GLM: Simple Gridlab-D GLM parser and utilities.

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Simple Gridlab-D GLM parser and utilities.

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GLM

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GLM-0.7.0.0.tar.gz [browse] (Cabal source package)
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LyndonMaydwell

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Versions [RSS]	0.3.0.0, 0.5.0.0, 0.7.0.0
Dependencies	aeson, base (<=5), bytestring, GLM, interpolate, lens, mtl, parsec, pureMD5, QuickCheck, test-framework, test-framework-quickcheck2, test-framework-th, transformers [details]
License	MIT
Author	Lyndon Maydwell
Maintainer	maydwell@gmail.com
Category	Language
Home page	http://github.com/sordina/GLM
Source repo	head: git clone git@github.com:sordina/GLM
Uploaded	by LyndonMaydwell at 2015-10-09T03:03:05Z
Distributions	NixOS:0.7.0.0
Executables	glm2json, glm2dot, glm2props
Downloads	2486 total (10 in the last 30 days)
Rating	(no votes yet) [estimated by Bayesian average]
Your Rating	λ λ λ
Status	Docs available [build log] Last success reported on 2015-10-09 [all 1 reports]

Readme for GLM-0.7.0.0

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GLM

A small GridLab-D markup parser.

Currently incomplete, but does work for simple files.

Includes the executables:

glm2props - List properties found in file
glm2dot - Output a Dot file for use with GraphViz
glm2json - Convert GLM format to JSON format

Library functions are also exposesd under:

GLM.Dot
GLM.Nesting
GLM.Parser2
GLM.Tokenizer
GLM.JSON

Library

The main library interface can be found in GLM.Parser.

glm2dot

Usage:

	Usage: glm2dot [-h|--help] [-e|--edges] [-f|--flatten] [FILE]*

	--flatten    creates new linked nodes for nested nodes
	--edge       only renders nodes that are connected to others

Also accepts GLM format on STDIN.

glm2json

glmprops

Links

Hackage: https://hackage.haskell.org/package/GLM

Downloads:

Example:

	bash-3.2$ head IEEE_4_node.glm
	// Exercise 4.1.1

	clock {
		timestamp '2000-01-01 0:00:00';
		timezone EST+5EDT;
	}

	module powerflow {
		solver_method NR;
	}

	bash-3.2$ glm2dot IEEE_4_node.glm

	digraph {
		// Missed entry ["clock"] - noname
		// Missed entry ["module","powerflow"] - powerflow
		"460bc4159" [label="overhead_line_conductor100"];
		"f98a57e6e" [label="overhead_line_conductor101"];
		"3ae695a1a" [label="line_spacing200"];
		"125c9f13f" [label="line_configuration300"];
		"6666bc20c" [label="transformer_configuration400"];
		"164546f60" [label="node1"];
		"89b8519c3" [label="overhead_line"];
		"164546f60" -> "78882aaeb"; // node1 -> node2
		"78882aaeb" [label="node2"];
		"72f1da2f1" [label="transformer23"];
		"78882aaeb" -> "1315e07dc"; // node2 -> node3
		"1315e07dc" [label="node3"];
		"ff93d9775" [label="overhead_line:34"];
		"1315e07dc" -> "6bf7ab42e"; // node3 -> load4
		"6bf7ab42e" [label="load4"];
	}

Graphical output:

	glm2dot -e IEEE_37node.glm | dot -Tpng -o blah.png && open blah.png

Rendered GLM