MoonWing

I will publish the official version of barley tea CGOptimizer.

Download (CGOptimizer.zip)

Update from Beta3 is as follows.

• A problem was fixed that was displayed in the column of the result of processing Jpegtran JpegOptim
• Fixed a bug where the enable / disable input field manual command option is not working properly
• Change to the tab "Other" to integrate the tab for "cPNGC" and "PNGRewrite"
• Add a progress bar
• Creating help files

I deleted in the next version that has stopped updating of external software, those effects can not be expected.

Happy New Year!
Please, thank you for your patronage in the future more and more people, so we will continue and increase the article of software development but firmly as possible.

I've updated the ZenCoding for SakuraEditor.

Updated content

• Captures the Zen-Coding for SakuraEditor Plus ver 1.0.1
  • Modify the deployment code: "5 html"
• A consistent representation of the macro instruction cherry editor
• Change the operating conditions of the deployment features CSS

Download (Zen.Coding-SakuraEditor.v0.1.1.zip)

Zen-Coding for SakuraEditor Plus ver 1.0.1 The ZenCoding for SakuraEditor Ver 0.0.6 Retirement our cabin is what we have done is to add and modify features.

I've updated the ZenCoding for SakuraEditor.

Updated content

• Captures the Zen-Coding for SakuraEditor Plus ver 1.0.0
  • I have to work even if there is a space or tab characters at the beginning of the line (the state of being indented)
  • When you run in the state you have selected the string, we have to use the Wrap function
  • Was to be taken from the set of cherry editor to insert a line feed code
• Fixed a bug that are deployed to the runtime deployment feature off by one letter

Download (Zen.Coding-SakuraEditor.v0.1.0.zip)

Zen-Coding for SakuraEditor Plus ver 1.0.0 The ZenCoding for SakuraEditor Ver 0.0.6 Retirement our cabin is what we have done is to add and modify features.
I do the uptake of ZenCoding for SakuraEditor Ver 1.0.1 in the near future.

I try to save to SD card the data acquired at DHT22 Now that you have previously created, also for storing circuit.

Schematic

Read more

We use the SD card to store the acquired data. Is not difficult in terms of hardware.

Material list

• SD card slot ¥ 150
• Multilayer Ceramic Capacitors Radial Lead Type insulation 0.1μF ¥ 10 (for the sale of bottles 10 ¥ 100)

Reference site

• To read and write SD memory card - Let's Play with Arduino (they make anything, duck.)
• Save the data to the SD card data logger -4 sentinel (projects: Biotope)

Schematic

Capacitor is what is called a bypass capacitor, it is intended to stabilize the current.
I'm using a 1μF capacitor.

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The previous acquisition of temperature and humidity - (2) fixed-point observation logger field determined by calculation from the dew point temperature and relative humidity obtained in.
Therefore, by changing only the program, such as the circuit (2) fixed-point observation field logger - temperature and humidity acquisition no different.

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The first step is to obtain the temperature and humidity.

Material list

• DHT22 ¥ 1,260
• Carbon Film Resistors 1/4w 4.7kΩ ¥ 1 (for the sale of bottles 100 ¥ 100)
• Multilayer Ceramic Capacitors Radial Lead Type insulation 0.1μF ¥ 10 (for the sale of bottles 10 ¥ 100)

Data sheet

• DHT22
• DHT22 (Japanese)

Schematic

In what is called a pull-up resistor is also to keep the right signal of the signal line.
Capacitor is what is called a bypass capacitor, it is intended to stabilize the current.
Please check capacitor because it is written in the data sheet and the resistance value.

Read more

For the use of the battery, Arduino to be used for fixed-point observation makes use of the "Arduino pro 3.3V 8MHz" low power consumption.

Material list

• Arduino Pro 3.3V 8MHz ¥ 1,995
• FT232RL USB-serial adapter with 3.3V Compact ¥ 1,495
• One column socket x6pin ¥ 20x2
• One column socket x8pin ¥ 30X2
• USB Cable [A Male - Mini B Male] ¥ 110

Use the "USB-serial adapter with a small 3.3V FT232RL" because that is the only serial connection without a USB port, the Arduino is connected via USB and PC.

Solder the pin socket as follows in order to connect with the shield and breadboard.

projects: Biotope , inspired by our attempts to create a fixed-point observation of the field logger.
Later, record and price where to get the parts used to be able to re-create.

Purpose

• To obtain the temperature field (DHT22)
• Gets the humidity of the field (DHT22)
• Calculated from the temperature and humidity the dew point of the field
• To obtain the surface temperature of the field (LM35DZ)
• To obtain the surface temperature of the field (LM35DZ)
• To obtain the surface temperature of the field (DS18B20 +)
• Output in CSV format to record to SD card each data acquisition

Goal

• Be created on Arduino1.01
• The power supply and the battery, it can be movable at least two weeks
• That the real-time clock is operating even when the SD card replacement and battery replacement

Development Environment

• MacBookAir (Lion) or Windows7 (32bit) or WindowsXP
• Arduino1.01