Differential D26637 Diff 75632 src/activities/scalesboard_weight_avoirdupois/resource/4/Data.qml

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src/activities/scalesboard_weight_avoirdupois/resource/4/Data.qml

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		1		/* GCompris - Data.qml
		2		*
		3		* Copyright (C) 2020 Deepak Kumar <deepakdk2431@gmail.com>
		4		*
		5		* Authors:
		6		* Deepak Kumar <deepakdk2431@gmail.com>
		7		*
		8		* This program is free software; you can redistribute it and/or modify
		9		* it under the terms of the GNU General Public License as published by
		10		* the Free Software Foundation; either version 3 of the License, or
		11		* (at your option) any later version.
		12		*
		13		* This program is distributed in the hope that it will be useful,
		14		* but WITHOUT ANY WARRANTY; without even the implied warranty of
		15		* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
		16		* GNU General Public License for more details.
		17		*
		18		* You should have received a copy of the GNU General Public License
		19		* along with this program; if not, see <http://www.gnu.org/licenses/>.
		20		*/
		21		import "../../../../core"
		22
		23		Dataset {
		24		objective: qsTr("Balance the scales until 10 pounds.")
		25		difficulty: 3
		26
		27		function lb(value) {
		28		/* lb == pound */
		29		return qsTr("%1 lb").arg(value)
		30		}
		31
		32		data: [
		33		{
		34		"masses": [[1, lb(1)], [1, lb(1)], [2, lb(2)], [1, lb(1)], [2, lb(2)], [1, lb(1)], [2, lb(2)]],
		35		"targets": [[1, lb(1)], [2, lb(2)], [3, lb(3)]],
		36		"rightDrop": false,
		37		"message": qsTr('The "lb" symbol at the end of a number means pound.' + " " +
		38		'The pound is a unit of mass, a property which corresponds to the ' +
		39		'common perception of how "heavy" an object is. This unit is used in the USA.')
		40		},
		41		{
		42		"masses": [[1, lb(1)], [2, lb(2)], [2, lb(2)], [1, lb(1)], [2, lb(2)], [1, lb(1)], [2, lb(2)]],
		43		"targets": [[2, lb(2)], [4, lb(4)], [5, lb(5)],[1, lb(1)]],
		44		"rightDrop": false,
		45		"message": qsTr("Drop weights on the left side to balance the scale.")
		46		},
		47		{
		48		"masses": [[1, lb(1)], [2, lb(2)], [2, lb(2)], [1, lb(1)], [2, lb(2)], [1, lb(1)], [2, lb(2)]],
		49		"targets": [[3, lb(3)], [4, lb(4)], [5, lb(5)],[7, lb(7)],[2, lb(2)]],
		50		"rightDrop": false,
		51		"message": qsTr("Drop weights on the left side to balance the scale.")
		52		},
		53		{
		54		"masses": [[1, lb(1)], [2, lb(2)], [3, lb(3)], [5, lb(5)], [2, lb(2)], [4, lb(4)], [2, lb(2)]],
		55		"targets": [[3, lb(3)], [4, lb(4)], [5, lb(5)],[7, lb(7)],[8, lb(8)], [10, lb(10)],[9, lb(9)]],
		56		"rightDrop": false,
		57		"message": qsTr("Drop weights on the left side to balance the scale.")
		58		},
		59		{
		60		"masses": [[5, lb(5)], [7, lb(7)], [9, lb(9)], [6, lb(6)], [5, lb(5)], [4, lb(4)], [7, lb(7)]],
		61		"targets": [[2, lb(2)], [3, lb(3)],[1, lb(1)]],
		62		"rightDrop": true,
		63		"message": qsTr("Take care, you can drop weights on both sides of the scale."),
		64
		65		},
		66		{
		67		"masses": [[5, lb(5)], [7, lb(7)], [9, lb(9)], [6, lb(6)], [5, lb(5)], [6, lb(6)], [7, lb(7)]],
		68		"targets": [[4, lb(4)], [3, lb(3)],[5, lb(5)]],
		69		"rightDrop": true,
		70		"message": qsTr("Take care, you can drop weights on both sides of the scale."),
		71
		72		},
		73		{
		74		"masses": [[8, lb(8)], [11, lb(11)], [9, lb(9)], [10, lb(10)], [12, lb(12)], [4, lb(4)], [9, lb(9)]],
		75		"targets": [[2, lb(2)], [6, lb(6)],[7, lb(7)],[5, lb(5)]],
		76		"rightDrop": true,
		77		"message": qsTr("Take care, you can drop weights on both sides of the scale."),
		78
		79		},
		80		{
		81		"masses": [[6, lb(6)], [9, lb(9)], [6, lb(6)], [5, lb(5)], [9, lb(9)], [7, lb(7)], [11, lb(11)]],
		82		"targets": [[3, lb(3)], [8, lb(8)], [7, lb(7)],[10, lb(10)]],
		83		"message": qsTr("Take care, you can drop weights on both sides of the scale."),
		84		"rightDrop": true
		85		},
		86		{
		87		"masses": [[1, lb(1)], [1, lb(1)], [2, lb(2)], [1, lb(1)], [2, lb(2)], [1, lb(1)], [2, lb(2)]],
		88		"targets": [[1, lb(1)], [2, lb(2)], [3, lb(3)]],
		89		"rightDrop": false,
		90		"message": qsTr("Now you have to guess the weight of the gift."),
		91		"question": qsTr("Enter the weight of the gift in pound: %1")
		92		},
		93		{
		94		"masses": [[1, lb(1)], [2, lb(2)], [2, lb(2)], [1, lb(1)], [2, lb(2)], [1, lb(1)], [2, lb(2)]],
		95		"targets": [[3, lb(3)], [5, lb(5)], [7, lb(7)], [2, lb(2)]],
		96		"rightDrop": false,
		97		"message": qsTr("Now you have to guess the weight of the gift."),
		98		"question": qsTr("Enter the weight of the gift in pound: %1")
		99		},
		100		{
		101		"masses": [[1, lb(1)], [1, lb(1)], [2, lb(2)], [1, lb(1)], [2, lb(2)], [1, lb(1)], [2, lb(2)]],
		102		"targets": [[4, lb(4)], [1, lb(1)], [5, lb(5)]],
		103		"rightDrop": false,
		104		"message": qsTr("Now you have to guess the weight of the gift."),
		105		"question": qsTr("Enter the weight of the gift in pound: %1")
		106		},
		107		{
		108		"masses": [[1, lb(1)], [8, lb(8)], [2, lb(2)], [2, lb(2)], [7, lb(7)], [9, lb(9)], [6, lb(6)]],
		109		"targets": [[4, lb(4)], [7, lb(7)], [10, lb(10)],[5, lb(5)], [6, lb(6)]],
		110		"rightDrop": false,
		111		"message": qsTr("Now you have to guess the weight of the gift."),
		112		"question": qsTr("Enter the weight of the gift in pound: %1")
		113		}
		114		]
		115		}