La necesidad de hacer un teléfono celular Jammer
¿Has conocido las ventajas de una Jammer de teléfono celular de China? ¿Te gustaría tener un teléfono celular Jammer?
En realidad, no es difícil tener un teléfono celular Jammer, e incluso se puede hacer una Jammer Teléfono Celular mejor por ustedes mismos china cell phone jammer.
Por un lado, tal vez para el placer personal, una especie de entretenimiento para hacer Jammer de teléfono celular por yoursleves. Por otro lado, se puede aprender mucho sobre el conocimiento interno de Jammer de teléfono celular. Por otra parte, haciendo un teléfono celular Jammer puede ahorrar dinero y no hay necesidad de que usted fuera a comprar un teléfono celular Jammer.
Supongo que ahora son felices de la misma manera como yo estaba feliz antes de tiempo. Pasé muchas noches sin dormir a causa de ser interrumpido por llamadas de otro teléfono celular.Cell phone jammer el teléfono celular Jammer ha impedido que el teléfono celular de quitar mis noches tranquilas.
Después me compré un teléfono celular Jammer, comencé a pensar en cómo hacer un teléfono celular Jammer por mí mismo. Y entonces puedo enseñar a mis amigos para hacer una Jammer de teléfono celular para que puedan compartir la felicidad y la tranquilidad como yo.
Gracias a Jammerfun tienda online y su equipo de fabricación especializada de hacer que el teléfono celular Jammer brillante.
Siguiendo las instrucciones del fabricante del teléfono celular Jammer de China, he conseguido hacer jammer teléfono celular por mí mismo el tiempo! Usted puede hacer lo mismo. Voy a presentar como hacer Jammer de teléfono celular en detalle en mi próximo blog, gracias.
2012年11月20日星期二
Cell Phone Jammer Ayuda preservar la paz y tranquilidad
Cell Phone Jammer Ayuda preservar la paz y tranquilidad
Hay un gran número de Jammer de teléfono celular de venta en nuestra tienda online Jammerfun, de diversos tipos de Jammers teléfono celular para que usted pueda elegir. Pero antes de comprar este teléfono celular Jammer, usted debe comprobar si la Jammer de teléfono celular está permitido utilizar en su región o país.
El Jammer de teléfono celular no puede ser permisible la importación a ciertos países. Usted es el único responsable de averiguar si este teléfono celular Jammer es legal importar o utilizar en su país.Uso del teléfono celular Jammer para comunicaciones mermelada de telefonía celular es un crimen federal para algunos países. El tipo de uso del teléfono celular Jammer dispositivo podría interrumpir las comunicaciones cruciales de emergencia, aunque las autoridades municipales de transporte insisten en que sus sistemas de comunicación de los autobuses son inmunes a este tipo de interferencia.
Nosotros le enviaremos Jammer de teléfono celular si usted pide, sin embargo, no aceptará ninguna responsabilidad por las cuestiones aduaneras derivadas de la ordenación o el uso de este dispositivo de teléfono celular Jammer.La gama Jamming depende de la intensidad de la señal de diversas fuentes, así como las condiciones del entorno local.
La siguiente es la información detallada de un tipo de teléfono celular jammer --- GPS portátil Jammer - Cell Phone Jammer GSM Signal Jamming GPS. Usted puede mirarlo con cuidado si usted tiene la intención de comprar un jammer teléfono celular.
Número de modelo TG1009Función Principal High Powered teléfono celular, GPS Jammer señalAntenas 4x Omni-direccional AntenasCubra interfaz CDMA, GSM, DCS, PHS, GPSDimensiónAntenas frente x = 120 mm 62 mm x 34 mm (L x W x D)Antenas en = 190mm x 62mm x 34mm (L x W x D)
5% -80% HumedadPotencia de entrada 110V-240V/50HZ-60HZTrabajo C Temperatura ° -0 a 50 ° CPotencia de salida 0,5 WFuente de alimentación Batería recargable de Li-ion, 1600mAh ,2-3 hours'work tiempo, o el enchufe de la pared, adaptador de cocheEfectivos metros de radio de rango 15-20Funciones Jamming teléfono celular + GPSContenido del paqueteCargador de CAManual del usuarioAntena desmontable x4Estuche con correa de transporteAdaptador de viaje gratis (para el Reino Unido, la Unión Africana, NA, los clientes de SA)No hay necesidad de dudar de compra o no, acaba de llegar a nuestra página web y encontrará el mejor teléfono celular jammer adecuado para sus ocasiones.
Hay un gran número de Jammer de teléfono celular de venta en nuestra tienda online Jammerfun, de diversos tipos de Jammers teléfono celular para que usted pueda elegir. Pero antes de comprar este teléfono celular Jammer, usted debe comprobar si la Jammer de teléfono celular está permitido utilizar en su región o país.
El Jammer de teléfono celular no puede ser permisible la importación a ciertos países. Usted es el único responsable de averiguar si este teléfono celular Jammer es legal importar o utilizar en su país.Uso del teléfono celular Jammer para comunicaciones mermelada de telefonía celular es un crimen federal para algunos países. El tipo de uso del teléfono celular Jammer dispositivo podría interrumpir las comunicaciones cruciales de emergencia, aunque las autoridades municipales de transporte insisten en que sus sistemas de comunicación de los autobuses son inmunes a este tipo de interferencia.
Nosotros le enviaremos Jammer de teléfono celular si usted pide, sin embargo, no aceptará ninguna responsabilidad por las cuestiones aduaneras derivadas de la ordenación o el uso de este dispositivo de teléfono celular Jammer.La gama Jamming depende de la intensidad de la señal de diversas fuentes, así como las condiciones del entorno local.
La siguiente es la información detallada de un tipo de teléfono celular jammer --- GPS portátil Jammer - Cell Phone Jammer GSM Signal Jamming GPS. Usted puede mirarlo con cuidado si usted tiene la intención de comprar un jammer teléfono celular.
Número de modelo TG1009Función Principal High Powered teléfono celular, GPS Jammer señalAntenas 4x Omni-direccional AntenasCubra interfaz CDMA, GSM, DCS, PHS, GPSDimensiónAntenas frente x = 120 mm 62 mm x 34 mm (L x W x D)Antenas en = 190mm x 62mm x 34mm (L x W x D)
5% -80% HumedadPotencia de entrada 110V-240V/50HZ-60HZTrabajo C Temperatura ° -0 a 50 ° CPotencia de salida 0,5 WFuente de alimentación Batería recargable de Li-ion, 1600mAh ,2-3 hours'work tiempo, o el enchufe de la pared, adaptador de cocheEfectivos metros de radio de rango 15-20Funciones Jamming teléfono celular + GPSContenido del paqueteCargador de CAManual del usuarioAntena desmontable x4Estuche con correa de transporteAdaptador de viaje gratis (para el Reino Unido, la Unión Africana, NA, los clientes de SA)No hay necesidad de dudar de compra o no, acaba de llegar a nuestra página web y encontrará el mejor teléfono celular jammer adecuado para sus ocasiones.
Mystery fbl de 3 ejes giroscopio helicóptero rc flybarless 3 ejes giroscopio
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| Mystery fbl giroscopio de 3 ejes |
Tengo unos pocos vuelos reales en hoy ...Hubo una buena cantidad de viento en el campo hoy que fue gusting.Probably 10-15 +.Con las ollas en la posición media,Mystery fbl giroscopio de 3 ejes hubo un meneo updown del tailnose, especialmente durante el vuelo hacia atrás. Esto realmente pasó a ser mala cuando lo hacía tic-COT y los giros.Mystery fbl de 3 ejes giroscopio helicóptero rc flybarless 3 ejes giroscopioAterricé, marcadas bote 1 (cíclico) hacia abajo un poco y volvió a subir. Esta vez, la máquina se ha marcado a la perfección! Me dirigí a la gran aire 3D la cosa y me quedé impresionado ... todo manejan tiré en ella perfectamente!El 500 flewhandled como un heli grande y voló como si fuera sobre raíles, incluso en el viento!Mystery fbl giroscopio de 3 ejes, lo hice piro-flips, huracanes, embudos, elevatoraileron tic COT-estacionario, flips, FFF, FBF, bucles gigantes, lento controlado F3C tipo de vuelo, las inversiones, todo ... lo hizo todo wout cualquier problema en absoluto! La unidad realiza tan bien como cualquiera de mis unidades BeastX. Yo estaba completamente impresionado y no esperaba este nivel de rendimiento de lo que es básicamente un clon BeastX! Fue perfecto!Mystery fbl giroscopio de 3 ejes, no había absolutamente ninguna deriva de la cola o cíclicos, incluso en el viento ... todo se quedó donde estaba y, básicamente, se ciernen las manos de encima. Piros siquiera estaban en los dos sentidos y que el disco no se extraviaron en absoluto. En FFF, giroscopio RC helicóptero podía piro Wout cualquier problema slingshotting y el helicóptero no se desvió de su ruta, altitud loosegain velocidad ni flojo.La sensación fue muy suave y conectada.Mystery fbl giroscopio de 3 ejes, estoy muy impresionado unidad wLa y alegre Tengo que probarlo!Aquí está la configuración de la unidad que probé en Mystery fbl giroscopio de 3 ejes.Heli - T-Rex 500ESP con la cabeza RJX.Servos cíclicos - Hi-Tec HS225MGServo de cola - Savox SH-1290MGBlades - Alinear 3GBatería - Pulse 2500mAh, 45CEjecutar el modo Pro en la unidad FBL W12 grados pitch.Mystery fbl 3-ejes giroscópicos flybarless rc helicóptero 3 videos gyro.Flight eje seguirá este fin de semana que viene ... no hay nada en la actualidad debido a cielo nublado y sin cámara de video decente es disponible.
2012年11月19日星期一
Tail rotor goes on strike
March 16, 2003 Bell 430 RC helicopter parts china landed on the floor overnight. After the medical team left the helicopter, the pilot decided to make a new plan to retire to the west. During this repositioning of the tail rotor has reached a road sign, and the plane flew about five or six meters. The pilot lowered the collective and handcuffed to a minimum and stop the rotation of the plane. The helicopter is located on the rear left of the cursor rest up to 180 degrees relative to its initial position. Investigation after the accident showed gearbox and tail rotor of the helicopter to the left.
Darkness, of course, makes objects hard to see. However, two years before the accident, during the day 222UT bell was damaged when it hit the rear propeller shaft at the landing on the paved road to the hand area. The pilot said that in the course of the new fleet, decided to help guide the patient. While the pedal back to the right, the tail rotor has reached a trash can 55 liters. The helicopter was desired and the pilot took off at least boosters and a helicopter landed. The tail was break the tail rotor blades were damaged, and the gearbox broke tail rotor close to the cage.
Not visible from the cab of the tail rotor of the rc helicopter gyro is probably the most vulnerable of different floating objects. EMS drivers are especially vulnerable, as their work often involves planting obstacle rich environment. Despite the strike, the tail rotor can cause serious damage to the float, the risk of injury is low compared to what is happening during the flight.
May 17, 1999, Bell OH-58A operated by public service institutions in flight photograph, which was destroyed on impact and a private pilot and passenger were fatally injured.
The witness, who flies by helicopter to the south, at an altitude of 350-400 meters he saw big bird probably hit the helicopter tail rotor, where two items were the size of half a grapefruit seen. He reported that objects fell slowly, as if the light was not as fast as a burden. The helicopter has three 57 laps during the descent.
NTSB considered the tail and found an elastic material with a dark blue wire is wrapped around the tail rotor. The material is next to the blue shirt of the sample along the flight path said the NTSB Materials Laboratory sent for analysis. The color, size and condition of the blue sea elastic material correspond to those found in heating blue shirt.
NTSB determined that the probable cause of the accident was the effect tail rotor with a heating jacket and blue overload posterior tail rotor drive shaft. Factor is the lack of ports helicopter.
Remove the door tail rotor of a Hobbymate FBL 3-Axis Gyro 3 axis Flybarless Rc Helicopter Gyro with an increased risk. In 1993, he took a helicopter to fly to the left door R22 crashed after leaving the aluminum plate by helicopter and then the tail rotor. The pilot and passenger were killed.
There have been many cases in which objects or luggage compartment of the cab insecure hit the tail rotor. In some cases, the pilots were able to land the autorotation or other minor injuries or material damage. However, as in the last two cases separate sets caused sufficient damage to the tail rotor. In such cases, the center of gravity shift the subsequent recovery operation. The importance of protecting the tail rotor can not be emphasized enough
something ablot rc helicopter rotor blades
The tail rotor of the advanced rc helicopter is necessary to counteract main rotor torque. Otherwise, the helmet is rotated in the opposite direction to the main rotor (Newton's third law). However, it also creates problems of energy consumption, which can be used to protect the buoyancy for the personnel. For years, engineers have developed different versions to solve some of these problems. The idea is that, for the first time in 1960, was a fan duct.
Conventional tail rotor, generally two or four pages in the form of the blade is 8-13. The blades are also much smaller, high-speed and shape, in turn, is mounted in the housing vertical tail of the helicopter. Fantail call (or, sometimes, a fan at the end) and the steering wheel incorporates the case in the tail. Another member Fenestron helicopters and French-made Eurocopter brand.
Some of the main advantages of the fan duct design are a good protection against dirt and foreign barriers to improving the security of land team works around the tail and greater aerodynamic efficiency. Moreover, the wheels so as to reduce noise and vibration. However, the rc helicopter rotor blades is more complex than the weight of the tail rotor classic and cool. Furthermore, the impeller width sufficient to be effective, adding a resistor. High efficiency fin curve flight forward, but can induce demanding collateral.
Fenestron Eurocopter has been constant over the past 35 years and currently EC120, EC130, EC135, EC155 and AS365 used. Fenestron has features like stators and weight control in electricity demand and control in order to reduce stress. It is also used in the design, even the number of blades is not the same distance from the noise reduction. Although Eurocopter currently dominated designs user rotates his Metal Gyro RC Helicopter tail rotor with other manufacturers also built with this project. For example, the Boeing / Sikorsky RAH-66 Comanche, Russian Kamov Ka-60 military helicopters and Japanese, OH-1 Kawasaki Ninja.
Conventional tail rotor, generally two or four pages in the form of the blade is 8-13. The blades are also much smaller, high-speed and shape, in turn, is mounted in the housing vertical tail of the helicopter. Fantail call (or, sometimes, a fan at the end) and the steering wheel incorporates the case in the tail. Another member Fenestron helicopters and French-made Eurocopter brand.
Some of the main advantages of the fan duct design are a good protection against dirt and foreign barriers to improving the security of land team works around the tail and greater aerodynamic efficiency. Moreover, the wheels so as to reduce noise and vibration. However, the rc helicopter rotor blades is more complex than the weight of the tail rotor classic and cool. Furthermore, the impeller width sufficient to be effective, adding a resistor. High efficiency fin curve flight forward, but can induce demanding collateral.
Fenestron Eurocopter has been constant over the past 35 years and currently EC120, EC130, EC135, EC155 and AS365 used. Fenestron has features like stators and weight control in electricity demand and control in order to reduce stress. It is also used in the design, even the number of blades is not the same distance from the noise reduction. Although Eurocopter currently dominated designs user rotates his Metal Gyro RC Helicopter tail rotor with other manufacturers also built with this project. For example, the Boeing / Sikorsky RAH-66 Comanche, Russian Kamov Ka-60 military helicopters and Japanese, OH-1 Kawasaki Ninja.
2012年11月18日星期日
2.4GHz trancseiver with video streaming capability
Hi, I'm looking for advice on how to build a radio system:
What I'm trying to do is a 2-way comunication between operator and rc model
The system consists of two subsystems:
1. flight controls:
- 6 to 8 channels from operator to rc vehicle
- telemetry from vehicle to operator
2.video communication and camera controls system:
- camera movements controlled by 3d accelerometer mounted to iGlasses (head movements control pan and tilt) - that will use 2 channels
- zoom in/out, video/still picutre mode selection, record video/take photo controls (another 3 channels)
- video streaming from rc vehicle to operators iGlasses (if I could use two cameras for stereographic view, that would be great!)
so summarizing, I need up to 11 channels from operator to vehicle and video streaming + 3 channels + telemetry from vehicle to operator.
Please help! I'm advanced in soldering and general electronics, but just starting programming microcontrollers (I have some experience with C++ and Visual Basic)
Many thanks in advance - looking forward to hear from you.
realspido
------------------------------------
Re: 2.4GHz trancseiver with video streaming capability
by DavidEGrayson
Do you know what kind of data rate you are going to need for your video stream?
---------------------------------
Re: 2.4GHz trancseiver with video streaming capability
by realspido
Not sure how it converts to data rate, but the video is supposed to be 30fps at somewhere between VGA, SVGA or HD (higher resolution the better of course!)
Forgot to mention: the range is expected to be up to 3000 meters (10,000 ft)
realspido
---------------------------------
Re: 2.4GHz trancseiver with video streaming capability
by nexisnet
If you're planning on transmitting such high-quality video that far (in the US) you're definitely talking about a transmitter powerful enough that you'll need at least an FCC amateur license. Before you start looking at specific components you might want to look into what you can get a license for. Here's a good place to start.
Good luck!
-Adam
nexisnet
----------------------------------
Re: 2.4GHz trancseiver with video streaming capability
by realspido
Ok, lets rewind a bit: so, what are the options without the licence?
I can stream standard VGA video wirelessly and record the hi quality at the same time locally on the vehicle.
What is the maximum range I'd be looking at and what radios would do the best job in this case?
Cheers
Tom.
What I'm trying to do is a 2-way comunication between operator and rc model
The system consists of two subsystems:
1. flight controls:
- 6 to 8 channels from operator to rc vehicle
- telemetry from vehicle to operator
2.video communication and camera controls system:
- camera movements controlled by 3d accelerometer mounted to iGlasses (head movements control pan and tilt) - that will use 2 channels
- zoom in/out, video/still picutre mode selection, record video/take photo controls (another 3 channels)
- video streaming from rc vehicle to operators iGlasses (if I could use two cameras for stereographic view, that would be great!)
so summarizing, I need up to 11 channels from operator to vehicle and video streaming + 3 channels + telemetry from vehicle to operator.
Please help! I'm advanced in soldering and general electronics, but just starting programming microcontrollers (I have some experience with C++ and Visual Basic)
Many thanks in advance - looking forward to hear from you.
realspido
------------------------------------
Re: 2.4GHz trancseiver with video streaming capability
by DavidEGrayson
Do you know what kind of data rate you are going to need for your video stream?
---------------------------------
Re: 2.4GHz trancseiver with video streaming capability
by realspido
Not sure how it converts to data rate, but the video is supposed to be 30fps at somewhere between VGA, SVGA or HD (higher resolution the better of course!)
Forgot to mention: the range is expected to be up to 3000 meters (10,000 ft)
realspido
---------------------------------
Re: 2.4GHz trancseiver with video streaming capability
by nexisnet
If you're planning on transmitting such high-quality video that far (in the US) you're definitely talking about a transmitter powerful enough that you'll need at least an FCC amateur license. Before you start looking at specific components you might want to look into what you can get a license for. Here's a good place to start.
Good luck!
-Adam
nexisnet
----------------------------------
Re: 2.4GHz trancseiver with video streaming capability
by realspido
Ok, lets rewind a bit: so, what are the options without the licence?
I can stream standard VGA video wirelessly and record the hi quality at the same time locally on the vehicle.
What is the maximum range I'd be looking at and what radios would do the best job in this case?
Cheers
Tom.
Help! with programming Pololu Maestro 12
Hi all, I'm new to this site and a first time user of a servo controller. I had experience with servos, but that was in RC car applications with a radio and a receiver, but never an automated controller such as pololu so this is very new to me and pretty exciting to see something you programmed come to life. My problem, however, is not to do with servos, but and LED aquarium light I am trying to control.
A member on my local forum posted a write up on how he used the same controller to control his aquarium light. I liked the idea and made a light similar to his original design. He posted his script as well which I adapted and modified it to suit my application. I understand what the script does and how it flows, but to get it to do exactly what i have imagine is what I'm having a little problem with. Here is the script.
What I have is an LED light with 6 channels. 2 white (servo 0 and 1), 2 royal blue (servo 2 and 3) and 2 blue (servo 4 and 5) channels. I have a timer that turns on the whole system at a certain time and the controller will control when and which led to turn on or off. here is my thought process:
-Once the system is turned off, I want all channels to be off
-The royal blue LED will turn on first, starting off at its minimum value and slowly ramping up to its maximum value in 30 mins
-The blue LED will turn on after the royal blue is at maximum power, slowly ramping up from its minimum value to a certain point (~85% of maximum) in 30 mins.
-The white LED will turn on after the blue LED is finish, slowly ramping from its minimum value to a certain point (~70% of maximum) in 1 hour.
-All LEDs will stay at their current position for 6 hours
-The White LED will slowly dim from its current value to minimum and turn off in 1 hour
-The blue LED will slowly dim from its current value to minimum and turn off in 30 mins
-The royal blue LED will slowly dim from its maximum value to minimum and off in 30 mins.
-The controller will not move for another 10 mins, just incase the timer doesnt match up completely with the controller and stays on when the script is finished.
I have ran the script for 2 days now and so far I noticed the time commands I have set in the program doesnt match up with what I had in mind. The first day it was an hour off so I messed with the script (just trial and error) the second day it was 15 mins off. Which im beginning to wonder if there are something wrong with my script. So my question is, are my time commands inline to what i want to do? how do i fix this?
------------------------------------------------
Re: Help with programming Pololu Maestro 12
by DavidEGrayson
Hello.
I don't see anything wrong with your script, but please keep in mind that the Maestro's internal clock is not as accurate as a watch. The crystal itself has a 0.1% tolerance, so it could lose or gain as much as 86 seconds every day. Also, the Maestro has many tasks to take care of concurrently, so the execution of time of the script can sometimes be hard to predict.
I see you have a lot of arbitrary numbers in your code that affect how long it will take. Have you calculated how long each part of the code should take and made sure that it adds up to 24 hours?
In order to prevent noticeable drift over the months, I would power the Maestro from a wall power adapter that is in turn powered by some sort of standard AC outlet timer. I would expect these timers to be much more accurate than the Maestro. The timer should turn the Maestro off for some time every night in order to reset the Maestro's clock and the state of your script. Then you don't actually have to worry about doing the calculations to make sure that your loop takes exactly 24 hours to execute.
--David
A member on my local forum posted a write up on how he used the same controller to control his aquarium light. I liked the idea and made a light similar to his original design. He posted his script as well which I adapted and modified it to suit my application. I understand what the script does and how it flows, but to get it to do exactly what i have imagine is what I'm having a little problem with. Here is the script.
- CODE: SELECT ALL EXPAND
begin
closeAllCh
ON_Royal_Blue
on_blue
on_white
6 delay_hours
OFF_white
off_blue
off_royal_blue
10 delay_minutes
repeat
############
sub ON_Royal_Blue
############
0
begin
dup 10816 less_than while
1 plus
180 delay
dup 2 servo
dup 3 servo
repeat
drop
return
############
sub ON_Blue
############
0
begin
dup 9500 less_than while
1 plus
180 delay
dup 4 servo
dup 5 servo
repeat
drop
return
############
sub ON_White
############
0
begin
dup 7552 less_than while
1 plus
360 delay
dup 0 servo
dup 1 servo
repeat
drop
return
############
sub OFF_white
############
7552
begin
dup -1 greater_than while
dup 0 servo
dup 1 servo
1 minus
360 delay
repeat
0 0 servo
0 1 servo
drop return
############
sub OFF_Blue
############
9500
begin
dup -1 greater_than while
dup 4 servo
dup 5 servo
1 minus
180 delay
repeat
0 4 servo
0 5 servo
drop return
############
sub OFF_Royal_Blue
############
10816
begin
dup -1 greater_than while
dup 2 servo
dup 3 servo
1 minus
180 delay
repeat
0 2 servo
0 3 servo
drop return
####################
####################
sub closeAllCh
######################
0 0 0 0
0 0 0 0
7 servo 6 servo 5 servo 4 servo
3 servo 2 servo 1 servo 0 servo
1000 delay
return
#####################
sub delay_seconds
#####################
begin
dup while
1 minus 1000 delay
repeat
drop return
#######################
sub delay_minutes
#####################
begin
dup while
1 minus 60 delay_seconds
repeat
drop return
#####################
sub delay_hours
#####################
begin
dup while
1 minus 60 delay_minutes
repeat
drop return
####################
return
What I have is an LED light with 6 channels. 2 white (servo 0 and 1), 2 royal blue (servo 2 and 3) and 2 blue (servo 4 and 5) channels. I have a timer that turns on the whole system at a certain time and the controller will control when and which led to turn on or off. here is my thought process:
-Once the system is turned off, I want all channels to be off
-The royal blue LED will turn on first, starting off at its minimum value and slowly ramping up to its maximum value in 30 mins
-The blue LED will turn on after the royal blue is at maximum power, slowly ramping up from its minimum value to a certain point (~85% of maximum) in 30 mins.
-The white LED will turn on after the blue LED is finish, slowly ramping from its minimum value to a certain point (~70% of maximum) in 1 hour.
-All LEDs will stay at their current position for 6 hours
-The White LED will slowly dim from its current value to minimum and turn off in 1 hour
-The blue LED will slowly dim from its current value to minimum and turn off in 30 mins
-The royal blue LED will slowly dim from its maximum value to minimum and off in 30 mins.
-The controller will not move for another 10 mins, just incase the timer doesnt match up completely with the controller and stays on when the script is finished.
I have ran the script for 2 days now and so far I noticed the time commands I have set in the program doesnt match up with what I had in mind. The first day it was an hour off so I messed with the script (just trial and error) the second day it was 15 mins off. Which im beginning to wonder if there are something wrong with my script. So my question is, are my time commands inline to what i want to do? how do i fix this?
------------------------------------------------
Re: Help with programming Pololu Maestro 12
by DavidEGrayson
Hello.
I don't see anything wrong with your script, but please keep in mind that the Maestro's internal clock is not as accurate as a watch. The crystal itself has a 0.1% tolerance, so it could lose or gain as much as 86 seconds every day. Also, the Maestro has many tasks to take care of concurrently, so the execution of time of the script can sometimes be hard to predict.
I see you have a lot of arbitrary numbers in your code that affect how long it will take. Have you calculated how long each part of the code should take and made sure that it adds up to 24 hours?
In order to prevent noticeable drift over the months, I would power the Maestro from a wall power adapter that is in turn powered by some sort of standard AC outlet timer. I would expect these timers to be much more accurate than the Maestro. The timer should turn the Maestro off for some time every night in order to reset the Maestro's clock and the state of your script. Then you don't actually have to worry about doing the calculations to make sure that your loop takes exactly 24 hours to execute.
--David
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