OpenLLM-France/wikimedia huggingface dataset:
# Nissan 240SX Performance Modification

This guide is intended to give in-depth descriptions and exact procedures to modify the Nissan 240SX to be a more proficient sports car. This guide is not intended to provide styling advice or to provide info on body conversions or bodykits. If you are new to the Nissan 240SX and not familliar with the vehicle at all you should probably start with the Nissan 240SX entry on Wikipedia.org

## Power Modifications

The goal of power modifications are to increase the overall power of your 240SX. Power goals can be attained through modifications of the stock engine, or by swapping in an altogether different engine than the KA24 that came in your car. A more detailed write up on nissan 240sx swaps can be found here: http://240sxlisted.com/240sx-swaps-p23
    KA24DE and KA24E
    Engine Swaps
    Non Nissan Engine Swaps
    Ignition and Fuel Management

## Drivetrain Modification

Power is nothing unless you can get it to the wheels. If you plan on upping the horsepower of your vehicle you should also look into modifying your drivetrain to handle it.
    Transmission
    Differential
    Driveshaft
    Final Drive

## Suspension and Brake Modification

What good is all that power if you can't turn or stop? Overlooking suspension and brake upgrades is a common and sometimes costly mistake.
    Shocks and Springs
    Coilovers
    Control Arms
    Sway Bars
    Brakes

## Chassis Modification

Trying to get that extra bit of performance out of your car? Making it lighter and stiffer is a good way to make the car handle better.
    Chassis Strengthening
    Weight Reduction
    4 lug to 5 lug conversion

## Useful Links

    Weblinks
# Nissan 240SX Performance Modification/Control Arms/Reviews

Please write your own reviews as applicable. Please only reply if you have owned the pieces yourself. Also please include your email address for reference.

## Battle Version

I personally have every piece replaced with Battle Version linkage and I have been extremely impressed. No visible wear on any of the pieces after many track days and a year of daily driving. Excellent customer service as well. - DJPimpFlex@hotmail.com

## Tein

I have Tein inner tie rods. They were very cheep, S14/Z32 size and came with the inner spacers to help with the steering angle. - DJPimpFlex@hotmail.com

## KTS

I have had their outer tie rods and I have been impressed with the quality of the pieces. Very nicely made and improve the steering feel greatly. I wouldn’t run them for daily driving because the pot holes and constant movement and jolts may wear them prematurely. - DJPimpFlex@hotmail.com

## Energy Suspension

I have these for my steering rack bushings. Also helped with the steering feel and they were much cheaper than nismo's comparable units. - DJPimpFlex@hotmail.com
I have the ES Master bushing kit for my 89... great kit for the price. Keep in mind that the install is quite a job, most of the bushings you eed to remove have a metal collar that will either need to be pressed out, or more than likely if you're doing it yourself, cut out with a hacksaw. Once installed the kit is great. - zackt69@hotmail.com

## SPL Parts

I'm running SPL T/C rods and tie rods w/ Z32 inner tie rods. All the parts have performed as expected, and there is literally no play in the front end at all. VERY thick, sturdy parts at a good price. - IMPerfection
Chrome plated pieces easily rust but are fine after powder coating. Shinhed

## Megan Racing

I installed Megan Racing traction control links and toe control rods on my S13 a couple of months ago and have not had any problems so far. They have held up just fine under some spirited driving and they show no signs of wear, rust, etc. I've been under the car several times since I installed them and the parts are cinched in as tightly as the day that I installed them.
# Hempl/Models and Specifications

| Model | Flash memory | Internal SRAM | SDRAM |
| Mizar32 A | 512KB | 64KB | 32MB |
| Mizar32 B | 256KB | 64KB | 32MB |
| Mizar32 C | 128KB | 32KB | 32MB |
* Main processor: AVR32 UC3A0 @ 66 MHz
* Internal fast SRAM: 32KB or 64KB with single-cycle access time
* On-board SDRAM: 32MB with 2-cycle access time
* Internal Flash memory: 128/256/512KB with single-cycle access time
* External Flash memory: up to 4GB on micro SD card.
* Internal operating Voltage: 3.3V with 5V input tolerant I/O
* Digital I/O Pins: 66
* Timer/Counter: 3 channel, 16-bit.
* Analog-to-Digital input pins: 8 with 10-bit resolution measuring 0-3.3v at up to 384,000 samples per second
* Stereo audio bitstream Digital-to-Analog Converter with 16 bit resolution at up to 48kHz
* Pulse Width Modulation channels (PWM): 7
* Universal Sync/Async RX/TX (USART): 2
* Serial Periperal Interface (SPI): 2
* Two-Wire Interface (TWI): 1, I2C-compatible at up to 400kbit/s
* Universal Serial Bus (USB): 1 OTG host with dedicated cable.
* Debug Port: JTAG connector
* Ethernet MAC 10/100: 1 (requires add-on hardware module)
* Oscillators: 2 (12MHz and 32768Hz)
* Buttons: Reset button, user button
* LEDs: Power LED, User LED
* Power supply: 5V USB or 7.5V-35V DC, 80mA (base board) to 222mA (with all add-on modules)
* Dimensions: 96,5mm x 63,5mm
* Weight: 42.5 grams
* Temperature range: -45 to +85°C

## Embedded Hardware interfaces

* MicroSD
* USB
* JTAG
* Add-on bus connectors 1-6 interfaces on the Add-on Bus
* 12 General Purpose I/O pins
* 2 UARTs: one basic, one with modem control signals
* 2 SPI
* I2C interface with 2-way splitter
* 8 ADC inputs
* 3 high-resolution timers
* Ethernet

# Optional Stacked Modules

* Ethernet and Real Time Clock
* RS232 serial port
* 16x2-character LCD display
* VGA display, PS/2 keyboard + mouse and audio output
* PHT protoboard
* SMD protoboard
# Introduction

The Real Time Clock chip on Mizar32's add-on ethernet board keeps track of the time of day and the date, whether the Mizar32 is powered on or not. It does this by having a small rechargeable battery and a crystal that vibrates at 32768 cycles per second, which it divides down to get a pulse that beats exactly once per second and uses this signal to keep the seconds, minutes and hours up to date, as well as the date, month and year.

# Hardware view

The ethernet board has a 32768 Hz crystal and a DS1337 or a PCF8563 chip which is connected on the I2C bus. The two different chips have the same pin-out and almost identical functions; the reason we support both is due to a production error by one of our suppliers who printed DS1337 on the casing of a batch of PCF8563 chips.
Which actual chip is present is identified by the slave address that it responds to in the main I2C bus: the DS1337 responds to 7-bit decimal address 104, while the PCF8563 responds to slave address 81.
Both chips respond up to a speed of up to 400kHz on the I2C bus. We recommend using 100kHz, the default I2C that is set in Hempl.
For the register layout and how to address the devices using the raw I2C protocol, please see their datasheets.

# Software view

SimpleMachines has added a module to Hempl to set the time and to read it.

## Setting the time

You set the time using the function:
where, param can be any one of the following global PicoLisp symbols:
| Field | Value | Meaning |
| *mizar32-rtc-sec* | 0-59 | Seconds |
| *mizar32-rtc-min* | 0-59 | Minutes |
| *mizar32-rtc-hour* | 0-23 | Hours (24-hour clock) |
| *mizar32-rtc-day* | 1-31 | Day of month |
| *mizar32-rtc-month* | 1-12 | Calendar month |
| *mizar32-rtc-year* | 1900-2099 | Year |
| *mizar32-rtc-wday* | 1-7 | Day of week |
param is field to set and value is the value at which param is set.
In PicoLisp,
The day of the week field, wday, uses the following values to represent the seven days of the week:
| Value | 1 | 2 | 3 | 4 | 5 | 6 | 7 |
| Meaning | Sunday | Monday | Tuesday | Wednesday | Thursday | Friday | Saturday |
It is up to you to write the correct value into this field if you wish to use it; it is not set automatically from the date.

## Reading the current time and date

The following function can be used to read time:
| Function | Return value | Example: Print year |
| (mizar32-rtc-get) | A list with the seven fields described above | (prinl "Year: " (car (nth (mizar32-rtc-get) 3)) ) |
The following code example makes a clock appear on the LCD display.

# Further reading

* The DS1337 datasheet
* The PCF8563 datasheet
# Hempl/Introduction

The Mizar32 project makes it easy to use the hardware and software of a 32 bit microcontroller. The hardware takes the shape of a 9x6cm main board with a 66MHz AVR32 UC3 processor and 32 megabytes of RAM with additional stackable modules to extend its functionality. By default it runs programs written in a dialect of Lisp called PicoLisp, with embedded extensions and is field-programmable: the 128/256/512KB flash memory contains the PicoLisp interpreter that runs your PicoLisp program in a file on a micro SD card. This makes it very easy to program in PicoLisp, and the flash can also be reprogrammed with a different program from a PC over USB. Both the software and the hardware are aimed at newcomers to the embedded world who want an easy and powerful environment for rapid application development, for hardware prototyping, for quick production of a solution and for hobbyists to make their own custom devices. The hardware is also offered to manufacturers to avoid a long design cycle and get a new product to market in a short time by simply adding any custom hardware on add-on protoboards and writing a PicoLisp program to do what you want. The hardware design is offered as an open standard and all the project files and manufacturing files are freely available to use, study and modify using free and open source software tools.
# Quick Start Guide

Let's make sure your Mizar32 works OK. You will need:
* A Mizar32 base board (any model: A, B or C)
* A micro SD card
* A PC that can read and write the SD card (you will probably need a micro-to-normal-size SD card adapter or a micro-SD-to-USB adapter to do this)
* A PC-to-Mizar32 micro USB 'mini-B' lead like the ones used with most phones or a 7.5V power supply.

## Apply power to the Mizar32

The Mizar32 base board can be powered in two different ways: from its USB socket or from its DC power jack. There is a three-pin header on the main board, "JP1", just behind the user button "SW2", which selects the power source that the Mizar32 will run from.
One option is to power the Mizar32 from your PC via a USB cable plugged into the Mizar32's USB connector "J2". To take power from here, the jumper on JP1 needs to be on the two pins furthest from the power jack, pins 1 and 2, which are the pins on the right when you are looking at the board from the side of the power socket and user button.
Alternatively, you can use an external power supply plugged into the power jack "J1". In this case, JP1's jumper needs to be connecting the two pins closest to the power jack (pins 2 and 3).
* The external power voltage needs to be at least 7.4 volts but can be anything up to 35V. The centre pin of the power connector needs to be the positive one but the Mizar32 will not be damaged if you accidentally get the positive and negative connections the wrong way round.
* The current needed by the base board is 80 milliAmps. The serial board takes another 5mA, the ethernet board 50mA, the LCD display 7mA and the VGA board 80mA.
When the Mizar32 is correctly powered and the jumper is in the right position, a red light on the main board will be lit next to the user button "SW2".

## Program the Mizar32 to flash its on-board LED

Let's try running a little program on the Mizar32 to make sure everything is working correctly. This should make it flash the blue light next to the red power light.
Create a file called "autorun.l" with the following content:
Now, copy the file to a micro SD card. "Safely remove" the SD card and put it in the Mizar32's SD card slot. Now, when you apply power to the Mizar32 (or when you press its Reset button, SW1), the blue LED next to the red one should start flashing once per second.
Now you know how to supply electrical power to the Mizar32 and how to write a program for it, load it onto the board and make it run. If this example didn't work for you, please contact us and we'll find out why.
# Mizar32 memory map

The Mizar32's memory map is the same as that of the AT32UC3A chip, with the addition of the SDRAM on CS1:

## Memory map

| 0x00000000-0x00007FFF 0x00000000-0x0000FFFF | 32KB internal RAM (Model C) 64KB internal RAM (Models A & B) |
| 0x80000000-0x8001FFFF 0x80000000-0x8003FFFF 0x80000000-0x8007FFFF | 128KB internal Flash memory (Model C) 256KB internal Flash memory (Model B) 512KB internal Flash memory (Model A) |
| 0x80800000-0x808001FF | 512 bytes Flash User Page (DFU boot loader config word is at 0x808001FC) |
| 0xD0000000-0xD1FFFFFF | 32MB external SDRAM |
| 0xE0000000-0xE000FFFF | 64KB USB configuration |
| 0xFFFE0000-0xFFFEFFFF | HSB-PB Bridge A |
| 0xFFFF0000-0xFFFFFFFF | HSB-PB Bridge B |

## Device control registers

| 0xFFFE0000 | USBB |
| 0xFFFE1000 | HMATRIX |
| 0xFFFE1400 | Flash memory |
| 0xFFFE1800 | MACB |
| 0xFFFE1C00 | SMC |
| 0xFFFE2000 | SDRAM |
| 0xFFFF0000 | PDCA |
| 0xFFFF0800 | Interrupt controller |
| 0xFFFF0C00 | PM (Power manager) |
| 0xFFFF0D00 | RTC |
| 0xFFFF0D30 | WDT |
| 0xFFFF0D50 | FREQM |
| 0xFFFF0D80 | EIC |
| 0xFFFF1000 | GPIO and PIO controller |
| 0xFFFF1400 | USART0 |
| 0xFFFF1800 | USART1 |
| 0xFFFF1C00 | USART2 |
| 0xFFFF2000 | USART3 |
| 0xFFFF2400 | SPI0 |
| 0xFFFF2800 | SPI1 |
| 0xFFFF2C00 | TWI |
| 0xFFFF3400 | SSC |
| 0xFFFF3800 | TC |
| 0xFFFF3C00 | ADC |
| 0xFFFF3000 | PWM |
| 0xFFFF4000 | ABDAC |
# Pinyin/First Aid

First aid means the emergency treatment. It refers to the initial rescue and care for the sick or injured of sudden illness or accident, before the arrival of doctors and nurses.
Jíjiù jiùshì jǐnjí jiùzhì de yìsi, shì zhǐ zài jíbìng huò yìwài fāshēng shí, zài yīshēng hé hùlǐ rényuán dàodá qián wèi shēngbìng huò shòushāng de rén, jìnxíng chūbù de jiùyuán hé hùlǐ.
# Pinyin/First Time

Search time
# Pinyin/First Aid Kit

First aid kit, also called emergency kit are equipped with emergency medicines or medical equipments. Paramedics can obtain medicines and medical equipments from emergency kit, can also obtain relevant medical suggestions, and can according to guidances contact medical organizations. Emergency kit should be durable, clean, water-proof, to ensure items contained are hygeinic and not damaged. And also should check regularly, replenish, to avoid medicines and equipments being damaged or expired.
Jíjiùbāo, shì zhuāngyǒu jíjiù yàopǐn huò yīliáo qìxiè de róngqì. Jiùhùyuán kěyǐ cóng jíjiùbāo huòdé yàowù hé yīliáo qìxiè, hái kěyǐ huòdé xiāngguān de yīliáo jiànyì, huòzhě gēnjù zhǐyǐn liánluò yīliáo jīgòu. Jíjiùbāo yīnggāi jiānshí, gānjìng, fángshuǐ, bǎozhèng qízhōng de dōngxī wújūn, miǎnyú pòsǔn, hái yīnggāi shícháng jiǎnchá, bǔchōng, yǐfáng yàopǐn, qìxiè sǔnhuài huòzhě guòqī.
# Pinyin/Fish

Search Pinyin fish
Fish is the oldest vertebrate animal. They live in clearwater lake, river, to saltwater sea. Fish live in water all of their life. Fish use gills to breath, use fins to aid balance and movement. Fish flesh are rich in protein and phosphorus, etc. It is rich in nutrition and taste fresh and nice. Fish can be easily digested and absorbed by the human body. Fish play an important role in the physical and mental development of humans. The other body parts of fish can be made into fish liver oil, fish gelatine, fish meal, etc. Some kind of fish such as goldfish and tropical fish have wide range of postures, vibrant colors and possess high sighting value. Fishing is an activity that is beneficial to both body and mind and is popular for populations worldwide. Also, some kinds of fishes such as mosquito-eating fish, etc, are useful in eliminating the vector of infection of malaria, yellow fever, etc, beneficial to human health.
Yúlèi shì zuì gǔlǎo de jǐzhuīdòngwù. Tāmen shēnghuó yú dànshuǐ de húpō, héliú dào xiánshuǐ de dàhǎi. Yúlèi zhōngshēng shēnghuó zài shuǐzhōng, yòng yúsāi hūxī, yòng yúqí fǔzhù shēntǐ pínghéng hé yùndòng. Yúròu fùhán dòngwù dànbáizhì hé línzhì děng, yíngyǎng fēngfù, zīwèi xiānměi, róngyì bèi réntǐ xiāohuà xīshōu, duì rénlèi tǐlì hé zhìlì de fāzhǎn jùyǒu zhòngdà zuòyòng. Yú-tǐ de qítā bùfèn kě zhìchéng yúgānyóu, yújiāo, yúfěn děng. Yǒuxiē yúlèi rú jīnyú, rèdàiyú děng tǐtàiduōzī, sècǎi yànlì, jùyǒu jiàogāo de guānshǎng jiàzhí. Diàoyú shì yǒuyì yú shēnxīn jiànkāng de yùndòng, shòudào shìjiè-gèguó rénmín de xǐ'ài. Cǐwài, mǒuxiē yúlèi rú shíwényú děng duì xiāomiè nüèjí, huángrèbìng děng chuánrǎn méijiè, yǒuyì rénlèi jiànkāng.
# Pinyin/Fissure Vent

A fissure vent, also known as a volcanic fissure or eruption fissure, is a vent through which lava erupts. The vent is often a few meters wide and may be many kilometers long. Fissure vents can cause large flood which run first in lava channels and later in lava tubes. After some time the eruption cools down gradually and builds up craters.
Lièfèng chūkǒu, yě chēngwéi huǒshān lièfèng huò pēnfā lièfèng, shì pēnfā róngyán de chūkǒu. Chūkǒu yībān shì jǐ mǐ kuān, yě kěyǐ shì jǐ qiānmǐ cháng. Lièfèng chūkǒu kě xiān liúchū ránhòu pēnchū dàliàng róngyán. Jīngguò yīduàn shíjiān de bàofā hòu zhújiàn lěngquè xíngchéng huǒshānkǒu.
# Pinyin/Fishing Boat

See also
# Patterns Of Screen Writing/Contributors

* Patterns Of Screen Writing
* Time-Tested Solutions to Recurring Problems in Screenwriting
* Contents •
* Introduction
* Planning Patterns •
* Structural Patterns •
* Exposition Patterns
* Character Patterns •
* Generic Patterns •
* Pathos Patterns
* Dialogue Patterns •
* Writing & Rewriting Patterns •
* Glossary • Contributors • Bibliography
Patterns Of Screen Writing - Time-Tested Solutions to Recurring Problems in Screenwriting was created on Jully 7, 2011 by OrenBochman;
# Patterns Of Screen Writing/Planning/Law Of Variation

* Patterns Of Screen Writing
* Time-Tested Solutions to Recurring Problems in Screenwriting
* Contents •
* Introduction
* Planning Patterns •
* Structural Patterns •
* Exposition Patterns
* Character Patterns •
* Generic Patterns •
* Pathos Patterns
* Dialogue Patterns •
* Writing & Rewriting Patterns •
* Glossary • Contributors • Bibliography

## Law Of Variation
### Intent

To maintain the viewer's interest and maximize the emotional effects.

### Also Known As

Avoid cliché, Avoid Stereotypes, Develop Symbol systems, Rhythm, Intensification, Irony,

### Motivation

If for some reason the viewer's interest is lost, the easiest fix is to introduce change. This applies to almost any aspect of screenwriting.

### Applicability

* Emotions
   * Emotional Highs and Lows (as discussed below)
* Exposition
   * Transpose Exposition and action
* Scenes
   * Long and Short scenes
* Conflict
   * Present opposing points of view

### Structure

* Variation – do not repeat, recycle material, adopt clichés, use stereotypes, change scene length.
* Intensification – conflict, action, risks, stakes, pace, and intensity all need to become more intensive.
* Reverse Expectation – "fly like a butterfly sting like a bee"; before success, the deepest abyss.
* Surprise – the unexpected is the acme of variation.
* Maximize - the scope of variation and you will be maximizing its effect.

#### Technique 1. Inside Outside

Follow an indoors scene with an outdoors scene.

#### Technique 2. Short Long

Follow an short scene with a long scene.

#### Technique 3. Action Exposition

Follow action with a exposition.

#### Technique 4. Emotional Highs And Lows

* Maximise the emotional effects of scenes by planning a sequence of increasing climaxes.
* As you build up a climax use a wide mix of emotional effects.

#### Technique 5. Covert Overt

Show and later explain. This technique is used in some of the greatest movies. The moral message is dramatised subtly symbolically in several ways. Once the viewer has become emotional invested in the premise, it will be restated enunciated explicitly, unequivocaly in dialogue or voiceover. The latter version of the message might be controversial, but the use of variation helps to carry it past the viewers resistance.

#### Technique 6. Character's strength and Weakness

To make a character more accessible to the audience you need to show incidents in which expose his strength his weakness and how he develops to over come his weakness. This variation of success and failure due to a character flaw is another element whose variation should be planed to increase the viewer's stakes. Such incidents should have a unifying theme and should refer to the moral premise.
# Patterns Of Screen Writing/Pattern Template

This page is to be used via substitution only. The broken syntax below will be fixed by the substitution
< noinclude>
* Patterns Of Screen Writing
* Time-Tested Solutions to Recurring Problems in Screenwriting
* Contents •
* Introduction
* Planning Patterns •
* Structural Patterns •
* Exposition Patterns
* Character Patterns •
* Generic Patterns •
* Pathos Patterns
* Dialogue Patterns •
* Writing & Rewriting Patterns •
* Glossary • Contributors • Bibliography

## Template:Pattern Template

< noinclude>

### Applicability

* Emotions
* Exposition
* Scenes
* Conflict

### Related Patterns

< noinclude>
# Patterns Of Screen Writing/Contents

* Patterns Of Screen Writing
* Time-Tested Solutions to Recurring Problems in Screenwriting
* Contents •
* Introduction
* Planning Patterns •
* Structural Patterns •
* Exposition Patterns
* Character Patterns •
* Generic Patterns •
* Pathos Patterns
* Dialogue Patterns •
* Writing & Rewriting Patterns •
* Glossary • Contributors • Bibliography
* Introduction
* Style Guide
* Pattern Template
* Planning
   * Viewer's Perspective
   * Law Of Variation
   * Contributors
   * Bibliography
   * Filmography