 The Flagellation of Christ, painted  by Piero della Francesca, demonstrates this early Renaissance painter's  use of mathematical systems to achieve the illusion of a three  dimensional  image on a two  dimensional plane.  Modern day architectural students have re-created  Piero's painting in 3-D models to show the accuracy of his measurements,  perspective lines and the relative size of his figures in relation to  their intended distance from the viewer.  Yet this painting has an  effect of disequilibrium on the viewer.  What elements of this work  would you characterize as "realistic?" Does the painting have a focal  point, an area where the eye naturally rests?
The Flagellation of Christ, painted  by Piero della Francesca, demonstrates this early Renaissance painter's  use of mathematical systems to achieve the illusion of a three  dimensional  image on a two  dimensional plane.  Modern day architectural students have re-created  Piero's painting in 3-D models to show the accuracy of his measurements,  perspective lines and the relative size of his figures in relation to  their intended distance from the viewer.  Yet this painting has an  effect of disequilibrium on the viewer.  What elements of this work  would you characterize as "realistic?" Does the painting have a focal  point, an area where the eye naturally rests?
Friday, April 22, 2011
 The Flagellation of Christ, painted  by Piero della Francesca, demonstrates this early Renaissance painter's  use of mathematical systems to achieve the illusion of a three  dimensional  image on a two  dimensional plane.  Modern day architectural students have re-created  Piero's painting in 3-D models to show the accuracy of his measurements,  perspective lines and the relative size of his figures in relation to  their intended distance from the viewer.  Yet this painting has an  effect of disequilibrium on the viewer.  What elements of this work  would you characterize as "realistic?" Does the painting have a focal  point, an area where the eye naturally rests?
The Flagellation of Christ, painted  by Piero della Francesca, demonstrates this early Renaissance painter's  use of mathematical systems to achieve the illusion of a three  dimensional  image on a two  dimensional plane.  Modern day architectural students have re-created  Piero's painting in 3-D models to show the accuracy of his measurements,  perspective lines and the relative size of his figures in relation to  their intended distance from the viewer.  Yet this painting has an  effect of disequilibrium on the viewer.  What elements of this work  would you characterize as "realistic?" Does the painting have a focal  point, an area where the eye naturally rests?
post 9 due 4/28 before noon
 The Flagellation of Christ, painted  by Piero della Francesca, demonstrates this early Renaissance painter's  use of mathematical systems to achieve the illusion of a three  dimensional  image on a two  dimensional plane.  Modern day architectural students have re-created  Piero's painting in 3-D models to show the accuracy of his measurements,  perspective lines and the relative size of his figures in relation to  their intended distance from the viewer.  Yet this painting has an  effect of disequilibrium on the viewer.  What elements of this work  would you characterize as "realistic?" Does the painting have a focal  point, an area where the eye naturally rests?
The Flagellation of Christ, painted  by Piero della Francesca, demonstrates this early Renaissance painter's  use of mathematical systems to achieve the illusion of a three  dimensional  image on a two  dimensional plane.  Modern day architectural students have re-created  Piero's painting in 3-D models to show the accuracy of his measurements,  perspective lines and the relative size of his figures in relation to  their intended distance from the viewer.  Yet this painting has an  effect of disequilibrium on the viewer.  What elements of this work  would you characterize as "realistic?" Does the painting have a focal  point, an area where the eye naturally rests?
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