wed.wsf

来自「用VHDL开发的数字钟资料 完整的实验代码」· WSF 代码 · 共 1,107 行 · 第 1/2 页

WSF
1,107 行
字号
12
		INDEX = 6;
		FORMAT = E;
		SCALE = 1;
		VISIBLE = Y;
		FLAG = N;
	}
	LINE{
		SIGNAL = "led7[5]";
		INDEX = 7;
		FORMAT = E;
		SCALE = 1;
		VISIBLE = Y;
		FLAG = N;
	}
	LINE{
		SIGNAL = "led7[4]";
		INDEX = 8;
		FORMAT = E;
		SCALE = 1;
		VISIBLE = Y;
		FLAG = N;
	}
	LINE{
		SIGNAL = "led7[3]";
		INDEX = 9;
		FORMAT = E;
		SCALE = 1;
		VISIBLE = Y;
		FLAG = N;
	}
	LINE{
		SIGNAL = "led7[2]";
		INDEX = 10;
		FORMAT = E;
		SCALE = 1;
		VISIBLE = Y;
		FLAG = N;
	}
	LINE{
		SIGNAL = "led7[1]";
		INDEX = 11;
		FORMAT = E;
		SCALE = 1;
		VISIBLE = Y;
		FLAG = N;
	}
	LINE{
		SIGNAL = "led7[0]";
		INDEX = 12;
		FORMAT = E;
		SCALE = 1;
		VISIBLE = Y;
		FLAG = N;
	}
	LINE{
		SIGNAL = "clk0";
		INDEX = 13;
		FORMAT = E;
		SCALE = 1;
		VISIBLE = Y;
		FLAG = N;
	}
	LINE{
		SIGNAL = "clk1";
		INDEX = 14;
		FORMAT = E;
		SCALE = 1;
		VISIBLE = Y;
		FLAG = N;
	}
	LINE{
		SIGNAL = "en0";
		INDEX = 15;
		FORMAT = E;
		SCALE = 1;
		VISIBLE = Y;
		FLAG = N;
	}
	LINE{
		SIGNAL = "rst0";
		INDEX = 16;
		FORMAT = E;
		SCALE = 1;
		VISIBLE = Y;
		FLAG = N;
	}
}

VECTOR("D:/My Documents/My QQ Files/yulin/yulin/clock/clock/clock.vwf")
{
	ZOOM{
		ZBEGIN = 0;
		ZEND = 1000000;
		NUMERATOR = 20;
		DENOMINATOR = 1000;
		TOP_INDEX = 0;
	}
	CLOCK{
		PERIOD = 10;
		OFFSET = 0;
		DUTY_CYCLE = 50;
	}
	RANDOM_VALUE{
		INTERVAL_TYPE = HALF_GRID;
	}
	LINE{
		SIGNAL = "cout";
		INDEX = 0;
		FORMAT = E;
		SCALE = 1;
		VISIBLE = Y;
		FLAG = N;
	}
	LINE{
		SIGNAL = "l";
		INDEX = 1;
		FORMAT = T;
		SCALE = 1;
		VISIBLE = Y;
		FLAG = N;
	}
	LINE{
		SIGNAL = "l[2]";
		INDEX = 2;
		FORMAT = E;
		SCALE = 1;
		VISIBLE = Y;
		FLAG = N;
	}
	LINE{
		SIGNAL = "l[1]";
		INDEX = 3;
		FORMAT = E;
		SCALE = 1;
		VISIBLE = Y;
		FLAG = N;
	}
	LINE{
		SIGNAL = "l[0]";
		INDEX = 4;
		FORMAT = E;
		SCALE = 1;
		VISIBLE = Y;
		FLAG = N;
	}
	LINE{
		SIGNAL = "led7";
		INDEX = 5;
		FORMAT = T;
		SCALE = 1;
		VISIBLE = Y;
		FLAG = N;
	}
	LINE{
		SIGNAL = "led7[6]";
		INDEX = 6;
		FORMAT = E;
		SCALE = 1;
		VISIBLE = Y;
		FLAG = N;
	}
	LINE{
		SIGNAL = "led7[5]";
		INDEX = 7;
		FORMAT = E;
		SCALE = 1;
		VISIBLE = Y;
		FLAG = N;
	}
	LINE{
		SIGNAL = "led7[4]";
		INDEX = 8;
		FORMAT = E;
		SCALE = 1;
		VISIBLE = Y;
		FLAG = N;
	}
	LINE{
		SIGNAL = "led7[3]";
		INDEX = 9;
		FORMAT = E;
		SCALE = 1;
		VISIBLE = Y;
		FLAG = N;
	}
	LINE{
		SIGNAL = "led7[2]";
		INDEX = 10;
		FORMAT = E;
		SCALE = 1;
		VISIBLE = Y;
		FLAG = N;
	}
	LINE{
		SIGNAL = "led7[1]";
		INDEX = 11;
		FORMAT = E;
		SCALE = 1;
		VISIBLE = Y;
		FLAG = N;
	}
	LINE{
		SIGNAL = "led7[0]";
		INDEX = 12;
		FORMAT = E;
		SCALE = 1;
		VISIBLE = Y;
		FLAG = N;
	}
	LINE{
		SIGNAL = "clk0";
		INDEX = 13;
		FORMAT = E;
		SCALE = 1;
		VISIBLE = Y;
		FLAG = N;
	}
	LINE{
		SIGNAL = "clk1";
		INDEX = 14;
		FORMAT = E;
		SCALE = 1;
		VISIBLE = Y;
		FLAG = N;
	}
	LINE{
		SIGNAL = "en0";
		INDEX = 15;
		FORMAT = E;
		SCALE = 1;
		VISIBLE = Y;
		FLAG = N;
	}
	LINE{
		SIGNAL = "rst0";
		INDEX = 16;
		FORMAT = E;
		SCALE = 1;
		VISIBLE = Y;
		FLAG = N;
	}
}

VECTOR("G:/edatest/yulin/yulin/clock/clock/db/clock.sim.cvwf")
{
	ZOOM{
		ZBEGIN = 0;
		ZEND = 100000000;
		NUMERATOR = 749;
		DENOMINATOR = 100000000;
		TOP_INDEX = 0;
	}
	CLOCK{
		PERIOD = 10000;
		OFFSET = 0;
		DUTY_CYCLE = 50;
	}
	RANDOM_VALUE{
		INTERVAL_TYPE = HALF_GRID;
	}
	LINE{
		SIGNAL = "cout";
		INDEX = 0;
		FORMAT = E;
		SCALE = 1;
		VISIBLE = Y;
		FLAG = N;
	}
	LINE{
		SIGNAL = "l";
		INDEX = 1;
		FORMAT = T;
		SCALE = 1;
		VISIBLE = Y;
		FLAG = N;
	}
	LINE{
		SIGNAL = "l[2]";
		INDEX = 2;
		FORMAT = E;
		SCALE = 1;
		VISIBLE = Y;
		FLAG = N;
	}
	LINE{
		SIGNAL = "l[1]";
		INDEX = 3;
		FORMAT = E;
		SCALE = 1;
		VISIBLE = Y;
		FLAG = N;
	}
	LINE{
		SIGNAL = "l[0]";
		INDEX = 4;
		FORMAT = E;
		SCALE = 1;
		VISIBLE = Y;
		FLAG = N;
	}
	LINE{
		SIGNAL = "led7";
		INDEX = 5;
		FORMAT = T;
		SCALE = 1;
		VISIBLE = Y;
		FLAG = N;
	}
	LINE{
		SIGNAL = "led7[6]";
		INDEX = 6;
		FORMAT = E;
		SCALE = 1;
		VISIBLE = Y;
		FLAG = N;
	}
	LINE{
		SIGNAL = "led7[5]";
		INDEX = 7;
		FORMAT = E;
		SCALE = 1;
		VISIBLE = Y;
		FLAG = N;
	}
	LINE{
		SIGNAL = "led7[4]";
		INDEX = 8;
		FORMAT = E;
		SCALE = 1;
		VISIBLE = Y;
		FLAG = N;
	}
	LINE{
		SIGNAL = "led7[3]";
		INDEX = 9;
		FORMAT = E;
		SCALE = 1;
		VISIBLE = Y;
		FLAG = N;
	}
	LINE{
		SIGNAL = "led7[2]";
		INDEX = 10;
		FORMAT = E;
		SCALE = 1;
		VISIBLE = Y;
		FLAG = N;
	}
	LINE{
		SIGNAL = "led7[1]";
		INDEX = 11;
		FORMAT = E;
		SCALE = 1;
		VISIBLE = Y;
		FLAG = N;
	}
	LINE{
		SIGNAL = "led7[0]";
		INDEX = 12;
		FORMAT = E;
		SCALE = 1;
		VISIBLE = Y;
		FLAG = N;
	}
	LINE{
		SIGNAL = "clk0";
		INDEX = 13;
		FORMAT = E;
		SCALE = 1;
		VISIBLE = Y;
		FLAG = N;
	}
	LINE{
		SIGNAL = "clk1";
		INDEX = 14;
		FORMAT = E;
		SCALE = 1;
		VISIBLE = Y;
		FLAG = N;
	}
	LINE{
		SIGNAL = "en0";
		INDEX = 15;
		FORMAT = E;
		SCALE = 1;
		VISIBLE = Y;
		FLAG = N;
	}
	LINE{
		SIGNAL = "rst0";
		INDEX = 16;
		FORMAT = E;
		SCALE = 1;
		VISIBLE = Y;
		FLAG = N;
	}
}

VECTOR("G:/edatest/yulin/yulin/clock/clock/Waveform1.vwf")
{
	ZOOM{
		ZBEGIN = 0;
		ZEND = 186200;
		NUMERATOR = 931;
		DENOMINATOR = 186200;
		TOP_INDEX = 0;
	}
	CLOCK{
		PERIOD = 10;
		OFFSET = 0;
		DUTY_CYCLE = 50;
	}
	RANDOM_VALUE{
		INTERVAL_TYPE = HALF_GRID;
	}
	LINE{
		SIGNAL = "cout";
		INDEX = 0;
		FORMAT = E;
		SCALE = 1;
		VISIBLE = Y;
		FLAG = N;
	}
	LINE{
		SIGNAL = "l";
		INDEX = 1;
		FORMAT = T;
		SCALE = 1;
		VISIBLE = Y;
		FLAG = N;
	}
	LINE{
		SIGNAL = "l[2]";
		INDEX = 2;
		FORMAT = E;
		SCALE = 1;
		VISIBLE = Y;
		FLAG = N;
	}
	LINE{
		SIGNAL = "l[1]";
		INDEX = 3;
		FORMAT = E;
		SCALE = 1;
		VISIBLE = Y;
		FLAG = N;
	}
	LINE{
		SIGNAL = "l[0]";
		INDEX = 4;
		FORMAT = E;
		SCALE = 1;
		VISIBLE = Y;
		FLAG = N;
	}
	LINE{
		SIGNAL = "led7";
		INDEX = 5;
		FORMAT = T;
		SCALE = 1;
		VISIBLE = Y;
		FLAG = N;
	}
	LINE{
		SIGNAL = "led7[6]";
		INDEX = 6;
		FORMAT = E;
		SCALE = 1;
		VISIBLE = Y;
		FLAG = N;
	}
	LINE{
		SIGNAL = "led7[5]";
		INDEX = 7;
		FORMAT = E;
		SCALE = 1;
		VISIBLE = Y;
		FLAG = N;
	}
	LINE{
		SIGNAL = "led7[4]";
		INDEX = 8;
		FORMAT = E;
		SCALE = 1;
		VISIBLE = Y;
		FLAG = N;
	}
	LINE{
		SIGNAL = "led7[3]";
		INDEX = 9;
		FORMAT = E;
		SCALE = 1;
		VISIBLE = Y;
		FLAG = N;
	}
	LINE{
		SIGNAL = "led7[2]";
		INDEX = 10;
		FORMAT = E;
		SCALE = 1;
		VISIBLE = Y;
		FLAG = N;
	}
	LINE{
		SIGNAL = "led7[1]";
		INDEX = 11;
		FORMAT = E;
		SCALE = 1;
		VISIBLE = Y;
		FLAG = N;
	}
	LINE{
		SIGNAL = "led7[0]";
		INDEX = 12;
		FORMAT = E;
		SCALE = 1;
		VISIBLE = Y;
		FLAG = N;
	}
	LINE{
		SIGNAL = "clk0";
		INDEX = 13;
		FORMAT = E;
		SCALE = 1;
		VISIBLE = Y;
		FLAG = N;
	}
	LINE{
		SIGNAL = "clk1";
		INDEX = 14;
		FORMAT = E;
		SCALE = 1;
		VISIBLE = Y;
		FLAG = N;
	}
	LINE{
		SIGNAL = "en0";
		INDEX = 15;
		FORMAT = E;
		SCALE = 1;
		VISIBLE = Y;
		FLAG = N;
	}
	LINE{
		SIGNAL = "rst0";
		INDEX = 16;
		FORMAT = E;
		SCALE = 1;
		VISIBLE = Y;
		FLAG = N;
	}
}
12

wed.wsf - 源码说明

本页面展示了「用VHDL开发的数字钟资料 完整的实验代码」中的 wed.wsf 源码文件，采用 WSF 编程语言编写，共 1,107 行代码。您可以在线阅读完整代码内容，也可以返回资源详情页下载完整源码包进行本地学习和开发。

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