搜索资源列表
16bpp-bmp
- 16位色bmp图片的颜色代码说明，在图片上均有说明-16 color bmp picture color code instructions are instructions on the picture
dzmydtsx
- 双色点阵屏模拟电梯上下行的源码程序，STC单片机，内有各接口的定义，学习双色点阵和了解电梯上下行图标的原理是最好不过了。-The elevator up and down rows of two-color dot matrix screen analog source program, STC microcontroller within the definition of each interface, learning the principles of two-color dot mat
LFUBK909_pictures
- 本代码在LPC2290平台上，结合LFUBK909的256色液晶，通过取模软件对彩色图片的取模，可以把彩色图片写到液晶上。-The code in LPC2290 platform, the combination LFUBK909 256 color LCD, color images modulo modulo software, you can color pictures written to the LCD.
NUC_M0516_CoOS
- 设备: Nuvoton M0516LAN 评估板: Nu-LB_004 Rev1.0 编译器: CoIDE V1.1.3 任务: task_init 初始化所有的硬件，创建所有的事件标志和互斥体。 show_3led 显示3色发光二极管。 show_lcd 显示SPI 液晶屏 。 led_blink 闪烁8个发光二极管。 描述: 1. 系统每隔一定时间采样AD值，并在LCD上显示. 可以通过评估板上面的变阻器来调整AD转换的
STM32_lattice_-music-_spectrum
- STM32 DSP库实现的音乐频谱,程序可配置为32点的FFT和64点的FFT，最后在32*64单色或者双色LED点阵屏上显示音乐频谱。-STM32 DSP library implements the musical spectrum, the program can be configured as a 32-point FFT and 64-point FFT last 32* 64 monochrome or color LED Display Screen display music
MYSSQ
- 在arm9 2440板子上开发出来的一个关于双色球的小应用程序，主要用于linux嵌入式初学者学习开发的过程。-The arm9 2440 board developed a small application on color ball, is mainly used for the linux embedded beginners learning to develop the process.
16-divided-by-FFT-
- 采用快速傅立叶变换（FFT)离散傅里叶变换的一种快速算法，来实现音频频谱变化，在32*64双色点阵上显示音频频谱 16分频-A discrete Fourier transform using a fast Fourier transform (FFT) a fast algorithm to achieve changes in the audio spectrum, the audio spectrum 16 is divided in a 32* 64-color dot matrix
shuangsedianzhen
- 51单片机双色点阵的显示程序，模拟电视屏幕上图形碰壁弹回-51 single-chip two-color dot matrix display program, analog TV screen graphics rebuffed bounce
16x80-two-color-mobile-kanji
- 这是16x80双色上移动汉字~，很不错的哦！大家可以下载下来看看哦~-This is a 16x80 two-color mobile kanji ~ Oh, very good! We can download them to see oh
RBG
- 温控全色调节RGB灯，使用PWM调节使得RGB灯随着等度显著变化，并在LCD上显示。-The thermostat adjusted full-color RGB light, the PWM regulator RGB light significant change with the increase of the degree of, and displayed on the LCD.
two_color
- 实现了双色灯的点亮功能，并在FPGA开发板上实现-Has realized the double color lamp light up function, and implementation on FPGA development board
STM32_SD-card-electronic-photo-album
- STM32 本例程演示了在3寸TFT屏上循环显示SD卡根目录下的jpg后缀的的16位色图片将JPEG类型的图形文件通过读卡器等设备拷入TF卡的根目录，TF卡下不要有任何子目录。 将TF卡插入开发板的TF卡槽内，给开发板加电，通过JLINK V8或者串口将代码写入板子-STM32 This routine demonstrates a 3-inch TFT screen display SD card root directory circulation under the jpg suffix
vga
- 该工程设计需要在VGA 显示器上显示背景为蓝色，中央显示一个绿色的边框和一个粉 色的矩形-The project design requires a VGA monitor to display a blue background, the central display a green border and a pink rectangle
T108DL-FM-Demo
- 用AR1000收音模块在Terawins的T108DL平台上做的程序，带256色OSD界面。LEIL-C开发环境-AR1000 radio module with the T108DL in Terawins platform to do the procedure, with 256 color OSD interface. LEIL-C development environment
Periodic32bitT0Ints_4F120
- 在特定时间内使用Timer0的32位周期模式中断，测量期间观察连接到PF3-1上的示波器或LED 在使用的色轮的时候，PF2端口上的蓝色LED有四个连续中断，然后关闭四个连续的中断。-Use Timer0 in 32-bit periodic mode to request interrupts at a particular period. oscilloscope or LED connected to PF3-1 for period measurement When
51Traffic-lights
- 主要是在C51上实现效能灯控制程序，有倒计时10秒，3秒，有红、黄、绿三色灯控制-C51 is mainly implemented on the performance of light control procedures, the countdown 10 seconds, three seconds, red, yellow and green lights control
dianzhao_dianzhen
- 使用altera的MAX2系列CPLD驱动16*32的双色点阵屏，包含“空车”，“重车”，“电召”三个字。driver.v文件用cpld驱动了东芝的TC62D748芯片，该芯片常用于扫描点阵的驱动上-The MAX2 series CPLD using altera-color dot matrix display driver 16* 32, with " empty" , " heavy vehicles" , " on-call" in t
VGA_256
- 基于FPGA的VGA驱动，能在显示器上实现256色-FPGA-based VGA driver to achieve 256 colors on the display
led-dianzhen
- 51单片机led点阵模拟电梯上下行程序（双色点阵，74hc595）-51 single led up and down the elevator lattice simulation program (two-color dot matrix, 74hc595)
demo_LED
- 该例程是在Freescale的FRDM-KL25Z开发板上，通过GPIO控制三色LED亮灭的程序。开发环境是IAR。-This example is based on the FRDM-KL25Z developboard of Freescale.It uses the GPIO to control the tri-color LED to be on or off.The development environment is IAR.