Sparse matrices are not supported. Complex values are not supported. Conversion to double from cell is not possible Value must be numeric. NaN is not supported. Inf is not supported. Value must be either:\na vector of type single or double in the range [0 1]\na vector of an integer or logical type. Value must be either:\na vector of type single or double in the range [0 1]\na vector of an integer or logical type. Value must be either:\na vector of type single or double in the range [0 1]\na vector of an integer or logical type. Value must be either:\na vector of type single or double in the range [0 1]\na vector of an integer or logical type. Value must be a two element vector of type double. Value must be a two element vector of type double. Value must be a two element vector of type double. Value must be a two element vector of type double. Value must be a three-dimensional matrix of RGB values that defines a truecolor image. Each value must be between 0.0 and 1.0 or NaN. Value must be a three-dimensional matrix of RGB values that defines a truecolor image. Each value must be between 0.0 and 1.0 or NaN. Value must be a three-dimensional matrix of RGB values that defines a truecolor image. Each value must be between 0.0 and 1.0 or NaN. Value must be a three-dimensional matrix of RGB values that defines a truecolor image. Each value must be between 0.0 and 1.0 or NaN. Value must be a scalar of type double. Value must be a scalar of type double. The colorbar TickLength is a scalar quantity. Only the first value will be used. Value must be either:\nan Mx3 array of type single or double in the range [0 1]\nan Mx3 array of type uint8. Value must be either:\nan Mx3 array of type single or double in the range [0 1]\nan Mx3 array of type uint8. Value must be either:\nan Mx3 array of type single or double in the range [0 1]\nan Mx3 array of type uint8. Value must be either:\nan Mx3 array of type single or double in the range [0 1]\nan Mx3 array of type uint8. Value must be a non-empty Mx3 array of type single or double in the range [0 1]. Value must be a non-empty Mx3 array of type single or double in the range [0 1]. Value must be a non-empty Mx3 array of type single or double in the range [0 1]. Value must be a non-empty Mx3 array of type single or double in the range [0 1]. Value must be either:\nTruecolor - a 4xN array of type numeric or logical type\nColormapped - an MxN vector of numeric or logical type. Value must be either:\nTruecolor - a 4xN array of type numeric or logical type\nColormapped - an MxN vector of numeric or logical type. Value must be either:\nTruecolor - a 4xN array of type numeric or logical type\nColormapped - an MxN vector of numeric or logical type. Value must be either:\nTruecolor - a 4xN array of type numeric or logical type\nColormapped - an MxN vector of numeric or logical type. Value must be either:\na scalar of type double\na 1x2 vector of type double in the range [0 1]. Value must be either:\na scalar of type double\na 1x2 vector of type double in the range [0 1]. Value must be either:\na scalar of type double\na 1x2 vector of type double in the range [0 1]. Value must be either:\na scalar of type double\na 1x2 vector of type double in the range [0 1]. Value must be a 1x2 vector of type single or double in which the second element is equal to or larger than the first. Value must be a 1x2 vector of type single or double in which the second element is equal to or larger than the first. Value must be a 1x2 vector of type single or double in which the second element is equal to or larger than the first. Value must be a 1x2 vector of type single or double in which the second element is equal to or larger than the first. Value must be a scalar double or the empty matrix. Value must be a scalar double or the empty matrix. Value must be a scalar double or the empty matrix. Value must be a 2x1 vector of type single or double. Value must be a 2x1 vector of type single or double. Value must be a 2x1 vector of type single or double. Value must be a 2x1 vector of type single or double. Value must be a 1xN vector of type single or double. Value must be a 1xN vector of type single or double. Value must be a 1xN vector of type single or double. Value must be a 1xN vector of type single or double. Value must be a vector or scalar of numeric or logical type. Value must be a vector or scalar of numeric or logical type. Value must be a vector or scalar of numeric or logical type. Value must be a vector or scalar of numeric or logical type. Value must be a vector of positive integers. Value must be a vector of positive integers. Value must be a vector of positive integers. Value must be a vector of positive integers. Value must be a 1x2 vector of positive numbers in which the second element is larger than the first. Value must be a 1x2 vector of numeric type in which the second element is larger than the first. Value must be a 1x2 vector of numeric type in which the second element is larger than the first. Value must be a 1x2 vector of numeric type in which the second element is larger than the first. Value must be a 1x2 vector of numeric type in which the second element is larger than the first. Value must be a 1x2 vector of numeric type in which the second element is greater than the first element or is Inf. Value must be a 1x2 vector of numeric type in which the second element is greater than the first element or is Inf. Value must be a 1x2 vector of numeric type in which the second element is greater than the first element or is Inf. Value must be a 1x2 vector of numeric type in which the second element is greater than the first element or is Inf. Value must be either:\nan 2x3 array of type single or double\nan Nx3 array of type single or double between 0 and 1. Value must be either:\nan 2x3 array of type single or double\nan Nx3 array of type single or double between 0 and 1. Value must be either:\nan 2x3 array of type single or double\nan Nx3 array of type single or double between 0 and 1. Value must be either:\nan 2x3 array of type single or double\nan Nx3 array of type single or double between 0 and 1. Value must be an array of numeric type with 3 or fewer dimensions. Value must be an array of numeric type with 3 or fewer dimensions. Value must be an array of numeric type with 3 or fewer dimensions. Value must be an array of numeric type with 3 or fewer dimensions. Value must be a scalar, vector or array of numeric type. Value must be a scalar, vector or array of numeric type. Value must be a scalar, vector or array of numeric type. Value must be a scalar, vector or array of numeric type. Value must be a scalar, vector or array of numeric or logical type. Value must be a scalar, vector or array of numeric or logical type. Value must be a scalar, vector or array of numeric or logical type. Value must be a scalar, vector or array of numeric or logical type. Value must be of numeric type and greater than 1. Value must be of numeric type and greater than 1. Value must be of numeric type and greater than 1. Value must be of numeric type and greater than 1. Value must be an Mx1 vector of alpha values or alpha map indices. Value must be an Mx1 vector of alpha values or alpha map indices. Value must be an Mx1 vector of alpha values or alpha map indices. Value must be an Mx1 vector of alpha values or alpha map indices. Value must be an Nx1 or Nx3 array of numeric type. Value must be an Nx1 or Nx3 array of numeric type. Value must be an Nx1 or Nx3 array of numeric type. Value must be an Nx1 or Nx3 array of numeric type. Value must be an Nx3 array of numeric type where N is the number of rows of patch faces. Value must be an Nx3 array of numeric type where N is the number of rows of patch faces. Value must be an Nx3 array of numeric type where N is the number of rows of patch faces. Value must be an Nx3 array of numeric type where N is the number of rows of patch faces. Value must be a 1x2 or 1x3 vector of numeric type. Value must be a 1x2 or 1x3 vector of numeric type. Value must be a 1x2 or 1x3 vector of numeric type. Value must be a 1x2 or 1x3 vector of numeric type. Value must be a 16x16 or 32x32 array containing only the values 1, 2 and NaN. Value must be a 16x16 or 32x32 array containing only the values 1, 2 and NaN. Value must be a 16x16 or 32x32 array containing only the values 1, 2 and NaN. Value must be a 16x16 or 32x32 array containing only the values 1, 2 and NaN. Value must be a 1x2 vector of type double in which both values are in the range [1 32]. Value must be a 1x2 vector of type double in which both values are in the range [1 32]. Value must be a 1x2 vector of type double in which both values are in the range [1 32]. Value must be a 1x2 vector of type double in which both values are in the range [1 32]. Value must be one of the following:\nTruecolor - a 4xN array of type uint8\nColormapped - a 1xN vector of type single\nTexturemapped - a 2xN array of type single. Value must be one of the following:\nTruecolor - a 4xN array of type uint8\nColormapped - a 1xN vector of type single\nTexturemapped - a 2xN array of type single. Value must be one of the following:\nTruecolor - a 4xN array of type uint8\nColormapped - a 1xN vector of type single\nTexturemapped - a 2xN array of type single. Value must be one of the following:\nTruecolor - a 4xN array of type uint8\nColormapped - a 1xN vector of type single\nTexturemapped - a 2xN array of type single. Value must be a 3xN array of type single in the range [-1 1]. Value must be a 3xN array of type single in the range [-1 1]. Value must be a 3xN array of type single in the range [-1 1]. Value must be a 3xN array of type single in the range [-1 1]. Value must be a 4xN array of type uint8. Value must be a 4xN array of type uint8. Value must be a 4xN array of type uint8. Value must be a 4xN array of type uint8. Value must be a 4x1 array of type uint8. Value must be a 4x1 array of type uint8. Value must be a 4x1 array of type uint8. Value must be a 4x1 array of type uint8. Value must be a 1xN vector of type uint32 in which all values are greater than 0. Value must be a 1xN vector of type uint32 in which all values are greater than 0. Value must be a 1xN vector of type uint32 in which all values are greater than 0. Value must be a 1xN vector of type uint32 in which all values are greater than 0. Value must be a 3xN array of type single. Value must be a 3xN array of type single. Value must be a 3xN array of type single. Value must be a 3xN array of type single. Value must be a 1xN vector of type uint32. Value must be a 1xN vector of type uint32. Value must be a 1xN vector of type uint32. Value must be a 1xN vector of type uint32. Value must be a vector of type single. Value must be a vector of type single. Value must be a vector of type single. Value must be a vector of type single. Value must be a 1x4 vector of numeric type. Value must be a 1x4 vector of numeric type. Value must be a 1x4 vector of numeric type. Value must be a 1x4 vector of numeric type. This is a positive error message for StripData. Value must be a 2D or 3D array of numeric type. Value must be a 2D or 3D array of numeric type. Value must be a 2D or 3D array of numeric type. Value must be a 2D or 3D array of numeric type. Value must be an NxMx3 array of type single or double. Value must be an NxMx3 array of type single or double. Value must be an NxMx3 array of type single or double. Value must be an NxMx3 array of type single or double. Value must be a vector or 2D array of numeric type. Value must be a vector or 2D array of numeric type. Value must be a vector or 2D array of numeric type. Value must be a vector or 2D array of numeric type. Value must be a Nx2 array of type double. Value must be a Nx2 array of type double. Value must be a Nx2 array of type double. Value must be a Nx2 array of type double. Value must be a 2 or 3 element vector of numeric or logical type. Value must be a 2 or 3 element vector of numeric or logical type. Value must be a 2 or 3 element vector of numeric or logical type. Value must be a 2 or 3 element vector of numeric or logical type. Value must be a 4xMxN array of type uint8. Value must be a 4xMxN array of type uint8. Value must be a 4xMxN array of type uint8. Value must be a 4xMxN array of type uint8. Value must be a numeric vector whose values increase. Value must be a numeric vector whose values increase. Value must be a numeric vector whose values increase. Value must be a numeric vector whose values increase. Value must be a 2x1 vector of numeric type. Value must be a 2x1 vector of numeric type. Value must be a 2x1 vector of numeric type. Value must be a 2x1 vector of numeric type. Value must be a scalar of type single or double in the range [0 1]. Value must be a scalar of type single or double in the range [0 1]. Value must be a scalar of type single or double in the range [0 1]. Value must be a scalar of type single or double in the range [0 1]. Value must be a vector of numeric type. Value must be a vector of numeric type. Value must be a vector of numeric type. Value must be a vector of numeric type. Value must be a vector of positive numeric type. Value must be a vector of positive numeric type. Value must be a vector of positive numeric type. Value must be a vector of positive numeric type or nan. Value must be a vector of positive numeric type or nan. Value must be a vector of positive numeric type or nan. Value must be a two element vector of integers less than intmax. Value must be a two element vector of integers less than intmax. Value must be a two element vector of integers less than intmax.