from python import Python# from tensor import Tensor, TensorSpec, TensorShape# from utils.index import Indexfrom math import sin,cosfrom python import Pythonfn main() raises: let warn=Python.import_module("warnings") let np = Python.import_module("numpy") let bd=Python.import_module("builtins") let os=Python.import_module("os") let sys=Python.import_module('sys') var a: Float64=0 var b: Float64=0 let height: Int64=24 let width: Int64=80 let window=np.array([".", ",", "-", "~", ":", ";", "=", "!", "*", "$", "#", "@"])#".,-~:;=!*#$@" var clear: String = "clear" _=os.system(clear) var x=False while True: var z = np.full(4*24*80,0) var screen= np.full(24*80,'') var j: Float64=0 while j<6.28: j+=0.07 var i: Float64=0 while i<6.28: i+=0.02 var sinA:Float64=sin(a) var cosA: Float64=cos(a) var cosB: Float64=cos(b) var sinB: Float64=sin(b) var sini: Float64=sin(i) var cosi: Float64=cos(i) var cosj: Float64=cos(j) var sinj: Float64=sin(j) var cosj2: Float64=cosj+2 var mess: Float64=1/(sini*cosj2*sinA+sinj*cosA+5) var t: Float64=sini*cosj2*cosA-sinj* sinA var x: Int64 = int(40+30*mess*(cosi*cosj2*cosB-t*sinB)) var y: Int64 = int(11+15*mess*(cosi*cosj2*sinB +t*cosB)) var o: Int64 = int(x+width*y) var N: Int64 = int(8*((sinj*sinA-sini*cosj*cosA)*cosB-sini*cosj*sinA-sinj*cosA-cosi *cosj*sinB)) if y>0 and y<height and x>0 and x<width and z[o] < mess: #print("!!") var temp=np.insert(z,o,mess) z=temp if N>0: let temps=window[N] temp=np.insert(screen,o,temps) screen=temp else: let temps=window[0] temp=np.insert(screen,o,temps) screen=temp _=os.system(clear) for i in range(screen.shape[0]): var char = screen[i] if np.remainder(i,width) == 0: print() else: #print(char) _=sys.stdout.write(char) a+=0.04 b+=0.02i tried different libraries and print("",end="") doesn't work in mojo
also is there an alternative to os.system("clear") in mojo?
the result was that it is calculating the surface normal and the other values correctly but because of these 2 limitations i am not able to get that donut.mojo to work