How can change pin from pin950 to pin360

The number of I/O pins that my project needs is 360 while the number of pins in the code I am using is 950, so what should I change in the code so that I can make this code work on 360 pins.... I will attach the code in this message:

module Neuron_1_FL(
input[959:0] uzorak,
output reg[15:0] izlaz
);
wire [15:0] tezine_1[59:0];
wire [15:0] produkt[27:0];
wire [15:0] produktp[31:0];
reg [21:0] P_suma[31:1];
reg [21:0] N_suma[27:1];
reg [21:0] Generalna_suma;
reg predznak;
wire [15:0] vjerojatnost;
parameter BROJ_NEGATIVNIH_TEZINA = 28;
parameter BROJ_POZITIVNIH_TEZINA = 32;

assign tezine_1[0]=16'b1000_0010_1101_1001;
assign tezine_1[1]=16'b1000_1100_1000_0001;
assign tezine_1[5]=16'b1000_0110_0011_0001;
assign tezine_1[6]=16'b1000_1101_0010_0010;
assign tezine_1[8]=16'b1001_1101_1001_1101;
assign tezine_1[12]=16'b1001_0010_0101_0110;
assign tezine_1[14]=16'b1001_1111_1000_0010;
assign tezine_1[15]=16'b1000_1111_0001_0000;
assign tezine_1[18]=16'b1001_0001_0111_1010;
assign tezine_1[20]=16'b1000_1000_0001_1001;
assign tezine_1[24]=16'b1000_0101_0111_1111;
assign tezine_1[26]=16'b1001_0101_1101_0111;
assign tezine_1[27]=16'b1001_1101_0111_0011;
assign tezine_1[29]=16'b1001_0111_1010_1000;
assign tezine_1[30]=16'b1010_1110_1010_0100;
assign tezine_1[31]=16'b1000_1101_0101_0011;
assign tezine_1[33]=16'b1001_1000_0110_1011;
assign tezine_1[35]=16'b1000_1101_0111_0110;
assign tezine_1[36]=16'b1001_1010_1101_0001;
assign tezine_1[39]=16'b1010_0111_0110_0110;
assign tezine_1[41]=16'b1001_0011_0000_0010;
assign tezine_1[49]=16'b1001_1010_1010_1010;
assign tezine_1[51]=16'b1000_0000_0001_0100;
assign tezine_1[55]=16'b1000_0100_0111_0111;
assign tezine_1[56]=16'b1010_1111_0100_0101;
assign tezine_1[57]=16'b1000_0010_0010_0110;
assign tezine_1[58]=16'b1000_1111_0001_0101;
assign tezine_1[59]=16'b1000_0110_0011_1110;

mnozenje sklop_za_mnozenje(
.weight(tezine_1[0]),
.sample(uzorak[15:0]),
.product(produkt[0])
);
mnozenje sklop_za_mnozenje1(
.weight(tezine_1[1]),
.sample(uzorak[31:16]),
.product(produkt[1])
);
mnozenje sklop_za_mnozenje2(
.weight(tezine_1[5]),
.sample(uzorak[95:80]),
.product(produkt[2])
);
mnozenje sklop_za_mnozenje3(
.weight(tezine_1[6]),
.sample(uzorak[111:96]),
.product(produkt[3])
);
mnozenje sklop_za_mnozenje4(
.weight(tezine_1[8]),
.sample(uzorak[143:128]),
.product(produkt[4])
);
mnozenje sklop_za_mnozenje5(
.weight(tezine_1[12]),
.sample(uzorak[207:192]),
.product(produkt[5])
);
mnozenje sklop_za_mnozenje6(
.weight(tezine_1[14]),
.sample(uzorak[239:224]),
.product(produkt[6])
);
mnozenje sklop_za_mnozenje7(
.weight(tezine_1[15]),
.sample(uzorak[255:240]),
.product(produkt[7])
);
mnozenje sklop_za_mnozenje8(
.weight(tezine_1[18]),
.sample(uzorak[303:288]),
.product(produkt[8])
);
mnozenje sklop_za_mnozenj9(
.weight(tezine_1[20]),
.sample(uzorak[335:320]),
.product(produkt[9])
);
mnozenje sklop_za_mnozenje10(
.weight(tezine_1[24]),
.sample(uzorak[399:384]),
.product(produkt[10])
);
mnozenje sklop_za_mnozenje11(
.weight(tezine_1[26]),
.sample(uzorak[431:416]),
.product(produkt[11])
);
mnozenje sklop_za_mnozenje12(
.weight(tezine_1[27]),
.sample(uzorak[447:432]),
.product(produkt[12])
);
mnozenje sklop_za_mnozenje13(
.weight(tezine_1[29]),
.sample(uzorak[479:464]),
.product(produkt[13])
);
mnozenje sklop_za_mnozenje14(
.weight(tezine_1[30]),
.sample(uzorak[495:480]),
.product(produkt[14])
);
mnozenje sklop_za_mnozenje15(
.weight(tezine_1[31]),
.sample(uzorak[511:496]),
.product(produkt[15])
);
mnozenje sklop_za_mnozenje16(
.weight(tezine_1[33]),
.sample(uzorak[543:528]),
.product(produkt[16])
);
mnozenje sklop_za_mnozenje17(
.weight(tezine_1[35]),
.sample(uzorak[575:560]),
.product(produkt[17])
);
mnozenje sklop_za_mnozenje18(
.weight(tezine_1[36]),
.sample(uzorak[591:576]),
.product(produkt[18])
);
mnozenje sklop_za_mnozenje19(
.weight(tezine_1[39]),
.sample(uzorak[639:624]),
.product(produkt[19])
);
mnozenje sklop_za_mnozenje20(
.weight(tezine_1[41]),
.sample(uzorak[671:656]),
.product(produkt[20])
);
mnozenje sklop_za_mnozenje21(
.weight(tezine_1[49]),
.sample(uzorak[799:784]),
.product(produkt[21])
);
mnozenje sklop_za_mnozenje22(
.weight(tezine_1[51]),
.sample(uzorak[831:816]),
.product(produkt[22])
);
mnozenje sklop_za_mnozenje23(
.weight(tezine_1[55]),
.sample(uzorak[895:880]),
.product(produkt[23])
);
mnozenje sklop_za_mnozenje24(
.weight(tezine_1[56]),
.sample(uzorak[911:896]),
.product(produkt[24])
);
mnozenje sklop_za_mnozenje25(
.weight(tezine_1[57]),
.sample(uzorak[927:912]),
.product(produkt[25])
);
mnozenje sklop_za_mnozenje26(
.weight(tezine_1[58]),
.sample(uzorak[943:928]),
.product(produkt[26])
);
mnozenje sklop_za_mnozenje27(
.weight(tezine_1[59]),
.sample(uzorak[959:944]),
.product(produkt[27])
);
integer i;

always @(*) begin
for ( i = 1 ; i < BROJ_NEGATIVNIH_TEZINA ; i = i + 1 ) begin
if(i == 1) begin
N_suma[i] = produkt[i] + produkt[i-1];
end
else begin
N_suma[i] = N_suma[i-1] + produkt[i];
end
end
end

assign tezine_1[2]=16'b0001_0111_1000_1000;
assign tezine_1[3]=16'b0001_1111_1000_1101;
assign tezine_1[4]=16'b0000_1100_1011_1101;
assign tezine_1[7]=16'b0000_1110_0010_0001;
assign tezine_1[9]=16'b0010_0010_0101_1110;
assign tezine_1[10]=16'b0011_1010_0010_0000;
assign tezine_1[11]=16'b0000_0111_1010_0010;
assign tezine_1[13]=16'b0001_1100_1110_1101;
assign tezine_1[16]=16'b0000_1111_0101_0110;
assign tezine_1[17]=16'b0010_1001_0111_0001;
assign tezine_1[19]=16'b0001_0011_0100_1010;
assign tezine_1[21]=16'b0001_1100_1000_0110;
assign tezine_1[22]=16'b0000_0111_0101_1100;
assign tezine_1[23]=16'b0000_0111_1101_1100;
assign tezine_1[25]=16'b0000_1000_1111_1011;
assign tezine_1[28]=16'b0001_1110_0101_0000;
assign tezine_1[32]=16'b0010_0111_0011_0000;
assign tezine_1[34]=16'b0001_0000_0101_0110;
assign tezine_1[37]=16'b0011_0001_0001_1000;
assign tezine_1[38]=16'b0001_1101_1010_0010;
assign tezine_1[40]=16'b0000_0110_0010_1110;
assign tezine_1[42]=16'b0011_0001_0101_0111;
assign tezine_1[43]=16'b0010_1011_0000_0111;
assign tezine_1[44]=16'b0010_1011_1100_0011;
assign tezine_1[45]=16'b0001_1111_0010_1101;
assign tezine_1[46]=16'b0001_0111_0011_1001;
assign tezine_1[47]=16'b0011_0000_0100_0110;
assign tezine_1[48]=16'b0010_1111_0111_0001;
assign tezine_1[50]=16'b0001_1101_0001_0110;
assign tezine_1[52]=16'b0001_1111_1001_0010;
assign tezine_1[53]=16'b0000_0011_0001_0010;
assign tezine_1[54]=16'b0000_1101_0100_1111;

mnozenje sklop_za_mnozenje28(
.weight(tezine_1[2]),
.sample(uzorak[47:32]),
.product(produktp[0])
);
mnozenje sklop_za_mnozenje29(
.weight(tezine_1[3]),
.sample(uzorak[63:48]),
.product(produktp[1])
);
mnozenje sklop_za_mnozenje30(
.weight(tezine_1[4]),
.sample(uzorak[79:64]),
.product(produktp[2])
);
mnozenje sklop_za_mnozenje31(
.weight(tezine_1[7]),
.sample(uzorak[127:112]),
.product(produktp[3])
);
mnozenje sklop_za_mnozenje32(
.weight(tezine_1[9]),
.sample(uzorak[159:144]),
.product(produktp[4])
);
mnozenje sklop_za_mnozenje33(
.weight(tezine_1[10]),
.sample(uzorak[175:160]),
.product(produktp[5])
);
mnozenje sklop_za_mnozenje34(
.weight(tezine_1[11]),
.sample(uzorak[191:176]),
.product(produktp[6])
);
mnozenje sklop_za_mnozenje35(
.weight(tezine_1[13]),
.sample(uzorak[223:208]),
.product(produktp[7])
);
mnozenje sklop_za_mnozenje36(
.weight(tezine_1[16]),
.sample(uzorak[271:256]),
.product(produktp[8])
);
mnozenje sklop_za_mnozenje37(
.weight(tezine_1[17]),
.sample(uzorak[287:272]),
.product(produktp[9])
);
mnozenje sklop_za_mnozenje38(
.weight(tezine_1[19]),
.sample(uzorak[319:304]),
.product(produktp[10])
);
mnozenje sklop_za_mnozenje39(
.weight(tezine_1[21]),
.sample(uzorak[351:336]),
.product(produktp[11])
);
mnozenje sklop_za_mnozenje40(
.weight(tezine_1[22]),
.sample(uzorak[367:352]),
.product(produktp[12])
);
mnozenje sklop_za_mnozenje41(
.weight(tezine_1[23]),
.sample(uzorak[383:368]),
.product(produktp[13])
);
mnozenje sklop_za_mnozenje42(
.weight(tezine_1[25]),
.sample(uzorak[415:400]),
.product(produktp[14])
);
mnozenje sklop_za_mnozenje43(
.weight(tezine_1[28]),
.sample(uzorak[463:448]),
.product(produktp[15])
);
mnozenje sklop_za_mnozenje44(
.weight(tezine_1[32]),
.sample(uzorak[527:512]),
.product(produktp[16])
);
mnozenje sklop_za_mnozenje45(
.weight(tezine_1[34]),
.sample(uzorak[559:544]),
.product(produktp[17])
);
mnozenje sklop_za_mnozenje46(
.weight(tezine_1[37]),
.sample(uzorak[607:592]),
.product(produktp[18])
);
mnozenje sklop_za_mnozenje47(
.weight(tezine_1[38]),
.sample(uzorak[623:608]),
.product(produktp[19])
);
mnozenje sklop_za_mnozenje48(
.weight(tezine_1[40]),
.sample(uzorak[655:640]),
.product(produktp[20])
);
mnozenje sklop_za_mnozenje49(
.weight(tezine_1[42]),
.sample(uzorak[687:672]),
.product(produktp[21])
);
mnozenje sklop_za_mnozenje50(
.weight(tezine_1[43]),
.sample(uzorak[703:688]),
.product(produktp[22])
);
mnozenje sklop_za_mnozenje51(
.weight(tezine_1[44]),
.sample(uzorak[719:704]),
.product(produktp[23])
);
mnozenje sklop_za_mnozenje52(
.weight(tezine_1[45]),
.sample(uzorak[735:720]),
.product(produktp[24])
);
mnozenje sklop_za_mnozenje53(
.weight(tezine_1[46]),
.sample(uzorak[751:736]),
.product(produktp[25])
);
mnozenje sklop_za_mnozenje54(
.weight(tezine_1[47]),
.sample(uzorak[767:752]),
.product(produktp[26])
);
mnozenje sklop_za_mnozenje55(
.weight(tezine_1[48]),
.sample(uzorak[783:768]),
.product(produktp[27])
);
mnozenje sklop_za_mnozenje56(
.weight(tezine_1[50]),
.sample(uzorak[815:800]),
.product(produktp[28])
);
mnozenje sklop_za_mnozenje57(
.weight(tezine_1[52]),
.sample(uzorak[847:832]),
.product(produktp[29])
);
mnozenje sklop_za_mnozenje58(
.weight(tezine_1[53]),
.sample(uzorak[863:848]),
.product(produktp[30])
);
mnozenje sklop_za_mnozenje59(
.weight(tezine_1[54]),
.sample(uzorak[879:864]),
.product(produktp[31])
);
integer j;
always @(*) begin
for ( j = 1 ; j < BROJ_POZITIVNIH_TEZINA ; j = j + 1 ) begin
if(j == 1) begin
P_suma[j] = produktp[j] + produktp[j-1];
end
else begin
P_suma[j] = P_suma[j-1] + produktp[j];
end
end
end

always @(*) begin
if (P_suma[BROJ_POZITIVNIH_TEZINA-1]>N_suma[BROJ_NEGATIVNIH_TEZINA-1]) begin
Generalna_suma = P_suma[BROJ_POZITIVNIH_TEZINA-1] - N_suma[BROJ_NEGATIVNIH_TEZINA-1];
predznak = 1'b0;
end
else begin
Generalna_suma = N_suma[BROJ_NEGATIVNIH_TEZINA-1] - P_suma[BROJ_POZITIVNIH_TEZINA-1];
predznak = 1'b1;
end
end

Sigmoid_LUT Ananas(
.suma(Generalna_suma),
.predznak(predznak),
.vjerojatnost(vjerojatnost)
);
always@(*)begin
izlaz=vjerojatnost;
end
endmodule