off All led notifications are turned off

2 Program Start/End Blink led when Program starts or stops running

3 Camera Trigger Blink when Pluto trigger your camera

4 Periodic Notification Blink every 5 seconds, indicating Pluto is power on

Note: Display mode with high number also covers all led notifications with lower

number. For example, if display mode is set to 4-Periodic Notification, Pluto will

show all led notifications, which include 2-Program Start/End, 3-Camera Trigger

and 4-Periodic Notification.

Three short blinks always means Start; one long blink always means Stop.

The color of the Status Led shows the battery level of Pluto Trigger.

Green 100%

Yellow 75%

White 50%

Red 20%

2.6. SMARTPHONE APP

1. Menu

2. Device (Scan/Battery)

3. Settings

4. Parameters

5. Start/Stop

1 4 2 3

5

3. QUICK START GUIDE

3.1. PLUTO SETUP

Use the following workflow to get started:

1. Connect the 2.5mm headphone stereo plug to the Pluto Trigger camera port

located next to its USB port. Connect the camera plug to the camera shutter

release port. You may want to consult your camera user manual on where

the shutter release port is located. 

2. Turn Pluto Trigger on by sliding the power switch to the right. The Status Led

should blink for three times, indicating system starts.

3. Make sure Bluetooth on Pluto Trigger is turn on. Bluetooth is on by default. But

if it was turned off accidentally, you can toggle the Bluetooth state by

pressing and hold the shutter release button on Pluto Trigger for 5 seconds.

When Status Led emits three short blinks, Bluetooth is turned on. while one

long blink means Bluetooth is turned off.

3.2. CAMERA SETUP

Your camera may also require a minor set up process prior to using the Pluto

Trigger. We recommend the following camera settings to get the most out of your

Pluto Trigger:

1. Turn your camera on. 

2. Set your camera to Manual Exposure mode unless recommended otherwise.

3. Set your camera to Manual Focus mode unless recommended otherwise. 

4. Set your camera to Single drive mode. Operating your camera in Continuous

drive mode with Pluto Trigger may lead to unexpected results, such as extra

pictures being taken. Alternatively, you can use Quiet or Silent drive mode, if

available on your camera. With Quiet or Silent drive mode the frame rate

may be slower, but shutter will generally sound more quiet and soft, which

may be preferable in certain situations. 

Should you have any problems when using Pluto Trigger with your camera,

resetting your camera to the default settings may help. Please consult your

camera user manual for details on how to reset camera settings.

3.3. APP USAGE

To get started, take «Time-lapse» mode as an example. Go through the following

steps:

1. Turn on Bluetooth on your phone

2. Start Pluto Trigger App for iOS or Android.

3. Connect with Pluto Trigger. On first app launch, the Device button is a spinner

that means no Pluto is connected. Now make sure Pluto Trigger is turned on;

click the Device button. A Device Scan screen slides in, and the app is

scanning for Pluto Trigger in your environment. All Pluto Triggers with Bluetooth

turned on will show up in seconds; click the icon of the found device and

app will connect to it. The default Pin code is “000000”. Now navigate back

to the Time-lapse screen. A battery icon replaces the spinner, which means a

Pluto Trigger is connected; the battery icon shows the battery remained in

your Pluto Trigger. If the app has connected to your Pluto Trigger before, skip

this step since it will automatically make the connection on app launch.

4. Change time-lapse settings, as you need.

5. Finally, make sure your camera is properly connected to Pluto Trigger and set

up as described in the PLUTO SETUP and CAMERA SETUP chapters. With your

camera in Manual exposure and Manual focus, press the red «Start» button to

start program. Pluto Trigger displays the current image sequence step and

the time remaining. As each image sequence finishes, Pluto Trigger emits an

optional Status Led notification and returns to the mode settings screen.

6. If you want to cancel an exposure sequence before it completes, press the

red «Start» button again. Pluto Trigger App will return to the mode settings

screen.

7. When finished using the Pluto Trigger, slide power switch to the left to turn the

unit off. Pluto Trigger memorizes your current settings as it powers off and

restores them the next time it powers back on.

Your Pluto Trigger offers a multitude of camera trigger modes that will help in your

daily photography needs; you can easily navigate through available modes

using the top left Menu. Refer to following sections to learn more about each

mode.

4. INTERVALOMETER MODES

4.1. SHUTTER RELEASE MODE

Use this mode when you only need to take a single picture manually. Depending

on the mode settings, the Pluto Trigger either simply instructs the camera to

release the shutter with the current in-camera settings, or attempts to time an

arbitrary exposure by using camera’s Bulb mode.

You can choose one of the following release modes to take a picture:

1. Single: press to take a single picture

2. Focus: press to focus, release to take a picture

3. Hold: press to open shutter, release to end exposure

4. Lock: press to open shutter, press again to end exposure

5. Bulb: set exposure time, press to take a picture

6. Burst: set interval, press to start a exposure sequence

7. Timed: set countdown and start, take a picture when countdown finishes

For “Hold”, “Lock” and ”Bulb” release modes, set your camera to BULB mode. For

others, you may use any exposure mode on the camera, including fully

automatic exposure modes. Please note that Manual focus mode should still be

used.

Usage

1. Make sure your camera is connected and set up. 

2. Make sure Pluto Trigger is connected.

3. Select «Shutter Release» from app’s menu.

4. Select a release mode; set the time if needed.

5. Press red «Start» button to take a picture. 

NOTE 1: If you would like to pre-focus before exposure, switch your camera to

Auto focusing; and select appropriate focus time in app’s “Settings” menu,

depending on the lightning condition and your camera model.

NOTE 2: Depending on your camera model and chosen mode, select

appropriate shutter pulse length in app’s “Settings” menu. For example, you may

need to choose longer pulse length when Live View is turned on.

4.2. TIME-LAPSE MODE

Use «Time-Lapse» mode to take a number of pictures separated by a preset time

interval with an optional start delay before starting the sequence. The resulting

pictures can be used to create a fast motion video.

The basic Time-Lapse mode will use your camera exposure settings. Your camera

should be set to Manual mode. Besides the basic Time-Lapse, another two

advanced Time-Lapse are available: HDR Time-Lapse and Bulb Ramping

Time-Lapse. If HDR or Bulb Ramping is enabled for your time-lapse sequence, set

your camera to Bulb mode for Pluto Trigger to time an arbitrary exposure.

Usage

1. Connect Pluto Trigger to your camera with camera release cable.

2. Turn on Pluto Trigger and make sure Bluetooth is turned on.

3. Turn on your camera. If HDR or Bulb Ramping is enabled, put your camera in

Bulb exposure mode. Otherwise, set your camera to any exposure mode

other than Bulb mode.

4. If your memory card allows, set your camera to RAW image format. This will

make post-processing much easier. If you change image quality setting,

re-check that your camera can still fit the planned number of images. 

5. Start Pluto Trigger app on your phone; connect to Pluto Trigger with Bluetooth;

navigate to Time-lapse mode.

6. Use “Duration” setting to specify how long the time-lapse will take. This setting

uses HH:MM:SS format. The maximum duration is 99:59:59.

7. Specify how many «Shots», or images should be taken in total. Make sure your

memory card can fit that many images.

8. Use «Interval» setting to specify how often a picture should be taken.

IMPORTANT: your camera may not be able to take images as fast as the

interval setting may suggest. The maximum frame rate is determined by the

image type/size selected in the camera, memory card speed, presence of

shutter cable and other factors. If your camera cannot keep up with the

Time-Lapse interval you set, some images may be skipped.

9. Use «Start delay» setting if you wish to delay the beginning of the Time-Lapse

image sequence. This setting uses HH:MM:SS format.

10. If you would like to enable HDR or Bulb Ramping, refer the following section

for instruction. Otherwise skip this step.

11. Press red «Start» button to start Time-Lapse program. If you specified a start

delay above, a countdown will begin, otherwise Pluto Trigger will take the first

image and continue with the sequence as programmed. 

12. When the Time-Lapse program finished, it will return to the settings screen.

While Time-Lapse is running, at any moment you can press the red button to

stop the sequence.

Note 1: When the Time-Lapse program has been started, Pluto Trigger can work

alone without your phone; all timing and calculations are done on the Pluto

Trigger unit. You can disconnect the Bluetooth connection, hide app in

background or even close the Pluto Trigger app. Have fun with your phone when

taking long and tedious Time-Lapse sequences.

NOTE 2: Turning all of your DSLR settings like exposure, white balance, and focus to

manual will eliminate most flicker. However, you may still get a case of “aperture

flicker”. Aperture flicker is caused by a DSLR’s inability to open and close the

aperture blades of a lens the exact same amount every time. To avoid that, try

lens twist:

1. While holding down the depth of field preview button (DOF Preview) press

the lens release button. The aperture blades will be closed down to your

selected aperture.

2. Now while holding down both buttons twist the lens as if you were removing it.

The twist should be a very small turn. You should now see a “00” where your

aperture information used to be.

3. Take a few pictures to make sure you do not get an error. Re-attach the lens

and try again if you get an error.

NOTE 3: If your camera is set at an angle, and your lens is prone to unexpected

zoom/focus changes due to gravity, you may want to use scotch tape to fix the

zoom/focus rings. On ultrasonic lenses focus setting will not move, but zoom

setting may change. 

4.2.1. POWER MANAGEMENT

Your camera battery may not be able to withstand a long term Time-Lapse

without being powered by an AC adapter. However, you can minimize camera

power draw by enabling automatic meter-off timeout in your camera settings.

The camera will then go to sleep between Time-Lapse shots. When needed, Pluto

Trigger will wake it up and continue its work. With a properly chosen camera

meter time-out, you may be able to run hundreds of frames through your camera

before its battery is depleted.

You can turn off Bluetooth module of Pluto Trigger after a long Time-Lapse

sequence has been started. Just press and hold the shutter release button on

Pluto Trigger for 5 seconds. The downside is that you will not be able to check the

progress of the Time-Lapse sequence.

If you plan on running Time-Lapse sequences for more than a day, you may want

to power your Pluto Trigger from the USB charger. Unlike camera, your Pluto

Trigger cannot afford to sleep between Time-Lapse sequences, and thus requires

a source of external power for long Time-Lapse sessions.

4.2.2. BULB RAMPING TIME-LAPSE

The Bulb Ramping mode is intended for Time-Lapse users who would like to take

Time-Lapse videos in changing light conditions, such as a sunset or a sunrise,

which is also know as Holy-Grail in Time-Lapse. It works by gradually changing

camera Bulb exposure, achieving a nearly flicker-free exposure transition from

bright to dark, or dark to bright. This section assumes familiarity with basic

Time-Lapse concepts.

A bulb ramping sequence consists of taking a set of pictures with constant

exposure, then changing exposure in very small increments or decrements for a

certain period of time, and then taking another set of pictures with constant

exposure.

Usage

Bulb Ramping Time-Lapse may greatly benefit from some preparation work.

Before you taking the Time-Lapse, you’d better get exposure metering of a scene

at a time of day when you bulb ramping is planned to be finished. For example, if

you plan to shoot a sunset Time-Lapse, get an exposure of the same scene the

night before. Set your camera ISO setting to a fixed value, remember the final

exposure time, aperture and ISO values used.

Use the following workflow to prepare for bulb ramping time-lapse:

1. Navigate to the “Solar Calculator” screen from app’s Menu. Remember the

official sunset time (for sunset session) or civil sunrise time (for sunrise session).

2. Set up a basic Time-Lapse sequence as described above; make sure the

duration will cover the whole sunset/sunrise period. Use interval of 10 seconds

for general bulb ramping. Higher interval values will result in faster time-lapse

videos. Lower interval values will result in slower time-lapse videos. Note that

too short of an interval may limit your exposure range.

3. Make sure your camera ISO is not set to «Auto». Doing so may interfere with

bulb ramping. 

4. Disable Mirror Lock-Up mode on your camera. Pluto Trigger cannot ensure

correct exposure timing in Bulb Ramping mode with Mirror Lock-Up enabled.

5. Disable automatic focusing on your camera, choose a fixed aperture and set

ISO to the same fixed value you used when measuring your end exposure as

described above. If you did not pre-meter your end exposure, use any ISO

setting such as 200. Do NOT use automatic ISO feature, if available in your

camera. 

6. Set your camera to Manual exposure mode, take a few test pictures and pick

a shutter speed that yields an acceptable picture.

7. Click the Bulb Ramping button on the upper-right of the red “Start” button.

The Bulb Ramping screen slides in.

8. Turn on Bulb Ramping and the parameters will show up. 

9. Use the next setting to set a delay to end the exposure ramping period. Most

sunsets/sunrises take about 30 minutes, so this delay should be «Begin Ramp»

delay + 30 minutes.

10. Specify the current shutter speed as «Start exposure». 

11. Enter the «End» exposure using «End» setting. If you pre-metered the end

exposure as described above, enter that exposure time here. Make sure the

end exposure is shorter than the Time-Lapse Interval.

12. Specify a delay to start the exposure ramping using «Begin Ramp in» setting. If

you work on a sunset, this delay would be the time from now to when the

sunset starts, plus 5 minutes to allow yourself to complete this setup. You can

obtain sunset start times using various tables and/or weather reports. 

13. Press «Start» on Pluto Trigger. Depending on your settings, one or more

prompts may be shown, clarifying the next step. Otherwise, the image

sequence will begin immediately. 

NOTE: In many circumstances your start exposure will be shorter than what Pluto

Trigger allows you to choose. For example, you set your aperture to F/8 with ISO

100, and your camera says you need to use exposure of 1/100 second. However,

Pluto Trigger will only allow going as short as 1/20 second (this may vary

depending on camera model). This case would require installing and keeping ND

filters in front of your camera lens to make exposures longer than 1/20 second.

4.2.3. HDR TIME-LAPSE

HDR time-lapse mode can be optionally used to create High Dynamic Range

Time-Lapse sequences. This mode will take several images instead of only one at

each time-lapse interval.

Usage

1. Set up a basic Time-Lapse sequence as described above;

2. Click the HDR button on the upper-left of the red “Start” button. The

time-lapse HDR screen slides in.

3. Turn on HDR and the parameters will show up. Refer to “HDR Mode” section

below for how to set HDR parameter.

4. Make sure the time-lapse interval is long enough to take a set of HDR images.

5. Press red “Start” button to take a HDR time-lapse sequence.

4.3. HDR MODE

High dynamic range imaging (HDR) is a process in which a greater dynamic

range of light is captured throughout the lightest and darkest areas of an image.

HDR Photographs are generally created by shooting multiple photographs using

exposure bracketing. After that, they are merged back together into a single HDR

image.

With Pluto Trigger, you can shoot up to 19 photos in a HDR sequence. And the

exposure step can be set a value from 1/3 to 3 stops.

Due to using Bulb mode, the shortest exposure that can be used in HDR is limited

depending on your camera model. In addition to that, exposure close to the

shortest limit may be slightly less accurate and may vary in brightness.

Usage

1. Connect Pluto Trigger to your camera with camera release cable.

2. Turn on Pluto Trigger and make sure Bluetooth is turned on.

3. Turn on your camera. Set your camera to Bulb exposure mode.

4. If your memory card allows, set your camera to RAW image format. This will

make post-processing much easier. If you change image quality setting,

re-check that your camera can still fit the planned number of images. 

5. Disable Mirror Lock-Up mode on your camera. Pluto Trigger cannot ensure

correct exposure timing in Bulb HDR mode with Mirror Lock-Up enabled. 

6. Disable automatic focusing on your camera. You may also need to set it to

Single drive mode. Quiet or Silent mode is also acceptable, if available on

your camera. 

7. Start Pluto Trigger app on your phone; connect to Pluto Trigger with Bluetooth;

switch to HDR mode.

8. Choose the Mid Exposure and other sequence parameters. However, in HDR

mode extra care needs to be taken. As you make changes to the settings,

the exposure from the HDR sequence may falls out of possible range. Due to

using Bulb mode, any exposure faster than 1/20 second will be inaccurate

and Pluto Trigger will use 1/20 second instead. When shooting daylight

photography and other bright scenery, ND filters may be used on your

camera to darken the scene and make the resulting exposures longer. 

9. Press red «Start» and a series of images will be taken. 

You can use image-processing software to combine these pictures and create

an HDR image.

4.4. STAR TRAIL MODE

Star Trail Mode can be used to take long-exposure image sequences of the night

sky. These long-exposure images can later be combined using image processing

software to create a night sky picture with beautiful star trails.

Usage

1. Connect Pluto Trigger and set up your camera as described in “HDR” mode

section.

2. Start Pluto Trigger app on your phone; connect to Pluto Trigger with Bluetooth;

switch to “Star Trail” mode.

3. Choose number of shots, exposure time, gap time and start delay.

4. Press red «Start» and a series of images will be taken. 

5. PLUTO SENSOR MODES

Pluto trigger is an advanced MCU controlled device, which has several sensors

embedded in. These sensors are ideal for high-speed photography and trigger

traps.

High-speed photography usually uses The light/laser sensor and sound sensor can

respond to the light or sound change in a minimum delay (less than 1 millisecond).

The goal of the high-speed photography is capturing objects in motion. In all

cases you want to be able to detect a trigger, wait for an event and take a

picture. There are two methods for performing high-speed photography with the

timer. The first method uses a shutter of a camera. The second method uses an

electronic flash.

SHUTTER METHOD

The main advantage of the shutter method is that it can be used outdoors. The

subject and the background can be fully illuminated. Since the shutter is used to

freeze the motion of the subject, it offers a limited speed. Maximum speed of a

shutter could range from 1/4000sec to 1/8000sec, in some cases it may not be fast

enough (fast moving objects will become blurred).

Moreover, in cameras that have a focal plane shutter, a small slit moves across

the photographic plane at much slower speeds (1/250), thus exposing different

parts of the photographic plane at slightly different times.

Finally, there is a delay between the shutter release and the actual exposure. It

could be as much 100ms or more (depending on camera). In addition there

could be a small variation in timing, each time the camera takes a picture.

Therefore this method should not be used when high timing accuracy is required.

FLASH METHOD

The second method of high-speed photography is the flash method. The picture is

taken by opening the shutter of the camera, activating the flash and closing the

shutter. The picture needs to be taken in a dark room. Because the room is dark,

the long exposure time will not have any effect on the final output. The flash light

duration now becomes the actual exposure time. The main advantage of the

flash method is the exposure speed and better timing consistency. Electronic

flashes are capable of light strobes with durations of 1/10,000 or faster (lower the

power setting of the flash, the shorter the flash duration).

The lag between the trigger and the flash strobe is insignificant. The disadvantage

of this method is that the picture needs to be taken in a dark room to avoid the

over exposure. Also since the flash is used to make the exposure, it may be more

difficult to provide a uniform lighting or to illuminate the background.

5.1. LASER MODE

The laser mode is used is to capture picture of moving items. This can be a wild

animal, a bird or a ball rolling down. In order to use this mode, you need a laser

source. You will feed the laser beam to MIOPS and whenever the beam is broken

MIOPS will trigger your camera or flash unit. The type of the laser source is not

important. It can be a red or green laser source. The laser beam must be

stabilized so it does not move away from the receiver of MIOPS. The laser sensor of

Pluto Trigger is on the front side of the device.

Caution: Laser beam can be dangerous. Avoid eye contact. Use the laser source

at your own risk. We strongly recommend that you use a protective goggle.

Usage

1. Connect Pluto Trigger to your camera with shutter release cable.

2. Turn on Pluto Trigger and make sure Bluetooth is turned on.

3. Turn on your camera. Set your camera to Manual exposure mode.

4. Disable automatic focusing on your camera. You may also need to set it to

Single drive mode. Quiet or Silent mode is also acceptable, if available on

your camera. 

5. Start Pluto Trigger app on your phone; connect to Pluto Trigger with Bluetooth;

switch to “Laser” mode.

6. Point you laser beam on to the laser sensor on front side of Pluto Trigger (the

transparent led). Check the sensor value in the app to make sure laser is

aligned.

7. Adjust the “sensitivity” setting using the slider. Make sure the sensor value is

greater than the threshold (middle of the arc) when laser beam is feed to the

laser sensor. And also make sure the sensor value is smaller than the threshold

when you break the laser beam.

8. Use the “trigger mode” button to switch between “High trigger” and “Low

trigger”. In “High trigger” mode, the trigger fires when the laser beam is feed

to the sensor. Whereas in “Low trigger” mode, the trigger fires when you

break the laser beam.

9. Use the “trigger speed” button to switch between “High speed” and “Power

save”. In “High speed” mode, the trigger fires with the response time less than

20 microseconds. Whereas in “Power save” mode, the trigger is slowed down

to a response time of 1 millisecond to save battery power. One millisecond

response time is still very fast comparing with the shutter delay of your

camera, which is usually tens of milliseconds. In one millisecond, Usain Bolt

can only run a distance of 1cm. As a rule of thumb, use “High speed” when

trigger flash, and use “Power save” when trigger camera.

10. Use the “delay” setting to delay the triggering of your camera or flash. The

unit can be set to microsecond, millisecond and second.

11. Press red «Start» button to run the program.

5.2. SOUND MODE

The sound mode is used for high-speed photography where your regular DSLR

camera is too slow to take pictures of popping balloons, breaking glasses,

exploding items etc. The idea behind using a sound trigger is very simple. Instead

of triggering your camera, you are going to trigger the flash unit. Your camera will

be in bulb mode in a completely dark room. Whenever the flash is triggered, you

will capture a single frame. Instead of taking many pictures with a high-speed

camera, you will capture a single frame with your regular DSLR camera. In this

setup, the speed of the flash unit is also very important. The faster the flash unit,

the sharper will be the image.

Please check your firmware and app versions to verify the reference of this

document.

The sound mode has three different parameters. These are Sensitivity, Delay and

Lock. The sensitivity can be set to a value between 1 and 99 using the dial. Setting

the sensitivity to a high value will let you to capture more sound events. If you

want to capture only high level sound events, you need to set the sensitivity to a

lower value. You can try and see which sensitivity level fits your needs. The second

parameter is delay. This parameter is very useful for high speed photography.

Let’s assume you want to take the picture of a bullet flying through an apple.

When the shotgun is fired, it will make a big noise.

The sound event will be captured but it is too early to trigger the flash unit. The

bullet has not reached the apple yet. So, you need to add some delay. The flash

unit will be triggered after the delay you specified and this will allow you to

capture the picture at the exact moment. You can set the delay anywhere

between 0 ms and 999 ms.

The third parameter is lock. This parameter is used if you want to trigger the flash

unit for a single time only. In a dark room setup, there will be usually repeating

sound events, which will cause the flash unit to be fired more than once. As your

camera will be in bulb mode, this will cause blur in the image. In order to avoid

this you can use the lock parameter. If you set the lock parameter to on, the

device will be triggered once only.

5.3. LIGHT MODE

Light mode is similar to sound mode, but use ambient light as the signal to trigger

the camera.

5.4. LIGHTNING MODE

mode is one of the six basic modes of MIOPS. In this mode, MIOPS will trigger your

camera or flash unit, if it detects any sudden light event like lightning, fireworks,

sparks, flash lights etc. Lightning mode has a single parameter to be adjusted and

it is the sensitivity. You can set the sensitivity anywhere between 1 percent to 99

percent. If you want to capture light events which are not very powerful, you

need to set the sensitivity to a high value. This will help you to capture more events.

If you want to capture the most distinctive events only, you need to set the

sensitivity to a lower value. In this case, MIOPS will not trigger your camera for a

lightning which strikes very far away with little light emission.

The optical sensor of MIOPS is also sensitive against IR (Infrared) light. As human

eye cannot see IR, you may wonder why MIOPS is triggering your camera even if

there is no lightning. The reason is most probably that there is an IR light event in

the environment.

The artificial light sources may cause false triggering. So, make sure that you are

away from artificial light source. Light bulbs are the most common form of artificial

light. When you are using MIOPS in lightning mode, make sure that you are away

from light bulbs.

Please check your firmware and app versions to verify the reference of this

document.

The sensitivity of the lightning mode can be adjusted, using the touch dial on the

screen. Turning the dial clockwise will increase the sensitivity and vice versa. The

faster you turn the dial, the faster will change the sensitivity. The current level can

be read in the middle of the dial. If you want to fine tune the sensitivity level, you

need to turn dial really slow. You can change the level by +/- 1 percent if you do

so.

You can change the sensitivity anytime, by using the buttons on MIOPS as well.

But the settings on the smartphone app will override the settings on MIOPS,

whenever data is sent from the app to MIOPS

As it is the case in all modes, do not forget to touch the “start” button. Verify that

data has been successfully sent to MIOPS to ensure a proper operation.

5.10. DIY MODE

DIY mode enables you to use external sensors for creative photography. You can

hookup external sensor for pressure, temperature, humidity etc. The output

voltage of the sensor must be between 0 and 3 Volts and the sensor must be

connected to MIOPS using the DIY port. The DIY port is 3.5 mm jack. This mode has

three different parameters. These are Threshold, Delay and Mode. You need to

set a threshold value between 1 and 99 percent. The second parameter is delay.

You can set a delay value

Please check your firmware and app versions to verify the reference of this

document.

between 1 msec and 999 msec. Finally, you can also define the signal change

mode. This determines what kind of signal change from the output of the sensor

would be treated as a valid triggering event. There are three different options:

Raise, Fall and Change. If you set it to Raise, MIOPS will detect only raising signals.

If you set it to Fall, MIOPS will detect falling signals. If you want both types of signals

to be detected, then you need to set the parameter to Change.

6. PHONE SENSOR MODES

Phone sensor modes use various sensors on your smart phone to trigger your

camera.

7. TOOLS

7.1. SUN CALCULATOR

Sun Calculator calculates the time of official sunrise/sunset and civil sunrise/sunset

based on your location and local time. The period between civil sunrise and

official sunrise, together with the period between official sunset and civil sunset,

are called civil twilight. The sun is below the horizon, but its light is visible because it

illuminates the upper layers of the atmosphere. Due to diffused light and different

shades of color in the sky, civil twilight is ideal for portrait and landscape

photography.

The sunrise/sunset time is also very useful if you are taking sunrise/sunset holy grail

time-lapse. You will need to set the start time of Bulb Ramping based on

sunrise/sunset time.

For convenience, two countdown clocks are provided to show the forthcoming

sunrise/sunset events.

7.2. ND FILTER CALCULATOR

ND Filter Calculator is a utility that helps you determine the correct exposure

time/shutter speed when using Neutral Density Filters. Set the filter you are using

and the shutter speed without the filter and the calculator calculates the new

shutter speed with your filter(s) fitted.

7.3. DOF CALCULATOR

Depth of Field (DOF) is the range of distance in a photo that appears to be in

sharp focus. Depth of field is a creative decision and one of your most important

choices when composing nature photographs.

Based on the focal length, aperture and camera type you have entered, DOF

calculator calculates the hyper focal distance. This is the focus distance where

everything from half the hyper focal distance to infinity is within the depth of field.

This is useful when deciding where to focus such that you maximize the sharpness

within your scene,

Use the actual focal length of the lens for depth of field calculations. The

calculator will automatically adjust for any «crop factor» for the selected camera.

7.4. STAR SKY RULE

When taking pictures of the sky with stars at night, a long exposure time is

preferred in order to get as much light as possible onto the image sensor of your

camera. However, there is a limit if you are not taking star trail pictures. To get

sharp dot stars, you should not cross this limit. The exposure time limit is calculated

with a formula called Rule of 600.

You select camera model and actual focal length; the slowest shutter speed is

calculated automatically with the crop-factor of your camera already

accounted.

The stars near the equator move much faster than the stars near the poles. You

can choose Rule of 500 or 400 for fast moving stars.

8. SETTINGS

8.1. TRIGGER

Change these settings to control the timing of trigger signals.

8.1.1. PRE FOCUS TIME

Default: 0 — Manual Focus

Depending on the mode of Pluto Trigger is running, you should choose different

focus time.

For high-speed photography, fast response is critical. Your camera is set to

manual mode. You should choose “0-Manual focus” to tell Pluto Trigger no need

to focus before release shutter.

If you set your camera to Auto-focus mode and want the camera pre focus

before exposure, then choose appropriate focus time depending on the lightning

condition and your camera model. Please be noted in auto-focus mode camera

will not take picture if it doesn’t get focus. You are not guaranteed to have your

camera triggered in the mode.

In time-lapse mode of timer mode, you may like to put your camera into sleep

mode during the long interval to save a lot battery power. The you can set pre

focus time to “0.5″ — Pre Wake Up” in order to wake your camera up before taking

next picture.

8.1.2. SHUTTER PULSE TIME

Default: 150ms – Camera

Shutter Pulse Time setting depends a lot on what device your want to trigger. For

speed flash, a shot pulse works fine. For normal cameras, 150mm is adequate. If

that is not enough to trigger you camera, choose longer time.

8.1.3. TRIGGER RESET TIME

Default: 3″

Trigger Reset Time is very important in those sensor trigger modes. It determines

how often the trigger can be fired. The default value is 3”, which means the

trigger will not fire in the 3” period after trigger fires. Using this setting, you can

purposely ignore some unwanted trigger event (like camera shutter sound), and

also set the minimum trigger interval.

8.2. INFRARED

Pluto Trigger can control your camera via infrared. Many popular camera brands

are supported. For some camera models, you can even start/stop video

recording using infrared signal. For cameras without shutter release port, infrared

control can be a good option. And this makes Pluto Trigger support many more

cameras.

8.2.1. IR REMOTE MODE

Default: Off

Use this setting to make Pluto Trigger emit different type of infrared signal.

Available options are: Off, Single, 2S and Video. Certain mode may not work,

depending on the setting “Camera Brand” below.

8.2.2. CAMERA BRAND

Default: Off

Change this setting to match you camera brand. Infrared remote of different

brand emit different signal.

You can set this setting to “All brands”, then Pluto Trigger will emit infrared signal of

all brands. Thus, you can use Pluto Trigger as an infrared remote for all supported

brands.

8.4. BURST

Change this setting if you want to take multiple pictures when trigger is fired. This

setting only applies in “Pluto Sensor Modes”.

8.4.1. BURST COUNT

Default: 0

Set this value to the number of pictures you want to take when Pluto Trigger is fired.

This setting only applies in “Pluto Sensor Modes”.

8.4.2. BURST INTERVAL

Default: 0.5”

Change this setting to set the time interval, at which multiple pictures are taken.

8.5. LED

Default: “Periodic blink”

Change this setting to set when the Status Led show notifications.

Off All led notifications are turned off

Program Start/End Blink led when Program starts or stops running

Camera Trigger Blink when Pluto trigger fires

Periodic Notification Blink every 5 seconds, indicating Pluto is power on

8.6. RESET

Reset all the settings to default values.

Note:

This device complies with Part 15 of the FCC Rules. Operation is subject to the

following two conditions: (1) This device may not cause harmful interference, and

(2) This device must accept any interference received, including interference

that may cause undesired operation.

Changes or modifications not expressly approved by the party responsible for

compliance could void the user’s authority to operate the equipment.