diff --git a/RunGrim.py b/RunGrim.py
new file mode 100644
index 0000000..9af3ffb
--- /dev/null
+++ b/RunGrim.py
@@ -0,0 +1,62 @@
+import json
+import os
+import pandas as pd
+
+from graph_generation.generate_hpf import produce_hpf
+from grim.grim import graph_freqs
+from grim.grim import impute
+from filter_top_3 import change_donor_file
+from filter_by_rest import change_output_by_extra_gl
+
+def remove_empty_rows(file_path):
+    df = pd.read_csv(file_path)
+
+    df_cleaned = df.dropna(how='all')
+
+    df_cleaned.to_csv(file_path, index=False)
+
+def run_original_grim(path_configuration,hap_pop_pair=True,Producehpf=False,dominant3=True):
+    with open(path_configuration,'r') as f:
+        config = json.load(f)
+
+    #first step in py-graph-imputation
+    if Producehpf :
+
+        produce_hpf(conf_file=path_configuration)
+
+        path_hpf = config["freq_file"]
+        #remove empty rows from hpf otherwise doesnt work
+        remove_empty_rows(path_hpf)
+
+        #second step in py-graph-imputation
+        graph_freqs(conf_file=path_configuration)
+
+
+    #changing donor file to 3 most imporatnt gls and returning short_gl,extra_gl for each row in donor
+    if dominant3:
+        path_donor = config["imputation_in_file"]
+
+        gls , lines = change_donor_file(path_donor) #change so wont change donor file
+
+    #imputation
+    impute(conf_file=path_configuration,hap_pop_pair= hap_pop_pair)
+
+    #change the output and filter by the extra_gl
+    if dominant3:
+        path_pmug = os.path.join(config["imputation_out_path"], config["imputation_out_hap_freq_filename"])
+        path_umug = os.path.join(config["imputation_out_path"], config["imputation_out_umug_freq_filename"])
+        path_umug_pops = os.path.join(config["imputation_out_path"], config["imputation_out_umug_pops_filename"])
+        path_pmug_pops = os.path.join(config["imputation_out_path"], config["imputation_out_hap_pops_filename"])
+        path_miss = os.path.join(config["imputation_out_path"], config["imputation_out_miss_filename"])
+
+        change_output_by_extra_gl(config,gls,path_pmug,path_umug,path_umug_pops,path_pmug_pops,path_miss) #filter reasults in our origianl file, add miss to existing miss
+
+        # changing to original donor file
+        with open(path_donor, "w") as file:
+            for line in lines:
+                file.write(line)
+        file.close()
+
+if __name__ == "__main__":
+    conf_file= "conf/minimal-configuration.json"
+    run_original_grim(conf_file, True, True,True)
diff --git a/conf/minimal-configuration.json b/conf/minimal-configuration.json
index 592cf3f..0546f43 100644
--- a/conf/minimal-configuration.json
+++ b/conf/minimal-configuration.json
@@ -2,7 +2,7 @@
   "populations": [
     "CAU"
   ],
-  "freq_trim_threshold": 1e-5,
+  "freq_trim_threshold": 0.1,
  "priority": {
    "alpha": 0.4999999,
     "eta": 0,
@@ -29,10 +29,10 @@
                 [[1], [2, 3], [4], [5]],
                 [[1], [2], [3], [4], [5]]
             ],
-  "planb": true,
+  "planb": false,
   "number_of_options_threshold": 100000,
   "epsilon": 1e-3,
-  "number_of_results": 10,
+  "number_of_results": 1000,
   "number_of_pop_results": 100,
   "output_MUUG": true,
   "output_haplotypes": true,
diff --git a/filter_by_rest.py b/filter_by_rest.py
new file mode 100644
index 0000000..3311601
--- /dev/null
+++ b/filter_by_rest.py
@@ -0,0 +1,303 @@
+from collections import defaultdict
+
+
+def filter_results(res_haps, extra_gl):
+    """
+    Filter the result to the ones consistent with the extra_gl.
+    res_muugs: dictionary:
+    {
+        'MaxProb': 1.2370678464000013e-16,
+        'Haps': {'A*01:01+A*33:03^B*08:01+B*44:03^C*07:01+C*07:01^DQB1*02:01+DQB1*02:01^DRB1*03:01+DRB1*07:01': 1.5523456571675956e-16},
+        'Pops': {'CAU,CAU': 1.5523456571675956e-16}
+    }
+    res_haps: dictionary:
+    {
+        'MaxProb': 1.2370678464000013e-16,
+        'Haps': [['A*01:01~B*08:01~C*07:01~DQB1*02:01~DRB1*03:01', 'A*33:03~B*44:03~C*07:01~DQB1*02:01~DRB1*07:01'],
+                 ['A*33:03~B*08:01~C*07:01~DQB1*02:01~DRB1*03:01', 'A*01:01~B*44:03~C*07:01~DQB1*02:01~DRB1*07:01'],
+                 ['A*01:01~B*44:03~C*07:01~DQB1*02:01~DRB1*03:01', 'A*33:03~B*08:01~C*07:01~DQB1*02:01~DRB1*07:01'],
+                 ['A*33:03~B*44:03~C*07:01~DQB1*02:01~DRB1*03:01', 'A*01:01~B*08:01~C*07:01~DQB1*02:01~DRB1*07:01']],
+        'Probs': [1.2370678464000013e-16, 2.990312032960011e-17, 3.0052635931248134e-22, 1.6243602208000046e-18],
+        'Pops': [['CAU', 'CAU'], ['CAU', 'CAU'], ['CAU', 'CAU'], ['CAU', 'CAU']]
+    }
+    Extra GL:  C*07:01+C*07:01^DQB1*02:01+DQB1*02:01
+    Short GL:  A*01:01+A*33:03^B*08:01+B*44:03^DRB1*03:01+DRB1*07:01
+    """
+
+    split_extra_gl_into_locus = extra_gl.split("^")
+
+    dct = {locus.split("*")[0]: [set(locus.split("+")[0].split("/")), set(locus.split("+")[1].split("/"))]
+           for locus in split_extra_gl_into_locus}
+
+    haps = res_haps["Haps"]
+    filter_idx = []
+    for idx, pair in enumerate(haps):
+        check = True
+        hap1, hap2 = pair[0], pair[1]
+        for allele1, allele2 in zip(hap1.split("~"), hap2.split("~")):
+            loc = allele1.split("*")[0]
+            if loc in dct:
+                if not ((allele1 in dct[loc][0] and allele2 in dct[loc][1]) or (
+                        allele1 in dct[loc][1] and allele2 in dct[loc][0])):
+                    check = False
+                    break
+        if check:
+            filter_idx.append(idx)
+    res_haps["Haps"] = [res_haps["Haps"][idx] for idx in filter_idx]
+    res_haps["Probs"] = [res_haps["Probs"][idx] for idx in filter_idx]
+    res_haps["Pops"] = [res_haps["Pops"][idx] for idx in filter_idx]
+    if not res_haps["Probs"]:
+        return {"Haps": [], "Probs": [], "Pops": []}
+
+    return res_haps
+
+
+def create_subject_dict(file_path):
+    subject_dict = {}
+
+    # Open and read the file
+    with open(file_path, 'r') as file:
+        for line in file:
+            line = line.strip()
+            if not line:
+                continue
+
+            subject_id = line.split(',', 1)[0]
+
+            if subject_id not in subject_dict:
+                subject_dict[subject_id] = []
+
+            subject_dict[subject_id].append(line)
+
+    return subject_dict
+
+def create_haps(path_pmug):
+    subject_dict = create_subject_dict(path_pmug)
+    all_haps = {"subject_id": [], "res_haps": []}
+
+    for idx, id in enumerate(subject_dict.keys()):
+        res_haps = {"Haps": [], "Probs": [], "Pops": []}
+        rows = subject_dict[id]
+        for row in rows:
+            row = row.split(',')
+            pair1 = str(row[1]).split(';')
+            haps1, pops1 = pair1[0], pair1[1]
+            pair2 = str(row[2]).split(';')
+            haps2, pops2 = pair2[0], pair2[1]
+            prob = float(row[3])
+
+            res_haps["Haps"].append([haps1, haps2])
+            res_haps["Pops"].append([pops1, pops2])
+            res_haps["Probs"].append(prob)
+
+        all_haps["subject_id"].append(id)
+        all_haps["res_haps"].append(res_haps)
+
+    return all_haps
+
+def is_subarray_unordered(large_array, small_array):
+    # Convert arrays to sets
+    set_large = set(large_array)
+    set_small = set(small_array)
+
+    # Check if all elements of small_array are in large_array
+    return set_small.issubset(set_large)
+
+def write_best_hap_race_pairs(name_gl, haps, pops, probs, fout, numOfReasults):
+    all_res = []
+
+    for i in range(len(probs)):
+        pair = haps[i][0] + ";" + pops[i][0] + "," + haps[i][1] + ";" + pops[i][1]
+        all_res.append([probs[i], pair])
+    all_res.sort(key=lambda x: x[0], reverse=True)
+    # write the output to file
+    minBestResult = min(numOfReasults,len(all_res))
+    for k in range(minBestResult):
+        fout.write(
+            name_gl
+            + ","
+            + str(all_res[k][1])
+            + ","
+            + str(all_res[k][0])
+            + ","
+            + str(k)
+            + "\n"
+        )
+def write_best_prob(name_gl, res, probs, fout,number_of_pop_results ,sign=","):
+    sumProbsDict = defaultdict(list)
+    # loop over the result and sum the prob by populations/haplotype
+    for k in range(len(res)):
+        key = res[k][0] + sign + res[k][1]
+        if key in sumProbsDict:
+            sumProb = probs[k] + sumProbsDict[key]
+            sumProbsDict[key] = sumProb
+        else:
+            key2 = res[k][1] + sign + res[k][0]
+            if key2 in sumProbsDict:
+                sumProb = probs[k] + sumProbsDict[key2]
+                sumProbsDict[key2] = sumProb
+            else:
+                sumProbsDict[key] = probs[k]
+
+
+    multProbs = []
+    for k in sumProbsDict:
+        multProbs.append([sumProbsDict[k], [k, sumProbsDict[k]]])
+
+    multProbs.sort(key=lambda x: x[0], reverse=True)
+
+    # write the output to file
+    minBestResult =min(len(multProbs),number_of_pop_results)
+    for k in range(minBestResult):
+        fout.write(
+            name_gl
+            + ","
+            + str(multProbs[k][1][0])
+            + ","
+            + str(multProbs[k][0])
+            + ","
+            + str(k)
+            + "\n"
+        )
+
+def write_umug(id,res_haps,fout,numOfResults):
+
+    res_muugs = {}
+    for idx ,hap in enumerate(res_haps["Haps"]):
+        hap1,hap2 = res_haps["Haps"][idx][0], res_haps["Haps"][idx][1]
+        prob = res_haps["Probs"][idx]
+        haps = []
+        haps.append(hap1.split('~'))
+        haps.append(hap2.split('~'))
+        muug = ""
+        for i in range(len(haps[0])):
+            sort_hap = sorted([haps[0][i], haps[1][i]])
+            muug += sort_hap[0] + "+" + sort_hap[1] + "^"
+        muug = muug[:-1]
+        if muug in res_muugs.keys():
+            res_muugs[muug] += prob
+        else:
+            res_muugs[muug] = prob
+    pairs = []
+    for key in res_muugs.keys():
+        pairs.append((key, res_muugs[key]))
+    pairs = sorted(pairs, key=lambda x: x[1], reverse=True)
+    minResults = min(numOfResults,len(pairs))
+    for k in range(minResults):
+        fout.write(
+            id
+            + ","
+            + str(pairs[k][0])
+            + ","
+            + str(pairs[k][1])
+            + ","
+            + str(k)
+            + "\n"
+        )
+
+def write_umug_pops(id,res_haps,fout,numOfResults):
+    res_muugs = {}
+    for idx,pop in enumerate(res_haps["Haps"]):
+        pop1,pop2 = res_haps["Pops"][idx][0], res_haps["Pops"][idx][1]
+        prob = res_haps["Probs"][idx]
+        pops = [pop1,pop2]
+        pops = sorted(pops)
+        muug = pops[0]+','+pops[1]
+        if muug in res_muugs.keys():
+            res_muugs[muug] += prob
+        else:
+            res_muugs[muug] = prob
+    pairs = []
+    for key in res_muugs.keys():
+        pairs.append((key, res_muugs[key]))
+    pairs = sorted(pairs, key=lambda x: x[1], reverse=True)
+    minResults = min(numOfResults,len(pairs))
+    for k in range(minResults):
+        fout.write(
+            id
+            + ","
+            + str(pairs[k][0])
+            + ","
+            + str(pairs[k][1])
+            + ","
+            + str(k)
+            + "\n"
+        )
+
+def write_filter(subject_id,res_haps,fout_hap_haplo,fout_pop_haplo,fout_hap_muug,fout_pop_muug,number_of_results,number_of_pop_results,MUUG_output,haps_output):
+    haps = res_haps["Haps"]
+    probs = res_haps["Probs"]
+    pops = res_haps["Pops"]
+    if haps_output:
+        write_best_hap_race_pairs(
+            subject_id,
+            haps,
+            pops,
+            probs,
+            fout_hap_haplo,
+            number_of_results
+        )
+        write_best_prob(subject_id, pops, probs, fout_pop_haplo,1)
+    if MUUG_output:
+        write_umug(subject_id,res_haps,fout_hap_muug,number_of_results)
+        write_umug_pops(subject_id,res_haps,fout_pop_muug,number_of_pop_results)
+
+
+def change_output_by_extra_gl(config,gls,path_pmug,path_umug,path_umug_pops,path_pmug_pops,path_miss):
+    res_haps = create_haps(path_pmug)
+    all_data = {"subject_id": [], "res_haps": [], "extra_gl": [], "short_gl": []}
+
+    if is_subarray_unordered(gls["subject_id"],res_haps["subject_id"]):
+        ids= []
+        haps = []
+        extras = []
+        shorts = []
+        for idx,id in enumerate(res_haps["subject_id"]):
+            ids.append(id)
+            haps.append(res_haps["res_haps"][idx])
+            gl_idx = gls["subject_id"].index(id)
+            extras.append(gls["extra_gl"][gl_idx])
+            shorts.append(gls["short_gl"][gl_idx])
+        all_data["subject_id"] = ids
+        all_data["res_haps"] = haps
+        all_data["extra_gl"] = extras
+        all_data["short_gl"] = shorts
+    else:
+        print("error we got umug has ids that are not form the gls")
+
+    MUUG_output = config["output_MUUG"]
+    haps_output = config["output_haplotypes"]
+    number_of_results = config["number_of_results"]
+    number_of_pop_results = config["number_of_pop_results"]
+
+    fout_hap_haplo,fout_pop_haplo,fout_hap_muug,fout_pop_muug ="","","",""
+
+    if haps_output:
+        fout_hap_haplo = open(path_pmug, "w")
+        fout_pop_haplo = open(path_pmug_pops,"w")
+    if MUUG_output:
+        fout_hap_muug = open(path_umug,"w")
+        fout_pop_muug = open(path_umug_pops,"w")
+    miss = open(path_miss,"a")
+
+    for idx,id in enumerate(all_data["subject_id"]):
+        subject_id =  id
+        res_haps = all_data["res_haps"][idx]
+        extra_gl = all_data["extra_gl"][idx]
+
+        if len(extra_gl) > 0:
+            res_haps = filter_results(res_haps, extra_gl)
+
+        if len(res_haps["Haps"]) == 0 :
+            gl_idx = gls["subject_id"].index(subject_id)
+            miss.write(str(gl_idx) + "," + str(subject_id) + "\n")
+        else:
+            write_filter(subject_id, res_haps, fout_hap_haplo, fout_pop_haplo, fout_hap_muug, fout_pop_muug,number_of_results,number_of_pop_results,MUUG_output,haps_output)
+
+    if MUUG_output:
+        fout_hap_muug.close()
+        fout_pop_muug.close()
+    if haps_output:
+        fout_hap_haplo.close()
+        fout_pop_haplo.close()
+    miss.close()
diff --git a/filter_top_3.py b/filter_top_3.py
new file mode 100644
index 0000000..d18e029
--- /dev/null
+++ b/filter_top_3.py
@@ -0,0 +1,120 @@
+def extract_locuses(haplotype):
+    """Get one haplotype and return its locuses"""
+    return [element[:4] if element[:3].isalpha() else element[0] for element in haplotype.split("^")]
+
+
+def get_3_dominant_locuses(locuses, threshold=3):
+    """
+    prioritize locuses by the list Sapir gave us:
+    1. A
+    2. B
+    3. DRB1
+    4. C
+    5. DQB1
+    6. DPB1
+    7. DRB3/4/5
+    8. DPA1 (but if you already have DPB1 but not DQB1 then switch between 8 and 9)
+    9. DQA1
+    """
+    locuses = list(set(locuses))
+    dominant_locuses = []
+    if "A" in locuses:
+        dominant_locuses.append("A")
+    if "B" in locuses:
+        dominant_locuses.append("B")
+    if "DRB1" in locuses:
+        dominant_locuses.append("DRB1")
+    if len(dominant_locuses) == threshold:
+        return dominant_locuses
+    if "C" in locuses:
+        dominant_locuses.append("C")
+    if len(dominant_locuses) == threshold:
+        return dominant_locuses
+    if "DQB1" in locuses:
+        dominant_locuses.append("DQB1")
+    if len(dominant_locuses) == threshold:
+        return dominant_locuses
+    if "DPB1" in locuses:
+        dominant_locuses.append("DPB1")
+    if len(dominant_locuses) == threshold:
+        return dominant_locuses
+    if "DRB3" in locuses or "DRB4" in locuses or "DRB5" in locuses:
+        dominant_locuses.append("DRB3/4/5")
+    if len(dominant_locuses) == threshold:
+        return dominant_locuses
+    if "DPB1" in locuses and "DQB1" not in locuses:
+        if "DQA1" in locuses:
+            dominant_locuses.append("DQA1")
+        if len(dominant_locuses) == threshold:
+            return dominant_locuses
+        if "DPA1" in locuses:
+            dominant_locuses.append("DPA1")
+        if len(dominant_locuses) == threshold:
+            return dominant_locuses
+    else:
+        if "DPA1" in locuses:
+            dominant_locuses.append("DPA1")
+        if len(dominant_locuses) == threshold:
+            return dominant_locuses
+        if "DQA1" in locuses:
+            dominant_locuses.append("DQA1")
+        if len(dominant_locuses) == threshold:
+            return dominant_locuses
+    return dominant_locuses
+
+
+def filter_haplotype(haplotype, dominant_locuses):
+    """Filter haplotype by the dominant locuses"""
+    haplotype = haplotype.split("^")
+    return "^".join(
+        [element for element in haplotype if (element[:4] in dominant_locuses) or (element[0] in dominant_locuses)])
+
+
+def split_gl(subject_gl):
+    """split the gl string into the top-3 dominant part of the haplotype and the less dominant."""
+    subject_locuses = extract_locuses(subject_gl)
+    dominant_loc = get_3_dominant_locuses(subject_locuses)
+    short_gl = filter_haplotype(subject_gl, dominant_loc)
+
+    extra_locuses = [locus for locus in subject_locuses if locus not in dominant_loc]
+    extra_gl = filter_haplotype(subject_gl, extra_locuses)
+
+    return short_gl, extra_gl
+
+
+def change_donor_file(path):
+    # Read the original file and store its contents
+    with open(path, "r") as file:
+        lines = file.readlines()
+
+    modified_lines = []
+    gls = {"subject_id":[],"short_gl":[],"extra_gl":[]}
+    for name_gl in lines:
+        name_gl = name_gl.rstrip()  # remove trailing whitespace
+        if "," in name_gl:
+            list_gl = name_gl.split(",")
+        else:
+            list_gl = name_gl.split("%")
+
+        if len(list_gl) > 1:
+            id_gl = list_gl[0]
+            subject_gl = list_gl[1]
+
+            short_gl, extra_gl = split_gl(subject_gl)
+            extra_gl = extra_gl.replace('g', '')
+            # gl = gl.replace('N', '')
+            extra_gl = extra_gl.replace('L', '')
+
+            gls["subject_id"].append(id_gl)
+            gls["short_gl"].append(short_gl)
+            gls["extra_gl"].append(extra_gl)
+            list_gl[1] = short_gl
+
+        modified_lines.append(",".join(list_gl))
+
+    # Write the modified contents back to the file
+    with open(path, "w") as file:
+        for line in modified_lines:
+            file.write(line + "\n")
+    file.close()
+    return gls , lines