{ "_id": "6adf62d94d02104fb3ebf813", "Package": "multiscape", "Type": "Package", "Version": "1.4.4", "Title": "Multi-Action, Multi-Objective Spatial Planning", "Description": "Provides a modular framework for exact multi-objective\nspatial planning using mixed-integer programming. The package\nsupports the definition of planning problems through planning\nunits, features, management actions, action effects, spatial\nrelations, targets, constraints, and objective functions. It\nenables the optimisation of spatial planning portfolios under\nconsiderations such as boundary structure, connectivity, and\nfragmentation. Supported multi-objective methods include\nweighted-sum aggregation, epsilon-constraint, and the augmented\nepsilon-constraint method. Problems can be solved with several\ncommercial and open-source optimisation solvers. Optional\nsolver backends include the 'gurobi' R package, which is\ndistributed with the Gurobi Optimizer installation\n,\nand the 'rcbc' R package, available from GitHub at\n. For background on\nmulti-objective optimisation methods, see Halffmann et al.\n(2022) ; for the augmented\nepsilon-constraint method, see Mavrotas (2009)\n.", "Authors@R": "c(\nperson('José', 'Salgado-Rojas',\nemail='jose.salgroj@gmail.com',\nrole = c('aut','cre'),\ncomment = c(ORCID = \"0000-0001-9817-2625\")\n),\nperson('Matías', 'Moreno-Faguett',\nemail='matias.moreno.faguett@gmail.com',\nrole = c('aut'),\ncomment = c(ORCID = \"0009-0003-6561-234X\")\n),\nperson('Victoria', 'Madrid-Ayala',\nemail='victoria.madrid@ctfc.cat',\nrole = c('aut'),\ncomment = c(ORCID = \"0009-0008-5678-3418\")\n),\nperson('Sara', 'Pineda-Zapata',\nemail='sara.pineda.zapata@uef.fi',\nrole = c('aut'),\ncomment = c(ORCID = \"0009-0006-8014-0098\")\n),\nperson('Virgilio', 'Hermoso',\nemail='virgilio.hermosoa@gmail.com',\nrole = c('aut'),\ncomment = c(ORCID = \"0000-0003-3205-5033\")\n),\nperson('Núria', 'Aquilué',\nemail='nuria.aquilue@ctfc.cat',\nrole = c('aut'),\ncomment = c(ORCID = 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