The present invention provides a method for measuring a gradient magnetic field in a measurement region in at least one direction by applying a current to a set of magnets 104 and at least one direction gradient field coil 112 to generate a main magnetic field in the measurement region And a gradient magnetic field system 110, 112 that generates the magnetic field. The instructions cause the processor 130 to control the magnetic resonance system. Execution of machine executable instructions causes the processor to acquire magnetic resonance data by controlling the magnetic resonance system with a pulse sequence command (200). The pulse sequence command 140 causes the magnetic resonance system to acquire magnetic resonance data according to a magnetic resonance fingerprinting technique. The pulse sequence command specifies a series 500 N pulse sequence repetition 502, 504, each having a fixed iteration time 302. Each iteration includes a radio frequency pulse 310 or a sampling event 404 selected from the distribution of radio frequency pulses occurring at fixed delay 316 from the beginning of the pulse sequence repetition. The pulse sequence command specifies the application of the gradient field 308 in at least one direction by controlling the supply current to the set of gradient coils. For each gradient coil, the integration of the supply current is constant for each fixed iteration time. The instructions further cause the processor to compute (202) the abundance of each substance in the set of predetermined substances by comparing the magnetic resonance data with the magnetic resonance fingerprinting dictionary 144.本発明は、測定領域内に主磁場を生成する磁石104と、少なくとも1つの方向それぞれの傾斜磁場コイル112のセットに電流を供給することによって、少なくとも1つの方向において、測定領域内に傾斜磁場を生成する傾斜磁場システム110、112とを含む磁気共鳴システム100を提供する。命令は、プロセッサ130に磁気共鳴システムを制御させる。マシン実行可能命令の実行は、プロセッサに、パルスシーケンスコマンドを用いて磁気共鳴システムを制御させることによって、磁気共鳴データを取得させる(200)。パルスシーケンスコマンド140は、磁気共鳴システムに、磁気共鳴フィンガープリンティング技術に従って磁気共鳴データを取得させる。パルスシーケンスコマンドは、一連500ノパルスシーケンス反復502、504を特定し、それぞれ、固定反
